GL7AXIS30

Test Report: AX30 Additional tests were carried out on a sample AX30 to Code of Federal Regulations Book 47 part 2 paragraph 989(c)(1) and 995(a)(2) and (b) The results are shown below. Paragraph 2.989 Occupied Bandwidth. Method: The sample radio was connected to an AF source and modulation meter. The AF frequency was set to 2500Hz and the modulation level set to 50% of the maximum level (2.5kHz). The level was increased by 16dB and the AF frequency was varied to search for the maximum deviation. The Spectrum was then displayed on a spectrum analyser and the results plotted. Test Equipment: AF sourceRohde & Schwarz CMT18/8/98 Modulation MeterRohde & Schwarz CMT18/8/98 Spectrum AnalyserRohde & Schwarz FSAS6/10/98 Results: -70 -60 -50 -40 -30 -20 -10 0 10 20 30 156.58156.6156.62156.64156.66156.68156.7156.72 Level dBmLimit The Occupied Bandwidth meets the requirements of Part 80.211(f). Paragraph 2.995 Frequency Stability Method: The sample radio was placed in an environmental chamber and left over night at - 20°C to stabilise the temperature. The frequency was measured at 10°C intervals, allowing 10 minutes to change temperature and 30 minutes for the unit under test to stabilise. Test Equipment VoltageIso Tech IDM68 TemperatureFluke 52 Digital Thermometer28/7/98 FrequencyRohde & Schwarz CMT18/8/98 Test Results: Temp CFrequency MHz Offset Hzppm -20 156.799500-500-3.19 -10 156.8002202201.40 0 156.8002202201.40 10 156.800010100.06 20 156.799750-250-1.59 30 156.799340-660-4.21 40 156.798980-1020-6.51 50 156.798740-1260-8.04 60 156.798650-1350-8.61 Frequency error -15 -10 -5 0 5 10 15 -20-10 0 102030405060 Ax30 error - ppm The Transmitter frequency tolerance meets the requirements of Part 80.209(a)

Test Report: AX30 Additional tests were carried out on a sample AX30 to Code of Federal Regulations Book 47 part 2 paragraph 989(c)(1) and 995(a)(2) and (b) The results are shown below. Paragraph 2.989 Occupied Bandwidth. Method: The sample radio was connected to an AF source and modulation meter. The AF frequency was set to 2500Hz and the modulation level set to 50% of the maximum level (2.5kHz). The level was increased by 16dB and the AF frequency was varied to search for the maximum deviation. The Spectrum was then displayed on a spectrum analyser and the results plotted. Test Equipment: AF sourceRohde & Schwarz CMT18/8/98 Modulation MeterRohde & Schwarz CMT18/8/98 Spectrum AnalyserRohde & Schwarz FSAS6/10/98 Results: -70 -60 -50 -40 -30 -20 -10 0 10 20 30 156.58156.6156.62156.64156.66156.68156.7156.72 Level dBmLimit The Occupied Bandwidth meets the requirements of Part 80.211(f). Paragraph 2.995 Frequency Stability Method: The sample radio was placed in an environmental chamber and left over night at - 20°C to stabilise the temperature. The frequency was measured at 10°C intervals, allowing 10 minutes to change temperature and 30 minutes for the unit under test to stabilise. Test Equipment VoltageIso Tech IDM68 TemperatureFluke 52 Digital Thermometer28/7/98 FrequencyRohde & Schwarz CMT18/8/98 Test Results: Temp CFrequency MHz Offset Hzppm -20 156.799500-500-3.19 -10 156.8002202201.40 0 156.8002202201.40 10 156.800010100.06 20 156.799750-250-1.59 30 156.799340-660-4.21 40 156.798980-1020-6.51 50 156.798740-1260-8.04 60 156.798650-1350-8.61 Frequency error -15 -10 -5 0 5 10 15 -20-10 0 102030405060 Ax30 error - ppm The Transmitter frequency tolerance meets the requirements of Part 80.209(a) Statement of compliance with CFR47 part 80 Section 1101 The equipment known as AXIS 30 is fully compliant with the requirements of part 80 section 1101(b) and section 1101(c)(7). Note: these requirements are also referred to in ETS300-225, for which the radio is already approved. David C Sheekey Navico Ltd 9/11/98 Labelling on the radio for section 2.295 and 80.1103(e) is shown below:- approx full size. (2.25” x 1.125”)