HD5-IM21IM21-PRT RFID Module

TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 1 of 2 Honeywell IM21-PRT RFID Module Labelling Annexure - VIII Model : IM21-PRT FCC ID: HD5-IM21 IC: 1693B-IM21 TEST REPORT NO : 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 2 of 2 Honeywell Annexure - VIII: Labelling Location and Details Labelling Drawing Drawing No - 3015-4258-001 The Label shown must be affixed on the IM21-PRT RFID Module which must be readable. The Label must be affixed on the Shield of IM21-PRT RFID Module as shown Below are the High-level details. • RoHS Compliant Inks • Color – Black • Compliant to durability requirements of LVD Directive IEC/EN60950. • Fonts greater than 4 pts. Labelling Location Details The label must be affixed on the IM21-PRT RFID module shield as shown below.

TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 1 of 6 Honeywell RF Exposure Report For IM21-PRT RFID Module Version 2.0 Prepared By : Lavanya M TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 2 of 6 Honeywell Report Revision History REVISION HISTORY Date Document Version Revision Description Author 22-10-2024 1.0 Initial Issue of Test Report Lavanya M 11-11-2024 2.0 TCB - Review Comments updated Lavanya M TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 3 of 6 Honeywell RF Exposure Assessment The limit for Maximum Permissible Exposure (MPE) specified in FCC 1.1310 and RSS 102, Issue 6 Section 2.5.2 is followed. The gain of the antennas used in the product is extracted from the Antenna data sheets provided and the maximum total power input to the antenna is measured. Through the Friis transmission formula and the maximum gain of the antenna, we can calculate the distance, away from the product, where the limit of MPE is reached. Although the Friis Transmission formula is far field assumption, the calculated result of that is an over-prediction for near field power density. It is taken as worst case to specify the safety range. According to FCC 1.1310: The criteria listed in the following table shall be used to evaluate the environmental impact of the human exposure to radiofrequency (RF) radiation as specified in 1.1307 (b) showed in Table 1. And as per the RSS 102, Issue 6, Section 2.5.2 the MPE limits mentioned in Table Friss Formula Limit for MPE as per FCC Frequency Range (MHz) Electric Field Strength (V/m) Magnetic Field Strength (A/m) Power Density (mW/cm²) Limits for Occupational / controlled Exposures 300 - 1500 .... .... F/300 1500 – 100000 .... .... 5.0 Limits for General population / Uncontrolled Exposure 300 - 1500 .... .... F/1500 1500 – 100000 .... .... 1.0 F or ƒ = Frequency in MHz Limit for MPE as per ISED F or ƒ = Frequency in MHz TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 4 of 6 Honeywell Friss Transmission Formula: Pd = (Pout * G) / (4*pi*r²) Where Pd = power density in mW/cm² Pout = output power to antenna in mW G = gain of antenna in linear scale Pi = 3.1416 R = Distance between observation point and the center of radiator in cm If we know the maximum gain of the antenna and the total output power to the antenna, through calculation, we will know MPE value at distance 20cm. EUT Operating Condition EUT was enabled to transmit and receive at lowest, middle and highest channels. EUT Classification for RF Exposure Evaluation The antenna of this product, under normal use condition, is at least 20cm away from the body of the user. Warning statement to the user for keeping at least 20cm or more separation distance from the antenna should be included in the User manual. So, this device is classified as fixed device. Antenna Details Sl. No Coupler Design Make Model Max Gain (dBi) 1 PCB – RFID Coupler Microstrip line fed aperture coupler Laird Technologies* MAF95123-1 / 234-079-0600 -19.3 Microstrip line fed aperture coupler Laird Technologies* 1-971140-001 -24.2 2 Microstrip line fed aperture coupler Unictron Technologies* H2B1JH1A1H0200 / 710000068100 -23.0 3 Loop aperture coupler Honeywell