P9O110Keyfob Radio Encoder Transmitter

DS110-3 March ‘02 ©2002 Reg. No. 227 4001, England Page 1 110 / 106 S ERIES K EYFOB E NCODERS R ADIO / I NFRA -R ED • Highly Secure Protocol • AM Radio or Infra Red • 1 – 3 Switch Options • Led Indication of Transmission • Directly Compatible With Keeloq Decoder • Power Saving Auto Shut Off Feature • Automatically Transmits Battery Low Condition. • User Customisable Housing • Board Level Programming of ID • Range: ⇒ AM-315MHz Upto 50m ⇒ AM-433MHz Upto 100m ⇒ Infra Red Upto 20m • 433MHz version CE Compliant for use in Europe • 315MHz FCC Compliant for use in USA DESCRIPTION The RF Solutions KEELOQ range of miniature pocket Keyfob encoders are available as Radio of Infra Red transmitters. When paired with one of the KEELOQ Rx decoder boards, a complete remote control system may be achieved, with comprehensive interfacing capabilities. This may also be high security “code hopping” The keyfobs are housed in a tough ABS enclosure and supplied with Battery ready to operate. An membrane overlay sticker is used to indicate the switch positions which may be customised to incorporate a specific logo or mark. BLOCK DIAGRAM KEELOQ MCU SW3SW2SW1 RF TX LED ANTENNA 9 - 12V 315MHz DS110-3 March ‘02 ©2002 Reg. No. 227 4001, England Page 2 110 / 106 S ERIES K EYFOB E NCODERS R ADIO / I NFRA -R ED ‘110’ Series Keyfob Encoders Part Number Description Freq (MHz) Range** (Metres) Compatible Decoders 110C1-315AR1 AM Transmitter Keyfob 1 Sw 315.0 50 110C2-315AR1 AM Transmitter Keyfob 2 Sw 315.0 50 110C3-315AR1 AM Transmitter Keyfob 3 Sw 315.0 50 AM-HiRK-315 AM-110C1-433 AM Transmitter Keyfob 1 Sw 433.92 100 AM-110C2-433 AM Transmitter Keyfob 2 Sw 433.92 100 AM-110C3-433 AM Transmitter Keyfob 3 Sw 433.92 100 AM-HiRK-433 AMS-001B-433 AMS-0011-433 AMS-008C3B-433 AMS-105C3A-433 ‘IR’ Series Infra Red Keyfob Encoders These products use the HCS360 Keeloq Encoder Device Part Number Description Range** (Metres) Compatible Decoders AM-106C1-433 IR Transmitter Keyfob 1 Sw 20 AM-106C2-433 IR Transmitter Keyfob 2 Sw 20 AM-106C3-433 IR Transmitter Keyfob 3 Sw 20 IR-105C4A ** Range stated is optimum, direct line of sight. In worst conditions this can be reduced by upto 50% Mechanical Details 36mm 66mm Operation The Tx encoder transmits the KEELOQ code for as long as any push-button switch is depressed. Operation of the Tx encoder buttons will cause either a momentary or a latching action at the Rx decoder, depending on the configuration of the Rx decoder. Battery Supply The keyfob is supplied with a standard cigarette lighter 12V battery type GP23A or equivalent. Low Battery When the unit measures a low battery voltage level, the data transmitted includes a ‘Low battery’ status flag to the receiver decoder. Auto Shutoff Feature After 26seconds of continuous transmission the Keyfobs are programmed shut down. This is to prevent the battery being drained through accidental operation (i.e. if it is in the users pocket!). DS110-3 March ‘02 ©2002 Reg. No. 227 4001, England Page 3 110 / 106 S ERIES K EYFOB E NCODERS R ADIO / I NFRA -R ED License Exemption Europe: The transmitter encoders use ECM compliant radio transmitter modules and complies with ETSI330-220 and ETSI300-683. USA: This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: 1. This device may not cause harmful interference, and 2. This device must accept any interference received, including interference that may cause undesired operation." Technical Specification Max Storage Temperature -10°C to +70°C, Max Operating Temperature 0°C to +55°C Electrical Characteristics Min Typical Max Dimension Supply Current (Transmitting) 9 12 16 mA Frequency 315MHz version 315.00 MHz Frequency 433MHz version 432.90 433.920 434.100 MHz Output Power (ERP) @ 433.92 MHz 10 mW Further Information: Developing a Keeloq Based Decoder System The RFEVAL2 is a Evaluation Kit consisting of a several transmitter encoders and receiver decoder board. This kit provides a hardware development platform capable of accepting a variety of radio modules and