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Basys Technology Ltd. Mumby Road Gosport Hampshire England PO12 1AF Tel: (01705) 584222 Facsimilie: (01705) 529598 Registered office: Royex House Aldermanbury Square London EC2V 7HRRegistered in England No. 1423812 David Maina Radio Frequency Investigation Ltd Ewhurst Park Ramsdell Basingstoke Hampshire RG26 5RG 7 September, 1998 Reference: RFI.test.authorisation Dear David, This letter, gives RFI ltd authorisation to perform all test work and applications necessary for Basys Technology’s 418MHz Electronic Tagging product in accordance with FCC Part 15 Subpart C for intentional Radiators (TAGs), and Subpart B for unintentional radiators (Reader). Yours sincerely Stephen Grant

COMMERCIAL-IN-CONFIDENCE Intelitag Technical Product Description (FCC) - Issue 3, 4 th September 1998 Page 1 of 5 Basys Technology Ltd. Mumby Road Gosport Hampshire England PO12 1AF Intelitag Technical Product Description (FCC) 1 - General The Intelitag™ electronic tagging system, also distributed under the ParSec trade name, is a radio based short to long range tagging system for the protection and monitoring of assets and the management of personnel movement. The system operates at a nominal frequency of 418MHz as a Low-Power, Non-Licensed Transmitter in accordance with FCC Part 15 Subpart C for intentional Radiators (TAGs) and Subpart B for unintentional radiators (Reader). The system is also type approved to MPT-1340 licence exempt frequency band by the UK Radiocommunications Agency. Approval number 13422 refers. The basic system comprises a range of tags - compact radio frequency transmitters which communicate with a universal reader. The reader interprets the data received from a tag transmitting within its field of reception and, in turn, passes this data on to a controller or computer. Using a combination of two power levels and differing data patterns, the universal reader is able to distinguish between ‘long range’ and ‘short range’ Intelitags. Long range tags are read at a nominal distance of up to 75m in free space, depending on the characteristics of the ambient RF environment, regardless of their proximity to the reader. Short range tags are only detected by the reader when they enter its short range zone, which is adjustable from a few cm to 25m in free space. It is the combination of short and long range detection within a single reader which, in conjunction with the properties of the different tag types described below, which gives the Intelitag system its unique performance characteristics. Every tag has a unique identity which it transmits in conjunction with additional data relating to its operational status. Thus an asset or individual equipped with a tag can be uniquely identified by the system. The Intelitag system has been designed primarily for security applications although its use can also be extended to a wide range of asset tracking and management tasks. A regular ‘reporting’ transmission from asset Intelitags provides both a security confidence check and an additional asset management (inventory) facility. Asset Intelitags incorporate anti-tamper switches which are detected at long range. COMMERCIAL-IN-CONFIDENCE Intelitag Technical Product Description (FCC) - Issue 3, 4 th September 1998 Page 2 of 5 Basys Technology Ltd. Mumby Road Gosport Hampshire England PO12 1AF 2 - Tag Types The Static Intelitag (SAT) has been designed primarily to protect equipment such as computers and their internal components, and all other types of static office equipment. However, the SAT is highly versatile and can be used to protect any static article including hospital and laboratory equipment, works of art and any item of significant value. The SAT incorporates a movement sensor and can be detected at a range of up to 75m in clear space. The Portable Intelitag (PAT) has been designed to allow the movement of mobile assets within a controlled area or building, whilst denying or monitoring the removal from, and re- entry of the