Test Report

FCC ID: STZSRMA9000TU

Test Report

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FCCID_1860252

EMC Technologies (NZ) Ltd PO Box 68-307 Newton, Auckland Phone 09 360 0862 Fax 09 360 0861 E-Mail Address: aucklab@ihug.co.nz Web Site: www.emctech.com.au TEST REPORT SIMOCO SRM9000 TU, Series 2, UHF Mobile Transceiver Tested to the Code of Federal Regulations (CFR) 47 Part 90 –Private Land Mobile Services for ComGroup Australia Pty Ltd This Test Report is issued with the authority of: ______________________________________ Andrew Cutler - General Manager ____________________________________________________________________________________________________________________________________________________________________________ Page 1 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Table of Contents 1. STATEMENT OF COMPLIANCE 3 2. RESULTS SUMMARY 3 3. INTRODUCTION 4 4. CLIENT INFORMATION 4 5. DESCRIPTION OF TEST SAMPLE 4 6. ATTESTATION 6 7. TEST RESULTS 7 8. TEST EQUIPMENT USED 21 9. ACCREDITATIONS 22 10. PHOTOGRAPH (S) 23 ____________________________________________________________________________________________________________________________________________________________________________ Page 2 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

1. STATEMENT OF COMPLIANCE The SIMOCO SRM9000 TU, Series 2, UHF Mobile Transceiver complies with the limits defined in 47 CFR Part 90 and 47 CFR Part 2 when tested in-accordance with the test methods described in 47 CFR Part 2. 2. RESULTS SUMMARY The results of testing carried out between 16th November and 30th November2012 are summarised below. Clause Description Result 90.203 Certification required Noted 2.1046 RF power output Noted 90.205 Power and antenna height limits Complies 2.1047 Modulation Characteristics Noted 2.1047(a) Low pass filter response Noted 2.1047(b) Modulation limiting characteristics Noted 90.211(a) Modulation characteristics Complies 2.1049 Occupied bandwidth Noted 2.202 Bandwidths Noted 90.207 Types of emissions Complies 90.209 Bandwidth limitations Complies 90.210 Emission masks Complies 2.1051 Spurious emissions at antenna terminals Complies 2.1053 Field strength of spurious radiation Complies 2.1055 Frequency stability Noted 90.213 Frequency stability Complies 90.214 Transient frequency behaviour Complies 1.1310 Radio frequency exposure limits Complies ____________________________________________________________________________________________________________________________________________________________________________ Page 3 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

3. INTRODUCTION This report describes the tests and measurements performed for the purpose of determining compliance with the specification. The client selected the test sample. This report relates only to the sample tested. This report contains no corrections or erasures. Measurement uncertainties with statistical confidence intervals of 95% are shown below test results. Both Class A and Class B uncertainties have been accounted for, as well as influence uncertainties where appropriate. 4. CLIENT INFORMATION Company Name ComGroup Australia Pty Ltd Address 1270 Ferntree Gully Rd, Scoresby, Victoria, 3179 Country Australia Contact Mr Bob Stowell 5. DESCRIPTION OF TEST SAMPLE Brand Name SIMOCO Model Number SRM9000 TU Product Series 2, UHF Mobile Transceiver Manufacturer ComGroup Australia Manufactured in Taiwan Designed in Australia Serial Numbers ERTUX12281235 FCC ID STZSRMA9000TU ____________________________________________________________________________________________________________________________________________________________________________ Page 4 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

The sample tested has the following specifications: Rated Transmitter Output Power 25.0 Watts (43.9 dBm) Transmitter FCC frequency range 406.1- 480 MHz Test frequencies Chl Frequency Power Spacing MHz Watts kHz 1 406.175 (F3E) 25.0 12.5 2 440.175 (F3E) 25.0 12.5 3 479.975 (F3E) 25.0 12.5 4 406.175 (P25) 25.0 12.5 5 440.175 (P25) 25.0 12.5 6 479.975 (P25) 25.0 12.5 FCC Bands Part 90: 406 - 512 MHz Emission Designators / Modes of operation 11k0F3E – Analogue speech 8k10F1E – C4FM digital speech 8k10F1D – C4FM data transmission Power Supply Lead acid battery DC voltage supply typically 12.0 Vdc Standard Temperature and Humidity Temperature: +15C to + 30 maintained. Relative Humidity: 20% to 75% observed. Standard Test Power Source Standard Test Voltage: 13.8 Vdc. High Voltage: 15.6 Vdc Low Voltage: 10.8 Vdc Extreme Temperature High Temperature: + 50C maintained. Low Temperature: - 30 C maintained. ____________________________________________________________________________________________________________________________________________________________________________ Page 5 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

