Test Report

FCC ID: PAXPMVC015

Test Report

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FCCID_2115502

FCC Test Report FOR: Manufacturer: Pacific Industrial Co., Ltd Model Name: PMV-C015 Product Description: Tire Pressure Monitoring System Transmitter FCC ID: PAXPMVC015 IC ID: 3729A-PMVC015 47 CFR Part 15.231 IC RSS-210 Issue 8 TEST REPORT #: EMC_CET10_176_13001_C015_FCC15 DATE: 2013-10-21 FCC A2LA Accredited IC recognized # 3462B-1 CETECOM Inc. 411 Dixon Landing Road  Milpitas, CA 95035  U.S.A. Phone: + 1 (408) 586 6200  Fax: + 1 (408) 586 6299  E-mail: info@cetecomusa.com  http://www.cetecom.com CETECOM Inc. is a Delaware Corporation with Corporation number: 2905571 V3.0 2010-10-30 The BLUETOOTH trademarks are owned by Bluetooth SIG, Inc., U.S.A. and licensed to CETECOM Inc. © Copyright by CETECOM

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 TABLE OF CONTENTS 1 Assessment ......................................................................................................................................... 4 2 Administrative Data .......................................................................................................................... 5 2.1 Identification of the Testing Laboratory Issuing the Test Report.............................................................5 2.2 Identification of the Client ........................................................................................................................5 2.3 Identification of the Manufacturer ............................................................................................................5 3 Equipment under Test (EUT) .......................................................................................................... 6 3.1 Specification of the Equipment under Test ..............................................................................................6 3.2 Identification of the Equipment Under Test (EUT) ..................................................................................6 3.3 Identification of Accessory equipment .....................................................................................................6 4 Subject of Investigation .................................................................................................................... 7 5 Modes of operation: .......................................................................................................................... 8 6 Testing Notes ..................................................................................................................................... 8 7 Timing Diagrams of different transmission modes: ...................................................................... 9 8 Summary of Measurement Results................................................................................................ 11 9 Measurements.................................................................................................................................. 12 9.1 Radiated Measurement Procedure ..........................................................................................................12 9.1.1 Sample Calculations for Radiated Measurements .............................................................................14 9.2 Conducted Measurement Procedure .......................................................................................................15 9.3 Transmitter Fundamental Field Strength ................................................................................................16 9.3.1 Limits: .................................................................................................................................................16 9.4 Test Conditions: ......................................................................................................................................17 9.4.1 Test Data: ...........................................................................................................................................17 9.4.2 Measurement Result ...........................................................................................................................17 9.5 Transmitter 20dB Bandwidth..................................................................................................................18 9.5.1 Limits: .................................................................................................................................................18 9.5.2 Test