# licenceconditions

licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -62 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 39.6 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.6 degrees: -1.0 dB
  003.6 degrees up to 004.4 degrees: -2.0 dB
  004.4 degrees up to 006.2 degrees: -3.0 dB
  006.2 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.5 degrees: -10.0 dB
  009.5 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 026.0 degrees: -20.0 dB
  026.0 degrees up to 105.0 degrees: -23.0 dB
  105.0 degrees up to 120.0 degrees: -28.0 dB
  120.0 degrees up to 240.0 degrees: -34.0 dB
  240.0 degrees up to 255.0 degrees: -28.0 dB
  255.0degrees up to 334.0 degrees: -23.0 dB
  334.0 degrees up to 340.0 degrees: -20.0 dB
  340.0 degrees up to 350.5 degrees: -14.0 dB
  350.5 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 353.8 degrees: -6.0 dB
  353.8 degrees up to 355.6 degrees: -3.0 dB
  355.6 degrees up to 356.4 degrees: -2.0 dB
  356.4 degrees up to 357.5 degrees: -1.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -65 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 20 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 030.0 degrees: -38.0 dB
  030.0 degrees up to 330.0 degrees: -45.0 dB
  330.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 202.5 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.5 degrees: 0.0 dB
  001.5 degrees up to 002.0 degrees: -1.0 dB
  002.0 degrees up to 002.5 degrees: -3.0 dB
  002.5 degrees up to 003.0 degrees: -5.0 dB
  003.0 degrees up to 005.3 degrees: -7.0 dB
  005.3 degrees up to 007.6 degrees: -15.0 dB
  007.6 degrees up to 014.0 degrees: -23.0 dB
  014.0 degrees up to 025.0 degrees: -27.0 dB
  025.0 degrees up to 030.0 degrees: -32.0 dB
  030.0 degrees up to 067.0 degrees: -35.0 dB
  067.0degrees up to 097.8 degrees: -33.0 dB
  097.8 degrees up to 106.5 degrees: -37.0 dB
  106.5 degrees up to 144.0 degrees: -42.0 dB
  144.0 degrees up to 175.0 degrees: -45.0 dB
  175.0 degrees up to 185.0 degrees: -44.0 dB
  185.0 degrees up to 216.0 degrees: -45.0 dB
  216.0 degrees up to 253.5 degrees: -42.0 dB
  253.5 degrees up to 262.2 degrees: -37.0 dB
  262.2 degrees up to 293.0 degrees: -33.0 dB
  293.0 degrees up to 330.0 degrees: -35.0 dB
  330.0 degrees up to 335.0 degrees: -32.0 dB
  335.0 degrees up to 346.0 degrees: -27.0 dB
  346.0 degrees up to 352.4 degrees: -23.0 dB
  352.4 degrees up to 354.7 degrees: -15.0 dB
  354.7 degrees up to 357.0 degrees: -7.0 dB
  357.0 degrees up to 357.5 degrees: -5.0 dB
  357.5 degrees up to 358.0 degrees: -3.0 dB
  358.0 degrees up to 358.5 degrees: -1.0 dB
  358.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 006.5 degrees: -34.0 dB
  006.5 degrees up to 009.0 degrees: -39.0 dB
  009.0 degrees up to 047.5 degrees: -44.0 dB
  047.5 degrees up to 089.0 degrees: -43.0 dB
  089.0 degrees up to 271.0 degrees: -45.0 dB
  271.0 degrees up to 312.5 degrees: -43.0 dB
  312.5 degrees up to 351.0 degrees: -44.0 dB
  351.0 degrees up to 353.5 degrees: -39.0 dB
  353.5 degrees up to 360.0 degrees: -34.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -59 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 008.6 degrees: -34.0 dB
  008.6 degrees up to 351.4 degrees: -36.0 dB
  351.4 degrees up to 360.0 degrees: -34.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 218.3 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -48 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 5 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 350.9 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 010.0 degrees: 0.0 dB
  010.0 degrees up to 015.0 degrees: -1.0 dB
  015.0 degrees up to 020.0 degrees: -3.0 dB
  020.0 degrees up to 025.0 degrees: -4.0 dB
  025.0 degrees up to 030.0 degrees: -6.0 dB
  030.0 degrees up to 040.0 degrees: -8.0 dB
  040.0 degrees up to 320.0 degrees: -22.0 dB
  320.0 degrees up to 330.0 degrees: -8.0 dB
  330.0 degrees up to 335.0 degrees: -6.0 dB
  335.0 degrees up to 340.0 degrees: -4.0 dB
  340.0 degrees up to 345.0 degrees: -3.0 dB
  345.0 degrees up to 350.0 degrees: -1.0 dB
  350.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -28.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -58 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 5 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 134.9 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.6 degrees: -1.0 dB
  003.6 degrees up to 004.4 degrees: -2.0 dB
  004.4 degrees up to 006.2 degrees: -3.0 dB
  006.2 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.5 degrees: -10.0 dB
  009.5 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 026.0 degrees: -20.0 dB
  026.0 degrees up to 105.0 degrees: -23.0 dB
  105.0 degrees up to 120.0 degrees: -28.0 dB
  120.0 degrees up to 240.0 degrees: -34.0 dB
  240.0 degrees up to 255.0 degrees: -28.0 dB
  255.0degrees up to 334.0 degrees: -23.0 dB
  334.0 degrees up to 340.0 degrees: -20.0 dB
  340.0 degrees up to 350.5 degrees: -14.0 dB
  350.5 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 353.8 degrees: -6.0 dB
  353.8 degrees up to 355.6 degrees: -3.0 dB
  355.6 degrees up to 356.4 degrees: -2.0 dB
  356.4 degrees up to 357.5 degrees: -1.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -58 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 25 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 314.9 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.6 degrees: -1.0 dB
  003.6 degrees up to 004.4 degrees: -2.0 dB
  004.4 degrees up to 006.2 degrees: -3.0 dB
  006.2 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.5 degrees: -10.0 dB
  009.5 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 026.0 degrees: -20.0 dB
  026.0 degrees up to 105.0 degrees: -23.0 dB
  105.0 degrees up to 120.0 degrees: -28.0 dB
  120.0 degrees up to 240.0 degrees: -34.0 dB
  240.0 degrees up to 255.0 degrees: -28.0 dB
  255.0degrees up to 334.0 degrees: -23.0 dB
  334.0 degrees up to 340.0 degrees: -20.0 dB
  340.0 degrees up to 350.5 degrees: -14.0 dB
  350.5 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 353.8 degrees: -6.0 dB
  353.8 degrees up to 355.6 degrees: -3.0 dB
  355.6 degrees up to 356.4 degrees: -2.0 dB
  356.4 degrees up to 357.5 degrees: -1.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -65 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 8 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 006.5 degrees: -34.0 dB
  006.5 degrees up to 009.0 degrees: -39.0 dB
  009.0 degrees up to 047.5 degrees: -44.0 dB
  047.5 degrees up to 089.0 degrees: -43.0 dB
  089.0 degrees up to 271.0 degrees: -45.0 dB
  271.0 degrees up to 312.5 degrees: -43.0 dB
  312.5 degrees up to 351.0 degrees: -44.0 dB
  351.0 degrees up to 353.5 degrees: -39.0 dB
  353.5 degrees up to 360.0 degrees: -34.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 22.6 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.6 degrees: 0.0 dB
  001.6 degrees up to 002.3 degrees: -1.0 dB
  002.3 degrees up to 003.2 degrees: -3.0 dB
  003.2 degrees up to 004.0 degrees: -7.0 dB
  004.0degrees up to 005.0 degrees: -10.0 dB
  005.0 degrees up to 008.5 degrees: -15.0 dB
  008.5 degrees up to 013.5 degrees: -19.0 dB
  013.5 degrees up to 020.0 degrees: -22.0 dB
  020.0 degrees up to 035.0 degrees: -27.0 dB
  035.0 degrees up to 100.5 degrees: -30.0 dB
  100.5 degrees up to 125.0 degrees: -38.0 dB
  125.0 degrees up to 140.0 degrees: -40.0 dB
  140.0 degrees up to 220.0 degrees: -42.0 dB
  220.0 degrees up to 235.0 degrees: -40.0 dB
  235.0 degrees up to 259.5 degrees: -38.0 dB
  259.5 degrees up to 325.0 degrees: -30.0 dB
  325.0 degrees up to 340.0 degrees: -27.0 dB
  340.0 degrees up to 346.5 degrees: -22.0 dB
  346.5 degrees up to 351.5 degrees: -19.0 dB
  351.5 degrees up to 355.0 degrees: -15.0 dB
  355.0 degrees up to 356.0 degrees: -10.0 dB
  356.0 degrees up to 356.8 degrees: -7.0 dB
  356.8 degrees up to 357.7 degrees: -3.0 dB
  357.7 degrees up to 358.4 degrees: -1.0 dB
  358.4 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 030.0 degrees: -38.0 dB
  030.0 degrees up to 330.0 degrees: -45.0 dB
  330.0 degrees up to 360.0 degrees: -38.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -55 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 20 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 359.2 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 030.0 degrees: -14.0 dB
  030.0 degrees up to 098.0 degrees: -20.0 dB
  098.0 degrees up to 160.0 degrees: -24.0 dB
  160.0 degrees up to 200.0 degrees: -26.0 dB
  200.0 degrees up to 262.0 degrees: -24.0 dB
  262.0 degrees up to 330.0 degrees: -20.0 dB
  330.0degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -61 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 5 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 38.4 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 004.1 degrees: -1.0 dB
  004.1 degrees up to 005.0 degrees: -2.0 dB
  005.0 degrees up to 006.0 degrees: -4.0 dB
  006.0 degrees up to 007.1 degrees: -6.0 dB
  007.1 degrees up to 008.0 degrees: -9.0 dB
  008.0 degrees up to 013.2 degrees: -12.0 dB
  013.2 degrees up to 015.0 degrees: -15.0 dB
  015.0 degrees up to 016.1 degrees: -16.0 dB
  016.1 degrees up to 030.6 degrees: -17.0 dB
  030.6 degrees up to 036.0 degrees: -18.0 dB
  036.0 degrees up to 090.9 degrees: -24.0 dB
  090.9 degrees up to 101.2 degrees: -25.0 dB
  101.2 degrees up to 111.9 degrees: -29.0 dB
  111.9 degrees up to 150.0 degrees: -32.0 dB
  150.0 degrees up to 169.0 degrees: -39.0 dB
  169.0 degrees up to 191.0 degrees: -30.0 dB
  191.0 degrees up to 210.0 degrees: -39.0 dB
  210.0 degrees up to 248.1 degrees: -32.0 dB
  248.1 degrees up to 258.8 degrees: -29.0 dB
  258.8 degrees up to 269.1 degrees: -25.0 dB
  269.1 degrees up to 324.0 degrees: -24.0 dB
  324.0 degrees up to 329.4 degrees: -18.0 dB
  329.4 degrees up to 343.9 degrees: -17.0 dB
  343.9 degrees up to 345.0 degrees: -16.0 dB
  345.0 degrees up to 346.8 degrees: -15.0 dB
  346.8 degrees up to 352.0 degrees: -12.0 dB
  352.0 degrees up to 352.9 degrees: -9.0 dB
  352.9 degrees up to 354.0 degrees: -6.0 dB
  354.0 degrees up to 355.0 degrees: -4.0 dB
  355.0 degrees up to 355.9 degrees: -2.0 dB
  355.9 degrees up to 357.0 degrees: -1.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 008.6 degrees: -34.0 dB
  008.6 degrees up to 351.4 degrees: -36.0 dB
  351.4 degrees up to 360.0 degrees: -34.0 dB


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -58 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 6 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -28.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 170.9 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.6 degrees: -1.0 dB
  003.6 degrees up to 004.4 degrees: -2.0 dB
  004.4 degrees up to 006.2 degrees: -3.0 dB
  006.2 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.5 degrees: -10.0 dB
  009.5 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 026.0 degrees: -20.0 dB
  026.0 degrees up to 105.0 degrees: -23.0 dB
  105.0 degrees up to 120.0 degrees: -28.0 dB
  120.0 degrees up to 240.0 degrees: -34.0 dB
  240.0 degrees up to 255.0 degrees: -28.0 dB
  255.0degrees up to 334.0 degrees: -23.0 dB
  334.0 degrees up to 340.0 degrees: -20.0 dB
  340.0 degrees up to 350.5 degrees: -14.0 dB
  350.5 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 353.8 degrees: -6.0 dB
  353.8 degrees up to 355.6 degrees: -3.0 dB
  355.6 degrees up to 356.4 degrees: -2.0 dB
  356.4 degrees up to 357.5 degrees: -1.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  1. The Rightholder shall not transfer the licence or the Rightholders interest in the licence, or issue any sub licence, to any foreign government without first obtaining the written approval of the Manager;
  2. The Rightholder shall use the frequency on which transmissions are permitted under this licence at all times in accordance with the terms of the management rights specified on the record of management rights No 55;
  3. The Rightholder shall comply at all times with all applicable laws and regulations in New Zealand which relate in any way to the use of the frequency on which transmissions are permitted under this licence including, but not limited to, the Radiocomminications Act 1989.


licenceconditions:
  The 9. The conditions applying to the exercise of the rightholder's rights under this Licence are: 
  (a) the rightholder shall not transfer the licence or the rightholder's interest in the licence, or issue any sub-licence, to any foreign government, or to any party on behalf of any foreign government without first obtaining the written approval of the Manager; 
  (b) the rightholder shall use the frequency on which transmissions are permitted under this licence at all times in accordance with the terms specified on the record of the applicable management right; 
  (c) the rightholder shall comply at all times with all applicable laws and regulations in New Zealand which relate in any way to the use of the frequency on which transmissions are permitted under this licence including, but not limited to, the Radiocommunications Act 1989 ("Act"); 
  (d) the rightholder shall promptly pay all fees required to be paid in connection with the issue, registration or continuation of this licence including, without limitation, any fees from time to time prescribed by regulations made under section 135 of the act notwithstanding the persons prescribed as liable for those fees in such regulations. 
  Technical information: 
  (a) This licence caters for any mixture of GSM and UMTS cellular standards. 
  (b) Recommendation ITU-R SM.329-10 Unwanted Emissions in the Spurious Domain has information on out-of-band emissions, spurious emissions and reference bandwidth. The reference bandwidth for unwanted emissions has a starting value of 1 kHz, either side of the necessary bandwidth, as per Figure 4, Annex 7 of ITU-R SM.329-10.


licenceconditions:
  The base transmitter and all mobiles using this service are restricted to the power specified on this licence.
  A coded squelch system (or CTCSS tone group B) shall be used on all radio apparatus covered by the licence.


licenceconditions:
  For analogue transmission a coded squelch system and/or CTCSS tone (group A) shall be used on all apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -62 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 5 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 219.5 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.6 degrees: -1.0 dB
  003.6 degrees up to 004.4 degrees: -2.0 dB
  004.4 degrees up to 006.2 degrees: -3.0 dB
  006.2 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.5 degrees: -10.0 dB
  009.5 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 026.0 degrees: -20.0 dB
  026.0 degrees up to 105.0 degrees: -23.0 dB
  105.0 degrees up to 120.0 degrees: -28.0 dB
  120.0 degrees up to 240.0 degrees: -34.0 dB
  240.0 degrees up to 255.0 degrees: -28.0 dB
  255.0degrees up to 334.0 degrees: -23.0 dB
  334.0 degrees up to 340.0 degrees: -20.0 dB
  340.0 degrees up to 350.5 degrees: -14.0 dB
  350.5 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 353.8 degrees: -6.0 dB
  353.8 degrees up to 355.6 degrees: -3.0 dB
  355.6 degrees up to 356.4 degrees: -2.0 dB
  356.4 degrees up to 357.5 degrees: -1.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The licence permits radiocommunication solely for non-commercial public safety and security operations relating to the protection of life and property. Primary use is for Coastguard purposes.
  Operation shall not necessarily cause interference to marinel vessels (ships) operating to and/or from channel MM85 at Manganui on Waiheke island.


licenceconditions:
  CTCSS tone A4 (107.2 Hz) shall be used on all radio apparatus
  covered by this licence.
  Channel CNX19.
  Equipment:  Tait T3010 HH. # 447818, 465324, 454832,454840.


licenceconditions:
  For use as a point to multi point SCADA telemetry access to various substation sites in the Mangakino to Whakamaru and Artiamuri area.

  Cross Band linked to Ranginui EN72.


licenceconditions:
  This frequency assignment is allocated for GENERAL RADIOTELEPHONE communications.
  CTCSS tone code A9 (151.4 Hz) is allocated for use with this frequency assignment.
  Equipment:  Motorola GM300 and Tait T5010.


licenceconditions:
  This licence permits the use of a radiating single wire to rebroadcast AM transmissions in the band 531kHz to 1602kHz within the confines of the Mt Victoria road tunnel only.

  For the purpose of this licence, any radiocommunication transmitted on a frequency or frequencies, where a current spectrum licence exists, can only be reproduced or retransmitted with the express written agreement of the spectrum licence holder.

  This licence permits the use of radio apparatus for Broadcast-Sound radiocommunications, the transmissions of which are intended for direct reception by the general public, subject to the terms, conditions and restrictions set out on this licence.


licenceconditions:
  The licence permits use for maritime coast operation with the provision of conditions of use for the following carrier frequencies (in kHz).  These are:
  2182 is the International distress frequency.
  2182, 4125, 6215,  are for distress, safety & calling.
  8779  is for calling shore to ship.


licenceconditions:
  CTCSS tone code A1 (77Hz) is allocated for use with this frequency assignment.
  Equipment:  Motorola GM950 and GP328.
  The frequency assignment shown on this licence is allocated for GENERAL communications.


licenceconditions:
  A coded squelch system (or CTCSS tone group A) shall be used on all
  radio apparatus covered by the licence.
  The licence permits use on the understanding that any co-channel interference from channel E119 at Whakamaru shall be tolerated and any co-channel interference to channel E119 at Whakamaru is not permitted.


licenceconditions:
  A coded squelch system (or CTCSS tone group A) shall be used on all
  radio apparatus covered by the licence.
  Receives channel D65# (common to Normandale, Wright Hill and
  Colonial Knob)


licenceconditions:
  9.1 Conditions

  This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained.


  9.2 Coordination information

  a)   Transmissions pursuant to this licence must be in accordance with the deployment coordination planning agreement dated 16 May 2003 between the right holder of this licence and the adjacent management right holder below the lower frequency limit of this licence.

  b)   The right holder of this licence will exchange coordination information promptly on request to the adjacent management right holder above the upper frequency limit of this licence.

  c)   It is intended that the equipment operating under this licence will comply with ETSI specification EN 301 055


  9.3 Clarification of units used

  Parameter	Definition of units	Shown as	To be read as
  EIRP		Total power (eirp)	A dBW		A dBW (eirp) (not PSD)

  HRP		Total power (eirp)	X dBW		X dBW (eirp) (not PSD)

  MPIS *		Field strength spectral densities
  		(on bore sight) 	
  					Y dB(mV/m)	Y dB(mV/m) per 1 MHz

  UEL *		Power spectral densities (eirp)  
  		within a bandwidth of 1 MHz	
  					Z dBW		Z dBW (eirp) per 1 MHz

  * To be measured in accordance with Rec. ITU-R SM.329-9 (2001)


licenceconditions:
  This licence authorises the operation of a "Leaky Co-ax" system within the Lyttelton road  tunnel with directional antennas at each tunnel portal.  The maximum eirp permitted at each portal  is -19 dBW to cover the Heathcote approach road and the Lyttelton port area.


licenceconditions:
  CTCSS tone code A1 (77 Hz) is allocated for use with this frequency assignment.
  This frequency assignment is allocated for GENERAL radiotelephone communications.
  Equipment:  Tait Orca Elan  #14023772-14023970.


licenceconditions:
  The conditions applying to this licence are as follows: 

  9.1 Conditions

  This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained.

  9.2 Coordination information

  a)   Transmissions pursuant to this licence must be in accordance with the deployment coordination planning agreement dated 16 May 2003 between the right holder of this licence and the adjacent management right holder below the lower frequency limit of this licence.

  b)   The right holder of this licence will exchange coordination information promptly on request.

  c)   It is intended that the equipment operating under this licence will comply with ETSI specification EN 301 055.


  9.3 Clarification of units used

  Maximum Power of Emissions
  The maximum power of emissions shown as x dBW (e.i.r.p.) is to be read as the total power in the bandwidth of the transmission. It is not power spectral density.

  Horizontal Radiation Pattern 
  The horizontal radiation pattern of an antenna shown as x dBW is to be read as the total power (eirp) in the bandwidth of the transmission. It is not power spectral density.

  Maximum Permitted Interfering Signal*
  The maximum permitted interfering signal shown as x dBuV/m is to be read as the field strength spectral density within a bandwidth of 1 MHz.

  Unwanted Emission Limits*
  An unwanted emission limit shown as x dBW is to be read as the power spectral density (eirp) within a bandwidth of 1 MHz.

  *To be measured in accordance with Rec. ITU-R SM.329-9 (2001)


licenceconditions:
  9.1 Conditions

  This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained.

  9.2 Coordination information

  a)   Transmissions pursuant to this licence must be in accordance with the deployment coordination planning agreement dated 16 May 2003 between the right holder of this licence and the adjacent management right holder below the lower frequency limit of this licence.

  b)   The right holder of this licence will exchange coordination information promptly on request.

  c)   It is intended that the equipment operating under this licence will comply with ETSI specification EN 301 055.


  9.3 Clarification of units used

  Maximum Power of Emissions
  The maximum power of emissions shown as x dBW (e.i.r.p.) is to be read as the total power in the bandwidth of the transmission. It is not power spectral density.

  Horizontal Radiation Pattern 
  The horizontal radiation pattern of an antenna shown as x dBW is to be read as the total power (eirp) in the bandwidth of the transmission. It is not power spectral density.

  Maximum Permitted Interfering Signal*
  The maximum permitted interfering signal shown as x dBuV/m is to be read as the field strength spectral density within a bandwidth of 1 MHz.

  Unwanted Emission Limits*
  An unwanted emission limit shown as x dBW is to be read as the power spectraldensity (eirp) within a bandwidth of 1 MHz.

  *To be measured in accordance with Rec. ITU-R SM.329-9 (2001)


licenceconditions:
  For use in the demonstration of crane operations.

  Coded squelch (CTCSS) tone A14 (218.1Hz) shall be used on all radio apparatus covered by this licence.
   
  Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.


licenceconditions:
  A CTCSS tone from group B must be used in all radio apparatus associated with this license.
  There is, based on our technical calculations, an indication that the frequency shown on the licence  may cause and/or suffer intermodulation interference.
  The assignment of DN19 was made at the specific request of Taupo District Council  This licence is issued on the condition that there is no interference to DN19 Blyde Wharf Tower New Plymouth, licence number 158808.


licenceconditions:
  9.1	Conditions

  a) This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained.

  b) The rightholder under this licence must accept interference from transmissions of radio waves by a rightholder acting in accordance with any of the following licences:

  8087, 8088, 8089, 8090, 8091, 8092, 8093, 8094, 8095, 8096, 8097, 8277, 8278, 8279, 8280, 8281, 8282, 8283, 8284, 8285, 8286, 8287, 8288, 8289, 8290, 8291, 8292, 8293, 8294, 8295, 8296, 8297, 8298, 8299, 8300, 8301, 8302, 8303, 8304, 8305, 8306, 8307, 8308, 8309, 8310, 8311, 8337, 8338, 8339, 8340, 8341, 8730, 8731, 9518, 9519.


  9.2 Co-ordination information

  a) While this licence is "receive only", it can be noted that other licences for transmission by the rightholder must be in accordance with the deployment co-ordination planning agreement dated 16 May 2003 between the right holder of this licence and the adjacent management right holder above the upper frequency limit of this licence.

  b) The rightholder of this licence will exchange co-ordination information promptly on request.


  9.3 Clarification of units used.

  Parameter	Definition of units		Shown as	To be read as
  MPIS	Field strength spectral density
  	(at antenna maximum response)		Y dB(mV/m)	Y dB(mV/m) per 1 MHz


  Specification ITU-R SM.329-9 (2001) is used for reference bandwidth and methodology.


licenceconditions:
  System inlcudes total of 5 transmitters - Base T16/620207, outstations at T16/596211, T16/610207, T16/619221 and T16/629199.


licenceconditions:
  Taxi company communication.
   A coded squelch system (or CTCSS tone group B) shall be used on all radio apparatus covered by this licence.
  This assignment is conditional that no interference is caused to Channel  EN69  Awahohonu Forest


licenceconditions:
  A coded squelch system (or CTCSS tone group A)  shall be used on all apparatus covered by this licence.  Where CTCSS is not used due to conflict with the operational needs of the licencee there will be no protection from interfererence from external sources.


licenceconditions:
  The conditions applying to this licence are as follows:

  (i) This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of Chief Executive of the Ministry of Economic Development first being obtained;

  (ii) It is intended that the equipment comply with ETSI specification EN 301 021. 

  (iii) Licences registered after this licence, whether within this band or in an adjacent band, must not cause or permit harmful interference to any service operated in accordance with this licence;

  (iv) The ETSI specification referred to above is interpreted as limiting adjacent channel interfering signal levels to a maximum of 37 dBuV/m (per 1MHz) for a channel width of 7 MHz;

  (v) The transmit antennas for this licence may situated anywhere in the area specified in 6(a) and are expected to have a gain of either 23 dBi or 18 dBi.  The receive antennas at the base stations are expected to have a gain of 17 dBi.


licenceconditions:
  9.1 Conditions

  (a) This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained.
  (b) No user equipment operating under this licence can transmit unless it has firstly received an enabling transmission from a Walker Wireless Node B station.

  9.2 Co-ordination information

  (a) Transmissions pursuant to this licence must be in accordance with the deployment co-ordination planning agreement dated 16 May 2003 between the right holder of this licence and the adjacent management right holder above the upper frequency limit of this licence.
  (b) The right holder of this licence will exchange co-ordination information promptly on request.
  (c) It is intended that user equipment (UE) operating under this licence will comply with specification 3GPP TS 25.102 but with due regard for chip rate.
  Associated base station (Node B) equipment will comply with specification 3GPP TS 25.105.

  9.3 Clarification of units used.

  Parameter	Definition of units				Shown as		To be read as

  e.i.r.p.		Effective isotropic radiated
  			power spectral density			A dBW			A dBW (e.i.r.p.) per 1 MHz

  HRP		Horizontal radiation pattern
  			radiated spectral density			X dBW			X dBW (e.i.r.p.) per 1 MHz

  MPIS		Field strength spectral density
  			(at antenna maximum response) 	Y dB(uV/m)	Y dB(uV/m) per 1 MHz

  UEL		Power spectral density (e.i.r.p.)
  			within a bandwidth of 1 MHz		Z dBW			Z dBW (e.i.r.p.) per 1 MHz


  Specification ITU-R SM.329-9 (2001) is used for reference bandwidth and methodology.


licenceconditions:
  CTCSS tone code A2 (88.5 Hz) is allocated for use with this frequency assignment.
  This frequency assignment is to be used for General Radiotelephone communications and brief data transmissions.
  Equipment:  Motorola GM950 and GP328.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are:

  (i)This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained;

  (ii)It is intended that the equipment comply with ETSI specifications EN 301 021 v1.5.1 and EN 301 753 v1.1.1.

  (iii)The adjacent frequency interference sensitivity limit of the base station receivers for this licence should conform to the above ETSI standards, which for 3.5 MHz channels is interpreted as;
  36.5 dBuV/m per MHz.

  (iv) To allow for co-location, the levels of the  MPIS  and adjacent frequency interference sensitivity limit for this licence shall apply at the edge of coverage, and may be relaxed at locations closer to the transmit site, such that co- and adjacent- channel protection rations are maintained.

  (v) Licences registered after this licence whether within this band or in an adjacent band, must not cause or permit harmful interference to any service operated in accordance with this licence;

  (vi) The transmit antennas for this licence have a gain of 17.0 dBi.

  The receive antennas at the user terminals have a gain of 17.0 dBi.

  The antennas of user terminals operating within the area described above as the "receive coverage area" will be directed towards the transmit location of this licence.

  (vii) To clarify the units used, note that:
  The UEL values shown above as 15 dBW etc, are power spectral densities within a bandwidth of 1 MHz, and should be read as 15 dBW/MHz etc.

  Similarly the MPIS and the adjacent channel sensitivity limit values shown above as 13 dBuV/m and 36.5 dBuV/m are field strength spectral densities, and should be read as:
  13 dBuV/m per 1 MHz and 36.5 dBuV/m per 1 MHz respectively.

  Note that maximum power and maximum horizontal radiation pattern values, shown above as 18.5 dBW, are total power within the licensed range of frequencies, (not power spectral density.)


licenceconditions:
  CTCSS tone A2 (88.5 Hz) must be used with all radio apparatus associated with this license.