6. ATTESTATION The SIMOCO SRM9000 TU, Series 2, UHF Mobile Transceiver complies with the Code of Federal Regulations (CFR) 47 Part 90 – Private Land Mobile Services. This report describes the tests and measurements performed for the purpose of determining compliance with the specification with the following conditions: The client selected the test sample. The report relates only to the sample tested. This report does not contain corrections or erasures. Measurement uncertainties with statistical confidence intervals of 95% are shown below test results. Both Class A and Class B uncertainties have been accounted for, as well as influence uncertainties where appropriate. In addition this equipment has been tested in accordance with the requirements contained in the appropriate Commission regulations. To the best of my knowledge, these tests were performed using measurement procedures that are consistent with industry or Commission standards and demonstrate that the equipment complies with the appropriate standards. I further certify that the necessary measurements were made by EMC Technologies NZ Ltd, 47 MacKelvie Street, Grey Lynn, Auckland, New Zealand. Andrew Cutler General Manager EMC Technologies NZ Ltd ____________________________________________________________________________________________________________________________________________________________________________ Page 6 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

7. TEST RESULTS Certification required Certification of this device is sought for transmissions using 12.5 kHz channel spacing with an authorised bandwidth of 11.25 kHz. 12.5 kHz channel spacing certification is sought for this transmitter under section 90.203(j)(3) as: - certification has been sought after February 14, 1997 and before January 1, 2011 - the equipment meets the spectrum efficiency standard of one voice channel per 12.5 kHz of channel bandwidth - the equipment can operate with a data rate greater than 4.8 kbps per 6.25 kHz of channel bandwidth - the equipment meets the requirements of FCC Order 10-119. Result: Complies. ____________________________________________________________________________________________________________________________________________________________________________ Page 7 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

RF power output Measurements were carried out at the RF output terminals of the transmitter using a 30 dB power attenuator and a 50 Ω dummy load. Measurements were carried out when the transmitter was not being modulated. Testing was carried out at maximum power output. Frequency Voltage Rated Measured (MHz) (Vdc) (dBm) (dBm) 406.175 13.8 43.9 43.6 440.175 13.8 43.9 43.5 479.975 13.8 43.9 43.5 Frequency Voltage Rated Measured (MHz) (Vdc) (dBm) (dBm) 406.175 10.8 43.9 43.6 406.175 15.6 43.9 43.5 Limits: Clause 90.205(h) of Part 90 specifies that in the band 450 – 470 MHz the maximum allowable station effective radiated power (ERP) is dependent upon the station’s antenna HAAT and the required service area. Clause 90.205(i) of Part 90 specifies that in the band 470- 512 MHz the maximum allowable station effective radiated power (ERP) is specified in Clause 90.307 and 90.309. Result: Complies Measurement Uncertainty: 0.5 dB Emission types: The following emission types are used: - F3E: Frequency modulation with analogue speech. - F1E: C4FM digital modulation is used for digital telephony - F1D: C4FM digital modulation is used for data transmissions ____________________________________________________________________________________________________________________________________________________________________________ Page 8 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Modulation Characteristics This transmitter is capable of producing analogue speech and digital speech modulations. (a) Frequency response of the audio frequency low pass filter between 100 Hz and 15 kHz. This measurement was carried out using an audio signal generator and an audio modulation analyser. At 1 kHz an audio signal was applied which was used as a 0 dB response reference. The frequency of the input signal was then varied and the output response noted. This measurement was carried out from 100 Hz to 5000 Hz as required by Part 2 with further measurements carried out in order to show the full range of this filter. The peak deviation response was found to be at 2000 Hz. The -3dB roll off from peak deviation occurs at 2600 Hz, and is denoted as a red data series point on the following graph. ____________________________________________________________________________________________________________________________________________________________________________ Page 9 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