Conditions:..................................................................................................................................18 9.5.3 Test Data: ...........................................................................................................................................18 9.5.4 Measurement Result ...........................................................................................................................18 9.6 Transmitter Duration...............................................................................................................................19 9.6.1 Limits: .................................................................................................................................................19 9.6.2 Results.................................................................................................................................................19 9.7 Transmitter Duty Cycle...........................................................................................................................20 9.7.1 Reference: ...........................................................................................................................................20 9.7.2 Test Conditions:..................................................................................................................................20 9.7.3 Test Data: ...........................................................................................................................................20 9.7.4 Measurement Result ...........................................................................................................................20 Page 2 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.8 Transmitter Spurious Emissions- Radiated.............................................................................................21 9.8.1 References: .........................................................................................................................................21 9.8.2 Measurement requirements: ...............................................................................................................21 9.8.3 Limits: .................................................................................................................................................21 9.8.4 Measurement Settings: .......................................................................................................................21 9.8.5 Test data/ plots: ..................................................................................................................................22 10 Test Equipment and Ancillaries used for tests ............................................................................. 25 11 Test Setup Info: ............................................................................................................................... 26 12 Revision History .............................................................................................................................. 28 Page 3 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 1 Assessment The following device was tested against the applicable criteria specified in FCC rules Parts 15.231 of Title 47 of the Code of Federal Regulations and Industry Canada Standards RSS 210 Issue 8. No deviations were ascertained during the course of the tests performed. Company Description Model # Pacific Industrial Co., Ltd Tire Pressure Monitoring System Transmitter PMV-C015 Responsible for Testing Laboratory: Tunji Yusuf 2013-10-21 Compliance (Test Lab Manager) Date Section Name Signature Responsible for the Report: Josie Sabado 2013-10-21 Compliance (Test Lab Manager) Date Section Name Signature The test results of this test report relate exclusively to the test item specified in Section3. CETECOM Inc. USA does not assume responsibility for any conclusions and generalizations drawn from the test results with regard to other specimens or samples of the type of the equipment represented by the test item. The test report may only be reproduced or published in full. Reproduction or publication of extracts from the report requires the prior written approval of CETECOM Inc. USA. Page 4 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 2 Administrative Data 2.1 Identification of the Testing Laboratory Issuing the Test Report Company Name: CETECOM Inc. Department: Compliance Address: 411 Dixon Landing Road Milpitas, CA 95035 U.S.A. Telephone: +1 (408) 586 6200 Fax: +1 (408) 586 6299 Test Lab Manager: Tunji Yusuf Responsible Project Leader: Rami Saman 2.2 