Test Report

FCC ID: TGD15700

Test Report

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FCCID_4032662

849 NW STATE ROAD 45 PHONE: 352.472.5500 NEWBERRY, FL 32669 USA EMAIL: INFO@TIMCOENGR.COM WEB: HTTP://WWW.TIMCOENGR.COM An IIA Company FCC PART 15.231 & IC RSS-210 Momentary Transmitter Test Report APPLICANT ENERNET CORPORATION 307 DEWITTSHIRE ROAD ADDRESS SYRACUSE NEW YORK 13214 USA FCC ID TGD15700 IC 6120A-15700 MODEL NUMBER 15700 PRODUCT DESCRIPTION ACCESSORY BOARD DATE SAMPLE RECEIVED 08/23/2018 FINAL TEST DATE 08/27/2018 TESTED BY Tim Royer APPROVED BY Franklin Rose TEST RESULTS ☒ PASS ☐ FAIL Report Number Report Version Description Issue Date 1332AUT18TestReport_ Rev1 Initial Issue 08/27/2018 Rev2 Revised report 10/08/2018 Rev3 Revised report 10/11/2018 THE ATTACHED REPORT SHALL NOT BE REPRODUCED EXCEPT IN FULL WITHOUT THE WRITTEN APPROVAL OF TIMCO ENGINEERING, INC.

TABLE OF CONTENTS GENERAL REMARKS ........................................................................................... 3 GENERAL INFORMATION ................................................................................... 4 EUT INFORMATION .............................................................................................................. 4 PERIPHERALS USED IN TESTING ............................................................................................... 4 FREQUENCY RANGE(S) OF EUT ................................................................................................ 4 DEFINITION OF EUT............................................................................................................. 5 MEASUREMENT STANDARDS ............................................................................................. 6 METHOD OF MEASUREMENT .............................................................................................. 7 SUMMARY OF TESTING ...................................................................................... 8 PERIODIC OPERATION ...................................................................................... 9 DECLARATION PROVIDED BY APPLICANT .................................................................................... 10 TEST DATA: 5 SECOND TURN-OFF PERIOD PLOT........................................................................ 11 DUTY CYCLE ..................................................................................................... 12 TEST DATA: DUTY CYCLE CALCULATION TABLE .......................................................................... 12 TEST DATA: PULSE ACTIVITY IN 100 MS PLOT .......................................................................... 13 TEST DATA: SUBPULSE 1 DURATION ..................................................................................... 14 FIELD STRENGTH OF EMISSIONS ..................................................................... 15 MEASUREMENT RANGE ........................................................................................................ 20 LIMIT CALCULATIONS ......................................................................................................... 22 TEST DATA: RADIATED FIELD STRENGTH OF THE FUNDAMENTAL ...................................................... 23 TEST DATA: RADIATED FIELD STRENGTH OF SPURIOUS EMISSIONS .................................................. 23 OCCUPIED BANDWIDTH................................................................................... 24 TEST DATA: OCCUPIED BANDWIDTH MEASUREMENT TABLE ............................................................ 24 TEST DATA: 20 DB OCCUPIED BANDWIDTH MEASUREMENT PLOT .................................................... 25 TEST DATA: 99% OCCUPIED BANDWIDTH MEASUREMENT PLOT ...................................................... 26 POWER LINE CONDUCTED INTERFERENCE ....................................................... 27 TEST DATA: N/A ............................................................................................................. 28 TEST EQUIPMENT LIST .................................................................................... 29 MEASUREMENT UNCERTAINTY ......................................................................... 30 TEST SET UP PHOTOS ........................................................................................ 2 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 2 of 30

GENERAL REMARKS Summary The device under test does: ☒ Fulfill the general approval requirements as identified in this test report and was selected by the customer. ☐ Not fulfill the general approval requirements as identified in this test report Attestations This equipment has been tested in accordance with the standards identified in this test report. To the best of my knowledge and belief, these tests were performed using the measurement procedures described in this report. All instrumentation and accessories used to test products for compliance to the indicated standards are calibrated regularly in accordance with ISO 17025 requirements. I attest that the necessary measurements were made at: Timco Engineering Inc. 849 NW State Road 45 Newberry, FL 32669 Designation #: US1070 Tested by: Name and Title Tim Royer, Project Manager / EMC Testing Engineer Date 08/27/2018 Reviewed and Approved by: Name and Title Franklin Rose, Project Manager / EMC Testing Technician Date 08/30/2018 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 3 of 30