antennae to enable the engineer to develop a Remote Telemetry application. The kit provides a hardware development platform for: • Embedding Telemetry • Producing a Decoder with RS232 Output • Range Testing • Target Environment Testing • Antenna Evaluation This enables the engineer to select the optimum radio modules, antenna type and get a radio application working with the minimum time. Please see Datasheet DS123 Full schematics and parts list supplied. R. F. Solutions Ltd., Unit 21, Cliffe Industrial Estate, Lewes, E Sussex, BN8 6JL, England Tel +44 (0)1273 898 000 Fax +44 (0)1273 480 661 Email [email protected] http://www.rfsolutions.co.uk R F Solutions is a member of the Low Power Radio Association. All Trademarks acknowledged and remain the property of the respected owners. Information contained in this document is believed to be accurate, however no representation or warranty is given and R.F. Solutions Ltd. assumes no liability with respect to the accuracy of such information. Use of R.F.Solutions as critical components in life support systems is not authorised except with express written approval from R.F.Solutions Ltd.

FCC ID: P9Oxxx 24mm Label size: 24 mm x 10 mm Label Material:NP87 Semi-Gloss Paper Label Colour: White Ribbon Material: Standard Wax Resin Print Method: Thermal Transfer Adhesive Type: Permanent Font Type:Arial Font size: 7 Pt (seven) All alpha characters to be in uppercase xxx = Product model code DrawingMD007 1 of 5 DescriptionFCC ID LABEL PRINT DETAILS IssueDateECNReason for Change 121/11/02N/AFirst Issue 211/12/02N/AAddition of label material details RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661 10mm Label Detail PCB / Construction Detail 110 View AView B Notes 1. View A shows rear plan of PCB 2. View B shows front plan of PCB DrawingMD007 5 of 5 DescriptionPCB Layout / Construction Details 110 series IssueDateECNReason for Change 111/12/02N/AFirst Issue RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661 Notes 1. View A shows rear plan of enclosure 2. View B shows front plan of enclosure 3. RF ID label to be placed underneath FCC label. 4. Both labels to be central to enclosure in horizontal plane. Case / Label Location Detail 102 PCB / Construction Detail 102 View AView B DrawingMD007 2 of 5 DescriptionRF ID label & FCC label placement locations 102 series IssueDateECNReason for Change 121/11/02N/AFirst Issue RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661 Case / Label Location Detail 110 PCB / Construction Detail 102 View AView B Notes 1. View A shows rear plan of PCB 2. View B shows front plan of PCB DrawingMD007 3 of 5 DescriptionPCB Layout / Construction Details 102 series IssueDateECNReason for Change 111/12/02N/AFirst Issue RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661 Notes 1. View A shows rear plan of enclosure 2. View B shows front plan of enclosure 3. RF ID label to be placed underneath FCC label. 4. Both labels to be central to enclosure in horizontal plane. View A View B DrawingMD007 4 of 5 DescriptionRF ID label & FCC label placement locations 110 series IssueDateECNReason for Change 121/11/02N/AFirst Issue RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661

FCC ID: P9Oxxx 24mm Label size: 24 mm x 10 mm Label Material:NP87 Semi-Gloss Paper Label Colour: White Ribbon Material: Standard Wax Resin Print Method: Thermal Transfer Adhesive Type: Permanent Font Type:Arial Font size: 7 Pt (seven) All alpha characters to be in uppercase xxx = Product model code DrawingMD007 1 of 5 DescriptionFCC ID LABEL PRINT DETAILS IssueDateECNReason for Change 121/11/02N/AFirst Issue 211/12/02N/AAddition of label material details RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661 10mm Label Detail PCB / Construction Detail 110 View AView B Notes 1. View A shows rear plan of PCB 2. View B shows front plan of PCB DrawingMD007 5 of 5 DescriptionPCB Layout / Construction Details 110 series IssueDateECNReason for Change 111/12/02N/AFirst Issue RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661 Notes 1. View A shows rear plan of enclosure 2. View B shows front plan of enclosure 3. RF ID label to be placed underneath FCC label. 