P26RDSRXUS1Temperature Probe Receiver

Thermo Cryotechnics REMOTE DATA/ALARM SYSTEM SYSTEM ADMINISTRATORS MANUAL ABRIDGED FOR FCC APPLICATION FULL VERSION AVALIABLE IF REQUIRED (85 Pages) REMOTE DATA SYSTEM FCC REGULATONS NOTE: This equipment has been tested and found to comply with the limits for a class A digital device, persuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user wil be required to correct the interference at his own expense. IMPORTANT INFORMATION ! READ BEFORE USE CAUTION Modifications to this equipment which are not expressly approved By Thermo Life Sciences development department could void the Users authority to operate this equipment. WARNING Do NOT short circuit the battery as this may cause a risk of explosion. ELECTRIC SHOCK RISK. Isolate the power supply before removing any cover. BURN HAZARD. Installation and maintenance of temperature probes should only be carried out by users who are qualified and are familiar with the required safety procedures applicable to the equipment to which the probe is being fitted. Ensure each part of the system is installed securely and in such a way that it does not obstruct normal access to surrounding areas and is kept away from excessive heat and moisture. Read the user manual before installing or making changes to the system. Version 1.00 2001-03-05 CONTENTS IMPORTANT INFORMATION !....................2 READ BEFORE USE................................................................................................2 INTRODUCTION........................................................................................................5 CHAPTER ONE..........................................................................................................6 SYSTEM PLANNING..............................................................................................6 SITE SURVEY........................................................................................................8 CHAPTER TWO.......................................................................................................11 INSTALLING THE SYSTEM................................................................................11 RECEIVER INSTALLATION...............................................................................11 TRANSPONDER INSTALLATION......................................................................12 TESTING THE TRANSPONDER.........................................................................13 TRANSMITTER INSTALLATION........................................................................13 TESTING THE TRANSMITTER..........................................................................14 TRANSMITTER BATTERY OPERATION............................................................14 TRANSMITTER MAINS OPERATION................................................................14 CHAPTER THREE...................................................................................................16 PROGRAMMING THE RECEIVER......................................................................16 CHAPTER FOUR......................................................................................................17 PROGRAMMING THE TRANSMITTERS...........................................................17 CHAPTER FIVE.......................................................................................................18 OPERATING THE RECEIVER..............................................................................18 MAIN DISPLAY MODE.......................................................................................18 CHAPTER SIX..........................................................................................................19 ALARMS.................................................................................................................19 CHAPTER SEVEN....................................................................................................20 SYSTEM MANAGEMENT....................................................................................20 DAY TO DAY SYSTEM OPERATION........................................................20 CHAPTER EIGHT....................................................................................................21 PROGRAMMING THE SD1+ AUTODIALLER...................................................21 CHAPTER NINE.......................................................................................................22 DATA LOGGING...................................................................................................22 CHAPTER TEN.........................................................................................................23 SYSTEM FAULT FINDING..................................................................................23 CHAPTER TEN.........................................................................................................24 RF EMMISIONS TESTS........................................................................................24 CHAPTER ELEVEN.................................................................................................25 RDS WINDOWS SOFTWARE..............................................................................25 APPENDIX A.............................................................................................................26 SOURCES OF INTERFERENCE...........................................................................26 APPENDIX B.....................................................................................................…

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RDS1 SIMPLIFIED RECEIVER BLOCK DIAGRAM Microcontroller 8MHz internal clock 914.5 MHz FM Reciever Local oscillator 903.8MHz 18 bit serial decoder Internal clock 7KHz Touchpanel Real Time clock Controlled via 100KHz I2C Bus Power sense/control circuit (Linear) 12v 1.2Ah Backup battery EEPROM Controlled via 100KHz I2C Bus RAM Controlled via 100KHz I2C Bus SD1+ AUTODIALLER PHONE LINE External Alarm relay Low frequency (< 10KHz) or DC level control lines LCD Display Mains supply 100-120V 60Hz 0.1A 100KHz I2C Bus