LUPUS14V2 -14.0 4 stripline coupler Honeywell LUPUS32 -27.2 5 Loop aperture coupler Honeywell CORVUS10 -20.5 TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 5 of 6 Honeywell Assessment / Results Type of Communication / Protocol : RFID EPC Class 1, ISO 18000-6C Duty cycle considered for Assessment / Evaluation is 100 % FCC MPE Evaluation : RFID Coupler 1 : MAF95123-1 / 234-079-0600 RFID Coupler 2 : 1-971140-001 RFID Coupler 3 : H2B1JH1A1H0200 / 710000068100 RFID Coupler 4 : LUPUS14V2 RFID Coupler 5: LUPUS32 RFID Coupler 6 : CORVUS10 Antenna Gain (dBi) Antenna Gain Linear Scale Channel Frequency (MHz) Maximum Output Power (dBm) Tune-up Tolerance (dB) Max Power including Tune up (mW) Power Density (mW/cm²) FCC Limit (mW/cm²) -19.3 0.011748976 927.250 29.35 ± 0.5 966.050 0.002258 0.618 Antenna Gain (dBi) Antenna Gain Linear Scale Channel Frequency (MHz) Maximum Output Power (dBm) Tune-up Tolerance (dB) Max Power including Tune up (mW) Power Density (mW/cm²) FCC Limit (mW/cm²) -24.2 0.003801894 927.250 29.35 ± 0.5 966.050 0.000730683 0.618 Antenna Gain (dBi) Antenna Gain Linear Scale Channel Frequency (MHz) Maximum Output Power (dBm) Tune-up Tolerance (dB) Max Power including Tune up (mW) Power Density (mW/cm²) FCC Limit (mW/cm²) -23.0 0.005011872 927.250 29.35 ± 0.5 966.050 0.000963228 0.618 Antenna Gain (dBi) Antenna Gain Linear Scale Channel Frequency (MHz) Maximum Output Power (dBm) Tune-up Tolerance (dB) Max Power including Tune up (mW) Power Density (mW/cm²) FCC Limit (mW/cm²) -14.0 0.039810717 927.250 29.35 ± 0.5 966.050 0.007651193 0.618 Antenna Gain (dBi) Antenna Gain Linear Scale Channel Frequency (MHz) Maximum Output Power (dBm) Tune-up Tolerance (dB) Max Power including Tune up (mW) Power Density (mW/cm²) FCC Limit (mW/cm²) -27.2 0.001905461 927.250 29.35 ± 0.5 966.050 0.000366209 0.618 Antenna Gain (dBi) Antenna Gain Linear Scale Channel Frequency (MHz) Maximum Output Power (dBm) Tune-up Tolerance (dB) Max Power including Tune up (mW) Power Density (mW/cm²) FCC Limit (mW/cm²) -20.5 0.008912509 927.250 29.35 ± 0.5 966.050 0.001712889 0.618 TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 6 of 6 Honeywell ISED MPE Evaluation : RFID Coupler 1 : MAF95123-1 / 234-079-0600 RFID Coupler 2 : 1-971140-001 RFID Coupler 3 : H2B1JH1A1H0200 / 710000068100 RFID Coupler 4 : LUPUS14V2 RFID Coupler 5: LUPUS32 RFID Coupler 6 : CORVUS10 Antenna Gain (dBi)…

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TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 1 of 5 Honeywell IM21-PRT RFID Module Antenna Details Annexure - VI Model : IM21-PRT FCC ID: HD5-IM21 IC: 1693B-IM21 TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 2 of 5 Honeywell Annexure - VI : RFID Antenna and Coupler Details Following are the list of RFID Antenna’s and Couplers used along with IM21 RFID Module. *Custom design for Honeywell products only The IM21-PRT RFID Module and Antennas are having Unique antenna Coupling Mechanism. Sl. No Coupler Design Make Model Max Gain (dBi) 1 PCB – RFID Coupler Microstrip line fed aperture coupler Laird Technologies* MAF95123-1 / 234-079-0600 -19.3 Microstrip line fed aperture coupler Laird Technologies* 1-971140-001 -24.2 2 Microstrip line fed aperture coupler Unictron Technologies* H2B1JH1A1H0200 / 710000068100 -23.0 3 Loop aperture coupler Honeywell LUPUS14V2 -14.0 4 stripline coupler Honeywell LUPUS32 -27.2 5 Loop aperture coupler Honeywell CORVUS10 -20.5 TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 3 of 5 Honeywell Annexure - V : RFID Couplers High Level Details Model Gain (dBi) Plot MAF95123-1 / 234-079-0600 RF cable Length = 60cm. Type of Antenna Coupling is MMCX Dimensions : 112mm X 14.85mm X 1.17mm ( L x W x D) 1-971140-001 RF cable Length = 60cm. Type of Antenna Coupling is MMCX Right Angle Dimensions : 60mm X 20mm X 1.5mm ( L x W x D) TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 4 of 5 Honeywell Model Gain (dBi) Plot H2B1JH1A1H0200 / 710000068100 RF cable Length = 12cm. Type of Antenna Coupling is U.FL Dimensions : 110mm X 10.0mm X 1.6mm ( L x W x D) LUPUS14V2 RF cable Length = 60cm. Type of Antenna Coupling is MMCX Dimensions : 110mm X 17mm X 1.4mm ( L x W x D) TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 5 of 5 Honeywell Model Gain (dBi) Plot LUPUS32 RF cable Length = 30cm. Type of Antenna Coupling is U.FL Dimensions 80mm X 20mm X 3.2mm ( L x W x D) CORVUS10 RF cable Length = 30cm. Type of Antenna Coupling is U.FL Dimensions : 80mm x 9mm x 1mm ( L x W x D)

TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 1 of 143 Honeywell FCC Test Report For IM21-PRT RFID Module Version 2.0 Prepared By : Lavanya M TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 2 of 143 Honeywell Report Revision History REVISION HISTORY Date Document Version Revision Description Author 22-10-2024 1.0 Initial Issue of Test Report Lavanya M 08-11-2024 2.0 TCB Review Comments updated Lavanya M TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 3 of 143 Honeywell Laboratory CAB / registration no FCC - 352470 ISED: IN0001 Lab Report Number: EMC 656-1 Test Item Name or Nomenclature IM21-PRT RFID Module Sample Identification: Model No: IM21-PRT Serial number: 22022476015 Hardware Version: 3010-9731-001, Rev A Firmware version: 1.00.0006 Requester name: Jiang, Cindy Date of Receipt of Sample: 19-Aug-2024 Condition of Sample on receipt: Good Requester Address: HONEYWELL INTERNATION INC 9680 Old Bailes Rd, Fort Mill South Carolina (SC) 29707, USA Testing Laboratory: EMC LAB, Honeywell Technology Solutions Lab Pvt Ltd Address: RMZ ECOWORLD INFRASTRUCTURE PVT. LTD., Survey # 19/2, Devarabisanahalli Village, Varthur Hobli, Bangalore East Taluk, Bangalore – 560103 Test Dates: 30-08-2024 to 27-Sep-2024 Applicable Standard: FCC Part 15 Subpart C 15.247, 15.207 RSS 247 Issue 3, RSS Gen Issue 5 Test Results: PASS FCC ID and IC FCC ID: HD5-IM21 IC : 1693B-IM21 Prepared By: Test Engineer Name: Lavanya M Signature: Date: 08-11-2024 Reviewed By (Name): Raju Jogadande Signature: Date: 08-11-2024 Authorized Signatory: Technical Manager Name: Gulshan Kumar Signature: Date of Issue: 08-11-2024 This Report relates to the above-mentioned test sample only. Without the approval of Lab manager, this report shall not be reproduced except in full. TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 4 of 143 Honeywell Contents Report Revision History .................................................................................................................................2 Test Summary ..................................................................................................................................................5 Related Documents to this Report ..............................................................................................................6 Product Details ................................................................................................................................................7 Product Function and Intended Use ..................................................................................................................................... 7 RF Communication Details ...................................................................................................................................................... 7 Antenna Details ............................................................................................................................................................................. 7 Environment and Dimensions ............................................................................................................................................... 8 Input and Output Ports ............................................................................................................................................................. 