4. Both labels to be central to enclosure in horizontal plane. Case / Label Location Detail 102 PCB / Construction Detail 102 View AView B DrawingMD007 2 of 5 DescriptionRF ID label & FCC label placement locations 102 series IssueDateECNReason for Change 121/11/02N/AFirst Issue RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661 Case / Label Location Detail 110 PCB / Construction Detail 102 View AView B Notes 1. View A shows rear plan of PCB 2. View B shows front plan of PCB DrawingMD007 3 of 5 DescriptionPCB Layout / Construction Details 102 series IssueDateECNReason for Change 111/12/02N/AFirst Issue RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661 Notes 1. View A shows rear plan of enclosure 2. View B shows front plan of enclosure 3. RF ID label to be placed underneath FCC label. 4. Both labels to be central to enclosure in horizontal plane. View A View B DrawingMD007 4 of 5 DescriptionRF ID label & FCC label placement locations 110 series IssueDateECNReason for Change 121/11/02N/AFirst Issue RF Solutions Ltd. Unit 21 Cliffe Ind Estate, Lewes. BN8 6JL. Tel 01273 898000. Fax 01273 480661

DS110-3 March ‘02 ©2002 Reg. No. 227 4001, England Page 1 110 / 106 SERIES KEYFOB ENCODERS RADIO / INFRA-RED • Highly Secure Protocol • AM Radio or Infra Red • 1 – 3 Switch Options • Led Indication of Transmission • Directly Compatible With Keeloq Decoder • Power Saving Auto Shut Off Feature • Automatically Transmits Battery Low Condition. • User Customisable Housing • Board Level Programming of ID • Range: ⇒ AM-315MHz Upto 45m ⇒ AM-433MHz Upto 100m ⇒ Infra Red Upto 20m • 433MHz version CE Compliant for use in Europe • 315MHz FCC Compliant for use in USA DESCRIPTION The RF Solutions KEELOQ range of miniature pocket Keyfob encoders are available as Radio of Infra Red transmitters. When paired with one of the KEELOQ Rx decoder boards, a complete remote control system may be achieved, with comprehensive interfacing capabilities. This may also be high security “code hopping” The keyfobs are housed in a tough ABS enclosure and supplied with Battery ready to operate. An membrane overlay sticker is used to indicate the switch positions which may be customised to incorporate a specific logo or mark. BLOCK DIAGRAM KEELOQ MCU SW 3SW2SW 1 RF TX LED ANTENNA 9 - 12V DS110-3 March ‘02 ©2002 Reg. No. 227 4001, England Page 2 110 / 106 SERIES KEYFOB ENCODERS RADIO / INFRA-RED 433MHz Keyfob Encoders Part Number Description Freq (MHz) Range** (Metres) Compatible Decoders 110C1-315AR1 AM Transmitter Keyfob 1 Sw 315.0 50 110C2-315AR1 AM Transmitter Keyfob 2 Sw 315.0 50 110C3-315AR1 AM Transmitter Keyfob 3 Sw 315.0 50 AM-HiRK-315 AM-110C1-433 AM Transmitter Keyfob 1 Sw 433.92 100 AM-110C2-433 AM Transmitter Keyfob 2 Sw 433.92 100 AM-110C3-433 AM Transmitter Keyfob 3 Sw 433.92 100 AM-HiRK-433 AMS-001B-433 AMS-0011-433 AMS-008C3B-433 AMS-105C3A-433 ‘IR’ Series Infra Red Keyfob Encoders These products use the HCS360 Keeloq Encoder Device Part Number Description Range** (Metres) Compatible Decoders AM-106C1-433 IR Transmitter Keyfob 1 Sw 20 AM-106C2-433 IR Transmitter Keyfob 2 Sw 20 AM-106C3-433 IR Transmitter Keyfob 3 Sw 20 IR-105C4A ** Range stated is optimum, direct line of sight. In worst conditions this can be reduced by upto 50% Mechanical Details 36mm 66mm Operation The Tx encoder transmits the KEELOQ code for as long as any push-button switch is depressed. Operation of the Tx encoder buttons will cause either a momentary or a latching action at the Rx decoder, depending on the configuration of the Rx decoder. Battery Supply The keyfob is supplied with a standard cigarette lighter 12V battery type GP23A or equivalent. Low Battery When the unit measures a low battery voltage level, the transmit LED flashes during transmission, and the data transmitted includes a ‘Low battery’ status flag to the receiver decoder. Auto Shutoff Feature DS110-3 March ‘02 ©2002 Reg. No. 227 