  For:  Dashwood Vineyard, 1824 Redwood Pass Road, Dashwood, Blenheim.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are:

  (i)This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained;

  (ii)It is intended that the equipment comply with ETSI specifications EN 301 021 v1.5.1 and EN 301 753 v1.1.1.

  (iii)The adjacent frequency interference sensitivity limit of the base station receivers for this licence should conform to the above ETSI standards, which for 3.5 MHz channels is interpreted as;
  36.5 dBuV/m per MHz.

  (iv) Licences registered after this licence whether within this band or in an adjacent band, must not cause or permit harmful interference to any service operated in accordance with this licence;

  (v) The transmit antennas for this licence may be situated anywhere in the area specified in the above "transmit location area" and directed towards the relevant base station located as shown above at the appropriate receive protection location.

  The transmit antennas for this licence have a gain of 17.0 dBi and the receive antennas at the base stations have a gain of 17.0 dBi.

  (vi) to clarify the units used, note that:
  The UEL values shown above as 15 dBW etc, are power spectral densities within a bandwidth of 1 MHz, and should be read as 15 dBW/MHz etc.

  Similarly the MPIS and the adjacent channel sensitivity limit values shown above as 13 dBuV/m and 36.5 dBuV/m are field strength spectral densities, and should be read as:
  13 dBuV/m per 1 MHz and 36.5 dBuV/m per 1 MHz respectively.

  Note that maximum power and maximum horizontal radiation pattern values, shown above as 13.5 dBW, are total power within the licensed range of frequencies, (not power spectral density.)


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with operational needs of the licensee there will be no protection from intreference from external sources.

  Used for SAR purposes nationwide.


licenceconditions:
  (a) the rightholder shall not transfer the licence or the rightholder's interest in the licence, or issue any sub-licence, to any foreign government, or to any party on behalf of any foreign government without first obtaining the written approval of the Manager; 
  (b) the rightholder shall use the frequency on which transmissions are permitted under this licence at all times in accordance with the terms specified on the record of the applicable management right; 
  (c) the rightholder shall comply at all times with all applicable laws and regulations in New Zealand which relate in any way to the use of the frequency on which transmissions are permitted under this licence including, but not limited to, the Radiocommunications Act 1989 ("Act"); 
  (d) the rightholder shall promptly pay all fees required to be paid in connection with the issue, registration or continuation of this licence including, without limitation, any fees from time to time prescribed by regulations made under section 135 of the act notwithstanding the persons prescribed as liable for those fees in such regulations. 
  Technical information: 
  (a) This licence caters for any mixture of GSM and UMTS cellular standards. 
  (b) Recommendation ITU-R SM.329-10 Unwanted Emissions in the Spurious Domain has information on out-of-band emissions, spurious emissions and reference bandwidth. The reference bandwidth for unwanted emissions has a starting value of 1 kHz, either side of the necessary bandwidth, as per Figure 4, Annex 7 of ITU-R SM.329-10.


licenceconditions:
  This is a shared service and any co-channel interference must be tolerated.
  CTCSS B8 (136.5Hz) tone shall be used on all radio apparatus covered by the licence.


licenceconditions:
  A coded squelch system and/or CTCSS tone A Group shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement.


licenceconditions:
  (i) This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained;

  (ii) It is intended that the equipment comply with ETSI specifications:
  EN 301 021 v1.5.1 and EN 301 753 v1.1.1.

  (iii) The adjacent frequency interference sensitivity limit of the base station receivers for this licence should conform to the above ETSI standards, which for 3.5 MHz channels, is interpreted as:
  36.5 dBuV/m per MHz.

  (iv) To allow for co-location, the levels of the MPIS and adjacent frequency interference sensitivity limit for this licence shall apply at the edge of coverage, and may be relaxed at locations closer to the transmit site, such that co- and adjacent-channel protection ratios are maintained.

  (v) Licences registered after this licence, whether within this band or in an adjacent band, must not cause or permit harmful interference to any service operated in accordance with this licence;

  (vi) The transmit antennas for this licence have a gain of 17.0 dBi.

  The receive antennas at the user terminals have a gain of 17.0 dBi.

  The antennas of user terminals operating within the area described above as the "receive coverage area" will be directed towards the transmit location of this licence.

  (vii) To clarify the units used, note that:
  The UEL values, shown above as 15 dBW etc, are power spectral densities within a bandwidth of 1 MHz, and should be read as 15 dBW/MHz etc.

  Similarly the MPIS and the adjacent channel sensitivity limit values shown above as 13 dBuV/m and 36.5 dBuV/m are field strength spectral densities, and should be read as:
  13 dBuV/m per 1 MHz and 36.5 dBuV/m per 1 MHz respectively.

  Note that maximum power and maximum horizontal radiation pattern values, shown above as 18.5 dBW, are total power within the licensed range of frequencies (not power spectral density).


licenceconditions:
  The transmissions that this licence permits shall not exceed the mean field strength of 77dBuV/m at a reference height of 10 metres above sea level within any of the VHF Maritime Protection Areas specified in PIB38.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources.


licenceconditions:
  `This is a shared service and any co-channel interference must be tolerated.
  CTCSS A4(107.2Hz) tone shall be used on all radio apparatus covered by the licence


licenceconditions:
  9.1 Conditions applying to this licence:

  This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained.

  9.2	Information to assist in co-ordination:

  a)	 Transmissions pursuant to this licence must be in accordance with the deployment co-ordination planning agreement dated 16 May 2003 between the right holder of this licence and the adjacent management right holder below the lower frequency limit of this licence.

  b) The right holder of this licence will exchange co-ordination information promptly on request.

  c) It is intended that the equipment operating under this licence will comply with ETSI specification EN 301 055.

  9.3	Clarification of units used

  Maximum Power of Emissions

  The maximum power of emissions shown as x dBW (e.i.r.p.) is to be read as the total power in the bandwidth of the transmission. It is not power spectral density.

  Horizontal Radiation Pattern

  The horizontal radiation pattern of an antenna shown as x dBW is to be read as the total power (eirp) in the bandwidth of the transmission. It is not power spectral density.

  Maximum Permitted Interfering Signal*

  The maximum permitted interfering signal shown as x dBuV/m is to be read as the field strength spectral density within a bandwidth of 1 MHz.

  Unwanted Emission Limits*

  An unwanted emission limit shown asx dBW is to be read as the power spectral density (eirp) within a bandwidth of 1 MHz.

  * To be measured in accordance with Rec. ITU-R SM.329-9 (2001)


licenceconditions:
  Information on parameters:

  Radiated power specified in each of clause 5(a) and 5(c) of this Schedule is for total effective isotropic radiated power.

  Radiated power of unwanted emission limits specified in each of clause 4(a) and 4(b) of this schedule has a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10. The reference bandwidth steps between 0.3 kHz and 1 MHz.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 5 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 0.3 kHz.

  The transmitting antenna is a 1.8 metre grid.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The 1.8 metre grid receive antenna response at 0 degrees is at an azimuth of 152.5 degrees relative to true north.

  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.4 degrees: 0.0 dB
  001.4 degrees up to 002.0 degrees: -0.5 dB
  002.0 degrees up to 002.8 degrees: -1.0 dB
  002.8 degrees up to 003.5 degrees: -2.0 dB
  003.5 degrees up to 004.3 degrees: -3.0 dB
  004.3 degrees up to 004.9 degrees: -4.5 dB
  004.9 degrees up to 005.4 degrees: -6.0 dB
  005.4 degrees up to 006.0 degrees: -7.5 dB
  006.0 degrees up to 006.4 degrees: -10.0 dB
  006.4 degrees up to 006.8 degrees: -12.5 dB
  006.8 degrees up to 007.0 degrees: -15.0 dB
  007.0 degrees up to 007.3 degrees: -17.5 dB
  007.3 degrees up to 060.0 degrees: -19.5 dB
  060.0 degrees up to 120.0 degrees: -27.0 dB
  120.0 degrees up to 165.0 degrees: -35.0 dB
  165.0 degrees up to 195.0 degrees: -32.0 dB
  195.0 degrees up to 240.0 degrees: -35.0 dB
  240.0 degrees up to 300.0 degrees: -27.0 dB
  300.0 degrees up to 352.7 degrees: -19.5 dB
  352.7 degrees up to 353.0 degrees: -17.5 dB
  353.0 degrees up to 353.2 degrees: -15.0 dB
  353.2 degrees up to 353.6 degrees: -12.5 dB
  353.6 degrees up to 354.0 degrees: -10.0 dB
  354.0 degrees up to 354.6 degrees: -7.5 dB
  354.6 degrees up to 355.1 degrees: -6.0 dB
  355.1 degrees up to 355.7 degrees: -4.5 dB
  355.7 degrees up to 356.5 degrees: -3.0 dB
  356.5 degrees up to 357.2 degrees: -2.0 dB
  357.2 degrees up to 358.0 degrees: -1.0 dB
  358.0 degrees up to 358.6 degrees: -0.5 dB
  358.6 degrees up to 360.0 degrees: -0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are:

  (a)	Satellite earth station performance will comply with international requirements for compatibility with other satellite and space services.

  (b)	Operation will be in accordance with the agreement between Shin Satellite Public Company Limited and TelstraClear Limited.  The current agreement is dated 12 September 2003 and includes both MR53 and MR54.

  Information on parameters
  Satellite uplink transmission can deploy any combination of transponder channels in the bandwidth licensed in clause 3(b) of this schedule.  There is provision for using up to three channels simultaneously within the framework of the two associated licences.

  The associated licence has a frequency band of 27350.000 to 27550.000 MHz.  The management right boundary is at 27350.000 MHz.

  Radiated power specified in each clause 4(a), 4(b), 5(a) and 5(c) of this Schedule is for spectral density, with 4 kHz reference bandwidth, in accordance with Rec. ITU-R Sm.329-10 as applied to space services.

  No protection location or locations or protection area is needed for the satellite uplinks.  Associated downlinks are in another band.

  Antenna performance is compliant with Rec. ITU-R S.580-5.  The elevation is 19.36 degrees, the azimuth is 299.76 degrees and the 3 dB beamwidth is 0.078 degrees at mid band for uplink channels.

  The unwanted emission limits and horizontal radiation pattern are from sidelobes of the antenna pattern, as experienced at ground level.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are:

  (a)	Satellite earth station performance will comply with international requirements for compatibility with other satellite and space services.

  (b)	Operation will be in accordance with the agreement between Shin Satellite Public Company Limited and TelstraClear Limited.  The current agreement is dated 12 September 2003 and includes both MR53 and MR54.

  Information on parameters
  Satellite uplink transmission can deploy any combination of transponder channels in the bandwidth licensed in clause 3(b) of this schedule.  There is provision for using up to three channels simultaneously within the framework of the two associated licences.

  The associated licence has a frequency band of 27000.000 to 27350.000 MHz.  The management right boundary is at 27350.000 MHz.

  Radiated power specified in each clause 4(a), 4(b), 5(a) and 5(c) of this Schedule is for spectral density, with 4 kHz reference bandwidth, in accordance with Rec. ITU-R Sm.329-10 as applied to space services.

  No protection location or locations or protection area is needed for the satellite uplinks.  Associated downlinks are in another band.

  Antenna performance is compliant with Rec. ITU-R S.580-5.  The elevation is 19.36 degrees, the azimuth is 292.76 degrees and the 3 dB beamwidth is 0.078 degrees at mid band for uplink channels.

  The unwanted emission limits and horizontal radiation pattern are from sidelobes of the antenna pattern, as experienced at ground level.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by the licence.


licenceconditions:
  Information on parameters:

  Radiated power specified in each of clause 5(a) and 5(c) of this Schedule is for total effective isotropic radiated power.

  Radiated power of unwanted emission limits specified in each of clause 4(a) and 4(b) of this schedule has a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10. The reference bandwidth steps between 0.3 kHz and 1 MHz.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 5 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 0.3 kHz.

  The transmitting antenna is a 1.2 metre grid.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -35.0 dB

  The 1.2 metre grid receive antenna response at 0 degrees is at an azimuth of 274.5 degrees relative to true North.

  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.0 degrees: 0.0 dB
  002.0 degrees up to 002.8 degrees: -0.5 dB
  002.8 degrees up to 003.9 degrees: -1.0 dB
  003.9 degrees up to 004.7 degrees: -2.0 dB
  004.7 degrees up to 005.7 degrees: -3.0 dB
  005.7 degrees up to 006.5 degrees: -4.5 dB
  006.5 degrees up to 007.2 degrees: -6.0 dB
  007.2 degrees up to 008.2 degrees: -7.5 dB
  008.2 degrees up to 009.0 degrees: -10.0 dB
  009.0 degrees up to 009.8 degrees: -12.5 dB
  009.8 degrees up to 010.2 degrees: -15.0 dB
  010.2 degrees up to 045.0 degrees: -16.5 dB
  045.0 degrees up to 130.0 degrees: -24.0 dB
  130.0 degrees up to 230.0 degrees: -32.0 dB
  230.0 degrees up to 315.0 degrees: -24.0 dB
  315.0 degrees up to 349.8 degrees: -16.5 dB
  349.8 degrees up to 350.2 degrees: -15.0 dB
  350.2 degrees up to 351.0 degrees: -12.5 dB
  351.0 degrees up to 351.8 degrees: -10.0 dB
  351.8 degrees up to 352.8 degrees: -7.5 dB
  352.8 degrees up to 353.5 degrees: -6.0 dB
  353.5 degrees up to 354.3 degrees: -4.5 dB
  354.3 degrees up to 355.3 degrees: -3.0 dB
  355.3 degrees up to 356.1 degrees: -2.0 dB
  356.1 degrees up to 357.2 degrees: -1.0 dB
  357.2 degrees up to 358.0 degrees: -0.5 dB
  358.0 degrees up to 360.0 degrees: -0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -35.0 dB


licenceconditions:
  This licence provides protection from unwanted emissions in the frequency band between 18,300 MHz and 18,675 MHz,  at the Receive Location,  against those emissions  exceeding the following levels  between the azimuths listed; 
  From Azimuth      To Azimuth             Signal Level not to be
  Degrees                 Degrees	           exceeded in dBW/Hz
      0                            243                           -190.1
    243                          253                           -192.6
    253                          263                           -194.6
    263                          323                           -196.6
    323                          333                           -194.6
    333                          343                           -192.6
    343                            0                             -190.1


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Business, Innovation, and Employment.

  (b)	The chief executive of the Ministry Of Business, Innovation, and Employment, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dB should be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Far North District Council is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only fixed central hub transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall maintain records of all fixed central hub transmitters of
  a fixed-to-multipoint service operated under the authority of this spectrum
  licence, and shall make such records as desirable for radio frequency
  coordination available to other rightholders or their agents on written or
  electronic request.

  (l)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿V/m MHz, unless:

  (i)	the location is not within the protection area of any other licence; or
  (ii)	the rightholder of every affected spectrum licence agrees in writing; or
  (iii)	a Radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is
  exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to prospective
   transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Business, Innovation, and Employment .

  (m)	The rightholder shall record on this spectrum licence details of every fixed
  central hub transmitter of a fixed point-to-multipoint service by submitting a
  Notice of Modification of Spectrum Licence in the appropriate form to the
  Registrar of Radio Frequencies. This Notice will modify the spectrum licence
  to add the:

  (i)	map reference;
  (ii)	grid reference;
  (iii)	site name;
  (iv)	altitude (metres above sea level;
  (v)	antenna polarisation; and
  (vi)	antenna height (metres above ground level);

  of each fixed central hub transmitter to the spectrum licence details.


licenceconditions:
  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 6 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response
  000.0 degrees up to 360.0 degrees: -36.0 dB


  The receive antenna response at 0 degrees is at an azimuth of 357 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response
  000.0 degrees up to360.0 degrees: -36.0 dB


licenceconditions:
  Information on parameters
  Radiated power specified in each of clause 5(a) and 5(c) of this Schedule is for total effective isotropic radiated power.

  Radiated power of unwanted emission limits specified in each of clause 4(a) and 4(b) of this Schedule has a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10. The reference bandwidth steps between 0.3 kHz and 1 MHz.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule have a reference bandwidth of 0.3 kHz.

  Transmit Antenna Cross-polar Response
  000.0 degrees up to 015.0 degrees: -35.0 dB
  015.0 degrees up to 020.0 degrees: -39.0 dB
  020.0 degrees up to 340.0 degrees: -44.0 dB
  340.0 degrees up to 345.0 degrees: -39.0 dB
  345.0 degrees up to 360.0 degrees: -35.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 353.5 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.9 degrees: 0.0 dB
  001.9 degrees up to 002.8 degrees: -1.0 dB
  002.8 degrees up to 003.3 degrees: -2.0 dB
  003.3 degrees up to 004.6 degrees: -3.0 dB
  004.6 degrees up to 006.0 degrees: -6.0 dB
  006.0 degrees up to 008.0 degrees: -10.0 dB
  008.0 degrees up to 010.0 degrees: -15.0 dB
  010.0 degrees up to 013.0 degrees: -20.0 dB
  013.0 degrees up to 020.0 degrees: -23.0 dB
  020.0 degrees up to 024.0 degrees: -24.0 dB
  024.0 degrees up to 030.0 degrees: -30.0 dB
  030.0 degrees up to 125.0 degrees: -31.0 dB
  125.0 degrees up to 170.0 degrees: -38.0 dB
  170.0 degrees up to 190.0 degrees: -36.0 dB
  190.0 degrees up to 235.0 degrees: -38.0 dB
  235.0 degrees up to 330.0 degrees: -31.0 dB
  330.0 degrees up to 336.0 degrees: -30.0 dB
  336.0 degrees up to 340.0 degrees: -24.0 dB
  340.0 degrees up to 347.0 degrees: -23.0 dB
  347.0 degrees up to 350.0 degrees: -20.0 dB
  350.0 degrees up to 352.0 degrees: -15.0 dB
  352.0 degrees up to 354.0 degrees: -10.0 dB
  354.0 degrees up to 355.4 degrees: -6.0 dB
  355.4 degrees up to 356.7 degrees: -3.0 dB
  356.7 degrees up to 357.2 degrees: -2.0 dB
  357.2 degrees up to 358.1 degrees: -1.0 dB
  358.1 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response
  000.0 degrees up to 015.0 degrees: -35.0 dB
  015.0 degrees up to 020.0 degrees: -39.0 dB
  020.0 degrees up to 340.0 degrees: -44.0 dB
  340.0 degrees up to 345.0 degrees: -39.0 dB
  345.0 degrees up to 360.0 degrees: -35.0 dB


licenceconditions:
  Modification process
  Licence 12528 is being modified for emission details and expiry date.  Emissions down to a level of -50 dBW are within MR139.  

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 9 metres above ground level.       

  The radio path used by this licence is via a passive reflector, as follows:
  Passive Site Name: Richies Gully Passive
  Map and Grid Reference: NZMS 260 F41 068675
  Altitude: 320 metres above Mean Sea Level
  Antenna Type: Deltec reflector
  Antenna Height: 8 metres above ground level

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 012.0 degrees: -40.0 dB
  012.0 degrees up to 348.0 degrees: -45.0 dB
  348.0 degrees up to 360.0 degrees: -40.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 300.0 degrees relative to true North (the direction of the passive reflector).

  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.4 degrees: 0.0 dB
  001.4 degrees up to 002.0 degrees: -1.0 dB
  002.0 degrees up to 002.4 degrees: -2.0 dB
  002.4 degrees up to 003.4 degrees: -3.0 dB
  003.4 degrees up to 004.4 degrees: -6.0 dB
  004.4 degrees up to 005.5 degrees: -10.0 dB
  005.5 degrees up to 008.0 degrees: -16.0 dB
  008.0 degrees up to 015.0 degrees: -20.0 dB
  015.0 degrees up to 018.0 degrees: -22.0 dB
  018.0 degrees up to 026.0 degrees: -26.0 dB
  026.0 degrees up to 042.0 degrees: -30.0 dB
  042.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -39.0 dB
  240.0 degrees up to 318.0 degrees: -34.0 dB
  318.0 degrees up to 334.0 degrees: -30.0 dB
  334.0 degrees up to 342.0 degrees: -26.0 dB
  342.0 degrees up to 345.0 degrees: -22.0 dB
  345.0 degrees up to 352.0 degrees: -20.0 dB
  352.0 degrees up to 354.5 degrees: -16.0 dB
  354.5 degrees up to 355.6 degrees: -10.0 dB
  355.6 degrees up to 356.6 degrees: -6.0 dB
  356.6 degrees up to 357.6 degrees: -3.0 dB
  357.6 degrees up to 358.0 degrees: -2.0 dB
  358.0 degrees up to 358.6 degrees: -1.0 dB
  358.6 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 012.0 degrees: -40.0 dB
  012.0 degrees up to 348.0 degrees: -45.0 dB
  348.0 degrees up to 360.0 degrees: -40.0 dB


licenceconditions:
  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 6 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response
  000.0 degrees up to 360.0 degrees: -36.0 dB


  The receive antenna response at 0 degrees is at an azimuth of 206.0 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response
  000.0 degrees upto 360.0 degrees: -36.0 dB


licenceconditions:
  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response
  000.0 degrees up to 007.0 degrees: -30.0 dB
  007.0 degrees up to 009.0 degrees: -33.0 dB
  009.0 degrees up to 011.0 degrees: -36.0 dB
  011.0 degrees up to 013.0 degrees: -39.0 dB
  013.0 degrees up to 015.0 degrees: -42.0 dB
  015.0 degrees up to 345.0 degrees: -45.0 dB
  345.0 degrees up to 347.0 degrees: -42.0 dB
  347.0 degrees up to 349.0 degrees: -39.0 dB
  349.0 degrees up to 351.0 degrees: -36.0 dB
  351.0 degrees up to 353.0 degrees: -33.0 dB
  353.0 degrees up to 360.0 degrees: -30.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 18.9 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 004.1 degrees: -1.0 dB
  004.1 degrees up to 005.3 degrees: -2.0 dB
  005.3 degrees up to 006.3 degrees: -5.0 dB
  006.3 degrees up to 007.1 degrees: -6.0 dB
  007.1 degrees up to 008.2 degrees: -9.0 dB
  008.2 degrees up to 015.0 degrees: -13.0 dB
  015.0 degrees up to 016.5 degrees: -14.0 dB
  016.5 degrees up to 024.3 degrees: -15.0 dB
  024.3 degrees up to 030.1 degrees: -19.0 dB
  030.1 degrees up to 035.1 degrees: -20.0 dB
  035.1 degrees up to 090.7 degrees: -22.0 dB
  090.7 degrees up to 101.5 degrees: -23.0 dB
  101.5 degrees up to 110.8 degrees: -28.0 dB
  110.8 degrees up to 140.2 degrees: -29.0 dB
  140.2 degrees up to 171.0 degrees: -33.0 dB
  171.0 degrees up to 189.0 degrees: -32.0 dB
  189.0 degrees up to 219.8 degrees: -33.0 dB
  219.8 degrees up to 249.2 degrees: -29.0 dB
  249.2 degrees up to 258.5 degrees: -28.0 dB
  258.5 degrees up to 269.3 degrees: -23.0 dB
  269.3 degrees up to 324.9 degrees: -22.0 dB
  324.9 degrees up to 329.9 degrees: -20.0 dB
  329.9 degrees up to 335.7 degrees: -19.0 dB
  335.7 degrees up to 343.5 degrees: -15.0 dB
  343.5 degrees up to 345.0 degrees: -14.0 dB
  345.0 degrees up to 351.8 degrees: -13.0 dB
  351.8 degrees up to 352.9 degrees: -9.0 dB
  352.9 degrees up to 353.7 degrees: -6.0 dB
  353.7 degrees up to 354.7 degrees: -5.0 dB
  354.7 degrees up to 355.9 degrees: -2.0 dB
  355.9 degrees up to 357.0 degrees: -1.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB



  Receive Antenna Cross-polar Response
  000.0 degrees up to 008.6 degrees: -31.0 dB
  007.0 degrees up to 139.4 degrees: -37.0 dB
  009.0 degrees up to 171.0 degrees: -38.0 dB
  011.0 degrees up to 189.0 degrees: -42.0 dB
  013.0 degrees up to 220.6 degrees: -38.0 dB
  015.0 degrees up to 351.4 degrees: -37.0 dB
  345.0 degrees up to 351.5 degrees: -31.0 dB
  347.0 degrees up to 360.0 degrees: -31.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are:

  Modification process
  Licence 12531 is being modified for emission details and expiry date.  Emissions down to a level of -50 dBW are within MR138.  

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       

  The radio path used by this licence is via a passive reflector, as follows:
  Passive Site Name: Richies Gully Passive
  Map and Grid Reference: NZMS 260 F41 068675
  Altitude: 320 metres above Mean Sea Level
  Antenna Type: Deltec reflector
  Antenna Height: 8 metres above ground level

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 012.0 degrees: -40.0 dB
  012.0 degrees up to 348.0 degrees: -45.0 dB
  348.0 degrees up to 360.0 degrees: -40.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 260.0 degrees relative to true North (the direction of the passive reflector).
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.4 degrees: 0.0 dB
  001.4 degrees up to 002.0 degrees: -1.0 dB
  002.0 degrees up to 002.4 degrees: -2.0 dB
  002.4 degrees up to 003.4 degrees: -3.0 dB
  003.4 degrees up to 004.4 degrees: -6.0 dB
  004.4 degrees up to 005.5 degrees: -10.0 dB
  005.5 degrees up to 008.0 degrees: -16.0 dB
  008.0 degrees up to 015.0 degrees: -20.0 dB
  015.0 degrees up to 018.0 degrees: -22.0 dB
  018.0 degrees up to 026.0 degrees: -26.0 dB
  026.0 degrees up to 042.0 degrees: -30.0 dB
  042.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -39.0 dB
  240.0 degrees up to 318.0 degrees: -34.0 dB
  318.0 degrees up to 334.0 degrees: -30.0 dB
  334.0 degrees up to 342.0 degrees: -26.0 dB
  342.0 degrees up to 345.0 degrees: -22.0 dB
  345.0 degrees up to 352.0 degrees: -20.0 dB
  352.0 degrees up to 354.5 degrees: -16.0 dB
  354.5 degrees up to 355.6 degrees: -10.0 dB
  355.6 degrees up to 356.6 degrees: -6.0 dB
  356.6 degrees up to 357.6 degrees: -3.0 dB
  357.6 degrees up to 358.0 degrees: -2.0 dB
  358.0 degrees up to 358.6 degrees: -1.0 dB
  358.6 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 012.0 degrees: -40.0 dB
  012.0 degrees up to 348.0 degrees: -45.0 dB
  348.0 degrees up to 360.0 degrees: -40.0 dB


licenceconditions:
  Information on parameters:

  Radiated power specified in each of clause 5(a) and 5(c) of this Schedule is for total effective isotropic radiated power.

  Radiated power of unwanted emission limits specified in each of clause 4(a) and 4(b) of this schedule has a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10. The reference bandwidth steps between 0.3 kHz and 1 MHz.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 0.3 kHz.

  The transmitting antenna is a 1.8 metre grid.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The 1.8 metre grid receive antenna response at 0 degrees is at an azimuth of 357.0 degrees relative to true north.

  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.4 degrees: 0.0 dB
  001.4 degrees up to 002.0 degrees: -0.5 dB
  002.0 degrees up to 002.8 degrees: -1.0 dB
  002.8 degrees up to 003.5 degrees: -2.0 dB
  003.5 degrees up to 004.3 degrees: -3.0 dB
  004.3 degrees up to 004.9 degrees: -4.5 dB
  004.9 degrees up to 005.4 degrees: -6.0 dB
  005.4 degrees up to 006.0 degrees: -7.5 dB
  006.0 degrees up to 006.4 degrees: -10.0 dB
  006.4 degrees up to 006.8 degrees: -12.5 dB
  006.8 degrees up to 007.0 degrees: -15.0 dB
  007.0 degrees up to 007.3 degrees: -17.5 dB
  007.3 degrees up to 060.0 degrees: -19.5 dB
  060.0 degrees up to 120.0 degrees: -27.0 dB
  120.0 degrees up to 165.0 degrees: -35.0 dB
  165.0 degrees up to 195.0 degrees: -32.0 dB
  195.0 degrees up to 240.0 degrees: -35.0 dB
  240.0 degrees up to 300.0 degrees: -27.0 dB
  300.0 degrees up to 352.7 degrees: -19.5 dB
  352.7 degrees up to 353.0 degrees: -17.5 dB
  353.0 degrees up to 353.2 degrees: -15.0 dB
  353.2 degrees up to 353.6 degrees: -12.5 dB
  353.6 degrees up to 354.0 degrees: -10.0 dB
  354.0 degrees up to 354.6 degrees: -7.5 dB
  354.6 degrees up to 355.1 degrees: -6.0 dB
  355.1 degrees up to 355.7 degrees: -4.5 dB
  355.7 degrees up to 356.5 degrees: -3.0 dB
  356.5 degrees up to 357.2 degrees: -2.0 dB
  357.2 degrees up to 358.0 degrees: -1.0 dB
  358.0 degrees up to 358.6 degrees: -0.5 dB
  358.6 degrees up to 360.0 degrees: -0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 6 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a receiver  bandwidth of 1Hz.