(b) A family of curves showing the percentage of modulation versus the modulation input voltage. Measurements were made between 100 Hz to 4 kHz. At each frequency the input voltage was slowly increased with the resulting frequency deviation of the transmitter being recorded. This deviation was then converted to a modulation percentage where 2.5 kHz deviation is 100% for 12.5 kHz channels. (d) A curve or equivalent data that shows that the equipment will meet the modulation requirements of the rules under which the equipment is to be licensed. The following other modulation types are used with this transmitter. C4FM digital modulation is used for digital telephony (F1E). C4FM digital modulation is used for data transmissions (F1D). Limit: Part 90.211 – Modulation requirements states the transmitter must meet the emission requirements of 90.210. Refer to the Occupied Bandwidth measurements in this report. Result: Complies Measurement Uncertainty: 1%. ____________________________________________________________________________________________________________________________________________________________________________ Page 10 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Bandwidth limitations: The authorised bandwidth for the 406 – 512 MHz band is 11.25 kHz when 12.5 kHz channel spacing is used. Using the formulas contained in Part 2.202 the necessary bandwidth calculation will be: Bn = 2 x D + 2 x M Where D = maximum deviation: 2.5 kHz Where M = maximum modulation frequency: 3 kHz Bn = 11 kHz Measurements show the following Bn = 2 x 2000 Hz + 2 x 2600 Hz Bn = 9.2 kHz This is confirmed in the emission designation 11k0F3E For F1E / F1D according to the APCO 25 information, supplied by the client, C4FM modulation is used and the occupied bandwidth is calculated from the P25 high deviation pattern of 2827 Hz deviation at a 1200 Hz symbol rate. Bn = 2 x D + 2 x M Where D = high deviation pattern: 2827 kHz Where M = symbol rate: 1200Hz Bn = 8054 Hz or 8.1 kHz This is confirmed in the emission designations 8k10F1E & 8k10F1D Measurements have also been made to verify these calculated and declared bandwidths. The occupied bandwidth has been measured and compared against the occupied bandwidth declared by the client. Measurements have been made of each modulation type using a spectrum analyser operating in peak hold mode and a 30 dB attenuator. Initially power measurements are made using a resolution bandwidth of 120 kHz. This level is used as a reference level on the spectrum analyser. The resolution bandwidth is then changed to 100 Hz and the reference level minus 23 dB (99%) absolute bandwidth points determined. Emission Channel Measured Designated F3E 12.5 kHz 8.150 kHz 11.0 kHz F1E/ F1D 12.5 kHz 7.300 kHz 8.10 kHz ____________________________________________________________________________________________________________________________________________________________________________ Page 11 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