4001, England Page 3 110 / 106 SERIES KEYFOB ENCODERS RADIO / INFRA-RED After 26seconds of continuous transmission the Keyfobs are programmed shut down. This is to prevent the battery being drained through accidental operation (i.e. if it is in the users pocket!). License Exemption The transmitter encoders use ECM compliant radio transmitter modules and complies with ETSI330-220 and ETSI300-683. Technical Specification Max Storage Temperature -10°C to +70°C, Max Operating Temperature 0°C to +55°C Electrical Characteristics Min Typical Max Dimension Supply Current (Transmitting) 9 12 16 mA Frequency 315MHz version 315.00 MHz Frequency 433MHz version 432.90 433.920 434.100 MHz Output Power (ERP) @ 433.92 MHz 10 mW Further Information: Developing a Keeloq Based Decoder System The RFEVAL2 is a Evaluation Kit consisting of a several transmitter encoders and receiver decoder board. This kit provides a hardware development platform capable of accepting a variety of radio modules and antennae to enable the engineer to develop a Remote Telemetry application. The kit provides a hardware development platform for: • Embedding Telemetry • Producing a Decoder with RS232 Output • Range Testing • Target Environment Testing • Antenna Evaluation This enables the engineer to select the optimum radio modules, antenna type and get a radio application working with the minimum time. Please see Datasheet DS123 Full schematics and parts list supplied. R. F. Solutions Ltd., Unit 21, Cliffe Industrial Estate, Lewes, E Sussex, BN8 6JL, England Tel +44 (0)1273 898 000 Fax +44 (0)1273 480 661 Email [email protected] http://www.rfsolutions.co.uk R F Solutions is a member of the Low Power Radio Association. All Trademarks acknowledged and remain the property of the respected owners. Information contained in this document is believed to be accurate, however no representation or warranty is given and R.F. Solutions Ltd. assumes no liability with respect to the accuracy of such information. Use of R.F.Solutions as critical components in life support systems is not authorised except with express written approval from R.F.Solutions Ltd.

-1 - Tue Mar 19 10:11:52 2002

Quantit y Sequence Component part UOM Description Report COMPONENTS EFACS RF SOLUTIONS LIMITED P AM Keyfob 315MHz, 3 switch Parent 110C3-315AR1 Method 1.000 EACH Auto Visual Inspection File AVI110-1 1.000 EACH AM Keyfob Transmitter Datasheet DS110-3 1.000 EACH Firmware Control Document FWD026_1 1.000 EACH Mechanical Detail for AM-110C3 Series Keyfob MD1103_1 1.000 EACH Screen Print file for DEK265 PRI110-1 1.000 EACH Schematic Drawing SCH110_1 1.000 EACH PCB Top ID TID110_1 1.000 EACH Test Specification TS102-2 2.000 Assy EACH Screw 2.2 x 8mm Black Pozi, Zinc Black Steel hardened AM-TX-SCREW 1.000 BATT EACH 12v Battery 11mm Diameter BATTERY-GP23A 1.000 C1 EACH Capacitor 3.3pF NPO (COG)0805 5% 50V COG CAP0805-3.3PF 1.000 C2 EACH 0805 50v 10% Capacitor CAP0805-220PF 1.000 C5 EACH Capacitor 22pF 0805 NPO(COG) 5%, 50V CAP0805-22PF 1.000 C6 EACH Capacitor 1000pF (1nF) 0805 X7R 10%, 50V CAP0805-1000PF 1.000 D1 EACH Surface Mount LED LED1206-RED 1.000 D2 EACH Zener Diode 6V8 350mW 5% SOT23 BZX84C6V8 1.000 ENCL EACH Plastic Enclosure Radio Keyfob 3 Switches ENCL-KEYFOB3 1.000 J2,J3 EACH Battery Terminals Keyfob (pair) BTT-110 1.000 PCB EACH PCB supplied 35 per panel PCB110_1 1.000 Q1 EACH Surface mount transistor 2SC3837KT146P 1.000 R1 EACH Resistor 10K 0805 1% 1/8W RES0805-10K 1.000 R2 EACH SOIC RES RES0805-270R 1.000 R3 EACH Resistor 47R 0805 1% 1/8W RES0805-47R-1 Quantit y Sequence Component part UOM Description Report COMPONENTS EFACS RF SOLUTIONS LIMITED P 1.000 RES EACH SMD 315MHz Saw Resonator RO2073A 1.000 RING EACH KEYFOB RING KEYFOB-RING 1.000 STKR EACH Embossed Keyfob Label AM-TX3-STICKER 3.000 SW1,SW2 EACH Surface Mount Switch for AM Keyfob SWITCH-DTSM31NR 1.000 U1 EACH KEELOQ ENCODER CHIP. SMOUNT HCS360/SN END OF REPORTSelection : Part numberMethod :: *110C3-315AR1 efacdb21/11/2002 11:21:29 JF :: DatabaseRequested