8 EUT Details and Operating Mode ................................................................................................................9 Operating Mode ........................................................................................................................................................................... 9 Hardware and Software Versions .......................................................................................................................................... 9 Auxiliary Equipment & accessories ...................................................................................................................................... 9 Operating Frequency List ........................................................................................................................................................ 9 Operational Description ........................................................................................................................................................... 9 Test Methodology ........................................................................................................................................ 10 Conducted Spurious Emissions .......................................................................................................................................... 10 Test Setup and Configuration .............................................................................................................................................. 10 Radiated Emission Test .......................................................................................................................................................... 11 Test Setup Arrangements ....................................................................................................................................................... 11 Test Equipment Lists ............................................................................................................................................................... 12 Measurement Uncertainty (Uc) ........................................................................................................................................... 14 1. Maximum (Peak) Conducted Power ........................................................…

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TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 81 of 143 Honeywell Test Results / Graphs - 30MHz to 1GHz Ant Port : 2 Ant Type : MAF95123-1 / 234-079-0600 Channel 01 : 902.750MHz Horizontal Polarization Frequency (MHz) MaxPeak (dBμV/m) Limit (dBμV/m) QP Margin (dB) Meas. Time (ms) Pol Test Result 123.874444 30.36 44.00 13.64 1000.0 H PASS 131.957778 31.06 44.00 12.94 1000.0 H PASS 208.264444 31.37 44.00 12.63 1000.0 H PASS 283.924444 34.38 46.00 11.62 1000.0 H PASS 292.007778 34.28 46.00 11.72 1000.0 H PASS 489.672222 34.21 46.00 11.79 1000.0 H PASS 516.401111 35.62 46.00 10.38 1000.0 H PASS 608.000000 36.22 46.00 9.78 1000 H PASS 614.000000 35.96 46.00 10.04 1000 H PASS 668.798889 37.48 46.00 8.52 1000.0 H PASS 675.265556 37.67 46.00 8.33 1000.0 H PASS 762.026667 40.16 46.00 5.84 1000.0 H PASS 847.278889 40.49 46.00 5.51 1000.0 H PASS 902.784444 99.38 46.00 *** 1000.0 H *** 960.000000 40.19 46.00 5.81 1000 H PASS *** Fundamental Operating Frequency. Level in dBμV/m TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 82 of 143 Honeywell Test Results / Graphs - 30MHz to 1GHz Ant Port : 2 Ant Type : MAF95123-1 / 234-079-0600 Channel 26: 915.250MHz Horizontal Polarization Frequency (MHz) MaxPeak (dBμV/m) QP Limit (dBμV/m) Margin (dB) Meas. Time (ms) Pol Test Result 126.461111 30.16 44.00 13.84 1000.0 H PASS 193.822222 29.14 44.00 14.86 1000.0 H PASS 335.550000 32.32 46.00 13.68 1000.0 H PASS 503.467778 34.49 46.00 11.51 1000.0 H PASS 522.760000 34.24 46.00 11.76 1000.0 H PASS 608.000000 35.33 46.00 10.67 1000 H PASS 614.000000 34.68 46.00 11.32 1000 H PASS 683.780000 37.75 46.00 8.25 1000.0 H PASS 695.851111 37.31 46.00 8.69 1000.0 H PASS 770.110000 40.06 46.00 5.94 1000.0 H PASS 