  Transmit Antenna Cross-polar Response
  000.0 degrees up to 360.0 degrees: -36.0 dB


  The receive antenna response at 0 degrees is at an azimuth of 177.0 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response
  000.0 degrees upto 360.0 degrees: - dB 36.0


licenceconditions:
  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 7 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a receiver  bandwidth of 1Hz.

  Transmit Antenna Cross-polar Response
  000.0 degrees up to 360.0 degrees: -36.0 dB


  The receive antenna response at 0 degrees is at an azimuth of 26.0 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response
  000.0 degrees up to 360.0 degrees: - dB 36.0


licenceconditions:
  This is a shared service and any co-channel interference must be tolerated.
  CTCSS A0 (67.0Hz) tone shall be used on all radio apparatus covered by the licence.


licenceconditions:
  The maximum permitted interfering signals specified in clause 7(b) of this Schedule shall be measured at a height of 14 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a receiver  bandwidth of 1Hz.

  Transmit Antenna Cross-polar Response
  00.0	degrees up to 008.6 degrees: -31.0 dB
  008.6 degrees up to 139.4 degrees: -37.0 dB
  139.4 degrees up to 171.0 degrees: -38.0 dB
  171.0 degrees up to 189.0 degrees: -42.0 dB
  189.0 degrees up to 220.6 degrees: -38.0 dB
  220.6 degrees up to 351.4 degrees: -37.0 dB
  351.4 degrees up to 351.5 degrees: -31.0 dB
  351.5 degrees up to 360.0 degrees: -31.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 198.9 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.5 degrees: 0.0 dB
  001.5 degrees up to 002.0 degrees: -1.0 dB
  002.0 degrees up to 002.5 degrees: -2.0 dB
  002.5 degrees up to 003.0 degrees: -3.0 dB
  003.0 degrees up to 004.0 degrees: -5.0 dB
  004.0 degrees up to 005.0 degrees: -8.0 dB
  005.0 degrees up to 006.1 degrees: -13.0 dB
  006.1 degrees up to 006.5 degrees: -20.0 dB
  006.5 degrees up to 010.0 degrees: -21.0 dB
  010.0 degrees up to 012.5 degrees: -22.0 dB
  012.5 degrees up to 015.0 degrees: -23.0 dB
  015.0 degrees up to 033.5 degrees: -25.0 dB
  033.5 degrees up to 052.0 degrees: -29.0 dB
  052.0 degrees up to 057.5 degrees: -33.0 dB
  057.5 degrees up to 110.0 degrees: -31.0 dB
  110.0 degrees up to 126.0 degrees: -36.0 dB
  126.0 degrees up to 150.0 degrees: -41.0 dB
  150.0 degrees up to 210.0 degrees: -39.0 dB
  210.0 degrees up to 234.0 degrees: -41.0 dB
  234.0 degrees up to 250.0 degrees: -36.0 dB
  250.0 degrees up to 302.5 degrees: -31.0 dB
  302.5 degrees up to 308.0 degrees: -33.0 dB
  308.0 degrees up to 326.5 degrees: -29.0 dB
  326.5 degrees up to 345.0 degrees: -25.0 dB
  345.0 degrees up to 347.5 degrees: -23.0 dB
  347.5 degrees up to 350.0 degrees: -22.0 dB
  350.0 degrees up to 353.5 degrees: -21.0 dB
  353.5 degrees up to 353.9 degrees: -20.0 dB
  353.9 degrees up to 355.0 degrees: -13.0 dB
  355.0 degrees up to 356.0 degrees: -8.0 dB
  356.0 degrees up to 357.0 degrees: -5.0 dB
  357.0 degrees up to 357.5 degrees: -3.0 dB
  357.5 degrees up to 358.0 degrees: -2.0 dB
  358.0 degrees up to 358.5 degrees: -1.0 dB
  358.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  00.0	degrees up to 007.0 degrees: -30.0 dB
  007.0 degrees up to 009.0 degrees: -33.0 dB
  009.0 degrees up to 011.0 degrees: -36.0 dB
  011.0 degrees up to 013.0 degrees: -39.0 dB
  013.0 degrees up to 015.0 degrees: -42.0 dB
  015.0 degrees up to 345.0 degrees: -45.0 dB
  345.0 degrees up to 347.0 degrees: -42.0 dB
  347.0 degrees up to 349.0 degrees: -39.0 dB
  349.0 degrees up to 351.0 degrees: -36.0 dB
  351.0 degrees up to 353.0 degrees: -33.0 dB
  353.0 degrees up to 360.0 degrees: -30.0 dB


licenceconditions:
  A coded squelch system and/or CTCSS tone A12 (186.2 Hz) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B)  B6 ( 118.8 ) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources.
  NOTE: for SCADA or DATA use the repeater equipment is exempt from this requirement.

  Only to be used in the Mohaka Forest.


licenceconditions:
  Information on parameters:

  Radiated power specified in each of clause 5(a) and 5(c) of this Schedule is for total effective isotropic radiated power.

  Radiated power of unwanted emission limits specified in each of clause 4(a) and 4(b) of this schedule has a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10. The reference bandwidth steps between 0.3 kHz and 1 MHz.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 5 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 0.3 kHz.

  The transmitting antenna is a 1.8 metre grid.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The 1.8 metre grid receive antenna response at 0 degrees is at an azimuth of 177.0 degrees relative to true north.

  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.4 degrees: 0.0 dB
  001.4 degrees up to 002.0 degrees: -0.5 dB
  002.0 degrees up to 002.8 degrees: -1.0 dB
  002.8 degrees up to 003.5 degrees: -2.0 dB
  003.5 degrees up to 004.3 degrees: -3.0 dB
  004.3 degrees up to 004.9 degrees: -4.5 dB
  004.9 degrees up to 005.4 degrees: -6.0 dB
  005.4 degrees up to 006.0 degrees: -7.5 dB
  006.0 degrees up to 006.4 degrees: -10.0 dB
  006.4 degrees up to 006.8 degrees: -12.5 dB
  006.8 degrees up to 007.0 degrees: -15.0 dB
  007.0 degrees up to 007.3 degrees: -17.5 dB
  007.3 degrees up to 060.0 degrees: -19.5 dB
  060.0 degrees up to 120.0 degrees: -27.0 dB
  120.0 degrees up to 165.0 degrees: -35.0 dB
  165.0 degrees up to 195.0 degrees: -32.0 dB
  195.0 degrees up to 240.0 degrees: -35.0 dB
  240.0 degrees up to 300.0 degrees: -27.0 dB
  300.0 degrees up to 352.7 degrees: -19.5 dB
  352.7 degrees up to 353.0 degrees: -17.5 dB
  353.0 degrees up to 353.2 degrees: -15.0 dB
  353.2 degrees up to 353.6 degrees: -12.5 dB
  353.6 degrees up to 354.0 degrees: -10.0 dB
  354.0 degrees up to 354.6 degrees: -7.5 dB
  354.6 degrees up to 355.1 degrees: -6.0 dB
  355.1 degrees up to 355.7 degrees: -4.5 dB
  355.7 degrees up to 356.5 degrees: -3.0 dB
  356.5 degrees up to 357.2 degrees: -2.0 dB
  357.2 degrees up to 358.0 degrees: -1.0 dB
  358.0 degrees up to 358.6 degrees: -0.5 dB
  358.6 degrees up to 360.0 degrees: -0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  Information on parameters:

  Radiated power specified in each of clause 5(a) and 5(c) of this Schedule is for total effective isotropic radiated power.

  Radiated power of unwanted emission limits specified in each of clause 4(a) and 4(b) of this schedule has a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10. The reference bandwidth steps between 0.3 kHz and 1 MHz.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule should be measured at a height of 5 metres above ground level.

  The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 0.3 kHz.

  The transmitting antenna is a 1.8 metre grid.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The 1.8 metre grid receive antenna response at 0 degrees is at an azimuth of 332.5 degrees relative to true north.

  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.4 degrees: 0.0 dB
  001.4 degrees up to 002.0 degrees: -0.5 dB
  002.0 degrees up to 002.8 degrees: -1.0 dB
  002.8 degrees up to 003.5 degrees: -2.0 dB
  003.5 degrees up to 004.3 degrees: -3.0 dB
  004.3 degrees up to 004.9 degrees: -4.5 dB
  004.9 degrees up to 005.4 degrees: -6.0 dB
  005.4 degrees up to 006.0 degrees: -7.5 dB
  006.0 degrees up to 006.4 degrees: -10.0 dB
  006.4 degrees up to 006.8 degrees: -12.5 dB
  006.8 degrees up to 007.0 degrees: -15.0 dB
  007.0 degrees up to 007.3 degrees: -17.5 dB
  007.3 degrees up to 060.0 degrees: -19.5 dB
  060.0 degrees up to 120.0 degrees: -27.0 dB
  120.0 degrees up to 165.0 degrees: -35.0 dB
  165.0 degrees up to 195.0 degrees: -32.0 dB
  195.0 degrees up to 240.0 degrees: -35.0 dB
  240.0 degrees up to 300.0 degrees: -27.0 dB
  300.0 degrees up to 352.7 degrees: -19.5 dB
  352.7 degrees up to 353.0 degrees: -17.5 dB
  353.0 degrees up to 353.2 degrees: -15.0 dB
  353.2 degrees up to 353.6 degrees: -12.5 dB
  353.6 degrees up to 354.0 degrees: -10.0 dB
  354.0 degrees up to 354.6 degrees: -7.5 dB
  354.6 degrees up to 355.1 degrees: -6.0 dB
  355.1 degrees up to 355.7 degrees: -4.5 dB
  355.7 degrees up to 356.5 degrees: -3.0 dB
  356.5 degrees up to 357.2 degrees: -2.0 dB
  357.2 degrees up to 358.0 degrees: -1.0 dB
  358.0 degrees up to 358.6 degrees: -0.5 dB
  358.6 degrees up to 360.0 degrees: -0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are:

  Modification process
  Licence 12511 is being modified for emission details and expiry date.  Emissions down to a level of -50 dBW are within MR139.  

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The transmitter needs an external filter to reduce out-of-band emissions for radiated power that approaches the maximum specified in clause 5(a).

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 20 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 030.0 degrees: -38.0 dB
  030.0 degrees up to 330.0 degrees: -45.0 dB
  330.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 202.5 degrees relative to true North.

  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.5 degrees: 0.0 dB
  001.5 degrees up to 002.0 degrees: -1.0 dB
  002.0 degrees up to 002.5 degrees: -3.0 dB
  002.5 degrees up to 003.0 degrees: -5.0 dB
  003.0 degrees up to 005.3 degrees: -7.0 dB
  005.3 degrees up to 007.6 degrees: -15.0 dB
  007.6 degrees up to 014.0 degrees: -23.0 dB
  014.0 degrees up to 025.0 degrees: -27.0 dB
  025.0 degrees up to 030.0 degrees: -32.0 dB
  030.0 degrees up to 067.0 degrees: -35.0 dB
  067.0 degrees up to 097.8 degrees: -33.0 dB
  097.8 degrees up to 106.5 degrees: -37.0 dB
  106.5 degrees up to 144.0 degrees: -42.0 dB
  144.0 degrees up to 175.0 degrees: -45.0 dB
  175.0 degrees up to 185.0 degrees: -44.0 dB
  185.0 degrees up to 216.0 degrees: -45.0 dB
  216.0 degrees up to 253.5 degrees: -42.0 dB
  253.5 degrees up to 262.2 degrees: -37.0 dB
  262.2 degrees up to 293.0 degrees: -33.0 dB
  293.0 degrees up to 330.0 degrees: -35.0 dB
  330.0 degrees up to 335.0 degrees: -32.0 dB
  335.0 degrees up to 346.0 degrees: -27.0 dB
  346.0 degrees up to 352.4 degrees: -23.0 dB
  352.4 degrees up to 354.7 degrees: -15.0 dB
  354.7 degrees up to 357.0 degrees: -7.0 dB
  357.0 degrees up to 357.5 degrees: -5.0 dB
  357.5 degrees up to 358.0 degrees: -3.0 dB
  358.0 degrees up to 358.5 degrees: -1.0 dB
  358.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 006.5 degrees: -34.0 dB
  006.5 degrees up to 009.0 degrees: -39.0 dB
  009.0 degrees up to 047.5 degrees: -44.0 dB
  047.5 degrees up to 089.0 degrees: -43.0 dB
  089.0 degrees up to 271.0 degrees: -45.0 dB
  271.0 degrees up to 312.5 degrees: -43.0 dB
  312.5 degrees up to 351.0 degrees: -44.0 dB
  351.0 degrees up to 353.5 degrees: -39.0 dB
  353.5 degrees up to 360.0 degrees: -34.0 dB


licenceconditions:
  Information on parameters
  Maximum radiated power of 28 dBW, on boresight, is the mean power integrated in the frequency band, which corresponds to emission necessary bandwidth. In effect, the in-band reference bandwidth is the emission bandwidth.

  For the out-of-band domain the unwanted emission limits have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329.10. The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.

  The maximum permitted interfering signals are fro a receiver response with the same bandwidth as the emission necessary bandwidth, and at maximum response of the antenna. Maximum permitted interfering signals shall be measured at a height of 19 metres above ground level.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 002.0 degrees: -36.0 dB
  002.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 004.0 degrees: -32.0 dB
  004.0 degrees up to 015.0 degrees: -30.0 dB
  015.0 degrees up to 020.0 degrees: -34.0 dB
  020.0 degrees up to 060.0 degrees: -38.0 dB
  060.0 degrees up to 100.0 degrees: -40.0 dB
  100.0 degrees up to 120.0 degrees: -44.0 dB
  120.0 degrees up to 240.0 degrees: -50.0 dB
  240.0 degrees up to 260.0 degrees: -44.0 dB
  260.0 degrees up to 300.0 degrees: -40.0 dB
  300.0 degrees up to 340.0 degrees: -38.0 dB
  340.0 degrees up to 345.0 degrees: -34.0 dB
  345.0 degrees up to 356.0 degrees: -30.0 dB
  356.0 degrees up to 357.0 degrees: -32.0 dB
  357.0 degrees up to 358.0 degrees: -34.0 dB
  358.0 degrees up to 359.0 degrees: -36.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response of 0 degrees is at an azimuth of 28.2 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 006.0 degrees: -2.0 dB
  006.0 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.0 degrees: -10.0 dB
  009.0 degrees up to 010.0 degrees: -14.0 dB
  010.0 degrees up to 015.0 degrees: -18.0 dB
  015.0 degrees up to 040.0 degrees: -20.0 dB
  040.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 120.0 degrees: -26.0 dB
  120.0 degrees up to 140.0 degrees: -30.0 dB
  140.0 degrees up to 220.0 degrees: -38.0 dB
  220.0 degrees up to 240.0 degrees: -30.0 dB
  240.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 320.0 degrees: -22.0 dB
  320.0 degrees up to 345.0 degrees; -20.0 dB
  345.0 degrees up to 350.0 degrees: -18.0 dB
  350.0 degrees up to 351.0 degrees: -14.0 dB
  351.0 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 354.0 degrees: -6.0 dB
  354.0 degrees up to 357.0 degrees: -2.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 002.0 degrees: -36.0 dB
  002.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 004.0 degrees; -32.0 dB
  004.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 060.0 degrees: -36.0 dB
  060.0 degrees up to 100.0 degrees: -38.0 dB
  100.0 degrees up to 120.0 degrees: -40.0 dB
  120.0 degrees up to 240.0 degrees: -44.0 dB
  240.0 degrees up to 260.0 degrees: -40.0 dB
  260.0 degrees up to 300.0 degrees: -38.0 dB
  300.0 degrees up to 340.0 degrees: -36.0 dB
  340.0 degrees up to 356.0 degrees: -30.0 dB
  356.0 degrees up to 357.0 degrees: -32.0 dB
  357.0 degrees up to 358.0 degrees: -34.0 dB
  358.0 degrees up to 359.0 degrees: -36.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB


licenceconditions:
  A coded squelch system (or CTCSS tone group B) shall be used on all
  radio apparatus covered by the licence.
  Equipment used for non-speech applications shall comply with the
  non-speech sections of specification RFS26.


licenceconditions:
  Information on parameters
  Maximum radiated power of 21 dBW, on boresight, is the mean power integrated in the frequency band, which corresponds to emission necessary bandwidth. In effect, the in-band reference bandwidth is the emission bandwidth.

  For the out-of-band domain the unwanted emission limits have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329.10. The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.

  The maximum permitted interfering signals are fro a receiver response with the same bandwidth as the emission necessary bandwidth, and at maximum response of the antenna. Maximum permitted interfering signals shall be measured at a height of 6 metres above ground level.

  Transmit Antenna Cross-polar Response:
  The transmit antenna response at 0 degrees is at an azimuth of 241 degrees relative to true
  North.
  000 degrees up to 020 degrees: -35 dB
  020 degrees up to 340 degrees: -38 dB
  340 degrees up to 360 degrees: -35 dB

  The receive antenna response of 0 degrees is at an azimuth of 61 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000 degrees up to 001 degrees: 0 dB
  001 degrees up to 004 degrees: -1dB
  004 degrees up to 007 degrees: -3dB
  007 degrees up to 011 degrees: -10 dB
  011 degrees up to 015 degrees: -14 dB
  015 degrees up to 016 degrees: -18 dB
  016 degrees up to 028 degrees: -20 dB
  028 degrees up to 120 degrees: -26 dB
  120 degrees up to 175 degrees: -32 dB
  175 degrees up to 185 degrees: -31 dB
  185 degrees up to 240 degrees: -32 dB
  240 degrees up to 332 degrees: -26 dB
  332 degrees up to 344 degrees: -20 dB
  344 degrees up to 345 degrees: -18 dB
  345 degrees up to 349 degrees: -14 dB
  349 degrees up to 353 degrees: -10 dB
  353 degrees up to 356 degrees: -3 dB
  356 degrees up to 359 degrees: -1 dB
  359 degrees up to 360 degrees: 0 dB

  Receive Antenna Cross-polar Response:
  000 degrees up to 020 degrees: -35 dB
  020 degrees up to 340 degrees: -38 dB
  340 degrees up to 360 degrees: -35 dB


licenceconditions:
  9.1 Conditions

  (1) The rightholder shall not transfer the rightholders's interest in this spectrum 
        licence, to any foreign government, or to any party on behalf of any foreign
        government, without first obtaining the written approval of the Chief 
        Executive of the Ministry of Economic Development.

  (2) The rightholder will accept transmission authorised by spectrum licence
       number 8335 (a fixed link between Horokaka and Hikurangi, licence expires
       9 July 2004.

  (3) The maximum permitted interfering signal specified in clause 7(b) of this
      Schedule will be assessed at a height of 1.5 metres above ground level.

  9.2 Technical information for co-ordination

  (1) Vodafone intends to develop a frequency division duplex (FDD) cellular
      technology in MR196 (for downlinks) and MR197 (for uplinks) that complies
      with the international mobile telecommunications 2000 (IMT-2000) system.

      Standards that are current at the time of registering this licence are:
      3GPP TS 25.104 (Version 6.5.0) BS radio transmission and reception (FDD)
      3GPP TS 25.101 (Version 6.4.0) User Equipment (UE) radio transmission
      and reception (FDD)

  (2) 3GPP WCDMA uses a nominal chip rate of 3.84 Mcps and a channel
      spacing of nominally 5 MHz. Centre frequencies need to lie on the 3GPP 200
      kHz channel raster, so Vodafone has selected 2.6 MHz for centre frequency
      separation from lower and upper band edges. Downlink centre frequencies
      used can be any or all of:
  	2112.600 MHz
  	2117.400 MHz
  	2122.400 MHz

  (3) This licence provides general protection for MR196 and potential operation
      of Vodafone down links, even in locations where the network has yet to be
      implemented. A notional receiver can be regarded as having characteristics
      according to 3GPP TS 25.101. Information on Vodafone base stations can
      be found from a search of MR196 licenses.

  9.3 Clarification of units used

  (1) The maximum permitted interfering signal (MPIS) shown on this licence as
      x dB¿¿V/m is field strength spectral density, with x being the dB¿¿V/m value
      per reference bandwidth.     The reference bandwidth used was found by
      application of figure 5 and Table 13 of Annex 7 to Rec. ITU-R SM.329-10.30
      kHz is used as the reference bandwidth for field strength spectral density.
      The polarisation is mixed.


licenceconditions:
  A coded squelch system (or CTCSS tone group B) shall be used on all radio apparatus covered by this licence.   The E.I.R.P. of outstations covered by this licence shall not exceed 14dBW.  Outstations which cause interference to TV channel 4 reception may be required to reduce E.I.R.P. or relocate or be dismantled.  This licence is issued on the condition of non-interference to the 163.425 MHz fixed link receiver at Paiawa Road.


licenceconditions:
  Information on parameters
  Maximum radiated power of 21 dBW, on boresight, is the mean power integrated in the frequency band, which corresponds to emission necessary bandwidth. In effect, the in-band reference bandwidth is the emission bandwidth.

  For the out-of-band domain the unwanted emission limits have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329.10. The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.

  The maximum permitted interfering signals are fro a receiver response with the same bandwidth as the emission necessary bandwidth, and at maximum response of the antenna. Maximum permitted interfering signals shall be measured at a height of 6 metres above ground level.

  Transmit Antenna Cross-polar Response:
  The transmit antenna response at 0 degrees is at an azimuth of 61 degrees relative to true
  North.
  000 degrees up to 020 degrees: -35 dB
  020 degrees up to 340 degrees: -38 dB
  340 degrees up to 360 degrees: -35 dB

  The receive antenna response of 0 degrees is at an azimuth of 241 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000 degrees up to 001 degrees: 0 dB
  001 degrees up to 004 degrees: -1 dB
  004 degrees up to 007 degrees: -3 dB
  007 degrees up to 011 degrees: -10 dB 
  011 degrees up to 015 degrees: -14 dB
  015 degrees up to 016 degrees: -18 dB
  016 degrees up to 028 degrees: -20 dB
  028 degrees up to 120 degrees: -26 dB
  120 degrees up to 175 degrees: -32 dB
  175 degrees up to 185 degrees: -31 dB
  185 degrees up to 240 degrees: -32 dB
  240 degrees up to 332 degrees: -26 dB
  332 degrees up to 344 degrees: -20 dB
  344 degrees up to 345 degrees; -18 dB
  345 degrees up to 349 degrees: -14 dB
  349 degrees up to 353 degrees; -10 dB
  353 degrees up to 356 degrees: -3 dB
  356 degrees up to 359 degrees: -1 dB
  359 degrees up to 360 degrees: 0 dB

  Receive Antenna Cross-polar Response:
  000 degrees up to 020 degrees: -35 dB
  020 degrees up to 340 degrees: -38 dB
  340 degrees up to 360 degrees: -35 dB


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources.
  NOTE: for SCADA or DATA use the repeater equipment is exempt from this requirement.

  This Licence also covers temporary operation at Gwavas Forest U21/003611 and Ohuka W18/841573
  for control of Car Rally Events.


licenceconditions:
  Operation of this licence shall not cause interference to any licensed radio service and no protection from interference from other such services shall be afforded.

  The operating frequency on this licence is nominal only.  Emissions under this licence may occur at any frequency between 8 and 20 MHz not allocated in the New Zealand Register of radio Frequencies for amateur, aeronautical, maritime, standard frequency and time signals, (the frequency bands for these services are given in www.med.govt.nz.rsm.planning/nztable.html), nor within 10 kHz of any operating fixed, mobile or broadcasting services.

  This licence may be amended by MED to prohibit the use of any frequency as may be required from time to time. 

  Before transmitting, the usage of any frequency is to be monitored for the purposes of determining its availability.


licenceconditions:
  The conditions and information applying to the exercise of the rightholder's
  Rights under this licence are:

  (a) This MR22  base station licence is associated with mobile and portable
  operation authorised in MR21, as part of a cellular network.

  (b) Multiple transmitters, multiple modes of transmission and multiple
  frequencies can be used under this licence, so long as the total power is within
  the specification in clause 5(a) and the total unwanted emissions are within the
  specifications in clause 4(a) and 4(b) of this Schedule. Note that the emission
  designator specified I clause 5(b) of this schedule caters for multiple situations.
  Modes used include any or all of analogue AMPS, digital AMPS and CDMA.

  ¿¿ Co-ordination  near  870 MHz and 880 MHz may be needed to obtain best
  overall spectrum utilisation with stations and services in neighbouring bands.

  (d) Antennas with directional characteristics, including beam tilt, can be used,
  but will have radiation within the specification in clause 5(c) of this Schedule.

  (e) The power density of unwanted emissions specified in clause 4(a) and 4(b)
  of this Schedule are normalised to a reference bandwidth of 100 KHz.

  (f) The power density specified in clause 5(a) of this Schedule is normalised to a
  reference bandwidth of 100 kHz.

  (g) The maximum permitted interfering signals specified in clause 7(b) of this
  Schedule shall be measured at a height of 1.5 metres above ground level.

  (h) The maximum permitted interfering signals specified in clause 7(b) of this
  Schedule are normalised to a reference bandwidth of 100 kHz. The basis of
  Determining the maximum permitted interfering signal is for terminated
  Unwanted signal to beno more than - 115 dBm per 1.25 MHz at a receiver input
  Which is equivalent to an incident field strength of 10 dB¿¿V/m for a simple
  antenna. For a base station, receiving in MR21, with a high gain antenna
  System, the maximum permitted interfering signal is - 113 dBm per 1.25 MHz
  Terminated at the feeder frame, which is equivalent to an incident field strength
  Of 2 dB¿¿V/m.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other co-channel services.
  NOTE: for SCADA or DATA use the repeater equipment is exempt from this requirement.

  CTCSS A0 (67.0Hz) tone shall be used on all radio apparatus covered by the licence.


licenceconditions:
  A coded squelch system (or CTCSS tone group B) shall be used on all radio apparatus covered by this licence.  A different CTCSS tone to that in use at Pukeitionga (EN49) must be used.


licenceconditions:
  A coded squelch system (or CTCSS tone group A) shall be used on all
  radio apparatus covered by the licence.
  The licence is granted on the basis that you achieve successfull co-channel operation with
  the radio services operating from  Wakatea and Tutara.
  The use of data on this channel is not permitted


licenceconditions:
  (i)	This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government without the written approval of the Chief Executive of the Ministry of Economic first being obtained;
  (ii)	It is intended that the equipment comply with ETSI specifications: EN 301 021 v1.5.1 and EN 301 753 v1.1.1.
  (iii)	The adjacent frequency interference sensitivity limit of the base station receivers for this licence should conform to the above ETSI standards, which for 3.5 MHz channels, is interpreted as: 36.5 dB¿¿V/m per 1 MHz.

  (iv)	To allow for co-location, the levels of the MPIS and adjacent frequency interference sensitivity limit for this licence shall apply at the edge of coverage, and may be relaxed at locations closer to the transmit site, such that co- and adjacent- channel protection ratios are maintained.


  (v)	Licences registered after this licence, whether within this band or in adjacent band, must not cause or permit harmful interference to any service operated in accordance with this licence;

  (vi)	The transmit antennas for this licence have a gain of up to 17.0 dBi.
  The receive antennas at the user terminals have a gain of up to 17.0 dBi.

  The antennas of user terminals operating within the area described above as the "receive coverage area" will be directed towards the transmit location of this licence.


  (vii)	To clarify the units used, note that:
  The UEL values, shown above as xx.x dBW etc, are power spectral densitieswithin a bandwidth of 1 MHz, and should be read as xx.x  dBW per 1 MHz etc

  Similarly the MPIS shown above and the adjacent channel sensitivity limit values shown above 
  as yy.y Db ,uV/m and zz.z dB ,uV/m are field strength spectral densities, and should be read as:
  yy.y dB ,uV/m per 1 MHz and zz.z dB ,uV/m per 1 MHz respectively.

  Note that maximum power and maximum horizontal radiation pattern values, shown above as ww.w dBW, are total power within the licensed range of frequencies, (not power spectral density.)

  Note:  Before this licence may be registered,  the Registrar must receive a certificate from an approved radio engineer under section 25(4) of the Radiocommunications Act 1989.

  This notice must be accompanied by an acknowledgement of the mortgagee's consent if section 26 of the Radiocommunications Act 1989 applies.