Identification of the Client Applicant’s Name: Pacific Industrial Co., Ltd Street Address: Godo-Cho, Anapchi City/Zip Code Gifu/ 503-2397 Country Japan Contact Person: Kunitaka Yano Phone No. +81-(0)584-28-0167 Fax: +81-(0)584-28-0130 e-mail: knyano@pacific-ind.co.jp 2.3 Identification of the Manufacturer Manufacturer’s Name: Pacific Manufacturing Ohio Manufacturers Address: 8955 Seward Road City/Zip Code Fairfield, Ohio 45011 Country U.S.A. Page 5 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 3 Equipment under Test (EUT) 3.1 Specification of the Equipment under Test Marketing Name / PMV-C015 Model No: FCC ID: PAXPMVC015 IC ID: 3729A-PMVC015 Product Description: Tire Pressure Monitoring System Transmitter Frequency of operation: UHF Transmitter: 314.98 MHz Modulation: FSK Modes of Operation: See Section 5.2 Built-in Loop Antenna Antenna Info: Gain: -14.2 dBi Power Supply: 3VDC Lithium battery Rated Operating Voltage Low: 1.75V, Nom: 3.0V, High:3.6 V Range: Rated Operating Temperature Low: -40℃, Nom: +25℃, High: +120℃ Range: Test Sample Status: Prototype 3.2 Identification of the Equipment Under Test (EUT) EUT # Type Serial Number 1 TPMS Transmitter PA66-GF33 3.3 Identification of Accessory equipment AE # Type Manufacturer Serial No. Cetecom ID For programming the 1 Trigger Box Pacific Industrial Co., Ltd D0007 EUT to transmit. Not used for testing. Page 6 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 4 Subject of Investigation The objective of the measurements done by CETECOM Inc. was to measure the performance of the EUT as specified by requirements listed in FCC rules Part 15.231 of Title 47 of the Code of Federal Regulations and Industry Canada Standards RSS 210 Issue 8. This test report is to support a request for new equipment authorization under the FCC ID: PAXPMVC015 and IC ID: 3729A-PMVC015. All testing was performed on the product referred to in Section 3 as EUT. This test report contains full radiated and conducted testing results as per • 47 CFR Part 15: Title 47 of the Code of Federal Regulations: Chapter I-Federal Communications Commission subchapter A- General, Part 15- Radio Frequency Devices. • RSS-210 Issue 8: Spectrum Management and Telecommunications- Radio Standards Specification. Low-power License-exempt radio communication devices (All frequency bands): Category 1 equipment. Page 7 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 5 Modes of operation: Four modes of operation are possible: Stationary, Rotating, Pressure Alert and Temperature Alert. As the average output power is the same for all modes, it was deemed necessary to only measure the timing behavior in one mode. The Trigger box provided by the customer was used to force transmit modulated signal for 30 minutes (18000 frames/ 0.1 sec interval) for performing the measurements. 6 Testing Notes The stationary and rotating mode will be certified according to §15.231(e). The pressure alert mode and the high temperature alert mode will be certified according §15.231(a). These two modes are automatic transmission modes and will only be activated when a rapid pressure change or temperature change is detected. Page 8 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 7 Timing Diagrams of different transmission modes: Page 9 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 Worst Case modes: Rotating mode1: 2 frames / 16 seconds Rotating mode2: 4 frames / 48 seconds Stationary mode: 1 frame/ 96 seconds Pressure Alert mode: 30 frames / 3.19 seconds High Temperature Alert mode: 30 frames / 3.19 seconds Page 10 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 8 Summary of Measurement Results Temperature Test Specification Test Case and Voltage Pass Fail NA NP Result Conditions Transmitter §15.231 (e) Fundamental Nominal     Complies RSS 210 A1.1.2 Field Strength Transmitter 20dB §15.231 (c) Nominal     Complies bandwidth Transmitter §15.231 (a) Nominal     Complies Duration Transmitter Duty §15.35 (c) Nominal     Complies Cycle Transmitter §15.231 (e) Radiated Nominal     Complies §15.209 Emissions RX Spurious §15.109 Emissions Nominal     - Radiated TX Conducted §15.207 Emissions Nominal     - <30MHz RX Conducted §15.107(a) Emissions Nominal     - <30MHz Note: NA= Not Applicable; NP= Not Performed. Page 11 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9 Measurements 9.1 Radiated Measurement Procedure ANSI C63.4 (2009) Section 8.3.1.1: Exploratory radiated emission measurements Exploratory radiated measurements shall be performed at the measurement distance or at a closer distance than that specified for compliance to