assets into the area. The PAT is normally detected when it enters the short range zone of a universal reader; however its other transmissions, including tamper, will be detected by a reader at long range. The Range Adjustment TAG (R.A.T.), is used to remotely adjust the receiver’s sensitivity to short range transmissions and accordingly this varies the range at which the other TAGs (SAT, PAT) in the product range transmission’s can be received. The R.A.T. comprises two PCB assemblies connected by a screened 6 core cable (approximatrely 6cms long) enclosed in an ABS enclosure with buttons. The main PCB is identical to the PCB in the SAT2 except that it’s output power is reduced by means of a resistor change. Correspondingly, the second harmonic is also reduced. The second PCB within the R.A.T. is used to mount miniature switches beneath the external buttons. This PCB contains no other components. The R.A.T. is used generally once after installation of a system. The purpose for the R.A.T. is to calibrate and set up the operating range. Whilst the R.A.T. is operated, the duration of which is determined by a button press, the packet transmissions are every 0.6 seconds. When transmitting, the output power and the transmitted packet duration (21.6 milliseconds) remain constant. There a four types of transmitted packet which relate to four functions, determined by a particular key press, and are described below in sections 3 and 4. COMMERCIAL-IN-CONFIDENCE Intelitag Technical Product Description (FCC) - Issue 3, 4 th September 1998 Page 3 of 5 Basys Technology Ltd. Mumby Road Gosport Hampshire England PO12 1AF 3 - Tag Operating Modes Intelitags operate in several predetermined transmission modes of high and low power. High power transmission is approximately -28 dBm and low power is -33 dBm. The transmitted data packet duration is constant for all tags at 21.6 milliseconds (all packets are identical in length). The power of the transmission and transmission repetition rates are determined by the tag type and its operating mode. The various operating modes for each tag are described below. Static Intelitag (SAT) 1. Tamper mode 2. Wake mode 3. Routine report mode 4. Low battery mode Portable Intelitag (PAT) 1. Tamper mode 2. Wake mode 3. Routine reporting mode 4. Low battery mode Range Adjustment Intelitag (RAT) 1. See 2. Find 3. Plus range 4. Minus range 4 - Operating Mode Descriptions T AMPER MODE (manually triggered transmission) Tamper mode is triggered by the forcible removal of a SAT or PAT tag from the item to which it is attached. A micro switch is open circuited by the removal of the tag. The tag software continuously monitors the condition of the switch…

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ParSec Reader Installation Manual - Issue:2 - January 1998 - Page 1 ParSec READER INSTALLATION MANUAL Part No:IM016 Issue 2January 1998 Newmark Technology Ltd 21-23, Ormside Way Redhill Surrey RH1 2NT United Kingdom Tel: +44(0) 1737 788800 Fax: +44(0) 1737 779535 Web site: www.newmarkworld.com Document No: A/IM 230 800Prepared by:Alan Francis & Jon Hart ParSec Reader Installation Manual - Issue:2 - January 1998 - Page 2 ParSec READER INSTALLATION MANUAL C ONTENTS 1Caution - Static Precautions 2General Installation Notes 2.1Reader Design 2.2Siting the reader 2.3 Power Supply Requirements 2.4Communications Interfaces 2.4.1 RS-232 Data Port 2.4.2 Wiegand Data Port 2.5 External PIR Operation 3Installing the reader 3.1Fixing the Reader Enclosure 3.2Installing the Backplane Pcb 3.3Installing the Logic Pcb 4Commissioning the Reader 4.1Default Switch Settings 4.2Adjusting the read Range 4.2.1Range Adjustment Procedure 4.3Setting the Reader Identity 4.3.1Reader Number Programming 4.3.2 Sub-system Code Programming 4.4Setting the Indicators & Alarm Functions 4.4.1Indicator LED Programming 4.4.2Internal Sounder Programming 4.4.3Alarm Relay Timer Programming 4.5PIR Operation 4.5.1The Internal PIR 4.5.2Using an External PIR 4.6Setting up the Communications Interfaces 4.6.1Baud Rate Programming for RS-232 Data Comms. 