  This licence must be signed in duplicate and must be accompanied by the prescribed fee.


licenceconditions:
  (i) This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained.
  (ii) It is intended that the equipment comply with ETSI specification EN301 021 v1.5.1 and EN 301 753 v1.1.1
  (iii) The adjacent frequency interference sensitivity limit of the base station receivers for this licence should conform to the above ETSI standards, which for 3.5 MHz channels, is interpreted as: 36.5dB,uV/m per 1 MHz
  (iv) To allow for co-location, the levels of the MPIS and adjacent frequency interference sensitivity limit for this licence shall apply at the edge of coverage, and may be relaxed at locations closer to the transmit site, such that co- and adjacent-channel protection ratios are maintained.
  (v) Licences registered after this licence, whether within this band or in an adjacent band, must not cause or permit harmful interference to any service operated in accordance with this licence;
  (vi) The transmit antennas for this licence have a gain of 17.0 dBi.
  The receive antennas at the user terminals have a gain of 17.0 dBi.
  The antennas of user terminals operating within the area described above as the "receive coverage area" will be directed towards the transmit location of this licence.
  (vii) To clarify the units used, note that:
  The UEL values, shown above as xx.x dBW etc, are power spectral densities within a bandwidth of 1 MHz, and should be read as xx.x dBW per 1 MHz etc.
  Similarly the MPIS and the adjacent channel sensitivity limit values shown above as yy.y  dB,uV/m and zz.z dB ,uV/m are field strength spectral densities, and should be read as:
  yy.y dB ,uV/m per 1 MHz and zz.z db ,uV/m per 1 MHz respectively.
  Note that maximum power and maximum horizontal radiation pattern values, shown above as ww.w dBW, are total power within the licensed range of frequencies, (not power spectral density.)
  Note: Before this licence may be registered, the Registrar must receive a certificate from an approved radio engineer under section 25(4) of the Radiocommunications Act 1989.
  This notice must be accompanied by an acknowledgement of the mortgagee's consent if section 26 of the Radiocommunications Act 1989 applies.
  This licence must be signed in duplicate and must be accompanied by the prescribed fee.


licenceconditions:
  Licence is granted on the basis that mutual interference is tolerated between Maewa Trig (S31/064641) and Forsyth Island.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio apparatus covered by the licence


licenceconditions:
  A coded squelch system (or CTCSS tone group B) should be used on all radio apparatus covered by this licence.
  Radio apparatus associated with this license shall not cause interference to radio apparatus associated with license 164538 (EN124 Rukuhia) and must tollerate any interference from the same radio apparatus.


licenceconditions:
  Area of Operation 
  West Coast Region + Inland Canterbury Region from  S H 6 Westport to Haast.
  S H 7 Hanmer To Greymouth.
  S H 73 Arthurs Pass to Greymouth


licenceconditions:
  (a)	This MR22 base station licence is associated with mobile and portable operation authorised in MR21, as part of a cellular network.

  (b)	Multiple transmitters, multiple modes of transmission and multiple frequencies can be used under this licence, so long as the total power is within the specification in clause 5(a) and the total unwanted emissions are within the specifications in clause 4(a) and 4(b) of this Schedule.  Note that the emission designator specified in clause 5(b) of this schedule caters for multiple situations.  Modes used include any or all of analogue AMPS, digital AMPS and CDMA.

  (c)	Co-ordination near 870 MHz and 880 MHz may be needed to obtain best overall spectrum utilisation with stations and services in neighbouring bands.

  (d)	Antennas with directional characteristics, including beam tilt, can be used, but will have radiation within the specification in clause 5(c) of this Schedule.

  (e)	The power density of unwanted emissions specified in clause 4(a) and 4(b) of this Schedule are normalised to a reference bandwidth of 100 kHz.

  (f)	The power density specified in clause 5(a) of this Schedule is normalised to a reference bandwidth of 100 kHz.

  (g)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule shall be measured at a height of 1.5 metres above ground level.

  (h)           The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of100 kHz.  The basis of determining the maximum permitted interfering signal is for terminated unwanted signal to be no more than -115dBm per 1.25 MHz at a receiver input, which is equivalent to an incident field strength of 10 dB¿¿V/m for a simple antenna.  For a base station, receiving in MR21, with a high gain antenna system, the maximum permitted interfering signals is -113 dBm per 1.25 MHz terminated at the feeder frame, which is equivalent to an incident field strength of 2 dB¿¿V/m.


licenceconditions:
  The conditions and information applying to the exercise of the rightholder's rights under this licence are:

  (a)	This MR22 base station licence is associated with mobile and portable operation authorised in MR21, as part of a cellular network.

  (b)	Multiple transmitters, multiple modes of transmission and multiple frequencies can be used under this licence, so long as the total power is within the specification in clause 5(a) and the total unwanted emissions are within the specifications in clause 4(a) and 4(b) of this Schedule.  Note that the emission designator specified in clause 5(b) of this schedule caters for multiple situations.  Modes used include any or all of analogue AMPS, digital AMPS and CDMA.

  (c)	Co-ordination near 870 MHz and 880 MHz may be needed to obtain best overall spectrum utilisation with stations and services in neighbouring bands.

  (d)	Antennas with directional characteristics, including beam tilt, can be used, but will have radiation within the specification in clause 5(c) of this Schedule.

  (e)	The power density of unwanted emissions specified in clause 4(a) and 4(b) of this Schedule are normalised to a reference bandwidth of 100 kHz.

  (f)	The power density specified in clause 5(a) of this Schedule is normalised to a reference bandwidth of 100 kHz.

  (g)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule shall be measured at a height of 1.5 metres above ground level.

  (h)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalized to a reference bandwidth of 100 kHz.  The basis of determining the maximum permitted interfering signal is for terminated unwanted signal to be no more than -115 dBm per 1.25 MHz at a receiver input, which is equivalent to an incident field strength of 10 dB¿¿V/m for a simple antenna.  For a base station, receiving in MR21, with a high gain antenna system, the maximum permitted interfering signal is -113 dBm per 1.25 MHz terminated at the feeder frame, which is equivalent to an incident field strength of 2 dB¿¿V/m.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio
  apparatus covered by the licence. Where CTCSS is not used due to a conflict
  with the operational needs of the licensee there will be no protection from
  interference from external sources.
  NOTE: For SCADA use the repeater equipment is exempt from this
  requirement.

  The licence is granted on the basis that you achieve successful co-channel
  operation with CN36 at Wakaahu T17 561.78 016.19


licenceconditions:
  d9. The conditions applying to the exercise of the rightholder's rights under this Licence are: 
  (a) the rightholder shall not transfer the licence or the rightholder's interest in the licence, or issue any sub-licence, to any foreign government, or to any party on behalf of any foreign government without first obtaining the written approval of the Manager; 
  (b) the rightholder shall use the frequency on which transmissions are permitted under this licence at all times in accordance with the terms specified on the record of the applicable management right; 
  (c) the rightholder shall comply at all times with all applicable laws and regulations in New Zealand which relate in any way to the use of the frequency on which transmissions are permitted under this licence including, but not limited to, the Radiocommunications Act 1989 ("Act"); 
  (d) the rightholder shall promptly pay all fees required to be paid in connection with the issue, registration or continuation of this licence including, without limitation, any fees from time to time prescribed by regulations made under section 135 of the act notwithstanding the persons prescribed as liable for those fees in such regulations. 
  Technical information: 	
  (a) This licence caters for any mixture of GSM and UMTS cellular standards. 
  (b) Recommendation ITU-R SM.329-10 Unwanted Emissions in the Spurious Domain has information on out-of-band emissions, spurious emissions and reference bandwidth. The reference bandwidth for unwanted emissions has a starting value of 1 kHz, either side of the necessary bandwidth, as per Figure 4, Annex 7 of ITU-R SM.329-10.


licenceconditions:
  The conditions and information applying to the exercise of the rightholder's rights under this licence are:
  (a)	This MR22 base station licence is associated with mobile and portable operation authorised in MR21, as part of a cellular network.
  (b)	Multiple transmitters, multiple modes of transmission and multiple frequencies can be used under this licence, so long as the total power is within the specification in clause 5(a) and the total unwanted emissions are within these specifications in clause 4(a) of this Schedule. Note that the emission designator specified in clause 5(b) of this schedule caters for multiple situations. Modes used include any or all of analogue AMPS, digital AMPS and CDMA.
  (c)	Co-ordination near 870 MHz and 880 MHz may be needed to obtain best overall spectrum utilisation with stations and services in neighbouring bands.
  (d)	Antennas with directional characteristics, including beam tilt, can be used, but will have radiation within the specification in clause 5¿¿ of this Schedule.
  (e)	The power density of unwanted emissions specified in clause 4(a) and 4(b) of this Schedule are normalised to a reference bandwidth of 100 kHz.
  (f)	The power density specified in clause 5(a) of this Schedule is normalised to a reference bandwidth of 100 kHz.
  (g)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule shall be measured at a height of 1.5 metres above ground level.
  (h)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 100 kHz. The basis of determining the maximum permitted interfering signal is for terminated unwanted signal to be no more than -115 dBm per 1.25 MHz at a receiver input, which is equivalent to an incident field strength of 10 dBuV/m for a simple antenna. For a base station, receiving in MR21, with a high gain antenna system, the maximum permitted interfering signal is  -113 dBm per 1.25 MHz terminated at the feeder frame, which is equivalent to an incident field strength of 2 dBuV/m.


licenceconditions:
  This licence permits radiocommunication solely for non-commercial public safety and security operations relating to the protection of life and property.
  Primary use is for Civil Defence Purposes
  ESX39 is the PSRFMG liaison channel


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are:

  Information on parameters
  Maximum radiated power of 20 dBW, on boresight, is the mean power integrated in the frequency band, which corresponds to emission necessary bandwidth. In effect, the in-band reference bandwidth is the emission bandwidth.

  For the out-of-band domain the unwanted emission limits have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10. The reference bandwidth steps between 0.3 kHz, 1kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.

  The maximum permitted interfering signals are for a receiver response with the same bandwidth as the emission necessary bandwidth, and at maximum response of the antenna. Maximum permitted interfering signals shall be measured at a height of 5 metres above ground level. 

  Transmit Antenna Cross-polar Response:
  00.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 266 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  00.0	degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  A coded squelch system and/or CTCSS tone A7 (131.8 Hz) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement.


licenceconditions:
  Simplex is a shared service and any co-channel interference suffered must be tolerated.
  The CTCSS tones B5 (110.9Hz), B4 (103.5Hz), B12 (179.9Hz) and B8 (136.5Hz) shall be used in radio apparatus covered by this licence. The specific frequency/ CTCSS tone pairing is detailed in the licence.
  The ENX channels are used as Base Transmit and the EEX channels are used as Mobile Transmit. This configuration is required as this is the above ground component of a below ground leaky coax mine communication system.


licenceconditions:
  9.1 Conditions

  This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government, without the written approval of the Chief Executive of the Ministry of Economic Development first being obtained.

  9.2 Coordination information

  a)   Transmissions pursuant to this licence must be in accordance with the deployment coordination planning agreement dated 16 May 2003 between the right holder of this licence and the adjacent management right holder below the lower frequency limit of this licence. OPeration of the service using this licence must also be in accordance with techncial co-ordination agreement between the rightholder of this licence and the adjacent management right holder above the upper frequency limit of management right 102 (2110 MHz)

  b)   The right holder of this licence will exchange coordination information promptly on request.

  c)   It is intended that the equipment operating under this licence will comply with ETSI specification EN 301 055.


  9.3 Clarification of units used

  Maximum Power of Emissions
  The maximum power of emissions shown as x dBW (e.i.r.p.) is to be read as the total power in the bandwidth of the transmission. It is not power spectral density.

  Horizontal Radiation Pattern 
  The horizontal radiation pattern of an antenna shown as x dBW is to be read as the total power (eirp) in the bandwidth of the transmission. It is not power spectral density.

  Maximum Permitted Interfering Signal*
  The maximum permitted interfering signal shown as x dBuV/m is to be read as the field strength spectral density within a bandwidth of 1 MHz.

  Unwanted Emission Limits*
  An unwanted emission limit shown as x dBW is to be read as the power spectraldensity (eirp) within a bandwidth of 1 MHz.

  *To be measured in accordance with Rec. ITU-R SM.329-9 (2001)


licenceconditions:
  Locations: 
  BP Bombay
  BP MSA Papakura
  BP Massey Rd
  BP Mangere
  BP Weymouth
  BP Fanshawe
  BP Counties
  BP Dairy Flat


licenceconditions:
  The licence permits use of 5.3844, 5.3874, 5.3904, 6.9114, and 7.7414 MHz for daylight radiocommunications only.
  The licence permits radiocommunications solely for non-commercial public safety and security operations relating to the protection of life and property. For civil defence use in declared emergencies.


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138.  This link retunes from M2E to M2F before 31 March 2006. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 39.6 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.6 degrees: -1.0 dB
  003.6 degrees up to 004.4 degrees: -2.0 dB
  004.4 degrees up to 006.2 degrees: -3.0 dB
  006.2 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.5 degrees: -10.0 dB
  009.5 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 026.0 degrees: -20.0 dB
  026.0 degrees up to 105.0 degrees: -23.0 dB
  105.0 degrees up to 120.0 degrees: -28.0 dB
  120.0 degrees up to 240.0 degrees: -34.0 dB
  240.0 degrees up to 255.0 degrees: -28.0 dB
  255.0 degrees up to 334.0 degrees: -23.0 dB
  334.0 degrees up to 340.0 degrees: -20.0 dB
  340.0 degrees up to 350.5 degrees: -14.0 dB
  350.5 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 353.8 degrees: -6.0 dB
  353.8 degrees up to 355.6 degrees: -3.0 dB
  355.6 degrees up to 356.4 degrees: -2.0 dB
  356.4 degrees up to 357.5 degrees: -1.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139.  This link retunes from M2E# to M2F# before 31 March 2006. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 5 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 219.5 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.6 degrees: -1.0 dB
  003.6 degrees up to 004.4 degrees: -2.0 dB
  004.4 degrees up to 006.2 degrees: -3.0 dB
  006.2 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.5 degrees: -10.0 dB
  009.5 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 026.0 degrees: -20.0 dB
  026.0 degrees up to 105.0 degrees: -23.0 dB
  105.0 degrees up to 120.0 degrees: -28.0 dB
  120.0 degrees up to 240.0 degrees: -34.0 dB
  240.0 degrees up to 255.0 degrees: -28.0 dB
  255.0 degrees up to 334.0 degrees: -23.0 dB
  334.0 degrees up to 340.0 degrees: -20.0 dB
  340.0 degrees up to 350.5 degrees: -14.0 dB
  350.5 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 353.8 degrees: -6.0 dB
  353.8 degrees up to 355.6 degrees: -3.0 dB
  355.6 degrees up to 356.4 degrees: -2.0 dB
  356.4 degrees up to 357.5 degrees: -1.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  GENERAL CONDITION
  This licence must not be transferred to any foreign government, or to any party on
  behalf of any foreign government, without the written approval of the Chief Executive
  of the Ministry of Economic Development being first obtained.

  TECHNICAL CO-ORDINATION
  It is intended that the equipment comply with ETSI specification EN301 021.
  It is acknowledged that where proposed new licences require technical co-ordination
  with this licence, the exchange of additional information will be provided if needed to
  complete detailed analysis before the new licences are registered.

  CLARIFICATION OF UNITS USED
  Maximum Power of Emissions
  The maximum power of emissions shown as x dBW (e.i.r.p) is to be read as ¿¿total
  Power¿¿ or ¿¿x dBW (e.i.r.p)¿¿.
  Unwanted Emission Limits
  The unwanted emission limits applying to emissions from the transmitter shown as y
  dBW are to be read as ¿¿power spectral densities (eirp) within a bandwidth of 1 MHz¿¿
  or ¿¿y dBW (eirp) per 1 MHz bandwidth¿¿.
  Horizontal radiation pattern of antenna
  The horizontal radiation pattern of antenna shown as z dBW is to be read as ¿¿total
  power (erip)¿¿ or ¿¿z dBW (eirp)¿¿.
  Maximum permitted interfering signal
  The Maximum permitted interfering signal shown as zz dBuV/m is to be read as
  ¿¿Field strength spectral densities within a bandwidth of 1 MHz¿¿ or ¿¿zz dBuV/m per
  1MHz bandwidth¿¿.


licenceconditions:
  9. The conditions applying to the exercise of the rightholder's rights under this Licence are: 
  (a) the rightholder shall not transfer the licence or the rightholder's interest in the licence, or issue any sub-licence, to any foreign government, or to any party on behalf of any foreign government without first obtaining the written approval of the Manager; 
  (b) the rightholder shall use the frequency on which transmissions are permitted under this licence at all times in accordance with the terms specified on the record of the applicable management right; 
  (c) the rightholder shall comply at all times with all applicable laws and regulations in New Zealand which relate in any way to the use of the frequency on which transmissions are permitted under this licence including, but not limited to, the Radiocommunications Act 1989 ("Act"); 
  (d) the rightholder shall promptly pay all fees required to be paid in connection with the issue, registration or continuation of this licence including, without limitation, any fees from time to time prescribed by regulations made under section 135 of the act notwithstanding the persons prescribed as liable for those fees in such regulations. 
  Technical information: 	
  (a) This licence caters for any mixture of GSM and UMTS cellular standards. 
  (b) Recommendation ITU-R SM.329-10 Unwanted Emissions in the Spurious Domain has information on out-of-band emissions, spurious emissions and reference bandwidth. The reference bandwidth for unwanted emissions has a starting value of 1 kHz, either side of the necessary bandwidth, as per Figure 4, Annex 7 of ITU-R SM.329-10.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Southland District Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.(j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  Toeach transmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agrees in writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Central Otago District Council is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only fixed central hub transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall maintain records of all fixed central hub transmitters of
  a fixed-to-multipoint service operated under the authority of this spectrum
  licence, and shall make such records as desirable for radion frequency
  coordination available to other rightholders or their agents on written or
  electronic request.

  (l)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m MHz, unless:

  (i)	the location is not within the protection area of any other licence; or
  (ii)	the rightholder of every affected spectrum licence agrees in writing; or
  (iii)	a Radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is
  exceeded.

  The rightholder shall not unreasonable withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to prospective
   transferees and sub-licensees and, on request, to the chielf
  executive of the Ministry of Economic Development.

  (m)	The rightholder shall record on this spectrum licence details of every fixed
  central  hub transmitter of a fixed point-to-multipoint service by submitting a
  Notice of Modification of Spectrum Licence in the appropriate form to the
  Registrar of Radio Frequencies. This Notice will modify the spectrum licence
  to add the:

  (i)	map reference;
  (ii)	grid reference;
  (iii)	site name;
  (iv)	altitude (metres above sea level;
  (v)	antenna polarisation; and
  (vi)	antenna height (mcetres above ground level);

  of each fixed central hub transmitter to the spectrum licence details.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Taupo District Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.(j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  To eachtransmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agrees in writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Timaru District Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.(j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  To each transmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agreesin writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Waimakariri District Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  To each transmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agrees in writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Waitomor District Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.(j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  To each transmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agrees in writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this
  Licence are:

  Modification process
  Licences 8344 and  8579 purchased in the 2 GHz spectrum auction are being
  modified in 2005 for higher radiated power. Licences 8344 and 8579 existed
  before MR74 and MR76 were created, but since the existence of a management
  right boundary at 1775 MHz any modification to original licences 8344 or 8579
  requires an "administrative slice" at 1775 MHz. This licence corresponds with the upper portion of the bandwidth of the "sliced" original licence. It needs to be associated with modified licences 8577 and 8578 in MR74 to obtain all parameters of the Mt Studholme to Otematata M4B fixed link.

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated
  in the frequency band specified in clause 3(b), which corresponds to emission
  necessary bandwidth indicated by first part of the emission designator specified
  in clause 5(b). In effect, the in-band reference bandwidth is the emission
  bandwidth for the maximum power specified in clause 5(a). The actual M4C#
  link has an eirp of 34 dBW in 6 MHz but it is "sliced" by a management right
  boundary, leaving 26.2 dBW for the 1MHz width in MR76.

  For the out-of-band domain the unwanted emission limits specified in clause
  4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R
  SM.329-10. The reference bandwidth for unwanted emission steps from 0.3
  kHzto 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to
  1 MHz at the start of the spurious domain. The last line of clause 4(b) caters for
  scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a
  receiver  response with the same "sliced" bandwidth as the emission necessary
  bandwidth, and for maximum response of the antenna. Maximum permitted
  interfering signals shall be measured at a height of 35 metres above ground
  level.

  Transmit Antenna Cross-polar Response:
  00.0	degrees up to 010.0 degrees: -30.0 dB
  010.0 degrees up to 100.0 degrees: -50.0 dB
  100.0 degrees up to 285.0 degrees: -56.0 dB
  285.0 degrees up to 357.0 degrees: -50.0 dB
  357.0 degrees up to 360.0 degrees: -30.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 90.0 degrees
  relative to true North.
  Receive Antenna Co-polar Respnse:
  00.0	degrees up to 001.5 degrees: 0.0 dB
  001.5 degrees up to 002.0 degrees: -2.0 dB
  002.0 degrees up to 003.0 degrees: -3.0 dB
  003.0 degrees up to 006.4 degrees: -12.0 dB
  006.4 degrees up to 014.0 degrees: -23.0 dB 
  014.0 degrees up to 024.5 degrees: -27.0 dB
  024.5 degrees up to 030.0 degrees: --32.0 dB
  030.0 degrees up to 100.0 degrees: -35.0 dB
  100.0 degrees up to 260.0 degrees: --52.0 dB
  260.0 degrees up to 330.0 degrees: -35.0 dB
  330.0 degrees up to 335.5 degrees: -32.0 dB
  335.5 degrees up to 346.0 degrees: -27.0 dB
  346.0 degrees up to 353.6 degrees: -23.0 dB
  353.6 degrees up to 357.0 degrees: -12.0 dB
  357.0 degrees up to 358.0 degrees: -3.0 dB
  358.0 degrees up to 358.5 degrees: -2.0 dB
  358.5 degrees up to 360.0 degrees: -0.0 dB


  Receive Antenna Cross-polar Response:
  00.0	degrees up to 009.0 degrees: -34.0 dB		
  009.0 degrees up to 100.0 degrees: -43.0 dB
  100.0 degrees up to 260.0 degrees: -52.0 dB
  260.0 degrees up to 351.0 degrees: -43.0. dB
  351.0 degrees up to 360.0 degrees: -34.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Queenstown-Lakes District Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  To each transmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agrees in writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Rodney District Council TLAl is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.(j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  To each transmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agreesin writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the NelsonCity Council is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	Therightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  To each transmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agrees in writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Hamilton City Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  To eachtransmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agrees inwriting: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Horowhenua District Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only remote transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall, prior to the establishment or authorisation of remote
  transmitters of a fixed point-to-multipoint service under the authority of this
  licence, or the modification of the parameters of any such transmitters,
  determine the technical compatibility of the proposed transmissions or
  modified transmissions with other spectrum licences recorded on the
  Register of Radio Frequencies as if the proposed transmissions were to be
  certified under the provisions of s.25(5) OR 57D OF THE Radiocommunications
  Act 1989 having regard to the provisions of s.72A of that Act. Technical
  compatibility can be completed on a collective basis for a number of
  transmitters where the technical compatibility can be demonstrated to apply
  Toeach transmitter on an individual basis.

  (l)	The rightholder shall maintain records of all remote transmitters of a fixed-to-
  multipoint service operated under the authority of this spectrum licence, and
  shall make such records as desirable for radio frequency coordination
  available to other rightholders or their agents on written or electronic request.
  The rightholder shall also maintain records of all technical compatibility
  determinations under clause 9(k) and make these available for any
  compliance audit carried out under clause 9(b).

  (m)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m per MHz, unless:

  (i)	the location is not within the protection area of any other licence: or
  (ii)	the rightholder of every affected spectrum licence agrees in writing: or
  (iii)	a radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonably withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to
  prospective transferees and sub-licensees and, on request, to the chief
  executive of the Ministry of Economic Development.


licenceconditions:
  A coded squelch system (or CTCSS tone group B) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.


licenceconditions:
  The conditions and information applying to the exercise of the rightholder's rights under this licence are:
  (a)	This MR22 base station licence is associated with mobile and portable operation authorised in MR21, as part of a cellular network.
  (b)	Multiple transmitters, multiple modes of transmission and multiple frequencies can be used under this licence, so long as the total power is within the specification in clause 5(a) and the total unwanted emissions are within these specifications in clause 4(a) and 4(b) of this Schedule. Note that the emission designator specified in clause 5(b) of this schedule caters for multiple situations. Modes used include any or all of analogue AMPS, digital AMPS and CDMA.
  (c)	Co-ordination near 870 MHz and 880 MHz may be needed to obtain best overall spectrum utilisation with stations and services in neighbouring bands.
  (d)	Antennas with directional characteristics, including beam tilt, can be used, but will have radiation within the specification in clause 5(c) of this Schedule.
  (e)	The power density of unwanted emissions specified in clause 4(a) and 4(b) of this Schedule are normalised to a reference bandwidth of 100 kHz.
  (f)	The power density specified in clause 5(a) of this Schedule is normalised to a reference bandwidth of 100 kHz.
  (g)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule shall be measured at a height of 1.5 metres above ground level.
  (h)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 100 kHz. The basis of determining the maximum permitted interfering signal is for terminated unwanted signal to be no more than -115 dBm per 1.25 MHz at a receiver input, which is equivalent to an incident field strength of  10 dBuV/m for a simple antenna. For a base station, receiving in MR21, with a high gain antenna system, the maximum permitted interfering signal is  -113 dBm per 1.25 MHz terminated at the feeder frame, which is equivalent to an incident field strength of 2 dB¿¿V/m.


licenceconditions:
  The maximum permitted interfering radio signals (MPIS) levels under this licence are as follows,
  Azimuth to Azimuth          MPIS in dBm/MHz
       0            24        degrees      -53
      24          184       degrees      -46
    184          224        degrees     -53
   224           244        degrees     -57
   244           268        degrees     -67
   268           276        degrees     -74
   276           292        degrees     -79
   292           300        degrees     -74
   300           324        degrees     -67
   324           344        degrees     -57
   344           360        degrees     -53


licenceconditions:
  The conditions and information applying to the exercise of the rightholder's rights under this licence are:
  (a)	This MR22 base station licence is associated with mobile and portable operation authorised in MR21, as part of a cellular network.
  (b)	Multiple transmitters, multiple modes of transmission and multiple frequencies can be used under this licence, so long as the total power is within the specification in clause 5(a) and the total unwanted emissions are within these specifications in clause 4(a) and 4(b) of this Schedule. Note that the emission designator specified in clause 5(b) of this schedule caters for multiple situations. Modes used include any or all of analogue AMPS, digital AMPS and CDMA.
  (c)	Co-ordination near 870 MHz and 880 MHz may be needed to obtain best overall spectrum utilisation with stations and services in neighbouring bands.
  (d)	Antennas with directional characteristics, including beam tilt, can be used, but will have radiation within the specification in clause 5¿¿ of this Schedule.
  (e)	The power density of unwanted emissions specified in clause 4(a) and 4(b) of this Schedule are normalised to a reference bandwidth of 100 kHz.
  (f)	The power density specified in clause 5(a) of this Schedule is normalised to a reference bandwidth of 100 kHz.
  (g)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule shall be measured at a height of 1.5 metres above ground level.
  (h)	The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 100 kHz. The basis of determining the maximum permitted interfering signal is for terminated unwanted signal to be no more than -115 dBm per 1.25 MHz at a receiver input, which is equivalent to an incident field strength of 10 dBuV/m for a simple antenna. For a base station, receiving in MR21, with a high gain antenna system, the maximum permitted interfering signal is  -113 dBm per 1.25 MHz terminated at the feeder frame, which is equivalent to an incident field strength of 2 dBuV/m.


licenceconditions:
  (i)	This licence must not be transferred to any foreign government, or to any party on behalf of any foreign government without the written approval of the Chief Executive of the Ministry of Economic first being obtained;
  (ii)	It is intended that the equipment comply with ETSI specifications: EN 301 021 v1.4.1 and EN 301 753 v1.1.1.
  (iii)	The adjacent frequency interference sensitivity limit of the base station receivers for this licence should conform to the above ETSI standards, which for 3.5 MHz channels, is interpreted as: 36.5 dB¿¿V/m per 1 MHz.

  (iv)	To allow for co-location, the levels of the MPIS and adjacent frequency interference sensitivity limit for this licence shall apply at the edge of coverage, and may be relaxed at locations closer to the transmit site, such that co- and adjacent- channel protection ratios are maintained.


  (v)	Licences registered after this licence, whether within this band or in adjacent band, must not cause or permit harmful interference to any service operated in accordance with this licence;

  (vi)	The transmit antennas for this licence have a gain of up to 17.0 dBi and a vertical (3db) beam width of 6.7. The receive antennas at the  user terminals have a gain of 17.0dBi..

  The antennas of user terminals operating within the area described above as the "receive coverage area" will be directed towards the transmit location of this licence.


  (vii)	To clarify the units used, note that:
  The UEL values, shown above as xx.x dBW etc, are power spectral densities within a bandwidth of 1 MHz, and should be read as xx.x  dBW per 1 MHz etc

  Similarly the MPIS shown above and the adjacent channel sensitivity limit values shown above 
  as yy.y Db ,uV/m and zz.z dB ,uV/m are field strength spectral densities, and should be read as:
  yy.y dB ,uV/m per 1 MHz and zz.z dB ,uV/m per 1 MHz respectively.