GENERAL INFORMATION EUT Information EUT Description ACCESSORY BOARD FCC ID TGD15700 IC 6120A-15700 Model Number 15700 EUT Power Source ☐110–120Vac, 50– ☒ DC Power ☐ Battery 60Hz (12V) Operated Test Item ☐ Prototype ☒ Pre-Production ☐ Production Type of Equipment ☐ Fixed ☒ Mobile ☐ Portable Antenna Connector No Antenna Connector The temperature was 26ºC Test Conditions Relative humidity of 50%. Modification to the EUT EUT was modified to include a BNC antenna connector. FCC CFR 47 Part 2, Part 15, RSS-GEN Issue 5, RSS-210, Issue 9 Applicable Standards August 2016 Referring to ANSI C63.10-2013 for Test Procedures Timco Engineering Inc. at 849 NW State Road 45 Newberry, FL Test Facility 32669 USA. Designation #: US1070 IC Test Site: 2056A Peripherals Used in Testing Description Type Connector Length Test Fixture Manufacturer n/a n/a Frequency Range(s) of EUT Operating Frequency 1 902.875 MHz Test Frequencies 902.875 MHz Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 4 of 30

Definition of EUT FCC RULE PART NO.: FCC PART 15.3 IC RULE PART NO.: RSS-GEN, Section 2.6.1 Note: The device is a momentarily operated transmitter. Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 5 of 30

MEASUREMENT STANDARDS FCC RULE PART NO.: FCC PART 15.31 IC RULE PART NO.: RSS-GEN 3.2 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 6 of 30

METHOD OF MEASUREMENT FCC RULE PART NO.: FCC PART 15.35 IC RULE PART NO.: RSS-GEN Section 8.1 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 7 of 30

SUMMARY OF TESTING FCC Rule Part Requirement IC Rule Part No. Test Item Result No. FCC PT 15.231(a), RSS-210 Annex 1, 15.231(a) RSS-210 Annex 1, 1.1 Periodic Operation Pass 1.1 - - - Duty Cycle* - FCC PT 2.1046, Radiated Field RSS-210 4.4, 15.231(b) Strength of the Pass RSS-GEN 6.12 RSS-210 Annex 1, 1.2 Fundamental FCC PT 2.1053, 15.231(b), RSS-GEN 8.9, 8.10, Radiated Field 15.209(a), RSS-210 4.1, Strength of Spurious Pass RSS-GEN 6.7 15.205(a), (b) RSS-210 Annex 1, 1.2 Emissions FCC PT 2.1049, 15.231(c) RSS-GEN 6.6 Occupied Bandwidth Pass RSS-GEN 6.7 15.207(a), AC Powerline 15.207(a), (c) RSS-GEN 8.8 Conducted n/a RSS-GEN 8.8 Emissions *Note: Duty Cycle Measurements are necessary for Duty Cycle correction, used in conjunction with Peak Measurements to show compliance with the Average Limits. The test data has been included for informational purposes only. Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 8 of 30

PERIODIC OPERATION Requirements: FCC RULE PART NO.: 15.231(a), RSS-210 Annex 1, Section A.1.1 IC RULE PART NO.: RSS-210 Annex 1, Section A.1.1 Test Procedure: ANSI C63.10 § 7.4 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 9 of 30

PERIODIC OPERATION Test Setup: Declaration Provided by Applicant Item Description Yes No Does this device transmit a signal that is only used to control another 1 X device? 2 Does this device send data with this control signal? X Does this device send data? Data is, things like: temperature, wind 3 X direction, fluid amount, rate of flow, etc. 4 Does this device transmit: continuously or automatically X If manually operated does this device stop transmitting within 5 seconds 5 of releasing the button? 6 If automatically operated does it deactivate 5 seconds after activation? X 7 Does it transmit at regular predetermined intervals? X Does it poll or send supervisory information? X 8 If yes does it do a system integrity check? If yes, How often? Is this a fire, security or safety of life device? X 9 If Yes, does the device stop transmitting after the alarm condition is satisfied? The device’s Duty cycle: 2.58 % 10 Maximum Pulse On-time (in 100 ms Period): 0.86 ms On-time Period (if other than 100 ms): Modulation technique: Please specify the modulation of the test sample, 11 FSK FM, or AFSK, or FSK, On-Off Keying, etc. Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 10 of 30