determine the emission characteristics of the EUT. At near distances, for EUTs of comparably small size, it is relatively easy to determine the spectrum signature of the EUT and, if applicable, the EUT configuration that produces the maximum level of emissions. A shielded room may be used for exploratory testing, but may have anomalies that can lead to significant errors in amplitude measurements. Broadband antennas and a spectrum analyzer or a radio-noise meter with a panoramic display are often useful in this type of testing. It is recommended that either a headset or loudspeaker be connected as an aid in detecting ambient signals and finding frequencies of significant emission from the EUT when the exploratory and final testing is performed in an OATS with strong ambient signals. Caution should be taken if either antenna height between 1 and 4 meters or EUT azimuth is not fully explored. Not fully exploring these parameters during exploratory testing may require complete testing at the OATS or semi- anechoic chamber when the final full spectrum testing is conducted. The EUT should be set up in its typical configuration and arrangement, and operated in its various modes. For tabletop systems, cables or wires should be manipulated within the range of likely arrangements. For floor-standing equipment, the cables or wires should be located in the same manner as the user would install them and no further manipulation is made. For combination EUTs, the tabletop and floor-standing portions of the EUT shall follow the procedures for their respective setups and cable manipulation. If the manner of cable installation is not known, or if it changes with each installation, cables or wires for floor-standing equipment shall be manipulated to the extent possible to produce the maximum level of emissions. For each mode of operation required to be tested, the frequency spectrum shall be monitored. Variations in antenna height between 1 and 4 m, antenna polarization, EUT azimuth, and cable or wire placement (each variable within bounds specified elsewhere) shall be explored to produce the emission that has the highest amplitude relative to the limit. A step-by-step technique for determining this emission can be found in Annex C. When measuring emissions above 1 GHz, the frequencies of maximum emission shall be determined by manually positioning the antenna close to the EUT and by moving the antenna over all sides of the EUT while observing a spectral display. It will be advantageous to have prior knowledge of the frequencies of emissions above 1 GHz. If the EUT is a device with dimensions approximately equal to that of the measurement antenna beamwidth, the measurement antenna shall be aligned with the EUT. Page 12 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 ANSI C63.4 (2009) Section 8.3.1.2: Final radiated emission measurements Based on the measurement results in 8.3.1.1, the one EUT, cable and wire arrangement, and mode of operation that produces the emission that has the highest amplitude relative to the limit is selected for the final measurement. The final measurement is then performed on a site meeting the requirements of 5.3, 5.4, or 5.5 as appropriate without variation of the EUT arrangement or EUT mode of operation. If the EUT is relocated from an exploratory test site to a final test site, the highest emission shall be remaximized at the final test location before final radiated emissions measurements are performed. However, antenna height and polarity and EUT azimuth are to be varied. In addition, the full frequency spectrum (for the range to be checked for meeting compliance) shall be investigated. This investigation is performed with the EUT rotated 360°, the antenna height scanned between 1 m and 4 m, and the antenna rotated to repeat the measurements for both the horizontal and vertical antenna polarizations. During the full frequency spectrum investigation, particular focus should be made on those frequencies found in exploratory testing that were used to find the final test configuration, mode of operation, and arrangement (associated with achieving the least margin with respect to the limit). This full spectrum test constitutes the compliance measurement. For measurements above 1 GHz, use the cable, EUT arrangement, and mode of operation determined in the exploratory testing to produce the emission that has the highest amplitude relative to the limit. Place the measurement antenna away from each area of the EUT determined to be a source of emissions at the specified measurement distance, while keeping the