REPORT ON FCC Emissions Testing of a Radio Transmitter Encoder Supplementary Report No BO609443/2(Sup.)April 2003 TÜV Product Service Ltd, Snitterfield Road Bearley Stratford - Upon - Avon Warwickshire United Kingdom CV37 OEX Tel : +44(0)1789 731155 Fax: +44(0)1789 731264 Report No BO609443/2 (Sup.)Page 1 of 15 FCC Identification Code: P9O110 REPORT ONFCC Emissions Testing of a Radio Transmitter Encoder Supplementary Report No BO609443/2 (Sup.) April 2003 PREPARED FORRF Solutions Ltd. Unit 21 Cliffe Industrial Estate South Street Lewes East Sussex BN8 6JL APPROVED BY J J Laydon Civil EMC Manager - Bearley DATED11 th April 2003 DISTRIBUTIONRF Solutions Ltd1 Copy TÜV Product Service1 Copy Copy No Total No of Pages 15 The Equipment Under Test met the requirements of FCC Part 15 Subpart C, Paragraph 15.231 for the test applied. SUPERVISING ENGINEER J J Laydon EMC TEST ENGINEER R A Bennett This report, Supplementary Report No BO609443/2 (Sup.), has been issued to replace Report BO609443/2 Report No BO609443/2 (Sup.)Page 2 of 15 FCC Identification Code: P9O110 INTRODUCTION The following pages comprise Supplementary Report BO609443/2(Sup.) which has been issued to include the EUT Bandwidth Information required by FCC Part 15 Subpart C, Paragraph 15.231, sub- paragraph (c). The necessary corrections are those in bold type. The corrected pages are:Page 6 Radiated Emissions 30MHz to 3150MHz Page 11EUT Bandwidth Plot REPORT BODY CONTENT 1Status..........................................................................................................................................3 2Results........................................................................................................................................4 2.1Deviations From Standard.......................................................................................................4 2.2Brief Summary of Results........................................................................................................4 3EUT Modification Chronology......................................................................................................4 4System Configuration During EMC Testing.................................................................................5 5Radiated Emissions 30MHz to 3150MHz......................................................................................6 5.1Enclosure Port - Test Procedure.............................................................................................6 5.2Enclosure Port – 30MHz to 1000MHz; Test Results.................................................................7 5.3Enclosure Port - 1000MHz to 3150MHz; Test Results..............................................................8 6Emission Testing Instrumentation................................................................................................9 7System Measurement Uncertainty...............................................................................................9 8Radiated Emissions...................................................................................................................10 8.1Test Set-up for Radiated Emissions 30MHz to 3150MHz.......................................................10 8.230MHz - 1000MHz Emissions Profile......................................................................................10 8.3EUT Bandwidth Plot...............................................................................................................11 9Test Configuration Photographs...............................................................................................12 9.1Radiated Electric Field Emissions - 30MHz to 1000MHz........................................................12 9.2Radiated Electric Field Emissions - 1000MHz to 3150MHz....................................................13 10FCC Compliance Letter.............................................................................................................14 11Copyright / Disclaimers..............................................................................................................15 