Thermo Life Sciences RECEIVER OUTSIDE PHOTOGRAPHS RDSRXUS1 FCC ID: P26RDSRXUS1 RDS RECEIVER OUTSIDE FRONT VIEW FCC ID: P26RDSRXUS1 RDS RECEIVER OUTSIDE VIEW WITH AUTODIALLER COVER OPEN RDS RECEIVER SIDE VIEW SHOWING LABELS FCC ID: P26RDSRXUS1 RDS RECEIVER SHOWING ANTENNA ATTACHMENT POINT FCC ID: P26RDSRXUS1

Thermo Life sciences www.thermo-lifesciences.co.uk Serial numberRDS100001024 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. FCC ID: P26RDSRXUS1 ! WARNING: Read Instructions Before use RDS1 RECEIVERINPUT: 100-120V~0.1A, 60Hz RDS RECEIVER LABEL RDS1 FCC PART 15 LABEL REQUIREMENTS RECEIVER (RDSRXUS1) FCC ID: P26RDSRXUS1 This label will be attached to the left side panel of the receiver enclosure. SIZE60x40mm MATERIALWHITE VINYL

Thermo Life Sciences RECEIVER INSIDE PHOTOGRAPHS RDSRXUS1 FCC ID: P26RDSRXUS1 RDS RECEIVER INSIDE VIEW FCC ID: P26RDSRXUS1 RDS RECEIVER INSIDE VIEW OF MAIN PCB RDS RECEIVER INSIDE VIEW OF PCB WITH RF MODULE SCREEN REMOVED FCC ID: P26RDSRXUS1 RDS RECEIVER PCB WITH DISPLAY PANEL REMOVED RDS RECEIVER MAIN PCB REAR VIEW FCC ID: P26RDSRXUS1 RDS RECEIVER REAR VIEW OF AUTODIALLER (This component is bought in) RDS RECEIVER POWER SUPPLY PCB FCC ID: P26RDSRXUS1 RDS RECEIVER POWER SUPPLY PCB REAR VIEW FCC ID: P26RDSRXUS1