PERIODIC OPERATION Test Data: 5 Second Turn-Off Period Plot RBW 100 kHz RF Att 15 dB Ref Lvl VBW 300 kHz 5 dBm SWT 6 s Unit dBm 5 0 A -10 -20 I2D -30 1VIEW 1MA -40 -50 -60 -70 -80 -90 TR -95 Center 902.875 MHz 600 ms/ Date: 1.JAN.1997 03:11:06 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 11 of 30

DUTY CYCLE Requirements: RULE PART NO.: ANSI C63.10 Section 4.1.4.2.4, Section 7.5 Duty Cycle Formula: ANSI C63.10 Section 7.5, Equation 10: δ (dB) = 20 log [∑ ( n1t1 + n2t2…) / T] Where: δ is the duty cycle correction factor (dB) T is the pulse is the period that the pulses are averaged over, (≤ 100 ms). t1 is the pulse width of subpulse 1 t2 is the pulse width of subpulse 2 (and so on) n1 is the number of t1 pulses n2 is the number of t2 pulses (and so on) Test Data: Duty Cycle Calculation Table Sub Pulse Duration (ms) Occurances On-Time (ms) 1 0.8610 3 2.5830 Total On Time (ms) 2.583 Period (ms) 100.00 Duty Cycle (%) 2.58% Cor Factor (dB) -31.76 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 12 of 30

DUTY CYCLE Test Setup: Test Data: Pulse Activity in 100 ms Plot RBW 100 kHz RF Att 10 dB Ref Lvl VBW 300 kHz 87 dBæV SWT 100 ms Unit dBæV 87 A 80 70 TRG 60 I2D 1VIEW 1AP 50 40 30 20 10 0 -10 -13 Center 902.875 MHz 10 ms/ Date: 1.JAN.1997 04:20:02 Pulse Trains = 0 Subpulse 1 Occurances = 3 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 13 of 30

DUTY CYCLE Test Data: Subpulse 1 Duration Delta 1 [T1] RBW 100 kHz RF Att 10 dB Ref Lvl -0.11 dB VBW 300 kHz 87 dBæV 861.723447 æs SWT 2 ms Unit dBæV 87 A 80 70 TRG 60 1 1 I2D 1VIEW 1MA 50 40 30 20 10 0 -10 TR -13 Center 902.875 MHz 200 æs/ Date: 1.JAN.1997 02:10:57 Subpulse 1 Duration = 861 µs Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 14 of 30

FIELD STRENGTH OF EMISSIONS Requirements: FCC PT 2.1046, 2.1053, RSS-GEN 6.12, 6.7 FCC RULE PART NO.: 15.231(b), 15.35(c), 15.205(a)(b), 15.209 (a) Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 15 of 30

FIELD STRENGTH OF EMISSIONS Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 16 of 30

A.1.2 Field Strengths Following are the requirements for field strength of emissions: a. The field strength of emissions from momentarily operated intentional radiators shall not exceed the limits outlined in Table A1, based on the average value of the measured emissions. The requirements of the Pulsed Operation section of RSS—Gen apply for averaging pulsed emissions and limiting peak emissions. Alternatively, compliance with the limits in Table A1 may be demonstrated using an International Special Committee on Radio Interference (CISPR) quasi—peak detector. b. Unwanted emissions shall be 10 times below the fundamental emissions field strength limits in Table A1 or comply with the limits specified in RSS—Gen, whichever is less stringent. Sae enc imits for Momentarily Operated Devices Fundamental Frequency (MHz), Excluding Restricted Field Strength of the Fundamental Frequency Bands Specified in RSS—Gen Emissions (pVimat3 m) 70—130 1,250 130—174 1,250 to 3,750° 1ra—26p o# D 3.750 260.470 («# 3,750 to 12.500° Above 470 12,500 * Linear interpolation with frequency, 1 in MHz: For 180—174 MHz: Field Strength (BVIm) = (56.82 x 1—6136 For 260—470 MHz: Field Strength (BIm) = (41.67 x 1—7083 8.2 Pulsed operation When the field strength or envelope poweris not constant or it is in pulses, and an average detector is specified to be used, the value of field strength or power shall be determined by averaging over one complete pulse train during which the field strength or power is at its maximum value, including blanking intervals within the pulse train, provided that the pulse frain does not exceed 0.1 seconds. n cases where the pulse train exceeds 0.1 seconds, the average value of field strength or output power shall be determined during a 0.1 secondsinterval during which the field strength or power is at its maximum value. The exact method of calculating the average field strength shall be described in the test report. For pulse medulated devices with a pulse—repetition frequency of 20 Hz or less and for which CISPR quasi—peak measurements are specified, compliance shall be demonstrated using measuring instrumentation employing a peak detector function, properly adjusted for such factors as pulse desensitization, using the same measurement bandwidths that are indicated for CISPR quasi—peak measurements