F3E – 12.5 kHz channel spacing F1D / F1E – 12.5 kHz channel spacing Result: Complies ____________________________________________________________________________________________________________________________________________________________________________ Page 12 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Spectrum Masks The spectrum masks are defined in: Section 90.210(d) – Mask D has been applied as the transmitter can operate in the band 406 - 512 MHz using an authorised bandwidth of 12.5 kHz as per Section 90.209(b)(5). The reference level for the following emission mask measurements has been determined using a resolution bandwidth of 120 kHz with the transmitter modulated. All measurements have been made with a 30 dB attenuator placed between the transmitter and the spectrum analyser. Measurements were made in peak hold with the transmitter operating on 406.175 MHz. When operating in F3E mode a 2000 Hz tone, which was found to be the frequency of maximum response, that was applied at a level 16 dB higher than that required to achieve 50% modulation. For the F1E and F1D modes the transmitter was modulated uses modulation sources internal to the transmitter as supplied by the client. Result: Complies ____________________________________________________________________________________________________________________________________________________________________________ Page 13 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Part 90: F3E 12.5 kHz Part 90: F1D / F1E 12.5 kHz ____________________________________________________________________________________________________________________________________________________________________________ Page 14 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Transmitter spurious emissions at the antenna terminals Frequency: 406.175 MHz Spurious emission Emission level Limit (MHz) (dBm) (dBm) 812.350 -61.0 -20.0 1218.525 <-70.0 -20.0 1624.700 <-70.0 -20.0 2030.875 <-70.0 -20.0 2437.050 <-70.0 -20.0 2843.225 -61.3 -20.0 3249.400 <-70.0 -20.0 3655.575 -65.0 -20.0 4061.750 <-70.0 -20.0 Limit: Part 90.210(d) Mask D, (3) on any frequency removed from the centre of the authorised bandwidth by a displacement frequency of more than 12.5 kHz shall be attenuated by at least 50 + 10 log (P) or 70 dB whichever is the lesser attenuation. The spurious emission limit defined by Mask D has been applied as this transmitter can operate using channel spacing of 12.5 kHz. Part 2.1051 states that emissions greater than 20 dB below the limit need not be specified. Part 2.1057 states that the spectrum should be investigated up to the 10th harmonic if the transmitter operates below 10 GHz. A rated power of 25.0 watts gives a limit of –20.0 dBm. Some emissions less that –40 dBm have been reported for completeness. No measurements were made above the 10th harmonic. Result: Complies Measurement Uncertainty: 3.3 dB ____________________________________________________________________________________________________________________________________________________________________________ Page 15 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Field strength of the transmitter spurious emissions Frequency: 440.175 MHz Frequency Level Level Limit Polarity Margin Result (MHz) (dBμV/m) (dBm) (dBm) (dB) 880.350 45.0 -52.4 -20.0 Vertical 32.4 Pass 55.1 -42.3 -20.0 Horizontal 22.3 Pass 1320.525 56.0 -41.4 -20.0 Vertical 21.4 Pass 56.3 -41.1 -20.0 Horizontal 21.1 Pass 1760.700 59.0 -38.4 -20.0 Vertical 18.4 Pass 59.4 -38.0 -20.0 Horizontal 18.0 Pass 2200.875 64.0 -33.4 -20.0 Vertical 13.4 Pass 65.6 -31.8 -20.0 Horizontal 11.8 Pass 2641.050 55.4 -42.0 -20.0 Vertical 22.0 Pass 54.0 -43.4 -20.0 Horizontal 23.4 Pass 3081.225 57.2 -40.2 -20.0 Vertical 20.2 Pass 56.3 -41.1 -20.0 Horizontal 21.1 Pass 3521.400 67.8 -29.6 -20.0 Vertical 9.6 Pass 60.0 -37.4 -20.0 Horizontal 17.4 Pass 3961.575 58.0 -39.4 -20.0 Vertical 19.4 Pass 58.0 -39.4 -20.0 Horizontal 19.4 Pass 4401.750 60.4 -37.0 -20.0 Vertical 17.0 Pass 59.0 -38.4 -20.0 Horizontal 18.4 Pass The transmitter was tested while transmitting continuously while attached to a dummy load. When operating in transmit mode no significant emissions were detected between the harmonic emissions that were detected. Device was tested on an open area test site at a distance of 3 metres. Testing was carried out at EMC Technologies NZ Ltd Open Area Test Site, which is located at Driving Creek, Orere Point, Auckland. Details of this site have been filed with the Commission, Registration Number: 90838, which was last updated in January 2011 The level recorded is the signal generator output level in dBm less any gains / losses due to the coax cable and the dipole antenna. Limit: All spurious emissions are to be attenuated by at least 50 + 10 log (P). The rated power of 25 watts gives a limit of –20 dBm. No measurements were made above the 10th harmonic. Result: Complies Measurement Uncertainty: 4.1 dB ____________________________________________________________________________________________________________________________________________________________________________ Page 16 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Frequency Stability Frequency stability measurements were between - 30 C and + 50C in 10C increments. At each temperature the transmitter was given a period of 30 minutes to stabilise. The transmitter was then turned on and the frequency error measured after a period of 1 minute. Measurements were made with the supply decreased and increased 10% from nominal battery voltage supply. Frequency: 440.175 MHz Voltage Voltage Voltage Temperature 10.8 Vdc 13.8 Vdc 15.6 Vdc +50C -184.0 -184.0 -183.0 +40C -75.0 -81.0 -84.0 +30C -52.0 -50.0 -45.0 +20C -19.0 -30.0 -31.0 +10C -31.0 -29.0 -28.0 0C -53.0 -50.0 -48.0 -10C +44.0 +40.0 +38.0 -20C +31.0 +35.0 +34.0 -30C +57.0 +56.0 +55.0 Limit: Part 90.213 states that mobile station transmitters operating between 421 – 512 MHz with 12.5 kHz channelling are required to have a frequency tolerance of 2.5 ppm. This transmitter was tested on 440.175 MHz 2.5 ppm = 2.5 x 440.175 = 1100 Hz. Result: Complies Measurement Uncertainty: 30 Hz ____________________________________________________________________________________________________________________________________________________________________________ Page 17 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Transient frequency behaviour Transient frequency behaviour measurements are applicable to wide band and narrow band transmitters operating in the frequency band 421-512 MHz. Measurements were carried out at 406.175 MHz using the method described in TIA-603 and EN 300-086. In summary this method calls for the use of an external signal generator tuned to 406.175 MHz with a output level 0.1 % (-30 dB) of the level from the transmitter with a 1 kHz tone with a frequency deviation of 12.5 kHz being applied to the input of a modulation analyser along with the output from the transmitter. The modulation analyser produces an amplitude difference signal and a frequency difference signal, which are applied to the input of a storage oscilloscope. The unmodulated transmitter is then keyed which produces a trigger pulse that is AC coupled to the oscilloscope that produces a display on the screen. The result of the change in the ratio of power between the test signal from the signal generator and the transmitter output will produce 2 separate sides on the oscilloscope picture. One will show the 1000 Hz test modulation and the other will be the frequency difference of the transmitter versus time. Channel Period t1 Period t2 Period t3 Spacing (kHz) (kHz) (kHz) 12.5 kHz nil nil nil Limits: Time 12.5 kHz 25 kHz Interval Period Deviation (kHz) Deviation (kHz) t1 10 mS  12.5  25.0 t2 25 mS  6.25  12.5 t3 10 mS  12.5  25.0 Result: Complies Measurement Uncertainty: Frequency difference 1.6 kHz, Time period 1 ms ____________________________________________________________________________________________________________________________________________________________________________ Page 18 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