antenna in the “cone of radiation” from that area and pointed at the area both in azimuth and elevation, with polarization oriented for maximum response. The antenna may have to be higher or lower than the EUT, depending on the EUT’s size and mounting height, but the antenna should be restricted to a range of heights of from 1 m to 4 m above the ground or reference ground plane. If the transmission line for the measurement antenna restricts its range of height and polarization, the steps needed to ensure the correct measurement of the maximum emissions, shall be described in detail in the report of measurements. Data collected shall satisfy the report requirements of Clause 10. NOTES 1— Where limits are specified by agencies for both average and peak (or quasi-peak) detection, if the peak (or quasi-peak) measured value complies with the average limit, it is unnecessary to perform an average measurement. 2—Use of waveguide and flexible waveguide may be necessary at frequencies above 10 GHz to achieve usable signal-to noise ratios at required measurement distances. If so, it may be necessary to restrict the height search of the antenna, and special care should be taken to ensure that maximum emissions are correctly measured. 3—All presently known devices causing emissions above 10 GHz are physically small compared with the beam-widths of typical horn antennas used for EMC measurements. For such EUTs and frequencies, it may be preferable to vary the height and polarization of the EUT instead of the receiving antenna to maximize the measured emissions. Page 13 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.1.1 Sample Calculations for Radiated Measurements 9.1.1.1 Field Strength Measurements: Measurements from the Spectrum Analyzer/ Receiver is used to calculate the Field Strength, taking into account the following parameters: 1. Measured reading in dBµV 2. Cable Loss between the receiving antenna and SA in dB and 3. Antenna Factor in dB/m FS (dBµV/m)= Measured Value on SA (dBµV)+ Cable Loss (dB)+ Antenna Factor (dB/m) Eg: Antenna Factor Field Strength Frequency Measured SA Cable Loss Correction Result (MHz) (dBµV) (dB) (dB) (dBµV/m) 1000 80.5 3.5 14 98.0 All radiated measurement plots in this report are taken from a test SW that calculates the Field Strength based on the above equation. Page 14 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.2 Conducted Measurement Procedure Test Setup for Conducted Measurements Power Attenuator Splitter DUT Spectrum Power Meter Analyzer 1. Connect the equipment as shown in the above diagram. 2. The EUT is programmed using test utility provided by the manufacturer to set the required channel and operating mode. 3. Measurements are to be performed with the EUT set to the required transmit channel. Measurement uncertainty for all conducted measurements: +/- 0.5 dB Page 15 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.3 Transmitter Fundamental Field Strength 9.3.1 Limits: RSS 210 Issue 8 A.1.1.2 §15.231 (e) Intentional radiators may operate at a periodic rate exceeding that specified in paragraph (a) of this section and may be employed for any type of operation, including operation prohibited in paragraph (a) of this section, provided the intentional radiator complies with the provisions of paragraphs (b) through (d) of this section, except the field strength table in paragraph (b) of this section is replaced by the following: 1 Linear interpolations. The above field strength limits are specified at a distance of 3 meters. The tighter limits apply at the band edges. Intentional radiators operating under the provisions of this section shall demonstrate compliance with the limits on the field strength of emissions, as shown in the above table, based on the average value of the measured emissions. As an alternative, compliance with the limits in the above table may be based on the use of measurement instrumentation with a CISPR quasi-peak detector. The specific method of measurement employed shall be specified in the application for equipment authorization. If average emission measurements are employed, the provisions in §15.35 for averaging pulsed emissions and for limiting peak emissions apply. Further, compliance with the provisions of §15.205 shall be demonstrated using the measurement instrumentation specified in that section. For the EUT operating at 314.98 MHz, the fundamental field strength limit is calculated as follows: Field Strength = (16.67x F) – 2833.33 where F is the frequency in MHz = 2417.30 µV/m = 67.66 dB µV/m Note: As the peak field strength is the same for all