Report No BO609443/2 (Sup.)Page 3 of 15 FCC Identification Code: P9O110 1 Status OBJECTIVETo undertake measurements to determine the Equipment Under Test's (EUT's) compliance with the specifications. MANUFACTURING DESCRIPTIONRadio Transmitter Encoder MANUFACTURERRF Solutions Ltd COUNTRY OF ORIGINGreat Britain MANUFACTURERS MODEL NUMBER110C-315A Series PART NUMBER110C1-315, 112C2-315, 112C3-315 SERIAL NUMBERNot Serialised BNUILD STATUSProduction TEST SPECIFICATION NUMBERFCC Part 15 Subpart C; 2000 REGISTRATION NUMBERBO609443/2 QUANTITY OF ITEMS TESTEDOne SECURITY CLASSIFICATION OF EUTUnclassified INCOMING RELEASEBuild State Declaration SERIAL NUMBERBO609443/2 DATE27 th November 2002 DISPOSALPacking Note NUMBER51818 DATE26 th November 2002 ORDER NUMBERJohn Fairall DATE15 th March 2002 START OF TEST22 nd November 2002 FINISH OF TEST25 th November 2002 TEST ENGINEERSR A Bennett RELATED DOCUMENTSANSI C63.4 1992. Methods of Measurements of Radio- Noise Emissions from Low Voltage Electrical and Electronic Equipment in the Range of 10kHz to 1GHz. Report No BO609443/2 (Sup.)Page 4 of 15 FCC Identification Code: P9O110 2 Results 2.1 Deviations From Standard There were no deviations from the specifications used during testing. 2.2 Brief Summary of Results Table 2.2 below shows a brief summary of the results obtained. Specification and Section Number TestModification State Result FCC Part 15 Subpart C Radiated Emissions 30MHz - 3150MHz; Enclosure Port 0Pass Table 2.2 3 EUT Modification Chronology Table 3 below details modifications necessary in order for the EUT to pass the relevant tests applied. Modification State Description of Modification still fitted to EUTModification Fitted By Date Modification Fitted 0As Supplied by ManufacturerNot ApplicableNot Applicable Table 3 Report No BO609443/2 (Sup.)Page 5 of 15 FCC Identification Code…

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REPORT ON FCC Emissions Testing of a Radio Transmitter Encoder Supplementary Report No BO609443/1(Sup.)April 2003 TÜV Product Service Ltd, Snitterfield Road Bearley Stratford - Upon - Avon Warwickshire United Kingdom CV37 OEX Tel : +44(0)1789 731155 Fax: +44(0)1789 731264 Report No BO609443/1 (Sup.)Page 1 of 15 FCC Identification Code: P9O102 REPORT ONFCC Emissions Testing of a Radio Transmitter Encoder Supplementary Report No BO609443/1 (Sup.) April 2003 PREPARED FORRF Solutions Ltd Unit 21 Cliffe Industrial Estate South Street Lewes East Sussex BN8 6JL APPROVED BY J J Laydon Civil EMC Manager - Bearley DATED11 th April 2003 DISTRIBUTIONRF Solutions Ltd1 Copy TÜV Product Service1 Copy Copy No Total No of Pages 15 The Equipment Under Test met the requirements of FCC Part 15 Subpart C, Paragraph 15.231 for the test applied. SUPERVISING ENGINEER J J Laydon EMC TEST ENGINEER A Rushworth This report, Supplementary Report No BO609443/1 (Sup.) has been issued to replace Report BO609443/1 Report No BO609443/1 (Sup.)Page 2 of 15 FCC Identification Code: P9O102 INTRODUCTION The following pages comprise Supplementary Report BO609443/1(Sup.) which has been issued to include the EUT Bandwidth Information required by FCC Part 15 Subpart C, Paragraph 15.231, sub- paragraph (c). The necessary corrections are those in bold type. The corrected pages are:Page 6 Radiated Emissions 30MHz to 3150MHz Page 11EUT Bandwidth Plot REPORT BODY CONTENT 1Status...........................................................................................................................................3 2Results.........................................................................................................................................4 2.1Deviations From Standard........................................................................................................4 2.2Brief Summary of Results.........................................................................................................4 3EUT Modification Chronology.......................................................................................................4 