12.5 kHz transmitter turn on Green Trace = 1 kHz tone with FM deviation of 12.5 kHz and any transient. Green trace has been maximised to give full screen indication of a ±12.5 kHz. Therefore each Y axis division = 3.125 kHz per division. The X axis has been set to a sweep rate of 10 mS/division. Triggering has been set to occur 2 divisions from the left hand edge (20 mS). This is position ton. t1 occurs between 2.0 and 3.0 divisions from the left-hand edge. t2 occurs between 3.0 and 5.5 divisions from the left-hand edge. No transient can be observed just after ton. ____________________________________________________________________________________________________________________________________________________________________________ Page 19 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

12.5 kHz transmitter turn off Green Trace = 1 kHz tone with FM deviation of 12.5 kHz and any transient. Green trace has been maximised to give full screen indication of a ± 12.5 kHz. Therefore each Y axis division = 3.125 kHz per division. The X axis has been set to a sweep rate of 10 mS/division. The display of the 1 kHz signal rising has been positioned 5 divisions from the left hand edge (50 mS). This is position toff. t3 occurs between 4.0 and 5.0 divisions from the left hand edge. No transient response can be observed just before toff. ____________________________________________________________________________________________________________________________________________________________________________ Page 20 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Exposure of humans to RF fields As per Section 1.1310 mobile transmitters are required to be operated in a manner that ensures the public is not exposed to RF energy levels in accordance with OST/OET Bulletin Number 65. Calculations have been made using the General Public/Uncontrolled Exposure limits. Minimum safe distances have been calculated below. Power density, mW/m2 = E2/3770 - Occupational / Controlled Exposure limit will be 1.35 mW/m2 (f/300 = 406 MHz/300) - General Population / Uncontrolled exposure limit will be 0.270 mW/m2 (f/1500 = 406 MHz/1500) The minimum distance from the antenna at which the MPE is met is calculated from the equation relating field strength in V/m, transmit power in watts, transmit antenna gain, transmitter duty cycle and separation distance in metres: E, V/m = (√ (30 * P * G)) / d Controlled Uncontrolled E = 1.35W/m2 = E2/3770 E = 0.270 W/m2 = E2/3770 E= √ 1.35*3770 E= √ 0.270*3770 E = 71.3 V/m E = 31.9 V/m The rated maximum transmitter power = 25 watts. Transmitter is operated using a quarter wave whip antenna with a gain of 2.14 dBi (1.64). The client has declared a duty cycle of 50% as the device operates on a push to talk basis Controlled Uncontrolled d = √ (30 * P * G*DC) / E d = √ (30 * 25 * 1.64 * 0.5) / 71.3 d = √ (30 * 25 * 1.64 * 0.5) / 31.9 d = 0.348 metres or 34.8 cm d = 0.777 metres or 77.7 cm Result: Complies if the safe distances defined for each environment are applied. ____________________________________________________________________________________________________________________________________________________________________________ Page 21 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