FIELD STRENGTH OF EMISSIONS Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 18 of 30

FIELD STRENGTH OF EMISSIONS Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 19 of 30

FIELD STRENGTH OF EMISSIONS Measurement Range Requirements: Part 15.33(b)(1), RSS-GEN Section 6.13.2 RSS-GEN Section 6.13.2: Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 20 of 30

FIELD STRENGTH OF EMISSIONS Method of Measurement: ANSI C63.10, 6.3 – 6.6 “Radiated Emissions” Test Site Setup: EUT Orientation(s): Note: The measurements below represent the worst case of all the frequencies tested. The six (6) highest emissions or more of each worst-case operational modes of the EUT are represented below. Emissions 20 dB below the limit are not required to be reported, but may be shown for informational purposes. Formula of Conversion Factors: The field strength at 3m was established by adding the meter reading of the spectrum analyzer to the antenna correction factor supplied by the antenna manufacturer plus the coax loss. The antenna correction factors are stated in terms of dB/m. The gain of the preselector was accounted for internally in the spectrum analyzer reading. An example is given below: Freq. Meter Reading ACF Cable Loss Field Strength MHz dBμV dB/m dB dBμV/m @ 3 m 33 20 +10.36 +1.2 = 31.56 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 21 of 30

FIELD STRENGTH OF EMISSIONS Limit Calculations Method of Calculation: ANSI C63.10, 7.6.2 Step 1: Limit Interpolation Formula: Limit (µV/m) = Ll + (f – fl)*((Lh - Ll)/(fh-fl)) Where: f = fundamental emission frequency (MHz) fl = Low-End frequency of the linear interpolation band (MHz) fh = High-End frequency of the linear interpolation band (MHz) Ll = Low-End Limit of the linear interpolation band (µV/m) Lh = High-End Limit of the linear interpolation band (µV/m) Step 2: Limit Conversion Formula: Limit (dBµV/m) = 20 log (µV/m) 15.231(b), RSS-210 A.1.2 - Limit Lookup Chart Fundamental Frequency 902.875 (MHz) Limit Fundamental Spurious Frequency Field Strength Field Strength (MHz) (dBuV/m) (dBuV/m) ≥ 470 81.94 61.94 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 22 of 30