modes of operation, it was deemed necessary to only measure the field strength in one mode. While the pressure alert and high temperature alert mode are being compliant under §15.231(a), additional measurement is deemed unnecessary as they already comply with the most stringent limits of §15.231(e). Page 16 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.4 Test Conditions: Tnom: 22oC; Vnom: 3V DC Spectrum Analyzer settings: RBW=120 kHz; VBW=300 kHz; Detector: Peak; Sweep Time: Auto; Span=2MHz Maximized result for all orientations of the EUT and H/V measurement antenna polarizations shown here. 9.4.1 Test Data: 110 105 100 95 FCC 15.231 Fundamental_Peak 90 85 314.948052 MHz 77.971 dBµV/m 80 75 70 65 Level in dBµV/m 60 55 50 45 40 35 30 25 20 15 10 5 0 314 314.2 314.4 314.6 314.8 315 315.2 315.4 315.6 315.8 316 Frequency in MHz MaxPeak-ClearWrite-PK+ MaxPeak-MaxHold-PK+ FCC 15.231 Fundamental_Peak 9.4.2 Measurement Result Maximum power (dBµV/m at 3m) Limit (dBµV/m) Verdict Measured Peak value Calculated Average value 77.971 77.971 – 22.01 = 55.961 67.66 Pass Page 17 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.5 Transmitter 20dB Bandwidth 9.5.1 Limits: 9.5.1.1 §15.231 (c) The bandwidth of the emission shall be no wider than 0.25% of the center frequency for devices operating above 70 MHz and below 900 MHz. For devices operating above 900 MHz, the emission shall be no wider than 0.5% of the center frequency. Bandwidth is determined at the points 20 dB down from the modulated carrier. For 314.98 MHz transmitter, the 20 dB Bandwidth limit is 0.0025 x 314.98 MHz = 787.45 kHz. Therefore, 20dB bandwidth should be <787.45 kHz. 9.5.2 Test Conditions: Tnom: 22oC; Vnom: 3V DC Spectrum Analyzer settings: RBW=1kHz, VBW=5kHz, Detector: Peak- Max hold; Sweep Time: 100 ms Span=100 kHz 9.5.3 Test Data: * RBW 1 kHz Marker 1 [T1 ] * VBW 5 kHz -64.28 dBm Ref -25 dBm * Att 5 dB SWT 250 ms 314.956176282 MHz Delta 2 [T1 ] -30 -20.32 dB -30.048076924 kHz A Delta 3 [T1 ] 1 PK -40 -20.48 dB MAXH 69.711538463 kHz -50 -60 1 -70 -80 2 3 3DB D1 -84.28 dBm -90 -100 -110 -120 Center 314.9774103 MHz 25 kHz/ Span 250 kHz Date: 3.OCT.2013 08:41:40 9.5.4 Measurement Result Measured 20 dB bandwidth (kHz) 20 dB Bandwidth Limit(kHz) Verdict 99.76 787.45 Pass Page 18 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.6 Transmitter Duration 9.6.1 Limits: 9.6.1.1 §15.231 (a)(2) A transmitter activated automatically shall cease transmission within 5 seconds after activation. 9.6.1.2 §15.231 (e) Devices operated under the provisions of this paragraph shall be provided with a means for automatically limiting operation so that the duration of each transmission shall not be greater than one second and silent period between transmissions shall be at least 30 times the duration of the transmission but in no case less than 10 seconds. 9.6.2 Results Rotating Mode 1 Transmission length 2 x 111.78ms = 223.56 ms < 1 second Minimum silent period 30 x 0.22356s = 6.7068s Silent period 16s – 0.22356s = 15.7764s > 6.7068s Rotating Mode 2 Transmission length 4 x 111.78ms = 447.12ms < 1 second Minimum silent period 30 x 0.4471s = 13.4136s Silent period 48s – 0.44712s =47.5528s > 13.4136s Stationary Mode Transmission length 1 x 7.93ms = 7.93ms < 1 second Minimum silent period 30 x .00793s = 0.2379s Silent period 96s – 0.00793s = 95.992 s >0.2379 s Pressure Alert/High Temperature Mode 30 x 111.78ms = 3353.4ms = 3.3534 s < 5 seconds Page 19 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.7 Transmitter Duty Cycle This is a reference measurement only. 9.7.1 Reference: 9.7.1.1 §15.35 (c) 9.7.2 Test Conditions: Tnom: 25oC; Vnom Spectrum Analyzer settings: RBW=30 kHz, VBW=30 kHz, Detector: Peak Sweep Time: 150 ms Span=Zero 9.7.3 Test Data: RBW 30 kHz Marker 1 [T1 ] * VBW 30 kHz -65.15 dBm Ref -25 dBm * Att 5 dB SWT 150 ms 14.903846 ms Delta 2 [T1 ] -30 -0.43 dB 7.932692 ms A Delta 3 [T1 ] SGL 1 PK * -40 -36.71 dB CLRWR 111.778846 ms -50 -60 1 2 -70 -80 3DB -90 3 -100 -110 -120 Center 315 MHz 15 ms/ Date: 3.OCT.2013 08:28:45 9.7.4 Measurement Result Transmit on time = 7.93 ms; Period= 100 ms; Duty Cycle=7.93 % Correction factor = 20 Log (Pulse Duration (ms)/ 100 ms) = 20Log (13.46/100) = -22.01 dB Note: Regardless of the transmission mode, the maximum number of bursts in 100ms is 1 and therefore the duty cycle can never exceed the above calculated value. Page 20 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.8 Transmitter Spurious Emissions- Radiated 9.8.1 References: FCC CFR 2.1053 FCC CFR 15.231 (e) and 15.209 9.8.2 Measurement requirements: 9.8.2.1 FCC 2.1053: Field strength of spurious radiation. Measurements shall be made to detect spurious emissions that may be radiated directly from the cabinet, control circuits, power leads or intermediate circuit elements under normal conditions of installation and operation. Curves or equivalent data shall be supplied showing the magnitude of each harmonic and other spurious emission. 