  Note that maximum power and maximum horizontal radiation pattern values, shown above as ww.w dBW, are total power within the licensed range of frequencies, (not power spectral density.)

  Note:  Before this licence may be registered,  the Registrar must receive a certificate from an approved radio engineer under section 25(4) of the Radiocommunications Act 1989.

  This notice must be accompanied by an acknowledgement of the mortgagee's consent if section 26 of the Radiocommunications Act 1989 applies.

  This licence must be signed in duplicate and must be accompanied by the prescribed fee.


licenceconditions:
  The maximum permitted interfering radio signals (MPIS) under this licence are as follows,
  From Azimuth  to  Azimuth    MPIS in dBm/MHz
                0                 21  degrees      -58
               21              181  degrees      -48
             181              241  degrees      -58
             241              265  degrees      -68
             265              273  degrees      -76
             273              289  degrees      -88
             289              297  degrees      -76
             297              321  degrees      -68
             321              360  degrees      -58


licenceconditions:
  Callsign:" Schoolhouse Bay Radio"  may  be used  on  2MHz and 4MHz frequency bands. Otherwise ZMH70 must be used

  1. The frequencies 2.1834, 4.1264, and 6.2164 MHz shall be used for Distress, Safety and Calling purposes only.
  2. The frequencies 2.0464, 4.4184, 8.7804 MHz shall be used for calling purposes only.
  3. The frequencies 2.4814, 2.4454, 6.2284, 8.2954, 4.1504MHz shall be used for working purposes only.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by the licence.  Where CTCSS is not used due to a conflict with operational needs of the licensee there will be no protection from interference from external sources.  NOTE:  For SCADA use the repeater equipment is exempt from this requirement.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Secretary of Commerce.

  Maximum permitted interfering signals applying to receive coverage location:

  - applying to licences granted before 17 April 2001: -8 dBuV/m
  - applying to licences granted on or after 17 April 2001: -65 dBuV/m

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule shall be measured at a height of 8 metres above ground level.

  The maximum permitted interfering signals specified in clause 2(b) of this Schedule are normalised to a receiver bandwidth of 1 Hz.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 012.0 degrees: -40.0 dB
  012.0 degrees up to 348.0 degrees: -45.0 dB
  348.0 degrees up to 360.0 degrees: -40.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 117.5 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.9 degrees: 0.0 dB
  001.9 degrees up to 002.8 degrees: -1.0 dB
  002.8 degrees up to 003.3 degrees: -2.0 dB
  003.3 degrees up to 004.6 degrees: -3.0 dB
  004.6 degrees up to 006.0 degrees: -6.0 dB
  006.0 degrees up to 008.0 degrees: -10.0 dB
  008.0 degrees up to 010.0 degrees: -15.0 dB
  010.0 degrees up to 013.0 degrees: -20.0 dB
  013.0 degrees up to 020.0 degrees: -23.0 dB
  020.0 degrees up to 024.0 degrees: -24.0 dB
  024.0degrees up to 030.0 degrees: -30.0 dB
  030.0 degrees up to 125.0 degrees: -31.0 dB
  125.0 degrees up to 170.0 degrees: -38.0 dB
  170.0 degrees up to 190.0 degrees: -36.0 dB
  190.0 degrees up to 235.0 degrees: -38.0 dB
  235.0 degrees up to 330.0 degrees: -31.0 dB
  330.0 degrees up to 336.0 degrees: -30.0 dB
  336.0 degrees up to 340.0 degrees: -24.0 dB
  340.0 degrees up to 347.0 degrees: -23.0 dB
  347.0 degrees up to 350.0 degrees: -20.0 dB
  350.0 degrees up to 352.0 degrees: -15.0 dB
  352.0 degrees up to 354.0 degrees: -10.0 dB
  354.0 degrees up to 355.4 degrees: -6.0 dB
  355.4 degrees up to 356.7 degrees: -3.0 dB
  356.7 degrees up to 357.2 degrees: -2.0 dB
  357.2 degrees up to 358.1 degrees: -1.0 dB
  358.1 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 015.0 degrees: -35.0 dB
  015.0 degrees up to 020.0 degrees: -39.0 dB
  020.0 degrees up to 340.0 degrees: -44.0 dB
  340.0 degrees up to 345.0 degrees: -39.0 dB
  345.0 degrees up to 360.0 degrees: -35.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this 
  Licence are:

  Increase in power
  This licence is additional to auction licences 8611 and 8612. This licence
  Authorise 31 dBW in the 14 MHz wide frequency band 1790.5 to 1804.5 MHz,
  Which is entirely within MR78 and is the same M3 frequency band for licences
  8611 and 8612.

  Information on parameters
  Radiated power is declared for the same frequency band and units as used in
  Licences 8611 and 8612. Unwanted emission limits already allowed by licences
  8611 and 8612 accommodate the 31 dBW emission.

  The maximum permitted interfering signals specified in clause 7(b) is for a
  Receiver response with the same bandwidth as the emission necessary
  Bandwidth, and for maximum response of the antenna. Maximum permitted
  Interfering signals shall be measured at a height of 10 metres above ground
  Level.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 030.0 degrees: -38.0 dB
  030.0 degrees up to 330.0 degrees: -45.0 dB
  330.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 5.3 degrees
  Relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.6 degrees: 0.0 dB
  001.6 degrees up to 002.3 degrees: -1.0 dB
  002.3 degrees up to 003.2 degrees: -3.0 dB
  003.2 degrees up to 004.0 degrees: -7.0 dB
  004.0 degrees up to 005.0 degrees: -10.0 dB
  005.0 degrees up to 008.5 degrees: -15.0 dB
  008.5 degrees up to 013.5 degrees: -19.0 dB
  013.5 degrees up to 020.0 degrees: -22.0 dB
  020.0 degrees up to 035.0 degrees: -27.0 dB
  035.0 degrees up to 100.5 degrees: -30.0 dB
  100.5 degrees up to 125.0 degrees: -38.0 dB
  125.0 degrees up to 140.0 degrees: -40.0 dB
  140.0 degrees up to 220.0 degrees: -42.0 dB
  220.0 degrees up to 235.0 degrees: -40.0 dB
  235.0 degrees up to 259.5 degrees: -38.0 dB
  259.5 degrees up to 325.0 degrees: -30.0 dB
  325.0 degrees up to 340.0 degrees: -27.0 dB
  340.0 degrees up to 346.5 degrees; -22.0 dB
  346.5 degrees up to 351.5 degrees: -19.0 dB
  351.5 degrees up to 355.0 degrees: -15.0 dB
  355.0 degrees up to 356.0 degrees: -10.0 dB
  356.0 degrees up to 356.8 degrees: -7.0 dB
  356.8 degrees up to 357.7 degrees: -3.0 dB
  357.7 degrees up to 358.4 degrees: -1.0 dB
  358.4 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 030.0 degrees: -38.0 dB
  030.0 degrees up to 330.0 degrees: -45.0 dB
  330.0 degrees up to 360.0 degrees: -38.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this
  Licence are:

  Modification process
  Licences 8351 and 8529 purchased in the 2 GHz spectrum auction are being
  modified in 2005 for higher radiated power. Licences 8351 and 8529 existed
  before MR138 and MR72 were created, but since the existence of a management
  right boundary at 1760 MHz any modification to original licences 8351 or 8529
  requires an "administrative slice" at 1760 MHz. This licence corresponds with
  the upper portion of the bandwidth of the "sliced" original licence. It needs to
  be associated with modified licences 8351 and 8529 in MR138 to obtain all
  parameters of the Stratford to Moana M3 fixed link.


  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated
  in the frequency band specified in clause 3(b), which corresponds to emission
  necessary bandwidth indicated by first part of the emission designator specified
  in clause 5(b). In effect, the in-band reference bandwidth is the emission
  bandwidth of the maximum power specified in clause 5(a). The actual M4B
  link has an eirp of 27 dBW in 12 MHz but it is "sliced" by a management right
  boundary, leaving 18 dBW for the 1.5 MHz width in MR72.

  For the out-of-band domain the unwanted emission limits specified in clause
  4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R
  SM.329-10. The reference bandwidth for unwanted emission steps from 0.3
  kHz to1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to
  1 MHz at the start of the spurious domain. The last line of clause 4(b) caters for
  scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a
  receiver  response with the same "sliced" bandwidth as the emission necessary
  bandwidth, and for maximum response of the antenna. Maximum permitted
  interfering signals shall be measured at a height of 14 metres above ground
  level.

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 030.0 degrees: -38.0 dB
  030.0 degrees up to 330.0 degrees: -45.0 dB
  330.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 6.4 degrees
  relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.6 degrees: 0.0 dB
  001.6 degrees up to 002.3 degrees: -1.0 dB
  002.3 degrees up to 003.2 degrees: -3.0 dB
  003.2 degrees up to 004.0 degrees: -7.0 dB 
  004.0 degrees up to 005.0 degrees: -10.0 dB
  005.0 degrees up to 008.5 degrees: -15.0 dB
  008.5 degrees up to 013.5 degrees: -19.0 dB
  013.5 degrees up to 020.0 degrees: -22.0 dB
  020.0 degrees up to 035.0 degrees: -27.0 dB
  035.0 degrees up to 100.5 degrees: -30.0 dB
  100.5 degrees up to 125.0 degrees: -38.0 dB
  125.0 degrees up to 140.0 degrees: -40.0 dB
  140.0 degrees up to 220.0 degrees: -42.0 dB
  220.0 degrees up to 235.0 degrees: -40.0 dB
  235.0 degrees up to 259.5degrees: -38.0 dB
  259.5 degrees up to 325.0 degrees: -30.0 dB
  325.0 degrees up to 340.0 degrees: -27.0 dB
  340.0 degrees up to 346.5 degrees: -22.0 dB
  346.5 degrees up to 351.5 degrees: -19.0 dB
  351.5 degrees up to 355.0 degrees: -15.0 dB
  355.0 degrees up to 356.0 degrees: -10.0 dB
  356.0 degrees up to 356.8 degrees: -7.0 dB
  356.8 degrees up to 357.7 degrees: -3.0 dB
  357.7 degrees up to 358.4 degrees: -1.0 dB
  358.4 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 030.0 degrees: -38.0 dB
  030.0 degrees up to 330.0 degrees: -45.0 dB
  330.0 degrees up to 360.0 degrees: -38.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this
  Licence are:

  Modification process
  Licences 8593 and  8594 purchased in the 2 GHz spectrum auction are being
  modified in 2005 for higher radiated power. Licences 8593 and 8594 existed
  before MR76 and MR78 were created, but since the existence of a management
  right boundary at 1785 MHz any modification to original licences 8593 or 8594
  requires an "administrative slice" at 1785 MHz. This licence corresponds with the upper portion of the bandwidth of the "sliced" original licence. It needs to be associated with modified licences 8593 and 8594 in MR76 to obtain all parameters of the North Range Road East to Tourere M5 fixed link.

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated
  in the frequency band specified in clause 3(b), which corresponds to emission
  necessary bandwidth indicated by first part of the emission designator specified
  in clause 5(b). In effect, the in-band reference bandwidth is the emission
  bandwidth for the maximum power specified in clause 5(a). The actual M4C
  link has an eirp of 31 dBW in 12 MHz but it is "sliced" by a management right
  boundary, leaving 26.7 dBW for the 4.5 MHz width in MR78.

  For the out-of-band domain the unwanted emission limits specified in clause
  4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R
  SM.329-10. The reference bandwidth for unwanted emission steps from0.3
  kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to
  1 MHz at the start of the spurious domain. The last line of clause 4(b) caters for
  scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a
  receiver  response with the same "sliced" bandwidth as the emission necessary
  bandwidth, and for maximum response of the antenna. Maximum permitted
  interfering signals shall be measured at a height of 9 metres above ground
  level.

  Transmit Antenna Cross-polar Response:
  00.0	degrees up to 030.0 degrees: -38.0 dB
  030.0 degrees up to 330.0 degrees: -45.0 dB
  330.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 64.1 degrees
  relative to true North.
  Receive Antenna Co-polar Respnse:
  00.0	degrees up to 002.3 degrees: 0.0 dB
  002.3 degrees up to 003.1 degrees: -1.0 dB
  003.1 degrees up to 004.3 degrees: -3.0 dB
  004.3 degrees up to 005.2 degrees: -6.0 dB
  005.2 degrees up to 005.9 degrees: -9.0 dB 
  005.9 degrees up to 006.8 degrees: -12.0 dB
  006.8 degrees up to 010.0 degrees: -16.0 dB
  010.0 degrees up to 030.0 degrees: -21.0 dB
  030.0 degrees up to 096.5 degrees: -25.0 dB
  096.5 degrees up to 100.0 degrees: -26.0 dB
  100.0 degrees up to 112.1 degrees: -28.0 dB
  112.1 degrees up to 121.6 degrees: -29.0 dB
  120.6 degrees up to 140.0 degrees: -33.0 dB
  140.0 degrees up to 220.0 degrees: -36.0 dB
  220.0 degrees up to 238.4 degrees: -33.0 dB
  238.4 degrees up to 247.9 degrees: -29.0 dB
  247.9 degrees up to 260.0 degrees: -28.0 dB
  260.0 degrees up to 263.5 degrees: -26.0 dB
  263.5 degrees up to 330.0 degrees: -25.0 dB
  330.0 degrees up to 350.0 degrees: -21.0 dB
  350.0 degrees up to 353.2 degrees: -16.0 dB
  353.2 degrees up to 354.1 degrees: -12.0 dB
  354.1 degrees up to 354.8 degrees: -9.0 dB
  354.8 degrees up to 355.7 degrees: -6.0 dB
  355.7 degrees up to 356.9 degrees: -3.0 dB
  356.9 degrees up to 357.7 degrees: -1.0 dB
  357.7 degrees up to 360.0 degrees: -0.0 dB

  Receive Antenna Cross-polar Response:
  00.0	degrees up to 007.3 degrees: -33.0 dB
  007.3 degrees up to 034.0 degrees: -38.0 dB
  034.0 degrees up to 150.0 degrees: -40.0 dB
  150.0 degrees up to 210.0 degrees: -45.0 dB
  210.0 degrees up to 326.0 degrees: -40.0 dB
  326.0 degrees up to 352.7 degrees: -38.0 dB
  352.7 degrees up to 360.0 degrees: -33.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this
  Licence are:

  Modification process
  Licences 8671 and  8672 purchased in the 2 GHz spectrum auction are being
  modified in 2005 for higher radiated power. Licences 8671 and 8672 existed
  before MR139 and MR92 were created, but since the existence of a management
  right boundary at 1855 MHz any modification to original licences 8671 or 8672
  requires an "administrative slice" at 1855 MHz. This licence corresponds with the upper portion of the bandwidth of the "sliced" original licence. It needs to be associated with modified licences 8671 and 8672 in MR92 to obtain all parameters of the Whirinaki to Mt Threave M4C# fixed link.

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated
  in the frequency band specified in clause 3(b), which corresponds to emission
  necessary bandwidth indicated by first part of the emission designator specified
  in clause 5(b). In effect, the in-band reference bandwidth is the emission
  bandwidth for the maximum power specified in clause 5(a). The actual M4C#
  link has an eirp of 21 dBW in 3 MHz but it is "sliced" by a management right
  boundary, leaving 17.2 dBW for the 1.5 MHz width in MR139.

  For the out-of-band domain the unwanted emission limits specified in clause
  4(a) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R
  SM.329-10. The reference bandwidth for unwanted emission steps from 0.3kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to
  1 MHz at the start of the spurious domain. The last line of clause 4(a) caters for
  scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a
  receiver  response with the same "sliced" bandwidth as the emission necessary
  bandwidth, and for maximum response of the antenna. Maximum permitted
  interfering signals shall be measured at a height of 12 metres above ground
  level.

  Transmit Antenna Cross-polar Response:
  00.0	degrees up to 360.0 degrees: -35.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 12.2 degrees
  relative to true North.
  Receive Antenna Co-polar Respnse:
  00.0	degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.2 degrees: -2.0 dB
  003.2 degrees up to 004.4 degrees: -3.0 dB
  004.4 degrees up to 005.1 degrees: -6.0 dB
  005.1 degrees up to 005.7 degrees: -9.0 dB 
  005.7 degrees up to 006.2 degrees: -12.0 dB
  006.2 degrees up to 006.4 degrees: -15.0 dB
  006.4 degrees up to 015.0 degrees: -18.0 dB
  015.0 degrees up to 017.5 degrees: -20.0 dB
  017.5 degrees up to 020.0 degrees: -23.0 dB
  020.0 degrees up to 045.0 degrees: -26.0 dB
  045.0 degrees up to 080.0 degrees: -29.0 dB
  080.0 degrees up to 110.0 degrees: 27.0 dB
  110.0 degrees up to 115.0 degrees: -30.0 dB
  115.0 degrees up to 120.0 degrees: -33.0 dB
  120.0 degrees up to 240.0 degrees: -36.0 dB
  240.0 degrees up to 245.0 degrees: -33.0 dB
  245.0 degrees up to 250.0 degrees: -30.0 dB
  250.0 degrees up to 280.0 degrees: -27.0 dB
  280.0 degrees up to 315.0 degrees: -29.0 dB
  315.0 degrees up to 340.0 degrees: -26.0 dB
  340.0 degrees up to 342.5 degrees: -23.0 dB
  342.5 degrees up to 345.0 degrees: -20.0 dB
  345.0 degrees up to 353.6 degrees: -18.0 dB
  353.6 degrees up to 353.8 degrees: -15.0 dB
  353.8 degrees up to 354.3 degrees: -12.0 dB
  354.3 degrees up to 354.9 degrees: -9.0 dB
  354.9 degrees up to 355.6 degrees: -6.0 dB
  355.6 degrees up to 356.8 degrees: -3.0 dB
  356.8 degrees up to 357.5 degrees: -2.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB


  Receive Antenna Cross-polar Response:
  00.0	degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Gisborne District Council TLA is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only fixed central hub transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall maintain recoreds of all fixed central hub transmitters of
  a fixed-to-multipoint service operated under the authority of this spectrum
  licence, and shall make such records as desirable for radion frequency
  coordination available to other rightholders or their agents on written or
  electronic request.

  (l)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m MHz, unless:

  (i)	the location is not within the protection area of any other licence; or
  (ii)	the rightholder of every affected spectrum licence agrees in writing; or
  (iii)	a Radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is
  exceeded.

  The rightholder shall not unreasonable withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to prospective
   transferees and sub-licensees and, on request, to the chielf
  executive of the Ministry of Economic Development.

  (m)	The rightholder shall record on this spectrum licence details of every fixed
  central  hub transmitter of a fixed point-to-multipoint service by submitting a
  Notice of Modification of Spectrum Licence in the appropriate form to the
  Registrar of Radio Frequencies. This Notice will modify the spectrum licence
  to add the:

  (i)	map reference;
  (ii)	grid reference;
  (iii)	site name;
  (iv)	altitude (metres above sea level;
  (v)	antenna polarisation; and
  (vi)	antenna height (mcetres above ground level);

  of each fixed central hub transmitter to the spectrum licence details.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf  of any foreign government, without first obtaining the written approval of the chief executive of the Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any inspector duly authorised by him, shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2 metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth, then the bandwidth correction factor of +15 dB should be added to the measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the European Telecommunications Standards Institute standard ETSI EN 301 021. The rightholder may transmit according to other Telecommunications standards, however the need to comply with the frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of 23 dBi. The antenna height given in clause 6(c) indicates a typical height for fixed central hub transmitters of a fixed point-to-multipoint service. Actual heights may vary. This should be taken into account when coordinating with other rightholders.

  (h)	The boundary of the Southland District Council is delineated by its boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31 December 2004.

  (i)	Only fixed central hub transmitters of a fixed point-to-multipoint service may transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques such as antenna discrimination, polarisation, topography, shielding, site selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall maintain records of all fixed central hub transmitters of a fixed-to-multipoint service operated under the authority of this spectrum licence, and shall make such records as desirable for radio frequency coordination available to other rightholders or their agents on written or
  electronic request.

  (l)	In relation to spectrum licences that have a common or overlapping frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this spectrum licence at any location outside the protection area shall not exceed 14.0 dB¿¿V/m MHz, unless:

  (i)	the location is not within the protection area of any other licence; or
  (ii)	the rightholder of every affected spectrum licence agrees in writing; or
  (iii)	a Radiocommunications service does not operate at the location under an affected spectrum licence at any time the maximum field strength is exceeded.

  The rightholder shall not unreasonable withhold agreement to a proposed transmission by another rightholder that may exceed the maximum field strength within the protection area of the licence. The rightholder shall retain copies of agreements with affected rightholders and provide the same to prospective transferees and sub-licensees and, on request, to the chief executive of the Ministry of Economic Development.

  (m)	The rightholder shall record on this spectrum licence details of every fixed central hub transmitter of a fixed point-to-multipoint service by submitting a Notice of Modification of Spectrum Licence in the appropriate form to the Registrar of Radio Frequencies. This Notice will modify the spectrum licence to add the:

  (i)	map reference;
  (ii)	grid reference;
  (iii)	site name;
  (iv)	altitude (metres above sea level);
  (v)	antenna polarisation; and
  (vi)	antenna height (metres above ground level);

  of each fixed central hub transmitter to the spectrum licence details.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence 
  are:

  (a)	The rightholder shall not transfer the rightholder's interest in this licence to	
  Any foreign government, or to any party on behalf  of any foreign government,
  Without first obtaining the written approval of the chief executive of the
  Ministry of Economic Development.

  (b)	The chief executive of the Ministry Of Economic Development, or any
  Inspector duly authorised by him, shall be granted by the rightholder at all
  reasonable times entry to any place, premises or building for the purposes of
  ensuring compliance with this licence.

  (c)	Maximum permitted interfering signals shall be measured at a height of  2
  metres above ground level.

  (d)	Unwanted emission limits are defined for a 1 MHz bandwidth, in accordance
  with Recommendation ITU-R SM.329-10.

  (e)	If unwanted emissions are measured using a 30 kHz resolution bandwidth,
  then the bandwidth correction factor of +15 dBshould be added to the
  measurement.

  (f)	All technical limits outlined in this spectrum licence have been based on the
  European Telecommunications Standards Institute standard ETSI
  EN 301 021. The rightholder may transmit according to other
  Telecommunications standards, however the need to comply with the
  frequency division duplex direction is emphasized. Refer to clause 9(i)

  (g)	Transmit and receive antennas are assumed to have a nominal gain of
  23 dBi. The antenna height given in clause 6(c) indicates a typical height for
  fixed central hub transmitters of a fixed point-to-multipoint service. Actual
  heights may vary. This should be taken into account when coordinating with
  other rightholders.

  (h)	The boundary of the Taupo District Council is delineated by its
  boundary in terms of Schedule 2 of the Local Government Act 2002 as at 31
  December 2004.

  (i)	Only fixed central hub transmitters of a fixed point-to-multipoint service may
  transmit under this spectrum licence.

  (j)	The rightholder shall take advantage of interference mitigation techniques
  such as antenna discrimination, polarisation, topography, shielding, site
  selection and power control to facilitate the coordination with other rightholders.

  (k)	The rightholder shall maintain recoreds of all fixed central hub transmitters of
  a fixed-to-multipoint service operated under the authority of this spectrum
  licence, and shall make such records as desirable for radion frequency
  coordination available to other rightholders or their agents on written or
  electronic request.

  (l)	In relation to spectrum licences that have a common or overlapping
  frequency band with this spectrum licence:

  The predicted or measured median field strength of any emissions under this
  spectrum licence at any location outside the protection area shall not exceed
  14.0 dB¿¿V/m MHz, unless:

  (i)	the location is not within the protection area of any other licence; or
  (ii)	the rightholder of every affectedspectrum licence agrees in writing; or
  (iii)	a Radiocommunications service does not operate at the location under an
  affected spectrum licence at any time the maximum field strength is
  exceeded.

  The rightholder shall not unreasonable withhold agreement to a proposed
  transmission by another rightholder that may exceed the maximum field
  strength within the protection area of the licence. The rightholder shall retain
  copies of agreements with affected rightholders and provide the same to prospective
   transferees and sub-licensees and, on request, to the chielf
  executive of the Ministry of Economic Development.

  (m)	The rightholder shall record on this spectrum licence details of every fixed
  central  hub transmitter of a fixed point-to-multipoint service by submitting a
  Notice of Modification of Spectrum Licence in the appropriate form to the
  Registrar of Radio Frequencies. This Notice will modify the spectrum licence
  to add the:

  (i)	map reference;
  (ii)	grid reference;
  (iii)	site name;
  (iv)	altitude (metres above sea level;
  (v)	antenna polarisation; and
  (vi)	antenna height (mcetres above ground level);

  of each fixed central hub transmitter to the spectrum licence details.


licenceconditions:
  Information on parameters
  Maximum radiated power of 20 dBW, on boresight, is the mean power integrated in the frequency band, which corresponds to emission necessary bandwidth. In effect, the in-band reference bandwidth is the emission bandwidth.

  For the out-of-band domain the unwanted emission limits have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10. The reference bandwidth steps between 0.3 kHz, 1kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.

  The maximum permitted interfering signals are for a receiver response with the same bandwidth as the emission necessary bandwidth, and at maximum response of the antenna. Maximum permitted interfering signals shall be measured at a height of 5 metres above ground level. 

  Transmit Antenna Cross-polar Response:
  00.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 86 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  00.0	degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138, including the offset to M3-. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 17 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 015.0 degrees: -33.0 dB
  015.0 degrees up to 020.0 degrees: -34.0 dB
  020.0 degrees up to 060.0 degrees: -35.0 dB
  060.0 degrees up to 140.0 degrees: -38.0 dB
  140.0 degrees up to 220.0 degrees: -40.0 dB
  220.0 degrees up to 300.0 degrees: -38.0 dB
  300.0 degrees up to 340.0 degrees: -35.0 dB
  340.0 degrees up to 345.0 degrees: -34.0 dB
  345.0 degrees up to 360.0 degrees: -33.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 287.3 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.5 degrees: 0.0 dB
  001.5 degrees up to 002.0 degrees: -1.0 dB
  002.0 degrees up to 002.5 degrees: -3.0 dB
  002.5 degrees up to 003.0 degrees: -6.0 dB
  003.0 degrees up to 003.5 degrees: -11.0 dB
  003.5 degrees up to 004.0 degrees: -12.0 dB
  004.0 degrees up to 004.5 degrees: -15.0 dB
  004.5 degrees up to 005.1 degrees: -18.0 dB
  005.1 degrees up to 015.0 degrees: -20.0 dB
  015.0 degrees up to 022.7 degrees: -24.0 dB
  022.7 degrees up to 035.0 degrees: -29.0 dB
  035.0 degrees up to 100.0 degrees: -31.0 dB
  100.0 degrees up to 120.0 degrees: -41.0 dB
  120.0 degrees up to 240.0 degrees: -42.0 dB
  240.0 degrees up to 260.0 degrees: -41.0 dB
  260.0 degrees up to 325.0 degrees: -31.0 dB
  325.0 degrees up to 337.3 degrees: -29.0 dB
  337.3 degrees up to 345.0 degrees: -24.0 dB
  345.0 degrees up to 354.9 degrees: -20.0 dB
  354.9 degrees up to 355.5 degrees: -18.0 dB
  355.5 degrees up to 356.0 degrees: -15.0 dB
  356.0 degrees up to 356.5 degrees: -11.0 dB
  356.5 degrees up to 357.0 degrees: -9.0 dB
  357.0 degrees up to 357.5 degrees: -6.0 dB
  357.5 degrees up to 358.0 degrees: -3.0 dB
  358.0 degrees up to 358.5 degrees: -1.0 dB
  358.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 005.0 degrees: -40.0 dB
  005.0 degrees up to 015.0 degrees: -42.0 dB
  015.0 degrees up to 025.5 degrees: -43.0 dB
  025.5 degrees up to 080.0 degrees: -45.0 dB
  080.0 degrees up to 100.0 degrees: -43.0 dB
  100.0 degrees up to 260.0 degrees: -45.0 dB
  260.0 degrees up to 280.0 degrees: -43.0 dB
  280.0 degrees up to 334.5 degrees: -45.0 dB
  334.5 degrees up to 345.0 degrees: -43.0 dB
  345.0 degrees up to 355.0 degrees: -42.0 dB
  355.0 degrees up to 360.0 degrees: -40.0 dB


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138.  This link retunes from M2A to M2B- before 31 March 2006. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 007.5 degrees: -30.0 dB
  007.5 degrees up to 011.5 degrees: -33.0 dB
  015.0 degrees up to 040.0 degrees: -36.0 dB
  040.0 degrees up to 117.5 degrees: -34.0 dB
  117.5 degrees up to 145.0 degrees: -38.0 dB
  145.0 degrees up to 215.0 degrees: -42.0 dB
  215.0 degrees up to 242.5 degrees: -38.0 dB
  242.5 degrees up to 320.0 degrees: -34.0 dB
  320.0 degrees up to 345.0 degrees: -36.0 dB
  345.0 degrees up to 352.5 degrees: -33.0 dB
  352.5 degrees up to 360.0 degrees: -30.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 183.5 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 004.0 degrees: -1.0 dB
  004.0 degrees up to 005.0 degrees: -2.0 dB
  005.0 degrees up to 006.5 degrees: -3.0 dB
  006.5 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 010.0 degrees: -9.0 dB
  010.0 degrees up to 010.5 degrees: -13.0 dB
  010.5 degrees up to 015.0 degrees: -15.0 dB
  015.0 degrees up to 028.0 degrees: -16.0 dB
  028.0 degrees up to 037.5 degrees: -20.0 dB
  037.5 degrees up to 117.0 degrees: -25.0 dB
  117.0 degrees up to 134.0 degrees: -29.0 dB
  134.0 degrees up to 167.0 degrees: -34.0 dB
  167.0 degrees up to 193.0 degrees: -30.0 dB
  193.0 degrees up to 226.0 degrees: -34.0 dB
  226.0 degrees up to 243.0 degrees: -29.0 dB
  243.0 degrees up to 322.5 degrees: -25.0 dB
  322.5 degrees up to 332.0 degrees: -20.0 dB
  332.0 degrees up to 345.0 degrees: -16.0 dB
  345.0 degrees up to 349.5 degrees: -15.0 dB
  349.5 degrees up to 350.0 degrees: -13.0 dB
  350.0 degrees up to 352.0 degrees: -9.0 dB
  352.0 degrees up to 353.5 degrees: -6.0 dB
  353.5 degrees up to 355.0 degrees: -3.0 dB
  355.0 degrees up to 356.0 degrees: -2.0 dB
  356.0 degrees up to 357.0 degrees: -1.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 007.5 degrees: -30.0 dB
  007.5 degrees up to 011.5 degrees: -33.0 dB
  015.0 degrees up to 040.0 degrees: -36.0 dB
  040.0 degrees up to 117.5 degrees: -34.0 dB
  117.5 degrees up to 145.0 degrees: -38.0 dB
  145.0 degrees up to 215.0 degrees: -42.0 dB
  215.0 degrees up to 242.5 degrees: -38.0 dB
  242.5 degrees up to 320.0 degrees: -34.0 dB
  320.0 degrees up to 345.0 degrees: -36.0 dB
  345.0 degrees up to 352.5 degrees: -33.0 dB
  352.5 degrees up to 360.0 degrees: -30.0 dB


licenceconditions:
  Any person may transmit radio waves using radiocommunication transmitters, including those known as U-NII devices, for the purpose of fixed point-to-point communications using digital modulation techniques to typically provide high data rates, in accordance with the terms, conditions and restrictions of this licence.