FIELD STRENGTH OF EMISSIONS Test Data: Radiated Field Strength of the Fundamental Emission Meter Coax Correction Duty Cycle Field Antenna Measurement Limit Limit Margin Frequency Reading Loss Factor Correction Strength Polarity Detector Source (dBµV/m) (dB) (MHz) (dBµV) (dB) (dB/m) (dB) (dBµV/m) 902.88 44.26 H PK 3.543 21.900 31.760 37.943 15.231 81.940 43.997 902.88 45.82 V PK 3.543 21.900 31.760 39.503 15.231 81.940 42.437 Test Data: Radiated Field Strength of Spurious Emissions Emission Meter Coax Correction Duty Cycle Field Antenna Measurement Limit Limit Margin Frequency Reading Loss Factor Correction Strength Polarity Detector Source (dBµV/m) (dB) (MHz) (dBµV) (dB) (dB/m) (dB) (dBµV/m) 53.50 -1.02 V PK 0.852 10.100 31.760 -21.829 15.231 61.940 83.769 71.22 2.05 H PK 1.001 6.440 31.760 -22.269 15.231 61.940 84.209 175.81 2.55 V PK 1.543 14.740 31.760 -12.927 15.231 61.940 74.867 196.59 8.31 V PK 1.610 16.140 31.760 -5.700 15.231 61.940 67.640 196.59 12.86 H PK 1.610 16.140 31.760 -1.150 15.231 61.940 63.090 339.47 6.75 V PK 2.118 13.900 31.760 -8.992 15.231 61.940 70.932 339.47 7.62 H PK 2.118 13.900 31.760 -8.122 15.231 61.940 70.062 1805.80 16.25 H PK 5.110 30.840 31.760 20.437 15.231 61.940 41.503 1805.80 13.68 V PK 5.110 30.840 31.760 17.870 15.231 61.940 44.070 2708.60 15.70 V PK 6.200 32.600 31.760 22.740 15.209 53.980 31.240 2708.60 15.28 H PK 6.200 32.600 31.760 22.320 15.209 53.980 31.660 3611.50 14.34 H PK 7.149 33.520 31.760 23.249 15.209 53.980 30.731 3611.50 15.99 V PK 7.149 33.520 31.760 24.899 15.209 53.980 29.081 4514.40 15.59 V PK 8.060 33.850 31.760 25.740 15.209 53.980 28.240 4514.40 14.13 H PK 8.060 33.850 31.760 24.280 15.209 53.980 29.700 5417.30 16.39 H PK 8.814 34.440 31.760 27.884 15.209 53.980 26.096 5417.30 16.26 V PK 8.814 34.440 31.760 27.754 15.209 53.980 26.226 6320.10 20.36 V PK 9.588 35.610 31.760 33.798 15.231 61.940 28.142 6320.10 20.44 H PK 9.588 35.610 31.760 33.878 15.231 61.940 28.062 20.1 34.144 27.796 7223.02 H PK 10.124 35.680 31.760 15.231 61.940 7223.02 18.69 V PK 10.124 35.680 31.760 32.734 15.231 61.940 29.206 8125.90 17.89 V PK 10.813 35.820 31.760 32.763 15.209 53.980 21.217 8125.90 19.94 H PK 10.813 35.820 31.760 34.813 15.209 53.980 19.167 9028.80 18.88 H PK 11.260 36.100 31.760 34.48 15.209 53.980 19.5 9028.80 17.8 V PK 11.260 36.100 31.760 33.4 15.209 53.980 20.58 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 23 of 30

OCCUPIED BANDWIDTH Requirements: FCC PT 2.1049, RSS-GEN 6.7 FCC RULE PART NO.: 15.231(c), 15.215(c) IC RULE PART NO.: RSS-210 Annex 1, A.1.3 Test Setup: Test Data: Occupied Bandwidth Measurement Table Tuned Frequency (MHz) Occupied Bandwidth Limit (KHz) 902.875 2257.1875 Measured 20 dB BW (KHz) 288.57 Margin (KHz) 1968.6175 Measured 99% BW (KHz) 322.64 Margin (KHz) 1934.5475 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 24 of 30

OCCUPIED BANDWIDTH Test Data: 20 dB Occupied Bandwidth Measurement Plot Delta 1 [T1] RBW 10 kHz RF Att 10 dB Ref Lvl 0.86 dB VBW 300 kHz -20 dBm 288.57715431 kHz SWT 25 ms Unit dBm -20 1 [T1] -55.16 dBm A 902.73772545 MHz -30 1 [T1] 0.86 dB D1 -33.88 dBm 288.57715431 kHz -40 -50 I2D 1 1 1VIEW D2 -53.88 dBm 1MA -60 -70 -80 -90 -100 -110 -120 Center 902.875 MHz 100 kHz/ Span 1 MHz Date: 1.JAN.1997 02:51:46 20 dB Occupied Bandwidth = 288.57 kHz Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 25 of 30

OCCUPIED BANDWIDTH Test Data: 99% Occupied Bandwidth Measurement Plot Marker 1 [T1] RBW 10 kHz RF Att 10 dB Ref Lvl 30.26 dBæV VBW 300 kHz 87 dBæV 902.37500000 MHz SWT 25 ms Unit dBæV 87 1 [T1] 30.26 dBæV A 80 902.37500000 MHz OPB 322.64529058 kHz T1 [T1] 49.98 dBæV 70 902.72169339 MHz T2 [T1] 49.67 dBæV 60 903.04433868 MHz 1 [T1] 0.00 dB I2D 1VIEW T1 T2 1MA 0.00000000 Hz 50 40 1 30 20 10 0 -10 -13 Center 902.875 MHz 100 kHz/ Span 1 MHz Date: 1.JAN.1997 02:50:39 99% Occupied Bandwidth = 322.64 kHz Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 26 of 30