8. TEST EQUIPMENT USED Instrument Manufacturer Model Serial # Asset Cal Due Aerial Controller EMCO 1090 9112-1062 RFS 3710 N/a Aerial Mast EMCO 1070-1 9203-1661 RFS 3708 N/a Audio Analyzer Hewlett Packard 8903A 2216A01713 E1146 09/07/2014 Biconical Antenna Schwarzbeck BBA 9106 9594 RFS 3680 12/01/2015 Frequency Counter Hewlett Packard HP 5342A 1916A01713 E1224 17/12/2012 Level generator Anritsu MG443B M61689 E1143 10/02/2013 Log Periodic Schwarzbeck VUSLP9111 9111-228 RFS 3785 12/01/2015 Receiver Rohde & Schwarz ESIB 40 100171 EMC4003 20/10/13 Modulation Analyzer Rohde & Schwarz FMA 837807/020 E1552 07/12/2012 Modulation Analyzer Hewlett Packard 8901B 2608A00782 E1090 10/07/2014 Oscilloscope Tektronics 745A B010643 E1569 07/12/2012 Power Attenuator Weinschel 49-20-43 GC104 E1308 N/a Power Supply Hewlett Packard 6032A 2743A-02859 E1069 N/a RF Power Meter Hewlett Packard HP 436A 2512A22439 E1198 09/07/2014 Selective Level Meter Anritsu ML422C M35386 E1140 21/10/2013 Signal Generator Rohde & Schwarz SMHU.58 838923/028 E1493 07/12/2012 Spectrum Analyzer Hewlett Packard E7405A US39150142 RFS 3776 14/12/2012 Thermal chamber Contherm M180F 86025 E1129 N/a Thermometer DSIR RT200 035 E1409 27/03/2013 Turntable EMCO 1080-1-2.1 9109-1578 RFS 3709 N/a 9. ACCREDITATIONS Testing was carried out in accordance with EMC Technologies NZ Ltd registration with the Federal Communications Commission as a listed facility, Registration Number: 90838, which was last updated in January 2011. All testing has been carried out in accordance with the terms of EMC Technologies (NZ) Ltd’s International Accreditation New Zealand (IANZ) Accreditation to ISO/IEC 17025. All measurement equipment has been calibrated in accordance with the terms of EMC Technologies (NZ) Ltd’s International Accreditation New Zealand (IANZ) Accreditation to ISO/IEC 17025. International Accreditation New Zealand has Mutual Recognition Arrangements for testing and calibration with a number of accreditation bodies in various economies. This includes NATA (Australia), UKAS (UK), SANAS (South Africa), NVLAP (USA), A2LA (USA), SWEDAC (Sweden). Further details can be supplied on request. ____________________________________________________________________________________________________________________________________________________________________________ Page 22 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

10. PHOTOGRAPH (S) ____________________________________________________________________________________________________________________________________________________________________________ Page 23 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

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MAR-9030PLCH control head MAR-9022CM control head MAR-9020plus control head ____________________________________________________________________________________________________________________________________________________________________________ Page 25 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

Radiated emissions ____________________________________________________________________________________________________________________________________________________________________________ Page 26 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

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Radiated testing with MAR9022CM ____________________________________________________________________________________________________________________________________________________________________________ Page 28 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

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Radiated testing with MAR9020plus ____________________________________________________________________________________________________________________________________________________________________________ Page 30 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

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Internal Photos ____________________________________________________________________________________________________________________________________________________________________________ Page 32 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.

____________________________________________________________________________________________________________________________________________________________________________ Page 33 of 33 Test Report No 121019.1 29th November 2012. This report may not be reproduced except in full.


Document Created: 2012-11-30 17:03:38
Document Modified: 2012-11-30 17:03:38
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