  General conditions applying to all transmissions under this licence

  1. Transmitters must conform to radio standards as prescribed in notices made under Regulation 32 (1) (b) of the Radiocommunications Regulations 2001.

  2. Frequency use is on a shared basis and the chief executive does not accept liability under any circumstances for any loss or damage of any kind occasioned by the unavailability of frequencies or interference to reception.

  3. Should interference occur to services licensed pursuant to a radio licence or a spectrum licence, the chief executive reserves the right to require and ensure that any transmission pursuant to this licence change frequency, reduce power, or cease operation.

  4. Notwithstanding the provisions of this licence, the radiated power must not exceed that necessary to reliably maintain communications.

  5. Point-to-multipoint systems, omni-directional applications, and multiple co-located transmitters transmitting the same information are not permitted.

  6. All transmitters must employ digital modulation techniques.

  7. The permitted peak transmitter power is 0 dBW (1 W).

  8. The permitted peak power spectral density shall be less than -13 dBW/MHz (50 mW/MHz).

  9. The permitted peak radiated power is 23 dBW (200 W) e.i.r.p.


licenceconditions:
  A coded squelch system and/or CTCSS tone (B8) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.

  Land Mobile Simplex is a shared service so any co-channel interference must be tolerated


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 15 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 005.0 degrees: -40.0 dB
  005.0 degrees up to 015.0 degrees: -42.0 dB
  015.0 degrees up to 025.5 degrees: -43.0 dB
  025.5 degrees up to 080.0 degrees: -45.0 dB
  080.0 degrees up to 100.0 degrees: -43.0 dB
  100.0 degrees up to 260.0 degrees: -45.0 dB
  260.0 degrees up to 280.0 degrees: -43.0 dB
  280.0 degrees up to 334.5 degrees: -45.0 dB
  334.5 degrees up to 345.0 degrees: -43.0 dB
  345.0 degrees up to 355.0 degrees: -42.0 dB
  355.0 degrees up to 360.0 degrees: -40.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 72.4 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.5 degrees: 0.0 dB
  001.5 degrees up to 002.0 degrees: -1.0 dB
  002.0 degrees up to 002.5 degrees: -3.0 dB
  002.5 degrees up to 003.0 degrees: -6.0 dB
  003.0 degrees up to 003.5 degrees: -11.0 dB
  003.5 degrees up to 004.0 degrees: -12.0 dB
  004.0 degrees up to 004.5 degrees: -15.0 dB
  004.5 degrees up to 005.1 degrees: -18.0 dB
  005.1 degrees up to 015.0 degrees: -20.0 dB
  015.0 degrees up to 022.7 degrees: -24.0 dB
  022.7 degrees up to 035.0 degrees: -29.0 dB
  035.0 degrees up to 100.0 degrees: -31.0 dB
  100.0 degrees up to 120.0 degrees: -41.0 dB
  120.0 degrees up to 240.0 degrees: -42.0 dB
  240.0 degrees up to 260.0 degrees: -41.0 dB
  260.0 degrees up to 325.0 degrees: -31.0 dB
  325.0 degrees up to 337.3 degrees: -29.0 dB
  337.3 degrees up to 345.0 degrees: -24.0 dB
  345.0 degrees up to 354.9 degrees: -20.0 dB
  354.9 degrees up to 355.5 degrees: -18.0 dB
  355.5 degrees up to 356.0 degrees: -15.0 dB
  356.0 degrees up to 356.5 degrees: -11.0 dB
  356.5 degrees up to 357.0 degrees: -9.0 dB
  357.0 degrees up to 357.5 degrees: -6.0 dB
  357.5 degrees up to 358.0 degrees: -3.0 dB
  358.0 degrees up to 358.5 degrees: -1.0 dB
  358.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 005.0 degrees: -40.0 dB
  005.0 degrees up to 015.0 degrees: -42.0 dB
  015.0 degrees up to 025.5 degrees: -43.0 dB
  025.5 degrees up to 080.0 degrees: -45.0 dB
  080.0 degrees up to 100.0 degrees: -43.0 dB
  100.0 degrees up to 260.0 degrees: -45.0 dB
  260.0 degrees up to 280.0 degrees: -43.0 dB
  280.0 degrees up to 334.5 degrees: -45.0 dB
  334.5 degrees up to 345.0 degrees: -43.0 dB
  345.0 degrees up to 355.0 degrees: -42.0 dB
  355.0 degrees up to 360.0 degrees: -40.0 dB


licenceconditions:
  A general user radio licence is granted for the transmission of radio waves for the purpose of

  Mobile Satellite Service (MSS): 
  Satellite News Gathering services (SNG); and, 
  Very Small Aperture Terminal satellite services (VSAT); 
  being handheld, portable, transportable (vehicle mounted and re-locatable) and fixed radio transmitters, in accordance with the terms, conditions and restrictions of this notice.



  The ranges of frequencies permitted pursuant to this licence are those prescribed in the Schedule to this notice. 
  The limits of transmit power and emission bandwidth for SNG and VSAT transmitters permitted pursuant to this licence are those prescribed in the Second Schedule to this notice. 
  Transmitters must conform to technical standards as prescribed by the respective satellite service provider, and any applicable standards as prescribed in notices made under Regulation 32 (1) (b) of the Regulations. 
  Transmitters must conform to operational technical specifications equal to or better than those notified to and favourably co-ordinated with the ITU-R Radiocommunciation Bureau in accordance with Article 11 of the International Radio Regulations. 
  Frequency use is on a shared basis and the chief executive does not accept liability under any circumstances for any loss or damage of any kind occasioned by the unavailability of frequencies, or interference to reception. 
  Should interference occur to services licensed pursuant to a radio licence or a spectrum licence, the chief executive reserves the right to require and ensure that any transmission pursuant to this general user radio licence change frequency, reduce power, or cease operation. 
  In the band 14,000 ¿¿ 14,500 MHz, MSS must not cause interference to, nor claim protection from stations operating as SNG and VSAT Fixed Satellite Services. 

  First Schedule
  Frequency Ranges

  From: (MHz)   To: (MHz) Service 
  148           150.05    MSS 
  399.9         400.05    MSS 
  1610          1660.5    MSS 
  1980          2010      MSS 
  14000         14500     MSS, SNG and VSAT 

  Second Schedule
  SNG and VSAT Maximum Emissions

  Parameter                                                                 SNG VSAT 
  Maximum permitted total transmit power level in dBW e.i.r.p. per terminal 67  60 
  Maximum permitted emission bandwidth in MHz per terminal                  18   3 


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139.  This link retunes from M2B# to M3A# in 2006, with timing to be decided at the time.

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 12 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -34.0 dB
  100.0 degrees up to 120.0 degrees: -38.0 dB
  120.0 degrees up to 240.0 degrees: -42.0 dB
  240.0 degrees up to 260.0 degrees: -38.0 dB
  260.0 degrees up to 340.0 degrees: -34.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 218.2 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 007.0 degrees: -2.0 dB
  007.0 degrees up to 010.0 degrees: -6.0 dB
  010.0 degrees up to 012.0 degrees: -10.0 dB
  012.0 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 080.0 degrees: -18.0 dB
  080.0 degrees up to 100.0 degrees: -20.0 dB
  100.0 degrees up to 120.0 degrees: -24.0 dB
  120.0 degrees up to 140.0 degrees: -26.0 dB
  140.0 degrees up to 220.0 degrees: -32.0 dB
  220.0 degrees up to 240.0 degrees: -26.0 dB
  240.0 degrees up to 260.0 degrees: -24.0 dB
  260.0 degrees up to 280.0 degrees: -20.0 dB
  280.0 degrees up to 340.0 degrees: -18.0 dB
  340.0 degrees up to 348.0 degrees: -14.0 dB
  348.0 degrees up to 350.0 degrees: -10.0 dB
  350.0 degrees up to 353.0 degrees: -6.0 dB
  353.0 degrees up to 357.0 degrees: -2.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -32.0 dB
  100.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -40.0 dB
  240.0 degrees up to 260.0 degrees: -34.0 dB
  260.0 degrees up to 340.0 degrees: -32.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this licence are: 

  Modification process 
  Aggregation of MR72, MR74 and MR76 to MR209 means that licences to cater for M4C that were necessarily ¿sliced¿ in bandwidth to suit earlier MR boundaries can subsequently be simplified by ¿aggregating bandwidth¿ of licences that were created across MR72 and MR74. Modified licence 8542 increases from 2.25 to 3.0 MHz bandwidth and supports 24 dBW operation from Mt Threave to Whirinaki using the traditional M4C fixed link channel.

  Information on parameters 
  Radiated power of unwanted emissions has a reference bandwidth in accordance with Annex 6 of Rec. ITU_R SM.329-10. The reference bandwidth steps between 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain. 

  Maximum permitted interfering signals shall be measured at a height of 20 metres above ground level. 

  Transmit Antenna Cross-polar Response: 
  000.0 degrees up to 360.0 degrees: -36.0 dB 

  The receive antenna response at 0 degrees is at an azimuth of 192.1 degrees relative to true North. 
  Receive Antenna Co-polar Response: 
  000.0 degrees up to 002.5 degrees: 0.0 dB 
  002.5 degrees up to 004.0 degrees: -1.0 dB 
  004.0 degrees up to 005.0 degrees: -2.0 dB 
  005.0 degrees up to 007.0 degrees: -3.0 dB 
  007.0 degrees up to 008.0 degrees: -6.0 dB 
  008.0 degrees up to 009.0 degrees: -9.0 dB 
  009.0 degrees up to 010.0 degrees: -12.0 dB 
  010.0 degrees up to 010.5 degrees: -14.0 dB 
  010.5 degrees up to 025.0 degrees: -16.0 dB 
  025.0 degrees up to 035.0 degrees: -18.0 dB 
  035.0 degrees up to 045.0 degrees: -21.0 dB 
  045.0 degrees up to 110.0 degrees: -24.0 dB 
  110.0 degrees up to 125.0 degrees: -26.0 dB 
  125.0 degrees up to 130.0 degrees: -29.0 dB 
  130.0 degrees up to 230.0 degrees: -32.0 dB 
  230.0 degrees up to 235.0 degrees: -29.0 dB 
  235.0 degrees up to 250.0 degrees: -26.0 dB 
  250.0 degrees up to 315.0 degrees: -24.0 dB 
  315.0 degrees up to 325.0 degrees: -21.0 dB 
  325.0 degrees up to 335.0 degrees: -18.0 dB 
  335.0 degrees up to 349.5 degrees: -16.0 dB 
  349.5 degrees up to 350.0 degrees: -14.0 dB 
  350.0 degrees up to 351.0 degrees: -12.0 dB 
  351.0 degrees up to 352.0 degrees: -9.0 dB 
  352.0 degrees up to 353.0 degrees: -6.0 dB 
  353.0 degrees up to 355.0 degrees: -3.0 dB 
  355.0 degrees up to 356.0 degrees: -2.0 dB 
  356.0 degrees up to 357.5 degrees: -1.0 dB 
  357.5 degrees up to 360.0 degrees: -0.0 dB 

  Receive Antenna Cross-polar Response: 
  000.0 degrees up to 360.0 degrees: -35.0 dB


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources.

  CTCSS B10 (156.7 Hz) group tones shall be used on all radio apparatus covered by the licence.

  Land Mobile Simplex is a shared service so any co-channel interference must be tolerated.


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138.  This link retunes from M1A to M3A before 31 March 2006. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 14 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 56.1 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.9 degrees: 0.0 dB
  001.9 degrees up to 002.8 degrees: -1.0 dB
  002.8 degrees up to 003.3 degrees: -2.0 dB
  003.3 degrees up to 004.6 degrees: -3.0 dB
  004.6 degrees up to 006.0 degrees: -6.0 dB
  006.0 degrees up to 008.0 degrees: -10.0 dB
  008.0 degrees up to 010.0 degrees: -15.0 dB
  010.0 degrees up to 013.0 degrees: -20.0 dB
  013.0 degrees up to 020.0 degrees: -23.0 dB
  020.0 degrees up to 024.0 degrees: -24.0 dB
  024.0 degrees up to 030.0 degrees: -30.0 dB
  030.0 degrees up to 125.0 degrees: -31.0 dB
  125.0 degrees up to 170.0 degrees: -38.0 dB
  170.0 degrees up to 190.0 degrees: -36.0 dB
  190.0 degrees up to 235.0 degrees: -38.0 dB
  235.0 degrees up to 330.0 degrees: -31.0 dB
  330.0 degrees up to 336.0 degrees: -30.0 dB
  336.0 degrees up to 340.0 degrees: -24.0 dB
  340.0 degrees up to 347.0 degrees: -23.0 dB
  347.0 degrees up to 350.0 degrees: -20.0 dB
  350.0 degrees up to 352.0 degrees: -15.0 dB
  352.0 degrees up to 354.0 degrees: -10.0 dB
  354.0 degrees up to 355.4 degrees: -6.0 dB
  355.4 degrees up to 356.7 degrees: -3.0 dB
  356.7 degrees up to 357.2 degrees: -2.0 dB
  357.2 degrees up to 358.1 degrees: -1.0 dB
  358.1 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 015.0 degrees: -35.0 dB
  015.0 degrees up to 020.0 degrees: -39.0 dB
  020.0 degrees up to 340.0 degrees: -44.0 dB
  340.0 degrees up to 345.0 degrees: -39.0 dB
  345.0 degrees up to 360.0 degrees: -35.0 dB


licenceconditions:
  (9. The conditions applying to the exercise of the rightholder's rights under this Licence are: 
  (a) the rightholder shall not transfer the licence or the rightholder's interest in the licence, or issue any sub-licence, to any foreign government, or to any party on behalf of any foreign government without first obtaining the written approval of the Manager; 
  (b) the rightholder shall use the frequency on which transmissions are permitted under this licence at all times in accordance with the terms specified on the record of the applicable management right; 
  (c) the rightholder shall comply at all times with all applicable laws and regulations in New Zealand which relate in any way to the use of the frequency on which transmissions are permitted under this licence including, but not limited to, the Radiocommunications Act 1989 ("Act"); 
  (d) the rightholder shall promptly pay all fees required to be paid in connection with the issue, registration or continuation of this licence including, without limitation, any fees from time to time prescribed by regulations made under section 135 of the act notwithstanding the persons prescribed as liable for those fees in such regulations. 
  Technical information: 	
  (a) This licence caters for any mixture of GSM and UMTS cellular standards. 
  (b) Recommendation ITU-R SM.329-10 Unwanted Emissions in the Spurious Domain has information on out-of-band emissions, spurious emissions and reference bandwidth. The reference bandwidth for unwanted emissions has a starting value of 1 kHz, either side of the necessary bandwidth, as per Figure 4, Annex 7 of ITU-R SM.329-10.


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138, including the offset to M3-. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 8 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 005.0 degrees: -40.0 dB
  005.0 degrees up to 015.0 degrees: -42.0 dB
  015.0 degrees up to 025.5 degrees: -43.0 dB
  025.5 degrees up to 080.0 degrees: -45.0 dB
  080.0 degrees up to 100.0 degrees: -43.0 dB
  100.0 degrees up to 260.0 degrees: -45.0 dB
  260.0 degrees up to 280.0 degrees: -43.0 dB
  280.0 degrees up to 334.5 degrees: -45.0 dB
  334.5 degrees up to 345.0 degrees: -43.0 dB
  345.0 degrees up to 355.0 degrees: -42.0 dB
  355.0 degrees up to 360.0 degrees: -40.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 252.1 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 001.5 degrees: 0.0 dB
  001.5 degrees up to 002.0 degrees: -1.0 dB
  002.0 degrees up to 002.5 degrees: -3.0 dB
  002.5 degrees up to 003.0 degrees: -6.0 dB
  003.0 degrees up to 003.5 degrees: -11.0 dB
  003.5 degrees up to 004.0 degrees: -12.0 dB
  004.0 degrees up to 004.5 degrees: -15.0 dB
  004.5 degrees up to 005.1 degrees: -18.0 dB
  005.1 degrees up to 015.0 degrees: -20.0 dB
  015.0 degrees up to 022.7 degrees: -24.0 dB
  022.7 degrees up to 035.0 degrees: -29.0 dB
  035.0 degrees up to 100.0 degrees: -31.0 dB
  100.0 degrees up to 120.0 degrees: -41.0 dB
  120.0 degrees up to 240.0 degrees: -42.0 dB
  240.0 degrees up to 260.0 degrees: -41.0 dB
  260.0 degrees up to 325.0 degrees: -31.0 dB
  325.0 degrees up to 337.3 degrees: -29.0 dB
  337.3 degrees up to 345.0 degrees: -24.0 dB
  345.0 degrees up to 354.9 degrees: -20.0 dB
  354.9 degrees up to 355.5 degrees: -18.0 dB
  355.5 degrees up to 356.0 degrees: -15.0 dB
  356.0 degrees up to 356.5 degrees: -11.0 dB
  356.5 degrees up to 357.0 degrees: -9.0 dB
  357.0 degrees up to 357.5 degrees: -6.0 dB
  357.5 degrees up to 358.0 degrees: -3.0 dB
  358.0 degrees up to 358.5 degrees: -1.0 dB
  358.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 005.0 degrees: -40.0 dB
  005.0 degrees up to 015.0 degrees: -42.0 dB
  015.0 degrees up to 025.5 degrees: -43.0 dB
  025.5 degrees up to 080.0 degrees: -45.0 dB
  080.0 degrees up to 100.0 degrees: -43.0 dB
  100.0 degrees up to 260.0 degrees: -45.0 dB
  260.0 degrees up to 280.0 degrees: -43.0 dB
  280.0 degrees up to 334.5 degrees: -45.0 dB
  334.5 degrees up to 345.0 degrees: -43.0 dB
  345.0 degrees up to 355.0 degrees: -42.0 dB
  355.0 degrees up to 360.0 degrees: -40.0 dB


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139.  Maungataureia facing Kaitaia continues to use M3#. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 17 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 005.0 degrees: -40.0 dB
  005.0 degrees up to 015.0 degrees: -42.0 dB
  015.0 degrees up to 025.5 degrees: -43.0 dB
  025.5 degrees up to 080.0 degrees: -45.0 dB
  080.0 degrees up to 100.0 degrees: -43.0 dB
  100.0 degrees up to 260.0 degrees: -45.0 dB
  260.0 degrees up to 280.0 degrees: -43.0 dB
  280.0 degrees up to 334.5 degrees: -45.0 dB
  334.5 degrees up to 345.0 degrees: -43.0 dB
  345.0 degrees up to 355.0 degrees: -42.0 dB
  355.0 degrees up to 360.0 degrees: -40.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 107.4 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.0 degrees: 0.0 dB
  002.0 degrees up to 002.5 degrees: -1.0 dB
  002.5 degrees up to 003.0 degrees: -2.0 dB
  003.0 degrees up to 004.0 degrees: -3.0 dB
  004.0 degrees up to 004.5 degrees: -5.0 dB
  004.5 degrees up to 005.0 degrees: -6.0 dB
  005.0 degrees up to 005.5 degrees: -7.0 dB
  005.5 degrees up to 006.0 degrees: -9.0 dB
  006.0 degrees up to 006.5 degrees: -12.0 dB
  006.5 degrees up to 011.3 degrees: -17.0 dB
  011.3 degrees up to 025.0 degrees: -20.0 dB
  025.0 degrees up to 036.0 degrees: -26.0 dB
  036.0 degrees up to 100.0 degrees: -28.0 dB
  100.0 degrees up to 111.0 degrees: -30.0 dB
  111.0 degrees up to 117.5 degrees: -31.0 dB
  117.5 degrees up to 140.0 degrees: -34.0 dB
  140.0 degrees up to 220.0 degrees: -38.0 dB
  220.0 degrees up to 242.5 degrees: -34.0 dB
  242.5 degrees up to 249.0 degrees: -31.0 dB
  249.0 degrees up to 260.0 degrees: -30.0 dB
  260.0 degrees up to 324.0 degrees: -28.0 dB
  324.0 degrees up to 335.0 degrees: -26.0 dB
  335.0 degrees up to 348.7 degrees: -20.0 dB
  348.7 degrees up to 353.5 degrees: -17.0 dB
  353.5 degrees up to 354.0 degrees: -12.0 dB
  354.0 degrees up to 354.5 degrees: -9.0 dB
  354.5 degrees up to 355.0 degrees: -7.0 dB
  355.0 degrees up to 355.5 degrees: -6.0 dB
  355.5 degrees up to 356.0 degrees: -5.0 dB
  356.0 degrees up to 357.0 degrees: -3.0 dB
  357.0 degrees up to 357.5 degrees: -2.0 dB
  357.5 degrees up to 358.0 degrees: -1.0 dB
  358.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 015.0 degrees: -33.0 dB
  015.0 degrees up to 020.0 degrees: -34.0 dB
  020.0 degrees up to 060.0 degrees: -35.0 dB
  060.0 degrees up to 140.0 degrees: -38.0 dB
  140.0 degrees up to 220.0 degrees: -40.0 dB
  220.0 degrees up to 300.0 degrees: -38.0 dB
  300.0 degrees up to 340.0 degrees: -35.0 dB
  340.0 degrees up to 345.0 degrees: -34.0 dB
  345.0 degrees up to 360.0 degrees: -33.0 dB


licenceconditions:
  A coded squelch system and/or CTCSS tone A10 (162.2 Hz) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139.  This link retunes from M1A# to M3A# before 31 March 2006. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 015.0 degrees: -35.0 dB
  015.0 degrees up to 020.0 degrees: -39.0 dB
  020.0 degrees up to 340.0 degrees: -44.0 dB
  340.0 degrees up to 345.0 degrees: -39.0 dB
  345.0 degrees up to 360.0 degrees: -35.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 236.0 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.5 degrees: 0.0 dB
  002.5 degrees up to 003.6 degrees: -1.0 dB
  003.6 degrees up to 004.4 degrees: -2.0 dB
  004.4 degrees up to 006.2 degrees: -3.0 dB
  006.2 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 009.5 degrees: -10.0 dB
  009.5 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 026.0 degrees: -20.0 dB
  026.0 degrees up to 105.0 degrees: -23.0 dB
  105.0 degrees up to 120.0 degrees: -28.0 dB
  120.0 degrees up to 240.0 degrees: -34.0 dB
  240.0 degrees up to 255.0 degrees: -28.0 dB
  255.0 degrees up to 334.0 degrees: -23.0 dB
  334.0 degrees up to 340.0 degrees: -20.0 dB
  340.0 degrees up to 350.5 degrees: -14.0 dB
  350.5 degrees up to 352.0 degrees: -10.0 dB
  352.0 degrees up to 353.8 degrees: -6.0 dB
  353.8 degrees up to 355.6 degrees: -3.0 dB
  355.6 degrees up to 356.4 degrees: -2.0 dB
  356.4 degrees up to 357.5 degrees: -1.0 dB
  357.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139.   This link continues to use M3# but changes polarisation.

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -32.0 dB
  100.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -40.0 dB
  240.0 degrees up to 260.0 degrees: -34.0 dB
  260.0 degrees up to 340.0 degrees: -32.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 201.8 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 007.0 degrees: -2.0 dB
  007.0 degrees up to 010.0 degrees: -6.0 dB
  010.0 degrees up to 012.0 degrees: -10.0 dB
  012.0 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 080.0 degrees: -18.0 dB
  080.0 degrees up to 100.0 degrees: -20.0 dB
  100.0 degrees up to 120.0 degrees: -24.0 dB
  120.0 degrees up to 140.0 degrees: -26.0 dB
  140.0 degrees up to 220.0 degrees: -32.0 dB
  220.0 degrees up to 240.0 degrees: -26.0 dB
  240.0 degrees up to 260.0 degrees: -24.0 dB
  260.0 degrees up to 280.0 degrees: -20.0 dB
  280.0 degrees up to 340.0 degrees: -18.0 dB
  340.0 degrees up to 348.0 degrees: -14.0 dB
  348.0 degrees up to 350.0 degrees: -10.0 dB
  350.0 degrees up to 353.0 degrees: -6.0 dB
  353.0 degrees up to 357.0 degrees: -2.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -32.0 dB
  100.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -40.0 dB
  240.0 degrees up to 260.0 degrees: -34.0 dB
  260.0 degrees up to 340.0 degrees: -32.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB


licenceconditions:
  GENERAL CONDITION
  This licence must not be transferred to any foreign government, or to any party on
  behalf of any foreign government, without the written approval of the Chief Executive
  of the Ministry of Economic Development being first obtained.

  TECHNICAL CO-ORDINATION
  It is intended that the equipment comply with ETSI specification EN301 021.

  It is acknowledged that where proposed new licences require technical co-ordination
  with this licence, the exchange of additional information will be provided if needed to
  complete detailed analysis before the new licences are registered.


  CLARIFICATION OF UNITS USED
  Maximum Power of Emissions
  The maximum power of emissions shown as x dBW (e.i.r.p) is to be read as ¿¿total
  Power¿¿ or ¿¿x dBW (e.i.r.p)¿¿.
  Unwanted Emission Limits
  The unwanted emission limits applying to emissions from the transmitter shown as y
  dBW are to be read as ¿¿power spectral densities (eirp) within a bandwidth of 1 MHz¿¿
  or ¿¿y dBW (eirp) per 1 MHz bandwidth¿¿.
  Horizontal radiation pattern of antenna
  The horizontal radiation pattern of antenna shown as z dBW is to be read as ¿¿total
  power (erip)¿¿ or ¿¿z dBW (eirp)¿¿.
  Maximum permitted interfering signal
  The Maximum permitted interfering signal shown as zz dBuV/m is to be read as
  ¿¿Field strength spectral densities within a bandwidth of 1 MHz¿¿ or ¿¿zz dBuV/m per
  1MHz bandwidth¿¿.


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138, including the offset to M3- and Transpower licences 8517 and 8518 with receive protection at Maunu Mount.   Mt Hikurangi M3 horizontal changes to M3- vertical before 31 March 2006.