POWER LINE CONDUCTED INTERFERENCE Requirements: FCC Part 15.207(a), (c), RSS-GEN 8.8 FCC Rule Part No.: FCC Part 15.207(a), (c), RSS-GEN 8.8 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 27 of 30

POWERLINE CONDUCTED INTERFERENCE IC Rule Part No.: RSS-GEN 8.8, ICES-003 § 6.1 Method of Measurement: The procedure used was ANSI C63.4 using a 50uH LISN. Both lines were observed. The bandwidth of the spectrum analyzer was 10 kHz with an appropriate sweep speed. The spectrum was scanned from 0.15 to 30 MHz. The following plots represent the emissions for power line conducted. Both lines were observed. Test Data: N/A The EUT does not connect to an AC external powerline. Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 28 of 30

TEST EQUIPMENT LIST Device Manufacturer Model Serial Number Cal/Char Date Due Date Attenuator BNC 30dB 50OHM DC- Mini-Circuits HAT-30+ #58 7/14/2017 7/14/2019 2G Coaxial Cable - BMBM-0061-01 Pasternack PE3582LF-24 BMBM-0061-01 1/31/2017 1/31/2019 RG400 Antenna: Active ETS-Lindgren 6502 62529 12/11/2017 12/11/2019 Loop Antenna: Eaton 94455-1 1057 12/13/2017 12/13/2019 Biconical 1057 Antenna: Log- Electro-Metrics LPA-25 1122 7/26/2017 7/26/2019 Periodic 1122 CHAMBER Panashield 3M N/A 5/5/2017 5/5/2019 EMI Test Receiver R & S ESIB 40 Rohde & Schwarz ESIB 40 100274 08/16/16 08/16/19 Screen Room Software: Field Timco N/A Version 4.10.7.0 N/A N/A Strength Program Antenna: Double- Ridged Horn/ETS ETS-Lindgren 3117 41534 3/1/2017 3/1/2019 Horn 2 Bore-sight Antenna Sunol Sciences TLT2 N/A N/A N/A Positioning Tower Coaxial Cable - KMKM-0244-01 Chamber 3 cable Chamber 3 cable Micro-Coax KMKM-0670-00 8/9/2016 8/9/2019 set (Primary) set (Primary) KFKF-0198-01 LISN (Primary) Electro-Metrics ANS-25/2 225363 08/26/17 08/26/19 *EMI RECEIVER SOFTWARE VERSION The receiver firmware used was version 4.43 Service Pack 3 Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 29 of 30

MEASUREMENT UNCERTAINTY TEI Tab Lic Devices Uc 170428 The data and results referenced in this document are true and accurate. The measurement uncertainty was calculated for all measurements listed in this test report according To CISPR 16–4 or ENTR 100-028 Specification for radio disturbance and immunity measuring apparatus and methods – Part 4: “Uncertainty in EMC Measurements” and is documented in the Timco Engineering, Inc. quality system according to DIN EN ISO/IEC 17025. Furthermore, component and process variability of devices similar to that tested may result in additional deviation. The manufacturer has the sole responsibility of continued compliance of the device. Hereafter the best measurement capability for Timco Engineering, Inc. is reported: Test Items Measurement Uncertainty Notes RF Frequency Accuracy ± 49.5 Hz (1) RF Conducted Power ±0.93dB (1) Conducted spurious emission of transmitter valid ±1.86dB up to 40GHz Occupied Bandwidth ±2.65% Radiated RF Power ±1.4dB Maximum frequency deviation: Within 300 Hz and 6kHz of audio freq. ±1.88% Within 6kHz and 25kHz of audio Freq. ±2.04% Transient Frequency Response ±1.88% Temperature ±1.0°C (1) Humidity ±5.0% (1) This uncertainty represents an expanded uncertainty expressed at approximately the 95% confidence level using a coverage factor of k=1.96. END OF REPORT Applicant: ENERNET CORPORATION FCC ID: TGD15700 IC: 6120A-15700 Report: 1332AUT18TestReport_Rev3 Page 30 of 30


Document Created: 2018-10-11 08:48:06
Document Modified: 2018-10-11 08:48:06
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