846.524444 40.23 46.00 5.77 1000.0 H PASS 915.286667 101.26 46.00 *** 1000.0 H *** 960.000000 40.28 46.00 5.72 1000 H PASS *** Fundamental Operating Frequency. Level in dBμV/m TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 83 of 143 Honeywell Test Results / Graphs - 30MHz to 1GHz Ant Port : 2 Ant Type : MAF95123-1 / 234-079-0600 Channel 50: 927.250MHz Horizontal Polarization Frequency (MHz) MaxPeak (dBμV/m) QP Limit (dBμV/m) Margin (dB) Meas. Time (ms) Pol Test Result 350.531111 32.07 46.00 13.93 1000.0 H PASS 355.273333 32.04 46.00 13.96 1000.0 H PASS 479.217778 34.49 46.00 11.51 1000.0 H PASS 517.586667 34.50 46.00 11.50 1000.0 H PASS 608.000000 36.53 46.00 9.47 1000 H PASS 614.000000 34.72 46.00 11.28 1000 H PASS 669.768889 37.68 46.00 8.32 1000.0 H PASS 689.384444 37.35 46.00 8.65 1000.0 H PASS 765.691111 40.21 46.00 5.79 1000.0 H PASS 846.740000 40.75 46.00 5.25 1000.0 H PASS 927.357778 100.91 46.00 *** 1000.0 H *** 608.000000 36.53 46.00 9.47 1000 H PASS *** Fundamental Operating Frequency. Level in dBμV/m TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 84 of 143 Honeywell Test Results / Graphs - 30MHz to 1GHz Ant Port : 2 Ant Type : MAF95123-1 / 234-079-0600 Channel 01 : 902.750MHz Vertical Polarization Frequency (MHz) MaxPeak (dBμV/m) QP Limit (dBμV/m) Margin (dB) Meas. Time (ms) Pol Test Result 123.982222 29.00 44.00 15.00 1000.0 V PASS 292.007778 32.76 46.00 13.24 1000.0 V PASS 350.531111 31.75 46.00 14.25 1000.0 V PASS 515.323333 34.37 46.00 11.63 1000.0 V PASS 523.083333 34.31 46.00 11.69 1000.0 V PASS 608.000000 35.61 46.00 10.39 1000 V PASS 614.000000 34.92 46.00 11.08 1000 V PASS 682.163333 37.81 46.00 8.19 1000.0 V PASS 699.623333 37.48 46.00 8.52 1000.0 V PASS 841.890000 40.34 46.00 5.66 1000.0 V PASS 844.800000 40.39 46.00 5.61 1000.0 V PASS 902.784444 102.17 46.00 *** 1000.0 V *** 952.577778 41.14 46.00 4.86 1000.0 V PASS 960.000000 40.47 46.00 5.53 1000 V PASS *** Fundamental Operating Frequency. Level in dBμV/m TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 85 of 143 Honeywell Test Results / Graphs - 30MHz to 1GHz Ant Port : 2 Ant Type : MAF95123-1 / 234-079-0600 Channel 26: 915.250MHz Vertical Polarization Frequency (MHz) MaxPeak (dBμV/m) QP Limit (dBμV/m) Margin (dB) Meas. Time (ms) Pol Test Result 331.777778 31.93 46.00 14.07 1000.0 V PASS 353.656667 32.44 46.00 13.56 1000.0 V PASS 522.221111 34.51 46.00 11.49 1000.0 V PASS 524.700000 34.29 46.00 11.71 1000.0 V PASS 608.000000 35.81 46.00 10.19 1000 V PASS 614.000000 35.12 46.00 10.88 1000 V PASS 683.564444 37.68 46.00 8.32 1000.0 V PASS 698.114444 37.43 46.00 8.57 1000.0 V PASS 830.465556 40.81 46.00 5.19 1000.0 V PASS 838.764444 39.55 46.00 6.45 1000.0 V PASS 880.474444 41.30 46.00 4.70 1000.0 V PASS 915.286667 103.27 46.00 *** 1000.0 V *** 948.805556 40.04 46.00 5.96 1000.0 V PASS 960.000000 40.67 46.00 5.33 1000 PASS *** Fundamental Operating Frequency. Level in dBμV/m TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC-2B Version 5.0, Date – 07/09/2024 Honeywell Technology Solutions Page 86 of 143 Honeywell Test Results / Graphs - 30MHz to 1GHz Ant Port : 2 Ant Type : MAF95123-1 / 234-079-0600 Channel 50: 927.250MHz Vertical Polarization Frequency (MHz) MaxPeak (dBμV/m) QP Limit (dBμV/m) Margin (dB) Meas. Time (ms) Pol Test Result 342.771111 32.17 46.00 13.83 1000.0 V PASS 354.626667 31.65 46.00 14.35 1000.0 V PASS 511.227778 34.53 46.00 11.47 1000.0 V PASS 518.987778 34.43 46.00 11.57 1000.0 V PASS 608.000000 35.45 46.00 10.55 1000 V PASS 614.000000 34.76 46.00 11.24 1000 V PASS 688.306667 38.13 46.00 7.87 1000.0 V PASS 697.575556 37.86 46.00 8.14 1000.0 V PASS 812.790000 39.71 46.00 6.29 1000.0 V PASS 848.033333 39.96 46.00 6.04 1000.0 V PASS 907.957778 41.94 46.00 4.06 1000.0 V PASS 927.357778 103.61 46.00 *** 1000.0 V *** 960.000000 40.31 46.00 5.69 1000 V PASS *** Fundamental Operating Frequency. Level in dBμV/m TEST REPORT NO : EMC 656-1 Report Format No: RPT-EMC…

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