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 6 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 008.6 degrees: -31.0 dB
  008.6 degrees up to 139.4 degrees: -37.0 dB
  139.4 degrees up to 171.0 degrees: -38.0 dB
  171.0 degrees up to 189.0 degrees: -42.0 dB
  189.0 degrees up to 220.6 degrees: -38.0 dB
  220.6 degrees up to 351.4 degrees: -37.0 dB
  351.4 degrees up to 351.5 degrees: -31.0 dB
  351.5 degrees up to 360.0 degrees: -31.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 312.2 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 004.1 degrees: -1.0 dB
  004.1 degrees up to 005.3 degrees: -2.0 dB
  005.3 degrees up to 006.3 degrees: -5.0 dB
  006.3 degrees up to 007.1 degrees: -6.0 dB
  007.1 degrees up to 008.2 degrees: -9.0 dB
  008.2 degrees up to 015.0 degrees: -13.0 dB
  015.0 degrees up to 016.5 degrees: -14.0 dB
  016.5 degrees up to 024.3 degrees: -15.0 dB
  024.3 degrees up to 030.1 degrees: -19.0 dB
  030.1 degrees up to 035.1 degrees: -20.0 dB
  035.1 degrees up to 090.7 degrees: -22.0 dB
  090.7 degrees up to 101.5 degrees: -23.0 dB
  101.5 degrees up to 110.8 degrees: -28.0 dB
  110.8 degrees up to 140.2 degrees: -29.0 dB
  140.2 degrees up to 171.0 degrees: -33.0 dB
  171.0 degrees up to 189.0 degrees: -32.0 dB
  189.0 degrees up to 219.8 degrees: -33.0 dB
  219.8 degrees up to 249.2 degrees: -29.0 dB
  249.2 degrees up to 258.5 degrees: -28.0 dB
  258.5 degrees up to 269.3 degrees: -23.0 dB
  269.3 degrees up to 324.9 degrees: -22.0 dB
  324.9 degrees up to 329.9 degrees: -20.0 dB
  329.9 degrees up to 335.7 degrees: -19.0 dB
  335.7 degrees up to 343.5 degrees: -15.0 dB
  343.5 degrees up to 345.0 degrees: -14.0 dB
  345.0 degrees up to 351.8 degrees: -13.0 dB
  351.8 degrees up to 352.9 degrees: -9.0 dB
  352.9 degrees up to 353.7 degrees: -6.0 dB
  353.7 degrees up to 354.7 degrees: -5.0 dB
  354.7 degrees up to 355.9 degrees: -2.0 dB
  355.9 degrees up to 357.0 degrees: -1.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 008.6 degrees: -31.0 dB
  008.6 degrees up to 139.4 degrees: -37.0 dB
  139.4 degrees up to 171.0 degrees: -38.0 dB
  171.0 degrees up to 189.0 degrees: -42.0 dB
  189.0 degrees up to 220.6 degrees: -38.0 dB
  220.6 degrees up to 351.4 degrees: -37.0 dB
  351.4 degrees up to 351.5 degrees: -31.0 dB
  351.5 degrees up to 360.0 degrees: -31.0 dB


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138, including the offset to M3- before 31 March 2006, and a change of polarisation. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -32.0 dB
  100.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -40.0 dB
  240.0 degrees up to 260.0 degrees: -34.0 dB
  260.0 degrees up to 340.0 degrees: -32.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 21.8 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 007.0 degrees: -2.0 dB
  007.0 degrees up to 010.0 degrees: -6.0 dB
  010.0 degrees up to 012.0 degrees: -10.0 dB
  012.0 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 080.0 degrees: -18.0 dB
  080.0 degrees up to 100.0 degrees: -20.0 dB
  100.0 degrees up to 120.0 degrees: -24.0 dB
  120.0 degrees up to 140.0 degrees: -26.0 dB
  140.0 degrees up to 220.0 degrees: -32.0 dB
  220.0 degrees up to 240.0 degrees: -26.0 dB
  240.0 degrees up to 260.0 degrees: -24.0 dB
  260.0 degrees up to 280.0 degrees: -20.0 dB
  280.0 degrees up to 340.0 degrees: -18.0 dB
  340.0 degrees up to 348.0 degrees: -14.0 dB
  348.0 degrees up to 350.0 degrees: -10.0 dB
  350.0 degrees up to 353.0 degrees: -6.0 dB
  353.0 degrees up to 357.0 degrees: -2.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -32.0 dB
  100.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -40.0 dB
  240.0 degrees up to 260.0 degrees: -34.0 dB
  260.0 degrees up to 340.0 degrees: -32.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB


licenceconditions:
  The licence permits radiocommunications solely for non-commercial public safety and security operations relating to the protection of life and property.

  Primary use is for Civil Defence purposes.

  The licence permits use of radio apparatus on the licenced channels by the Waikato District Council.


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139.  This link retunes from M2A# to M2B# before 31 March 2006. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 007.5 degrees: -30.0 dB
  007.5 degrees up to 011.5 degrees: -33.0 dB
  015.0 degrees up to 040.0 degrees: -36.0 dB
  040.0 degrees up to 117.5 degrees: -34.0 dB
  117.5 degrees up to 145.0 degrees: -38.0 dB
  145.0 degrees up to 215.0 degrees: -42.0 dB
  215.0 degrees up to 242.5 degrees: -38.0 dB
  242.5 degrees up to 320.0 degrees: -34.0 dB
  320.0 degrees up to 345.0 degrees: -36.0 dB
  345.0 degrees up to 352.5 degrees: -33.0 dB
  352.5 degrees up to 360.0 degrees: -30.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 3.5 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 004.0 degrees: -1.0 dB
  004.0 degrees up to 005.0 degrees: -2.0 dB
  005.0 degrees up to 006.5 degrees: -3.0 dB
  006.5 degrees up to 008.0 degrees: -6.0 dB
  008.0 degrees up to 010.0 degrees: -9.0 dB
  010.0 degrees up to 010.5 degrees: -13.0 dB
  010.5 degrees up to 015.0 degrees: -15.0 dB
  015.0 degrees up to 028.0 degrees: -16.0 dB
  028.0 degrees up to 037.5 degrees: -20.0 dB
  037.5 degrees up to 117.0 degrees: -25.0 dB
  117.0 degrees up to 134.0 degrees: -29.0 dB
  134.0 degrees up to 167.0 degrees: -34.0 dB
  167.0 degrees up to 193.0 degrees: -30.0 dB
  193.0 degrees up to 226.0 degrees: -34.0 dB
  226.0 degrees up to 243.0 degrees: -29.0 dB
  243.0 degrees up to 322.5 degrees: -25.0 dB
  322.5 degrees up to 332.0 degrees: -20.0 dB
  332.0 degrees up to 345.0 degrees: -16.0 dB
  345.0 degrees up to 349.5 degrees: -15.0 dB
  349.5 degrees up to 350.0 degrees: -13.0 dB
  350.0 degrees up to 352.0 degrees: -9.0 dB
  352.0 degrees up to 353.5 degrees: -6.0 dB
  353.5 degrees up to 355.0 degrees: -3.0 dB
  355.0 degrees up to 356.0 degrees: -2.0 dB
  356.0 degrees up to 357.0 degrees: -1.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 007.5 degrees: -30.0 dB
  007.5 degrees up to 011.5 degrees: -33.0 dB
  015.0 degrees up to 040.0 degrees: -36.0 dB
  040.0 degrees up to 117.5 degrees: -34.0 dB
  117.5 degrees up to 145.0 degrees: -38.0 dB
  145.0 degrees up to 215.0 degrees: -42.0 dB
  215.0 degrees up to 242.5 degrees: -38.0 dB
  242.5 degrees up to 320.0 degrees: -34.0 dB
  320.0 degrees up to 345.0 degrees: -36.0 dB
  345.0 degrees up to 352.5 degrees: -33.0 dB
  352.5 degrees up to 360.0 degrees: -30.0 dB


licenceconditions:
  FNX502 CTCSS B10 (156.7Hz).  FNX509 CTCSS B10 (156.7Hz).  FNX506 CTCSS B10 (156.7Hz). 
  FNX512 CTCSS B10 (156.7Hz).


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 6 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 015.0 degrees: -33.0 dB
  015.0 degrees up to 020.0 degrees: -34.0 dB
  020.0 degrees up to 060.0 degrees: -35.0 dB
  060.0 degrees up to 140.0 degrees: -38.0 dB
  140.0 degrees up to 220.0 degrees: -40.0 dB
  220.0 degrees up to 300.0 degrees: -38.0 dB
  300.0 degrees up to 340.0 degrees: -35.0 dB
  340.0 degrees up to 345.0 degrees: -34.0 dB
  345.0 degrees up to 360.0 degrees: -33.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 50.6 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 002.0 degrees: 0.0 dB
  002.0 degrees up to 004.0 degrees: -2.0 dB
  004.0 degrees up to 006.0 degrees: -6.0 dB
  006.0 degrees up to 010.0 degrees: -12.0 dB
  010.0 degrees up to 015.0 degrees: -16.0 dB
  015.0 degrees up to 025.0 degrees: -20.0 dB
  025.0 degrees up to 040.0 degrees: -24.0 dB
  040.0 degrees up to 060.0 degrees: -28.0 dB
  060.0 degrees up to 080.0 degrees: -32.0 dB
  080.0 degrees up to 090.0 degrees: -36.0 dB
  090.0 degrees up to 095.0 degrees: -40.0 dB
  095.0 degrees up to 105.0 degrees: -44.0 dB
  105.0 degrees up to 110.0 degrees: -48.0 dB
  110.0 degrees up to 250.0 degrees: -52.0 dB
  250.0 degrees up to 255.0 degrees: -48.0 dB
  255.0 degrees up to 265.0 degrees: -44.0 dB
  265.0 degrees up to 270.0 degrees: -40.0 dB
  270.0 degrees up to 280.0 degrees: -36.0 dB
  280.0 degrees up to 300.0 degrees: -32.0 dB
  300.0 degrees up to 320.0 degrees: -28.0 dB
  320.0 degrees up to 335.0 degrees: -24.0 dB
  335.0 degrees up to 345.0 degrees: -20.0 dB
  345.0 degrees up to 350.0 degrees: -16.0 dB
  350.0 degrees up to 354.0 degrees: -12.0 dB
  354.0 degrees up to 356.0 degrees: -6.0 dB
  356.0 degrees up to 358.0 degrees: -2.0 dB
  358.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 060.0 degrees: -34.0 dB
  060.0 degrees up to 085.0 degrees: -40.0 dB
  085.0 degrees up to 095.0 degrees: -44.0 dB
  095.0 degrees up to 105.0 degrees: -48.0 dB
  105.0 degrees up to 110.0 degrees: -52.0 dB
  110.0 degrees up to 250.0 degrees: -55.0 dB
  250.0 degrees up to 255.0 degrees: -52.0 dB
  255.0 degrees up to 265.0 degrees: -48.0 dB
  265.0 degrees up to 275.0 degrees: -44.0 dB
  275.0 degrees up to 300.0 degrees: -40.0 dB
  300.0 degrees up to 340.0 degrees: -34.0 dB
  340.0 degrees up to 360.0 degrees: -30.0 dB


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139.  Pipiwai facing Mt Hikurangi continues to use M3# but has changed from horizontal to vertical polarisation. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 7 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 008.6 degrees: -31.0 dB
  008.6 degrees up to 139.4 degrees: -37.0 dB
  139.4 degrees up to 171.0 degrees: -38.0 dB
  171.0 degrees up to 189.0 degrees: -42.0 dB
  189.0 degrees up to 220.6 degrees: -38.0 dB
  220.6 degrees up to 351.4 degrees: -37.0 dB
  351.4 degrees up to 351.5 degrees: -31.0 dB
  351.5 degrees up to 360.0 degrees: -31.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 132.3 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 004.1 degrees: -1.0 dB
  004.1 degrees up to 005.3 degrees: -2.0 dB
  005.3 degrees up to 006.3 degrees: -5.0 dB
  006.3 degrees up to 007.1 degrees: -6.0 dB
  007.1 degrees up to 008.2 degrees: -9.0 dB
  008.2 degrees up to 015.0 degrees: -13.0 dB
  015.0 degrees up to 016.5 degrees: -14.0 dB
  016.5 degrees up to 024.3 degrees: -15.0 dB
  024.3 degrees up to 030.1 degrees: -19.0 dB
  030.1 degrees up to 035.1 degrees: -20.0 dB
  035.1 degrees up to 090.7 degrees: -22.0 dB
  090.7 degrees up to 101.5 degrees: -23.0 dB
  101.5 degrees up to 110.8 degrees: -28.0 dB
  110.8 degrees up to 140.2 degrees: -29.0 dB
  140.2 degrees up to 171.0 degrees: -33.0 dB
  171.0 degrees up to 189.0 degrees: -32.0 dB
  189.0 degrees up to 219.8 degrees: -33.0 dB
  219.8 degrees up to 249.2 degrees: -29.0 dB
  249.2 degrees up to 258.5 degrees: -28.0 dB
  258.5 degrees up to 269.3 degrees: -23.0 dB
  269.3 degrees up to 324.9 degrees: -22.0 dB
  324.9 degrees up to 329.9 degrees: -20.0 dB
  329.9 degrees up to 335.7 degrees: -19.0 dB
  335.7 degrees up to 343.5 degrees: -15.0 dB
  343.5 degrees up to 345.0 degrees: -14.0 dB
  345.0 degrees up to 351.8 degrees: -13.0 dB
  351.8 degrees up to 352.9 degrees: -9.0 dB
  352.9 degrees up to 353.7 degrees: -6.0 dB
  353.7 degrees up to 354.7 degrees: -5.0 dB
  354.7 degrees up to 355.9 degrees: -2.0 dB
  355.9 degrees up to 357.0 degrees: -1.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 008.6 degrees: -31.0 dB
  008.6 degrees up to 139.4 degrees: -37.0 dB
  139.4 degrees up to 171.0 degrees: -38.0 dB
  171.0 degrees up to 189.0 degrees: -42.0 dB
  189.0 degrees up to 220.6 degrees: -38.0 dB
  220.6 degrees up to 351.4 degrees: -37.0 dB
  351.4 degrees up to 351.5 degrees: -31.0 dB
  351.5 degrees up to 360.0 degrees: -31.0 dB


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138.  This link retunes from M2A to M3A before 31 March 2006. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -32.0 dB
  100.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -40.0 dB
  240.0 degrees up to 260.0 degrees: -34.0 dB
  260.0 degrees up to 340.0 degrees: -32.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 38.2 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 005.0 degrees: -2.0 dB
  005.0 degrees up to 007.0 degrees: -6.0 dB
  007.0 degrees up to 010.0 degrees: -10.0 dB
  010.0 degrees up to 015.0 degrees: -14.0 dB
  015.0 degrees up to 060.0 degrees: -18.0 dB
  060.0 degrees up to 100.0 degrees: -20.0 dB
  100.0 degrees up to 120.0 degrees: -24.0 dB
  120.0 degrees up to 140.0 degrees: -28.0 dB
  140.0 degrees up to 220.0 degrees: -35.0 dB
  220.0 degrees up to 240.0 degrees: -28.0 dB
  240.0 degrees up to 260.0 degrees: -24.0 dB
  260.0 degrees up to 300.0 degrees: -20.0 dB
  300.0 degrees up to 345.0 degrees: -18.0 dB
  345.0 degrees up to 350.0 degrees: -14.0 dB
  350.0 degrees up to 353.0 degrees: -10.0 dB
  353.0 degrees up to 355.0 degrees: -6.0 dB
  355.0 degrees up to 357.0 degrees: -2.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -34.0 dB
  100.0 degrees up to 120.0 degrees: -38.0 dB
  120.0 degrees up to 240.0 degrees: -42.0 dB
  240.0 degrees up to 260.0 degrees: -38.0 dB
  260.0 degrees up to 340.0 degrees: -34.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB


licenceconditions:
  A coded squelch system and/or CTCSS a tone (group B) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a  conflict with the operational needs of the licensee there will be no protection from interference from external sources.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources. Note: For SCADA use the repeater eqipment is exempt from this requirement.


licenceconditions:
  (a) This MR22 base station licence is associated with mobile and portable operation authorised in MR21, as part of a cellular network.

  (b) Multiple transmitters, multiple modes of transmission nad multiple frequencies can be used under this licence, so long as the total power is within the specification in clause 5(a) and the total unwanted emissions are within the specifications in clause 4(a) and 4(b) of this Schedule. Note that the emission designator specified in clause 5(b) of this schedule caters for multiple situations. Modes used include any or all of analogue AMPS, digital AMPS and CDMA.

  (c) Co-ordination near 870MHz and 880MHz may be needed to obtain best overall spectrum utilisation with stations and services in neighbouring bands. 

  (d) Antennas with directional characteristics, including beam tilt, can be used, but will have radiation within the specification in clause 5(c) of this Schedule. 

  (e) The power density of unwanted emissions specified in clause 4(a) and 4(b) of this Schedule are normalised to a reference bandwidth of 100kHz. 

  (f) The power density specified in clause 5(a) of this Schedule is normalised to a reference bandwidth of 100kHz. 

  (g) The maximum permitted interfering signals specified in clause 7(b) of this Schedule shall be measured at a height of 1.5m above ground level. 

  (h) The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 100kHz. The basis of determining the maximum permitted interfering signal is for terminated unwanted signal to be no more than -115 dBm per 1.25 MHz at a receiver input, which is equivalent to an incident field strength of 10 db¿¿V/m for a simple antenna. For a base station, receiving in MR21, with a high gain antenna system, the maximum permitted interfering signal is -113 dBm per 1.25 MHz terminated at the feeder frame, which is equivalent to an incident field strength of 2 db¿¿V/m.


licenceconditions:
  A coded squelch system and/or CTCSS tone A5 (114.8 Hz) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement


licenceconditions:
  i. Subject to the terms, conditions and restrictions set out on the licence or contained in any associated schedule. 

  ii. The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development. 

  iii. The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence. 

  iv. Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level. 

  v. The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. 

  vi. The right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence are subject to transmissions under any other licence held by the licensee under MR241.

  vii. Operations under the terms of this license must comply with a current version of a sharing agreement signed between Netsmart Ltd and Wasp New Zealand Ltd.


licenceconditions:
  A coded squelch system and / or CTCSS tone (B 13) shall be used on all radio apparatus covered by the licence.  Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.  NOTE: For SCADA use the repeater equipment is exempt from this requirement.


licenceconditions:
  GENERAL CONDITION
  This licence must not be transferred to any foreign government, or to any party on
  behalf of any foreign government, without the written approval of the Chief Executive
  of the Ministry of Economic Development being first obtained.

  TECHNICAL CO-ORDINATION
  It is intended that the equipment comply with ETSI specification EN301 021.
  It is acknowledged that where proposed new licences require technical co-ordination
  with this licence, the exchange of additional information will be provided if needed to
  complete detailed analysis before the new licences are registered.

  CLARIFICATION OF UNITS USED
  Maximum Power of Emissions
  The maximum power of emissions shown as x dBW (e.i.r.p) is to read as #total
  Power# or #x dBW (e.i.r.p)#.
  Unwanted Emission Limits
  The unwanted emission limits applying to emissions from the transmitter shown as y
  dBW are to be read as #power spectral densities (eirp) within a bandwidth of 1 MHz#
  or #y dBW (eirp) per 1 MHz bandwidth#.
  Horizontal radiation pattern of antenna
  The horizontal radiation pattern of antenna shown as z dBW is to be read as #total
  power (eirp)# or #z dBW (eirp)#.
  Maximum permitted interfering signal
  The Maximum permitted interfering signal shown as zz dBuV/m is to be read as
  #Field strength spectral densities within a bandwidth of 1 MHz# or #zz dBuV/m per
  1MHz bandwidth#. 


licenceconditions:
  A CTCSS tone (group B) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources. NOTE: for SCADA or data use, the repeater equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and/or CTCSS tone A8 (141.3 Hz) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement


licenceconditions:
  The licence permits radiocommunication solely for non-commercial public safety and security operations relating to the protection of life and property. Primary use is for Civil Defence purposes.
  The licence permits radiocommunications in support of Civil Defence operations by the New Zealand Red Cross Inc Society.


licenceconditions:
  A coded squelch system and/or CTCSS tone group A9 (151.4 Hz) shall be used on all radio equipment covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee, there will be no protection from interference from external sources. Note: For SCADA use, the repeater equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and/or CTCSS tone group A9 (151.4 Hz) shall be used on all radio equipment covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee, there will be no protection from interference from external sources.

  Note: For SCADA use, the repeater equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational requirements of the licencee there will be no protection from interference from other external sources. NOTE; for SCADA and DATA use the repeater equipment is exempt from this requirement


licenceconditions:
  A coded squelch system and / or CTCSS tone (B14) shall be used on all radio apparatus covered by the licence.  Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.  NOTE: For SCADA use the repeater equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and / or CTCSS tone (B16) shall be used on all radio apparatus covered by the licence.  Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.  NOTE: For SCADA use the repeater equipment is exempt from this requirement.


licenceconditions:
  This licence is issued on a "shared channel" basis. Other users may be assigned the same channel.

  CTCSS Tone B5 shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational requirements of the Licensee there will be no protection from interference from other external sources.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources.
  Simplex is a shared service and any co-channel interference suffered must be tolerated.


licenceconditions:
  i. Subject to the terms, conditions and restrictions set out on the licence or contained in any associated schedule. ii. The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development. iii. The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence. iv. Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level. v. The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. vi. The right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence are subject to transmissions under any other licence held by the licensee under MR258. vii. Operations under the terms of this license must comply with a current version of a sharing agreement signed between Netsmart Ltd and Wasp New Zealand Ltd.


licenceconditions:
  1. Tx set to 1W (out of Module).
  2. To minimise potential interference with Big Bay Repeater (Licence No. 178231), diferent IDENT codes must be used on The Hossack - Wallace Peak system.


licenceconditions:
  A coded squelch system and/or CTCSS tone group A2 (88.5 Hz) shall be used on all radio equipment covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee, there will be no protection from interference from external sources.

  Note: For SCADA use, the repeater equipment is exempt from this requirement.


licenceconditions:
  The following CTCSS tones must be used on all radio apparatus covered by the licence.
  EEX49  A4, A6, A8, A10, A12, A14
  EEX6   A4, A6, A8, A10, A12, A14
  EEX2   A4, A6, A8, A10, A12, A14
  EEX62  A4, A6, A8, A10, A12, A14
  EEX24  A4, A6, A8, A10, A12, A14
  EEX27  A5, A7, A9, A11, A13, A14
  EEX31  A5, A7, A9, A11, A13, A14
  EEX43  A5, A7, A9, A11, A13, A14
  EEX54  A5, A7, A9, A11, A13, A14
  EEX15  A5, A7, A9, A11, A13, A14


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources. Note: CTCSS Tones B1 & B10 have been assigned to this licence for use at Whatwhata and Hamilton timber yards.


licenceconditions:
  Any person may transmit radio waves using radiocommunication transmitters, for the purpose of remote control of aeronautical model short range devices, in accordance with the terms, conditions and restrictions of this licence.

  General conditions applying to all transmissions under this licence

  1. Transmitters must conform to radio standards as prescribed in notices made under Regulation 32 (1) (b) of the Radiocommunications Regulations 2001.

  2. Frequency use is on a shared basis and the chief executive does not accept liability under any circumstances for any loss or damage of any kind occasioned by the unavailability of frequencies or interference to reception.

  3. Should interference occur to services licensed pursuant to a radio licence or a spectrum licence, the chief executive reserves the right to require and ensure that any transmission pursuant to this licence change frequency, reduce power, or cease operation.


licenceconditions:
  i. Subject to the terms, conditions and restrictions set out on the licence or contained in any associated schedule. 

  ii. The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development. 

  iii. The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence. 

  iv. Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level. 

  v. The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. 

  vi. The right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence are subject to transmissions under any other licence held by the licensee under MR258.

  vii. Operations under the terms of this license must comply with a current version of a sharing agreement signed between Netsmart Ltd and Wasp New Zealand Ltd.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be uased on all radio apparatus covered by this licence. Where CTCSS is not used due to conflict with operational requirements of the licencee there will be no protection from interference from other external sources.
  NOTE: for SCADA or DATA use the repeater equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and/or CTCSS (Group B) shall be used on all apparatus covered by the licence.  Where CTCSS is not used due to conflict with the operational needs of the licence, there will be no protection from interference from external sources.
  Note: For SCADA use the repeater equipment is exempt from this requirement.


licenceconditions:
  1) A coded squelch system (or CTCSS tone group A) shall be used on all
  radio apparatus covered by the licence.
  2) Equipment to feed antenna via bandpass duplexer with minimum 40 dB rejection outside licensed frequencies.
  3) Transmit isolators not required at this stage, but may be requested at a later stage.


licenceconditions:
  The licence permits use of 3047 kHz and 6745 kHz for Glider Retrieve radiocommunications only.
  The licence permits use of 5290kHz, 5293kHz, 5299kHz, 5473kHz, 5680kHz, 6745kHz and 6782kHz for daylight radiocommunications only.
  This licence permits use of 3023kHz and 5680kHz for Search and Rescue communications in conjunction with NZ Police.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources. NOTE: for SCADA or data use, the repeater equipment is exempt from this requirement.


licenceconditions:
  i. Subject to the terms, conditions and restrictions set out on the licence or contained in any associated schedule. ii. The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development. iii. The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence. iv. Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level. v. The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. vi. The right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence are subject to transmissions under any other licence held by the licensee under MR241. vii. Operations under the terms of this license must comply with a current version of a sharing agreement signed between Netsmart Ltd and Wasp New Zealand Ltd.


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this Licence are: 
  (a) the rightholder shall not transfer the licence or the rightholder's interest in the licence, or issue any sub-licence, to any foreign government, or to any party on behalf of any foreign government without first obtaining the written approval of the Manager; 
  (b) the rightholder shall use the frequency on which transmissions are permitted under this licence at all times in accordance with the terms of the management rights specified on record of management rights No 40; 
  (c) the rightholder shall comply at all times with all applicable laws and regulations in New Zealand which relate in any way to the use of the frequency on which transmissions are permitted under this licence including, but not limited to, the Radiocommunications Act 1989 ("Act"); 
  (d) the rightholder shall promptly pay all fees required to be paid in connection with the issue, registration or continuation of this licence including, without limitation, any fees from time to time prescribed by regulations made under section 135 of the Act notwithstanding the persons prescribed as liable for those fees in such regulations.


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139.  

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 5 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 109.3 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 030.0 degrees: -14.0 dB
  030.0 degrees up to 098.0 degrees: -20.0 dB
  098.0 degrees up to 160.0 degrees: -24.0 dB
  160.0 degrees up to 200.0 degrees: -26.0 dB
  200.0 degrees up to 262.0 degrees: -24.0 dB
  262.0 degrees up to 330.0 degrees: -20.0 dB
  330.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  (a) This MR22 base station licence is associated with mobile and portable operation authorised in MR21, as part of a cellular network.

  (b) Multiple transmitters, multiple modes of transmission nad multiple frequencies can be used under this licence, so long as the total power is within the specification in clause 5(a) and the total unwanted emissions are within the specifications in clause 4(a) and 4(b) of this Schedule. Note that the emission designator specified in clause 5(b) of this schedule caters fro multiple situations. Modes used include any or all of analogue AMPS, digital AMPS and CDMA.

  (c) Co-ordination near 870MHz and 880MHz may be needed to obtain best overall spectrum utilisation with stations and services in neighbouring bands. 

  (d) Antennas with directional characteristics, including beam tilt, can be used, but will have radiation within the specification in clause 5(c) of this Schedule. 

  (e) The power density of unwanted emissions specified in clause 4(a) and 4(b) of this Schedule are normalised to a reference bandwidth of 100kHz. 

  (f) The power density specified in clause 5(a) of this Schedule is normalised to a reference bandwidth of 100kHz. 

  (g) The maximum permitted interfering signals specified in clause 7(b) of this Schedule shall be measured at a height of 1.5m above ground level. 