4System Configuration During EMC Testing..................................................................................5 5Radiated Emissions 30MHz to 3150MHz.......................................................................................6 5.1Enclosure Port - Test Procedure..............................................................................................6 5.2Enclosure Port – 30MHz to 1000MHz; Test Results..................................................................7 5.3Enclosure Port - 1000MHz to 3150MHz; Test Results...............................................................8 6Emission Testing Instrumentation.................................................................................................9 7System Measurement Uncertainty................................................................................................9 8Radiated Emissions....................................................................................................................10 8.1Test Set-up for Radiated Emissions 30MHz to 3150MHz........................................................10 8.230MHz - 1000MHz Emissions Profile.......................................................................................10 8.3EUT Bandwidth Plot................................................................................................................11 9Test Configuration Photographs................................................................................................12 9.1Radiated Electric Field Emissions - 30MHz to 1000MHz.........................................................12 9.2Radiated Electric Field Emissions - 1000MHz to 3150MHz.....................................................13 10FCC Compliance Letter..............................................................................................................14 11Copyright / Disclaimers...............................................................................................................15 Report No BO609443/1 (Sup.)Page 3 of 15 FCC Identification Code: P9O102 1 Status OBJECTIVETo undertake measurements to determine the Equipment Under Test's (EUT's) compliance with the specifications. MANUFACTURING DESCRIPTIONRadio Transmitter Encoder MANUFACTURERRF Solutions Ltd COUNTRY OF ORIGINGreat Britain MANUFACTURERS MODEL NUMBER102C-315F Series PART NUMBER102C1-315, 102C2-315, 102C4-315 SERIAL NUMBERNot serialised BUILD STATUSProduction TEST SPECIFICATION NUMBERFCC Part 15 Subpart C; 2000 REGISTRATION NUMBERBO609443/1 QUANTITY OF ITEMS TESTEDOne SECURITY CLASSIFICATION OF EUTUnclassified INCOMING RELEASEBuild State Declaration SERIAL NUMBERBO609443/1 DATE27 th November 2002 DISPOSALPacking Note NUMBER51818 DATE26 th November 2002 ORDER NUMBERJohn Fairall DATE15 th March 2002 START OF TEST6 th November 2002 FINISH OF TEST7 th November 2002 TEST ENGINEERSA Rushworth RELATED DOCUMENTSANSI C63.4 1992. Methods of Measurements of Radio- Noise Emissions from Low Voltage Electrical and Electronic Equipment in the Range of 10kHz to 1GHz. Report No BO609443/1 (Sup.)Page 4 of 15 FCC Identification Code: P9O102 2 Results 2.1 Deviations From Standard There were no deviations from the specifications used during testing. 2.2 Brief Summary of Results Table 2.2 below shows a brief summary of the results obtained. Specification and Section Number TestModification State Result FCC Part 15 Subpart C, Para. 15.231 Radiated Emissions 30MHz - 3150MHz; Enclosure Port 0Pass Table 2.2 3 EUT Modification Chronology Table 3 below details modifications necessary in order for the EUT to pass the relevant tests applied. Modification State Description of Modification still fitted to EUTModification Fitted By Date Modification Fitted 0As Supplied by ManufacturerNot ApplicableNot Applicable Table 3 Report No BO609443/1 (Sup.)Page 5…

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FCC ID: P9O110 Exhibit 7: Set up photographs See Exhibit 6: Technical report BO609443/2