9.8.3 Limits: §15.231 (e) Note: As the peak field strength is the same for all modes of operation, it was deemed necessary to only measure the field strength in one mode. While the pressure alert and high temperature alert mode are being compliant under §15.231(a), additional measurement is deemed unnecessary as they already comply with the most stringent limits of §15.231(e). 9.8.4 Measurement Settings: Peak detector used for the measurements- with RBW=120KHz for measurements below 1GHz and RBW= 1MHz for measurements above 1GHz. Testing performed up to 10x Transmit frequency. Measurement distance= 3m Measurement mode: The Trigger box provided by the customer was used to force transmit modulated signal for 30 minutes (18000 frames / 0.1 sec interval) for performing the measurements. 9.8.4.1 Measurement Result Pass. Page 21 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 9.8.5 Test data/ plots: Radiated spurious emissions: 9kHz- 30MHz 60 55 50 45 40 35 30 FCC 15 9kHz 25 20 15 Level in dBµV/m 10 5 0 -5 -10 -15 -20 -25 -30 -35 -40 -45 -50 9k 20 30 50 100k 200 300 500 1M 2M 3M 5M 10M 20 30M Frequency in Hz FCC 15 9kHz Preview Result 1-PK+ Page 22 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 Radiated spurious emissions: 30M-1GHz Measurement with both Peak and Average detector shown below. Signal above the limit line is from the 314.98 MHz Transmitter. 110 105 100 95 90 314.423077 MHz 85 77.513 dBµV/m 80 75 FCC 15.231_Peak 70 65 Level in dBµV/m 60 55 FCC 15.231_Average 50 45 40 35 30 25 20 15 10 5 0 30M 50 60 80 100M 200 300 400 500 800 1G Frequency in Hz FCC 15.231_Peak FCC 15.231_Average Preview Result 1-PK+ Preview Result 2-AVG Data Reduction Result 1 [3]-PK+ Data Reduction Result 2 [3]-AVG Page 23 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 Radiated spurious emissions: >1GHz Measurement with both Peak and Average detector shown below. 110 105 100 95 90 85 80 75 FCC 15.231_Peak 70 65 Level in dBµV/m 60 55 FCC 15.231_Average 50 45 40 35 30 25 20 15 10 5 0 1G 2G 3G 4.5G Frequency in Hz FCC 15.231_Peak FCC 15.231_Average Preview Result 1-PK+ Preview Result 2-AVG Page 24 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 10 Test Equipment and Ancillaries used for tests No. Equipment Name Manufacturer Type/model Serial No. Cal Date Cal Interval 3m Semi- Anechoic Chamber: Turn table EMCO 2075 N/A N/A N/A MAPS Position Controller ETS Lindgren 2092 0004-1510 N/A N/A Antenna Mast EMCO 2075 N/A N/A N/A Relay Switch Unit Rohde&Schwarz RSU 338964/001 N/A N/A EMI Receiver/Analyzer Rohde&Schwarz ESU 40 100251 Aug 2013 2 Year Spectrum Analyzer Rohde&Schwarz FSU 200302 June 2013 2 Years 1500MHz HP Filter Filtek HP12/1700 14c48 N/A N/A 2800 MHz HP Filter Filtek HP12/2800 14C47 N/A N/A Pre-Amplifier Miteq JS40010260 340125 N/A N/A Binconilog Antenna EMCO 3141 0005-1186 Apr 2012 3 Years Binconilog Antenna ETS 3149 J000123908 Feb 2012 3 years Horn Antenna EMCO 3115 35114 Mar 2012 3 Years Loop Antenna EMCO 6512 49838 Oct 2011 3 Years Ancillary equipment Humidity Temperature Logger Dickson TM320 03280063 Apr 2013 1 Year Digital Barometer VWR 35519-055 91119547 Nov 2011 2 Years DC Power Supply HP E3610A KR83023316 N/A N/A DC Power Supply Protek 3003B H012771 N/A N/A Communication Antenna IBP5-900/1940 Kathrein N/A N/A N/A Page 25 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 11 Test Setup Info: Test Setup for 9 kHz – 30 MHz 3 m Distance EUT at 80 cm Loop Measurement Antenna Turn-Table Chamber Ground plane EMI Receiver Test Setup for 30M-1GHz Height Scan 1-4m 3 m Distance EUT at 80 cm BiLog Measurement Antenna Turn-Table Chamber Ground plane EMI Receiver Page 26 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 Test Setup for >1GHz Measurements Height Scan 3m Distance 1-4m EUT at 80cm Horn Measurement Antenna Turn-Table EMI Receiver Page 27 of 28

Test Report #: EMC_CET10_176_13001_C015_FCC15 FCC ID: PAXPMVC015 Date of Report : 2013-10-21 IC ID: 3729A-PMVC015 12 Revision History Report Date Report Name Changes to report prepared by 2013-10-21 EMC_CET10_176_13001_C015_FCC15 First Version Tunji Yusuf Page 28 of 28


Document Created: 2013-10-22 11:07:07
Document Modified: 2013-10-22 11:07:07
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