  (h) The maximum permitted interfering signals specified in clause 7(b) of this Schedule are normalised to a reference bandwidth of 100kHz. The basis of determining the maximum permitted interfering signal is for terminated unwanted signal to be no more than -115 dBm per 1.25 MHz at a receiver input, which is equivalent to an incident field strength of 10 db¿¿V/m for a simple antenna. For a base station, receiving in MR21, with a high gain antenna system, the maximum permitted interfering signal is -113 dBm per 1.25 MHz terminated at the feeder frame, which is equivalent to an incident field strength of 2 db¿¿V/m.


licenceconditions:
  All repeaters on this channel must be part of a nation wide trunked dispatch system.
  At the Manurewa Radio site the maximum permitted eirp over an arc 245¿¿ to 375¿¿ shall be 19.1dBW.


licenceconditions:
  A coded squelch system and/or CTCSS tone A9 (151.4 Hz) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources. NOTE: for SCADA or DATA use the repeater equipment is exempt from this requirement


licenceconditions:
  A coded squelch system and/or CTCSS (group A) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.


licenceconditions:
  A coded squelch system and / or CTCSS tone (A9) shall be used on all radio apparatus covered by the licence.  Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.  NOTE: For SCADA use the repeater equipment is exempt from this requirement.


licenceconditions:
  Conditions applying the exercise of the rightholder's rights under this licence are: (a) Transmissions pursuant to this licence are limited to the purpose known as radio microphones or wireless microphones. Broadcast transmissions, as defined in the Broadcasting Act 1989, are not permitted. (b) Transmitters must conform to technical standards for Short Range Devices as precribed in a notice made under regulation 32(1)(b) of the Radiocommunications Regulations 2001. (c) Frequency use is on a shared basis and the manager does not accept liability under any circumstances for any loss or damage of any kind occasioned by the unavailability of frequencies, or interference to reception. (d) Should interference occur to services licensed pursuant to a spectrum licence or a radio licence, the manager reserves the right to require that any transmission pursuant to this licence change frequency, reduce power, or cease operation. (e) The manager will not transfer the manager's interest in this licence.


licenceconditions:
  1. Tx set to 1W (out of duplexer)
  2. To minimise potential interference with Mt Te Aroha (Licence No. 53229), diferent IDENT codes must be used on the Maungataureia - Goshen Valley Road system.


licenceconditions:
  This licence permits use for Bush Winch operations only.
  Where CTCSS is used, a tone from group A shall be used on all radio apparatus covered by the licence.


licenceconditions:
  1. Tx Module set to 1W.
  2. To minimise potential interference with Highfield (100630) - Drydens (100631) system, diferent IDENT codes must be used on the Nguroa - Mt Burnett system, and Highfield-Drydens should be fitted with attenuators: 5dB Tx-Dpx and 8dB in common feeders.
  3. To minimise potential interference, the Stratford (56608) - Moeroa (56607) system EIRP should be less than 14dBW.


licenceconditions:
  A coded squelch system and/or CTCSS tone group A7 (107.2 Hz) shall be used on all radio equipment covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee, there will be no protection from interference from external sources.

  Note: For SCADA use, the repeater equipment is exempt from this requirement


licenceconditions:
  Licence for mobile crane control operations only.
  CTCSS tone B9 (146.2 Hz) shall be used on all radio apparatus covered by the licence. 


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138.

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 5 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 289.2 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 030.0 degrees: -14.0 dB
  030.0 degrees up to 098.0 degrees: -20.0 dB
  098.0 degrees up to 160.0 degrees: -24.0 dB
  160.0 degrees up to 200.0 degrees: -26.0 dB
  200.0 degrees up to 262.0 degrees: -24.0 dB
  262.0 degrees up to 330.0 degrees: -20.0 dB
  330.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  A general user radio licence is granted for the transmission of radio waves for the purpose of cordless telephones, including those known as "CT1", "CT2", "DECT", and "PHS", in accordance with the terms, conditions and restrictions of the notice.

  The frequency bands for cordless phones known as CT1 are 1.7 - 1.8 MHz, 30 - 41 MHz and 72.8 - 73 MHz, with specific operating frequencies as prescribed in the First Schedule to this notice. 

  The frequency band for cordless phones known as CT2 is 864.1 - 868.1 MHz, with specific operating frequencies as prescribed in the Second Schedule to this notice. 

  The frequency band for cordless phones known as Digital Enhanced Cordless Telecommunications (DECT) is 1880 - 1900 MHz, and the frequency band for cordless phones know as Personal Handyphone System (PHS) is 1895 - 1920 MHz. 

  Units operating in the DECT and PHS frequency bands must not exceed a peak radiated power of -6dBW (250 milliwatts) e.i.r.p., or an equivalent field strength of 109 dB¿¿V/m measured at a 10 metre distance. 

  Transmitters must conform to technical standards as prescribed in notices made under Regulation 32 (1) (b) of the Regulations. 

  Frequency use is on a shared basis and the chief executive does not accept liability under any circumstances for any loss or damage of any kind occasioned by the unavailability of frequencies, or interference to reception. 

  Should interference occur to services licensed pursuant to a radio licence or a spectrum licence, the chief executive reserves the right to require and ensure that any transmission pursuant to this general user radio licence changes frequency, reduces power or ceases operation.

  CT1   -   Units operating at 1.7/40 MHz and 30/40 MHz:  Peak radiated power: -8dBW (160 milliwatts) e.i.r.p.; Equivalent field strength: 107 dB¿¿V/m measured at 10 Meters distance.

  CT1   -   Base Units operating at 30/72 MHz:  Peak radiated power:0dBW (1watt) e.i.r.p.; Equivalent field strength: 115 dB¿¿V/m measured at 10 Metres distance

  CT1   -   Portable Units operating at 30/72MHz:  Peak radiated power: -3dBW (0.5 watt) e.i.r.p.;  Equivalent field strength: 112 dB¿¿V/m measured at 10 Metres distance 


licenceconditions:
  The licence permits radiocommunication solely for Department of Conservation  operational activities, including public safety and security operations relating to the protection of life and property.


licenceconditions:
  The licence permits radiocommunication solely for non-commercial public safety and security operations relating to the protection of life and property.


licenceconditions:
  A coded squelch system using CTCSS tone "A" ( 88.5 Hz ) shall be used on all radio appartus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.


licenceconditions:
  The licence permits use of 5.2794, 5.6814, 6.9954, 7.7964, and 7.8314 MHz for daylight radiocommunications only.

  The licence permits use of 3.2624 and 3.3464 MHz for emergency radiocommunications in conjunction with the Mountain Radio Service only.

  The licence permits use of 3.0244 and 5.6814 MHz for search and rescue radiocommunications in conjunction with the New Zealand Police only.

  The licence permits use of 3.3614 and 5.6814 MHz for civil emergency radiocommunications in conjunction with the Ministry of Civil Defence & Emergency Management only.

  The licence permits use of 13.9713, 13.9980, 20.8000, and 20.8150 MHz for radiocommunications with the International Committee of the Red Cross in Geneva only.


licenceconditions:
  Fixed mobiles (trigger bases) on this channel using Yagi antennas to overcome obstruction losses towards the land mobile repeater may transmit at an e.i.r.p. of up to 21 dBW in the direction of the repeater site only.  The fixed mobile transmitting antenna must limit radiation in all other directions to 14 dBW as permitted by PIB38.


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 5 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 214.1 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  This is a shared service and any co-channel interference must be tolerated.
  CTCSS B10 (156.7Hz) tone shall be used on all radio apparatus covered by the licence


licenceconditions:
  Note: There is an agreement in place between Defence and NZART to allow Amateurs to use this frequency for AREC Communications.

  Except as otherwise provided in this licence the provisions of the Radiocommunications Regulations (General User Radio Licence for Amateur Radio Operators) Notice 2006 as it applies to New Zealand Amateur Operators must be observed.

  All amateur equipment used in this service must comply with the requirements of technical standard ETSI ETS 300 684 published by the European Telecommunications Standards Institute (ETSI). (Radio Equipment and Systems (RES); ElectroMagnetic Compatability (EMC) Standard for Commercially Available Amateur Radio Equipment)


licenceconditions:
  A coded squelch system and/or CTCSS tone (A7) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.

  Land Mobile Simplex is a shared service so any co-channel interference must be tolerated.


licenceconditions:
  The receive antenna response at 0 degrees is at an azimuth of 43 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.0 degrees: 0.0 dB
  003.0 degrees up to 007.0 degrees: -2.0 dB
  007.0 degrees up to 010.0 degrees: -6.0 dB
  010.0 degrees up to 012.0 degrees: -10.0 dB
  012.0 degrees up to 020.0 degrees: -14.0 dB
  020.0 degrees up to 080.0 degrees: -18.0 dB
  080.0 degrees up to 100.0 degrees: -20.0 dB
  100.0 degrees up to 120.0 degrees: -24.0 dB
  120.0 degrees up to 140.0 degrees: -26.0 dB
  140.0 degrees up to 220.0 degrees: -32.0 dB
  220.0 degrees up to 240.0 degrees: -26.0 dB
  240.0 degrees up to 260.0 degrees: -24.0 dB
  260.0 degrees up to 280.0 degrees: -20.0 dB
  280.0 degrees up to 340.0 degrees: -18.0 dB
  340.0 degrees up to 348.0 degrees: -14.0 dB
  348.0 degrees up to 350.0 degrees: -10.0 dB
  350.0 degrees up to 353.0 degrees: -6.0 dB
  353.0 degrees up to 357.0 degrees: -2.0 dB
  357.0 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 001.0 degrees: -38.0 dB
  001.0 degrees up to 003.0 degrees: -34.0 dB
  003.0 degrees up to 020.0 degrees: -30.0 dB
  020.0 degrees up to 100.0 degrees: -32.0 dB
  100.0 degrees up to 120.0 degrees: -34.0 dB
  120.0 degrees up to 240.0 degrees: -40.0 dB
  240.0 degrees up to 260.0 degrees: -34.0 dB
  260.0 degrees up to 340.0 degrees: -32.0 dB
  340.0 degrees up to 357.0 degrees: -30.0 dB
  357.0 degrees up to 359.0 degrees: -34.0 dB
  359.0 degrees up to 360.0 degrees: -38.0 dB

  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 5 metres above ground level.       


licenceconditions:
  This is a shared service and any co-channel interference must be tolerated.
  CTCSS B2(82.5Hz) tone shall be used on all radio apparatus covered by the licence.


licenceconditions:
  A coded squelch system and/or CTCSS tone B2 (82.5 Hz) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement.


licenceconditions:
  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR138. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 5 metres above ground level.       

  Transmit Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  The receive antenna response at 0 degrees is at an azimuth of 34.2 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 016.0 degrees: -14.0 dB
  016.0 degrees up to 035.0 degrees: -13.0 dB
  035.0 degrees up to 060.0 degrees: -20.0 dB
  060.0 degrees up to 100.0 degrees: -22.0 dB
  100.0 degrees up to 260.0 degrees: -26.0 dB
  260.0 degrees up to 300.0 degrees: -22.0 dB
  300.0 degrees up to 325.0 degrees: -20.0 dB
  325.0 degrees up to 344.0 degrees: -13.0 dB
  344.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB


licenceconditions:
  1. Tx set to 6.5W (out of Module).

  2. To minimise potential interference from Matira (Licence No. 106333), diferent IDENT codes must be used on the Philcox - Te Kawau Bay system, and Philcox should be fitted with a 7dB Rx-Dpx attenuator.


licenceconditions:
  A coded squelch system and / or CTCSS tone (A6) shall be used on all radio apparatus covered by the licence.  Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.  NOTE: For SCADA use the repeater equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and / or CTCSS tone (A7) shall be used on all radio apparatus covered by the licence.  Where CTCSS is not used due to a conflict with the operational needs of the licensee there will be no protection from interference from external sources.  NOTE: For SCADA use the repeater equipment is exempt from this requirement.


licenceconditions:
  The receive antenna response at 0 degrees is at an azimuth of 223 degrees relative to true North.
  Receive Antenna Co-polar Response:
  000.0 degrees up to 003.5 degrees: 0.0 dB
  003.5 degrees up to 004.7 degrees: -1.0 dB
  004.7 degrees up to 005.7 degrees: -2.0 dB
  005.7 degrees up to 007.8 degrees: -3.0 dB
  007.8 degrees up to 009.7 degrees: -6.0 dB
  009.7 degrees up to 011.0 degrees: -10.0 dB
  011.0 degrees up to 030.0 degrees: -14.0 dB
  030.0 degrees up to 098.0 degrees: -20.0 dB
  098.0 degrees up to 160.0 degrees: -24.0 dB
  160.0 degrees up to 200.0 degrees: -26.0 dB
  200.0 degrees up to 262.0 degrees: -24.0 dB
  262.0 degrees up to 330.0 degrees: -20.0 dB
  330.0 degrees up to 349.0 degrees: -14.0 dB
  349.0 degrees up to 350.3 degrees: -10.0 dB
  350.3 degrees up to 352.2 degrees: -6.0 dB
  352.2 degrees up to 354.3 degrees: -3.0 dB
  354.3 degrees up to 355.3 degrees: -2.0 dB
  355.3 degrees up to 356.5 degrees: -1.0 dB
  356.5 degrees up to 360.0 degrees: 0.0 dB

  Receive Antenna Cross-polar Response:
  000.0 degrees up to 360.0 degrees: -36.0 dB

  Co-ordination
  Telecom will manage co-ordination and compatibility with other licences in MR139. 

  Information on parameters
  Maximum radiated power specified in clause 5(a) is the mean power integrated in the frequency band specified in clause 3(b), which corresponds to emission necessary bandwidth indicated by first part of the emission designator specified in clause 5(b).  In effect, the in-band reference bandwidth is the emission bandwidth for the maximum power specified in clause 5(a). 

  For the out-of-band domain the unwanted emission limits specified in clause 4(a) and 4(b) have a reference bandwidth in accordance with Annex 6 of Rec. ITU-R SM.329-10.  The reference bandwidth for unwanted emissions steps from 0.3 kHz to 1 kHz, 10 kHz and 100 kHz in the out-of-band domain, and then steps to 1 MHz at the start of the spurious domain.  The last line of clause 4(a) and the first line of clause 4(b) cater for scaling between in-band and out-of-band reference bandwidths.

  The maximum permitted interfering signals specified in clause 7(b) is for a receiver response with the same bandwidth as the emission necessary bandwidth, and for maximum response of the antenna.  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.       


licenceconditions:
  The conditions applying to the exercise of the rightholder's rights under this
  Licence are:

  (a)	the rightholder shall not transfer the licence or the rightholder's interest
  	in the licence, or issue any sub-licence, to any foreign government, or to
  	any party on behalf of any foreign government without first obtaining the
  	written approval of the Manager;

  (b)	the rightholder shall use the frequency on which transmissions are
  	permitted under this licence at all times in accordance with the terms of
  	the management rights specified on record of management rights No
  	187;

  (c)	the rightholder shall comply at all times with all applicable laws and
  	regulations in New Zealand which relate in any way to the use of the
  	frequency on which transmissions are permitted under this licence
  	including, but not limited to, the Radiocommunications Act 1989 ("Act");

  (d)	the rightholder shall promptly pay all fees required to be paid in
  	connection with the issue, registration or continuation of this licence
  	including, without limitation, any fees from time to time prescribed by
  	regulations made under section 135 of the act notwithstanding the
  	persons prescribed as liable for those fees in such regulations.


licenceconditions:
  Simplex is a shared service and any co-channel interference suffered must be tolerated.
  CTCSS B9 (146.2 Hz) tone shall be used on all radio apparatus covered by the licence.  
  Licence permits transmission of data for a period of 10 seconds, up to 5 transmissions per hour.


licenceconditions:
  1. Tx set to 1W (out of Module).

  2. To minimise potential interference from Waiti Road (53153) and Rewarewa (119125) systems, diferent IDENT codes must be used on the Karamuramu - Ruakawakawa system, and Karamuramu - Ruakawakawa should be fitted with 5dB Rx-Dpx attenuators.


licenceconditions:
  This licence is issued on a non interference basis to channel EN194 Mt Shrives.
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other co-channel services.
  NOTE: for SCADA or DATA use the repeater equipment is exempt from this requirement.


licenceconditions:
  CTCSS tone A9 shall be used on CNX55 & CTCSS tone A7 shall be used on DNX30 on all radio apparatus covered by the licence.  

  These channels are being used for Crane Control on Crane C (CNX55) and Hatch C (DNX30) at Lyttleton Container Wharf as there are no Crane Control Channels available at Lyttleton in the C or D Band Simplex. 

  NOTE: As these are NOT Crane Control channels any co-channel interference must be tolerated.


licenceconditions:
  Transmitter Module set to 1W.
  Mt Pearce terminal shall be fitted with 6dB attenuator in antenna feeder.
  IDENT codes shall be different from Licence number 116740 (Mt Mary) to minimise potential interference.
  Mt Pearce terminal shall retain high gain antenna, Vertical polarisation, to minimise potential interference to/from 116740 (Mt Mary).


licenceconditions:
  Manager Radio Licensing approval given for all New Zealand exclusive use (PIB 38 requirement)
  A coded squelch system and/or CTCSS tone (group B) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources. NOTE: for SCADA or DATA use the repeater equipment is exempt from this requirement.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources.
  NOTE: for SCADA or DATA use the repeater equipment is exempt from this requirement.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter locations: 

  Maungataniwha (grid reference NZMS260 O04 585703), 
  Hikurangi (grid reference NZMS260 P06 937287), 
  Horokaka (grid reference NZMS260 Q07 132917) and 
  Parahaki (grid reference NZMS260 Q07 317089).

  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  This spectrum licence right is constrained by and subject to international agreements on medium frequency (MF) broadcasting, in particular the Final Acts of the Regional Agreement on LF/MF Broadcasting, Geneva 1975, including any revision, amendment or agreement in substitution for such Final Acts.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 2 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989.

  A protection location that is identified as having the same grid reference as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from sky-wave propagation. The levels are calculated in accordance with the Final Acts of the Regional Administrative Conference (Regions 1 and 3), Geneva, 1975 and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively.

  Measurements to determine whether harmful interference is being created as a result of sky-wave propagation may be taken at any location within a 2 kilometre radius of the transmit location. Identification of a suitable measurement location will depend upon the proximity of antenna structures, earth mat radials, buildings, trees or any other thing that may unduly affect the measurement results. Additionally, identification of a suitable measurement site should take into account other issues that may affect measurement results such as proximity to seawater.

  A protection location that is identified as having a grid reference that is not the same as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from ground wave propagation. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively between wanted and unwanted signals.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  This spectrum licence right is constrained by and subject to international agreements on medium frequency (MF) broadcasting, in particular the Final Acts of the Regional Agreement on LF/MF Broadcasting, Geneva 1975, including any revision, amendment or agreement in substitution for such Final Acts.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 2 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989.

  A protection location that is identified as having the same grid reference as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from sky-wave propagation. The levels are calculated in accordance with the Final Acts of the Regional Administrative Conference (Regions 1 and 3), Geneva, 1975 and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively.

  Measurements to determine whether harmful interference is being created as a result of sky-wave propagation may be taken at any location within a 2 kilometre radius of the transmit location. Identification of a suitable measurement location will depend upon the proximity of antenna structures, earth mat radials, buildings, trees or any other thing that may unduly affect the measurement results. Additionally, identification of a suitable measurement site should take into account other issues that may affect measurement results such as proximity to seawater.

  A protection location that is identified as having a grid reference that is not the same as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from ground wave propagation. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively between wanted and unwanted signals.

  During night-time hours, the maximum EIRP will be restricted to 42.0 dBW. The hours defining daytime/night-time operation will be in accordance with Chapter 3 (Annex 2) of the Final Acts of the Regional Administrative LF/MF Broadcasting Conference (Regions 1 and 3), Geneva, 1975, including any revision, amendment or agreement in substitution for such Final Acts.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter locations: 

  Haywards (grid reference NZMS260 R27 774062), 
  Kaukau (grid reference NZMS260 R27 592954), and
  Towai (grid reference NZMS260 R27 719955).

  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Business, Innovation, and Employment.
   
  This spectrum licence right is constrained by and subject to international agreements on medium frequency (MF) broadcasting, in particular the Final Acts of the Regional Agreement on LF/MF Broadcasting, Geneva 1975, including any revision, amendment or agreement in substitution for such Final Acts.
   
  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.
   
  Maximum permitted interfering signals shall be measured at a height of 2 metres above ground level.
   
  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989.
   
  A protection location that is identified as having the same grid reference as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from sky-wave propagation. The levels are calculated in accordance with the Final Acts of the Regional Administrative Conference (Regions 1 and 3), Geneva, 1975 and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively.
   
  Measurements to determine whether harmful interference is being created as a result of sky-wave propagation may be taken at any location within a 2 kilometre radius of the transmit location. Identification of a suitable measurement location will depend upon the proximity of antenna structures, earth mat radials, buildings, trees or any other thing that may unduly affect the measurement results. Additionally, identification of a suitable measurement site should take into account other issues that may affect measurement results such as proximity to seawater.
   
  A protection location that is identified as having a grid reference that is not the same as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from ground wave propagation. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively between wanted and unwanted signals.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter locations: 

  Maungataniwha (grid reference NZMS260 O04 585703), 
  Hikurangi (grid reference NZMS260 P06 937287), 
  Horokaka (grid reference NZMS260 Q07 132917) and 
  Parahaki (grid reference NZMS260 Q07 317089).

  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter locations: 

  Mt Egmont (grid reference NZMS260 P20 036123) and 
  Oakura (grid reference NZMS260 P19 932323).

  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.
   
  This spectrum licence right is constrained by and subject to international agreements on medium frequency (MF) broadcasting, in particular the Final Acts of the Regional Agreement on LF/MF Broadcasting, Geneva 1975, including any revision, amendment or agreement in substitution for such Final Acts.
   
  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.
   
  Maximum permitted interfering signals shall be measured at a height of 2 metres above ground level.
   
  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989.
   
  A protection location that is identified as having the same grid reference as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from sky-wave propagation. The levels are calculated in accordance with the Final Acts of the Regional Administrative Conference (Regions 1 and 3), Geneva, 1975 and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively.
   
  Measurements to determine whether harmful interference is being created as a result of sky-wave propagation may be taken at any location within a 2 kilometre radius of the transmit location. Identification of a suitable measurement location will depend upon the proximity of antenna structures, earth mat radials, buildings, trees or any other thing that may unduly affect the measurement results. Additionally, identification of a suitable measurement site should take into account other issues that may affect measurement results such as proximity to seawater.
   
  A protection location that is identified as having a grid reference that is not the same as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from ground wave propagation. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively between wanted and unwanted signals.
   
  During night-time hours, the maximum EIRP will be restricted to 39.0 dBW. The hours defining daytime/night-time operation will be in accordance with Chapter 3 (Annex 2) of the Final Acts of the Regional Administrative LF/MF Broadcasting Conference (Regions 1 and 3), Geneva, 1975, including any revision, amendment or agreement in substitution for such Final Acts.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter locations: 

  Maungataniwha (grid reference NZMS260 O04 585703), 
  Hikurangi (grid reference NZMS260 P06 937287) and 
  Parahaki (grid reference NZMS260 Q07 317089).

  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A)  shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with operational needs of the licensee there will be no protection from interference from external sources.

  The licence permits use of EX85 for radiocommunications in conjunction with forestry operations only. 


licenceconditions:
  A coded squelch system and/or CTCSS tone B16 (241.8 Hz) shall be used on all radio apparatus covered by this licence. Where CTCSS is not used due to a conflict with the operational needs of the licence there will be no protection from interference from external sources. 

  Note: For SCADA use, the equipment is exempt from this requirement


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter locations: 

  Maungataniwha (grid reference NZMS260 O04 585703) and 
  Hikurangi (grid reference NZMS260 P06 937287), 
  Horokaka (grid reference NZMS260 Q07 132917) and 
  Parahaki (grid reference NZMS260 Q07 317089).

  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.
  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.
  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.
  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.
  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.
  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter locations: 
  Maungataniwha (grid reference NZMS260 O04 585703) and 
  Hikurangi (grid reference NZMS260 P06 937287), 
  Horokaka (grid reference NZMS260 Q07 132917) and 
  Parahaki (grid reference NZMS260 Q07 317089).
  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter locations: 

  Ruru (grid reference NZMS260 T14 358759) and 
  Skytower (grid reference NZMS260 R11 675822).

  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  Maximum permitted interfering signals do not apply to any transmission pursuant to the licence at Korito Rd (grid reference NZMS260 P19 027221) on the frequency 99.6 MHz.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.
   


licenceconditions:
  This is a shared service and any co-channel interference must be tolerated. CTCSS B8 (136.5 Hz) tone shall be used on all radio apparatus covered by the licence.


licenceconditions:
  The licence permits use for stevedore operations only at the ports within the territorial local authority (TLA) areas stated on the licence.
  CTCSS tone B9 (146.2 Hz) shall be used on all radio apparatus covered by the licence.
  The following restrictions to channel usage apply to all apparatus covered by the licence:
  1 Channel CX6 can only be used in the Tauranga District TLA area.
  2 Channels CX22, CX27, and DX3 must not be used in the Nelson City TLA area.
  3 Channels CX29 and DX23 must not be used in the Christchurch City TLA area.
  4 Channel CX27 must not be used in the Timaru District TLA and Invercargill City TLA areas.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  This licence is intended to operate as part of a synchronous broadcast system comprising licences on the same frequency at the following transmitter location: Kaukau (grid reference NZMS260 R27 592954) 

  Maximum permitted interfering signal levels are not applicable to other transmissions from the same synchronous broadcast system.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.

  Maximum permitted interfering signals do not apply to any transmission pursuant to the licence at Cardiff No2 (grid reference NZMS260 P19 142063) on the frequency 99.6 MHz.


licenceconditions:
  A coded squelch system and/or CTCSS tone (group A) shall be used on all radio apparatus covered by the licence. Where CTCSS is not used due to a conflict with the operational requirements of the licensee there will be no protection from interference from other external sources. NOTE: for SCADA or Data use, the repeater equipment is exempt from this requirement.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  This spectrum licence right is constrained by and subject to international agreements on medium frequency (MF) broadcasting, in particular the Final Acts of the Regional Agreement on LF/MF Broadcasting, Geneva 1975, including any revision, amendment or agreement in substitution for such Final Acts.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 2 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989.

  A protection location that is identified as having the same grid reference as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from sky-wave propagation. The levels are calculated in accordance with the Final Acts of the Regional Administrative Conference (Regions 1 and 3), Geneva, 1975 and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively.

  Measurements to determine whether harmful interference is being created as a result of sky-wave propagation may be taken at any location within a 2 kilometre radius of the transmit location. Identification of a suitable measurement location will depend upon the proximity of antenna structures, earth mat radials, buildings, trees or any other thing that may unduly affect the measurement results. Additionally, identification of a suitable measurement site should take into account other issues that may affect measurement results such as proximity to seawater.

  A protection location that is identified as having a grid reference that is not the same as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from ground wave propagation. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively between wanted and unwanted signals.

  During night-time hours, the maximum EIRP will be restricted to 32.0 dBW. The hours defining daytime/night-time operation will be in accordance with Chapter 3 (Annex 2) of the Final Acts of the Regional Administrative LF/MF Broadcasting Conference (Regions 1 and 3), Geneva, 1975, including any revision, amendment or agreement in substitution for such Final Acts.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 10 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.412-9 which specifies a ratio of 45 dB, 33 dB and 7 dB for frequency differences of 0 kHz, 100 kHz, and 200 kHz respectively between wanted and unwanted signals.

  The designation of emissions on this licence provides for the transmission of supplementary information for station and programme identification in FM broadcasting and other applications, using the radio-data system (RDS) as specified in Recommendation ITU-R BS.643-2. Other digital emissions are not permitted.


licenceconditions:
  The rightholder shall not transfer the rightholder's interest in this licence to any foreign government, or to any party on behalf of any foreign government, without first obtaining the written approval of the Chief Executive of the Ministry of Economic Development.

  This spectrum licence right is constrained by and subject to international agreements on medium frequency (MF) broadcasting, in particular the Final Acts of the Regional Agreement on LF/MF Broadcasting, Geneva 1975, including any revision, amendment or agreement in substitution for such Final Acts.

  The Chief Executive or any inspector duly authorised by him shall be granted by the rightholder at all reasonable times entry to any place, premises or building for the purposes of ensuring compliance with this licence.

  Maximum permitted interfering signals shall be measured at a height of 2 metres above ground level.

  The maximum permitted interfering signal or signals that apply to the protection location or locations or protection area are conditions on the exercise of the right to have no harmful interference from co-channel emissions on the frequencies that apply to this licence in accordance with section 49(1)(j) of the Radiocommunications Act 1989.

  A protection location that is identified as having the same grid reference as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from sky-wave propagation. The levels are calculated in accordance with the Final Acts of the Regional Administrative Conference (Regions 1 and 3), Geneva, 1975 and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively.

  Measurements to determine whether harmful interference is being created as a result of sky-wave propagation may be taken at any location within a 2 kilometre radius of the transmit location. Identification of a suitable measurement location will depend upon the proximity of antenna structures, earth mat radials, buildings, trees or any other thing that may unduly affect the measurement results. Additionally, identification of a suitable measurement site should take into account other issues that may affect measurement results such as proximity to seawater.

  A protection location that is identified as having a grid reference that is not the same as the transmit location is to be used solely for assessing the likelihood of harmful interference resulting from ground wave propagation. The levels are calculated using the wanted signal level and Recommendation ITU-R BS.560-4 which specifies a ratio of 30 dB and 9 dB for frequency differences of 0 kHz and 9 kHz respectively between wanted and unwanted signals.

  During night-time hours, the maximum EIRP in the sector 282 degrees up to 292 degrees (relative to true North) will be restricted to 35.0 dBW. The hours defining daytime/night-time operation will be in accordance with Chapter 3 (Annex 2) of the Final Acts of the Regional Administrative LF/MF Broadcasting Conference (Regions 1 and 3), Geneva, 1975, including any revision, amendment or agreement in substitution for such Final Acts.