|---------- ( Cambridge Ltd. ) ----------| Testing EMCEMC Consultancy EMC Training or : 01223 241140 (accounts) 23, Headington Drive, Cambridge. CB1 4HE Tel : 01954 251974 (test site) Fax : 01954 251907 email: [email protected] web : www.dbtechnology.co.uk REPORT ON ELECTROMAGNETIC COMPATIBILITY TESTS Performed at: TWENTY PENCE TEST SITE Twenty Pence Road, Cottenham, Cambridge U.K. CB4 4PS on Thermo Life Sciences Ltd. RDSRXUS1 dated 21 November 2001 1 of 20 Page: Test Report T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd. Equipment Under Test (EUT):RDSRXUS1 Test Commissioned by:Thermo Life Sciences Ltd. Unit 5, The Ringway Centre, Edison Road Basingstoke Hampshire RG21 6YH Representative:Jerry Walker Test Started: 16 November 2001 Test Completed: 16 November 2001 Test Engineer:Dave Smith Date of Report: 21 November 2001 Report: Written by:Dave SmithChecked by: Signature:Signature: Date:Date: Test Standards Applied CFR 47 : 2001 Code of Federal Regulations: Pt 15 Subpart B- Radio Frequency Devices - PASS Class B Unintentional Radiators Note: although the class B limits were applied throughout, the EUT was a composite device consisting of an RF receiver and a Class A peripheral to a PC. 2 of 20 Page: Test Report T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd. Emissions Test Results Summary CFR 47 : 2001PASS TestPortMethodLimitPASS/FAILNotes Conductedac powerANSI C63.4:1992FCC_BPASS Emissions Radiated ANSI C63.4:1992FCC_BPASS Emissions Note: although the class B limits were applied throughout, the EUT was a composite device consisting of an RF receiver and a Class A peripheral to a PC. 3 of 20 Page: Test Report T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd. Contents 20 PLOT 7 Radiated Emissions - Peripherals Not Powered - 250MHz to 1GHz ...................... 19 PLOT 6 Radiated Emissions - Peripherals Not Powered - 25MHz to 275MHz ..................... 18 PLOT 5 Radiated Emissions - 1GHz to 2GHz ............................................... 17 PLOT 4 Radiated Emissions - 250MHz to 1GHz ............................................ 16 PLOT 3 Radiated Emissions - 25MHz to 275MHz ........................................... 15 PLOT 2 Conducted Emissions - Live Line .................................................. 14 PLOT 1 Conducted Emissions - Neutral Line ............................................... 13 4.2 Radiated Emissions Results ............................................................ 12 4.1 Conducted Emission Results .......................................................... 11 4 Test Results .......................................................................... 11 3.2 Radiated Emissions .................................................................. 11 3.1 Conducted Emissions - ac power ....................................................... 11 3 Test Methods ......................................................................... 10 2 Test Equipment ....................................................................... 9 Photograph 4 Radiated Emissions - Back .................................................... 9 Photograph 3 Radiated Emissions - Front ................................................... 8 Photograph 2 Conducted Emissions - Back .................................................. 8 Photograph 1 Conducted Emissions - Front .................................................. 7 Figure 1 General Arrangement of EUT and Peripherals ........................................ 6 1.3 EUT Operating Modes ................................................................. 5 1.2 Modifications to EUT and Peripherals .................................................... 5 1.1 General .............................................................................. 5 1 EUT Details ............................................................................ 4 of 20 Page: Test Report T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd. 1 EUT Details 1.1 General The EUT was a Thermo Life Sciences RDSRXUS1. The an RF receiving station for a remote electronic temperature probe with a radio transmitter (RDSTXUS1). The radio link operates at a frequency of 914.5MHz. The local oscillator frequency is 903.8MHz. The unit is mains powered. It also has a modem interface and a serial port which may be connected to a PC. The unit is not intended to be used in domestic locations. The EUT was therefore considered as a composite device consisting of an RF receiver and a Class A peripheral to a PC. Details of the EUT and associated peripherals used during the tests are listed below. Figure 1 shows the interconnections between the EUT and peripherals. ItemManufacturerModelDescriptionSerial No:FCC ID Themo Life SciencesRDSRXUS1EUT10027P26RDSRXUS1 ElonexLuminaPCPP8102493BEUNSYSOASIS OlivettiCDU1438GN/GS01Monitor7042366BEJCY410 ElonexSK-1100CWKeyboardGYUR31SK DellM-S34-6MDMouseDZL210472 Hewlett PackardDeskJet 890CPrinterSG83C1G0H5B94C4602X 1.2 Modifications to EUT and Peripherals Details of any modifications that were required to achieve compliance are listed below. The modification numbers are referred to in the results sections as appropriate. ModDetails No: 0 Original unit - no modifications were made during the course of testing. 5 of 20 Page: Test Report T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd. 1.3 EUT Operating Modes The EUT was tested in the following operating mode or modes. Generally, operating modes are chosen that will exercise the functions of the EUT as fully as possible and in a manner likely to produce maximum emission levels or susceptibility. Individual test result sheets reference the operating mode of the EUT. OperatingDetails Mode 1 Normal operating mode with RF receiver permanently active. 6 of 20 Page: Test Report T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd. …

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Contents 3 Photograph 4 Radiated Emissions - Back .................................................... 3 Photograph 3 Radiated Emissions - Front ................................................... 2 Photograph 2 Conducted Emissions - Back .................................................. 2 Photograph 1 Conducted Emissions - Front .................................................. 1 of 3 Page: Test Photographs T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd. Photograph 1 Conducted Emissions - Front Photograph 2 Conducted Emissions - Back 2 of 3 Page: Test Photographs T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd. Photograph 3 Radiated Emissions - Front Photograph 4 Radiated Emissions - Back 3 of 3 Page: Test Photographs T0548 Test No: FCC ID: P26RDSRXUS1 R1483 Report No: dB Technology (Cambridge) Ltd.