4.6.2 Adjusting Static Tag Sensitivity 5Troubleshooting 5.1Reader Reset 5.2Tags not read 6Service & Repair 7Change Record ParSec Reader Installation Manual - Issue:2 - January 1998 - Page 3 1.CAUTION - STATIC PRECAUTIONS Some devices used in the ParSec reader are static sensitive. Anti-static precautions must be taken when handling the printed circuit boards. Static discharge will permanently damage the boards. 2.G ENERAL INSTALLATION NOTES 2.1.Reader Design The reader is mounted in a 2-part enclosure for surface mounting. The rear casing has 2 keyholes and 1 slotted hole for the 3 fixing screws and a variety of knock-out positions for ease of cable entry. The reader contains two PCB’s for ease of installation and maintenance. The rear B ACKPLANE PCB comprises two cable termination blocks, the power supply regulator and alarm relay, and two connectors to the front L OGIC PCB. The Backplane PCB will normally remain permanently mounted after the reader case has been sited and the cables installed. The LOGIC PCB contains the radio receiver, the microprocessor and communications circuitry, and the K EYPIC personality module. All reader adjustment and configuration is performed via the logic PCB, which is mounted onto the Backplane PCB via two push-fit connectors. This method of construction enables replacement of the logic PCB for maintenance purposes and also makes it possible for the physical mounting and cabling of the reader enclosure and Backplane to be carried out prior to system configuration and commissioning. The reader front cover is protected from unauthorised entry by a recessed security screw. For this to be removed for installation, you will need a Newmark security driver (Part no SS0001 or RS part 541-983). Any attempt to remove the front cover will operate an anti- tamper switch which may be set to trigger a local or remote alarm (e.g. sounder/lamp) and, if the reader is connected to a computer-based system, to raise an alarm at the system control console. There are 2 types of reader. The model PSR-232-1 has an RS232 port and is normally used with TransAsset or other third party asset management software. The model PSR-W26-1 has a 26-bit industry standard wiegand card type data output and is normally used with access control systems. It is possible to convert from 1 model to another by simply changing the socketed KeyPIC. All the tags transmit at 418 MHz using a power level which in the UK is MPT 1340 licence exempt by the DTI. For those countries where 418 MHz is not acceptable, tags and readers operating at 433 MHz will become available in mid 1998. All units are CE marked and comply with European EMC directives. However, to maintain this compliance, it is essential that you follow the installation procedures in this manual and in particular use grounded screened cables where specified. ParSec Reader Installation Manual - Issue:2 - January 1998 - Page 4 2.2.Siting the reader The physical location chosen to site each reader will depend principally upon (1)The area of coverage required for Static Asset Tags (PS-SAT1-1’s). (2)The exit/entry points to be protected or monitored with Portable Asset Tags (PS-PAT1-1’s) and Personnel Tags (PS-PET1-1’s). For 'portal monitoring' with PS-PAT1-1’s and PS-PET1-1’s, the reader should be sited in line with the centre of the doorway and midway between the top of the door and the ceiling. (This is not critical and, in some cases, it may be appropriate to site the reader in a higher position to deter vandalism.) Where the system is used solely for monitoring unauthorised movement of items protected by PS-SAT1-1’s, the reader should be mounted 0.5m below the ceiling and in the centre of a convenient wall in the location, to optimise the polar pattern of the receiving antenna. Up to nine of the RS232 type readers can be chained to provide extended coverage of a wide or irregularly shaped area. (For details of reader addressing, see section 4.3.) Notes "DIFFICULT" LOCATIONS (1)The reader enclosure is partially screened to reduce the sensitivity to tags from the rear. Where REAR DETECTION is a problem, a new type of uni-directional antenna is being developed. Contact your supplier or Newmark for more information. (2)The reader is supplied with aluminium shield which can be fitted to the reader after installation to reduce its sensitivity to tags being read through the ceiling from the floor above. If this is required, peel off the self-adhesive backing strip and place it inside the top of the reader enclosure. Note that it covers the 2 upper fixing screw holes, so you will need to use countersunk head fixing screws. (2)The presence of steel girders…

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QABA1366AAS 07 RF T AG R EADER - PROCESSOR BO A R D Basys T ec hnology Electr onics DivisionMum by R oad, Gosport , Hampshire. PO12 1AF. T el: 01705 584222 Fax: 01705 529598 A3 17 W ed ne sd ay , A ug us t 05, 1 99 8 TitleSize Document N umber Rev D ate: Sheet of BU FFER AN D RS232 QA 13 66 _4 . S C H TAMPER SRAT LED AC TIVE KEYLRAT LED R S 2 32 O UT RD R I N H W DAT A RS232 INW GD I N H EX T BEEP R DAT A SET CODER ESET BUFF E R S QA 13 66 _7 . S C H LRAT I N H SRAT I N H ALARM R ESET EX T BEEP E XT PL ED EX T SRAT EX T LRAT W GD I N H EXT SR I NHEXT LR I NHINH W IEG EXT LREXT SREX T PT EX T SND R ALRM RST PIR EX T PIR M ISC QA 13 66 _5 . S C H LRAT LEDEX T SRAT E XT PL EDSRAT LEDEX T LRAT MOD14 KE Y C HI P QA 13 66 _6 . S C H OSC KDA T A SC ANN IN G TX DAT A AC T IVE KEY TAMPERLRAT LEDSRAT LEDALARM R ESET SC AN -U P R ESET W IEGAN D A W IEGAN D B RLY DR IVE MOD10 READERQA 13 66 _3 . S C H SET CODE R DAT A R ESET MOD10 RD R I N H KDA T AMOD14PIRD A T A SR DAT A LRMOD13MOD12MOD11 SCA N SECTION QA 13 66 _2 . S C H SET CODEOSCLRAT I N H SRAT I N H SC AN -U P SC ANN IN G D A T A SR DAT A LR MOD13MOD12MOD11 +5vA0vA+5v0v External tamper 2 4 5 6 7 Tamper1Tamper2 Relay drive RS232 out Ext LR LEDExt SR LEDExt PT LED Alarm Reset Wiegand 0Wiegand 1 LR InhSR Inh RS232 in Ext PIR +5vA+5vD0vA0vD Wiegand Inhibit Ext Sounder +5v (NC) +5v (NC) REV 07 REV 04REV 04 REV 04 REV 06 REV 04 3 RS232 IN R ESET R S 2 32 O UT W IEGAN D A W IEGAN D B RLY DR IVE PL1HEAD ER 14 123456789 1011121314 SK1HEAD ER 10 123456789 10 DL2DL1 S1 MI CR OSWIT C H 1 23 QABA1366AAS 07 RF T AG READER - PROC ESSOR BO A R D Basy s T echnolog y Elect ronics Divis ionMumby Road, Gospor t, H ampshire. PO12 1AF. Tel: 01705 584222 Fax: 01705 529598 A3 27 W ednesday, August 05, 1998 TitleSize Document N umber Rev D ate: Sheet of +5vA +5vA 0v 0v 0vA 0vA 0vA 0vA +5v 0vA 0v 0vA +5v 0vA +5v 0vA +5vA +5vA +5vA Reset andenable scan Scan Section Test access Scan sweepSR O/PSet codeGround+5v ANTENNA PCB EXTERNALANTENNA INT/EXTANTENNA DECOUPLING FOR M1ONE ON EACH +5vA PIN DAT A LR R F IN D A T A SR U6X9C10 3IN C 1 U/ D 2 C S 7 VH 3 VW 5 VL 6 U7C4011 89 10 U7D4011 1213 11 U7A4011 12 3 R1147 k R12100k S6 R16100k S5D 4 5 S5C 3 6 S5B 2 7 S5A 1 8 R50 47 k TP14 TP15 TP16 TP18 C51220n R551M U8INA122U A VIN- 2 R G 1 R G 8 VI N + 3 VO 6 REF 5 R7 2k 7 R8 5k 6 R9 12 k R10 39 k + C61u R1510 k PL2H EADER 8 12345678 M1 AM418RX +5V 1 GND 2 R FIN 3 +5V 10 +5V 12 +5V 15 RFGND 7 GND 11 DAT A 14 TEST 13 C AN1 CAN U7B4011 56 4 R1010R LK2 JUM PER 2 SK2 C OAX TERM IN AT OR +- U5MAX99 7 32 6 7 5 4 8 1 C631p 5C6447 p C701n C711n C721n C731n DAT A LR D A T A SR OSC SET COD E LRAT I N H SRAT I N H SC ANN IN G SC AN -U P MOD11MOD12 MOD13 QA BA 13 66A AS 04 RF TAG READER - PROCESSOR BOARD Ba sy s Tec hn olo gy El ect ron ics D iv i sio nMumby Road, Gosport, Hampshire. PO12 1AF.Tel: 01 705 58 42 22 F ax : 01 70 5 5 29 59 8 A3 37 W e dne sd ay , A ug ust 05 , 1 99 8 Tit l eSize Document Number Rev Date: Sheet of +5v 0v 0v +5v+5v 0v0v +5v+5v Reader TensReader Units Reader Globalreset SOT223 AA 0AA 1AA 2AA 3AA 4 AA 0AA 1AA 2AA 3AA 4 AA[0..4] U1MC 68H C 705 C8 FNOS C 1 43 OS C 2 42 RESET 1 IRQ 2 PD0 32 PD5 37 PD7 39 TC AP 41 PA 0 12 PA 1 11 PA 2 10 PA 3 9 PA 4 8 PA 5 7 PA 6 6 PA 7 5 PB 0 13 PB 1 14 PB 2 15 PB 3 16 PB 4 17 PB 5 19 PB 6 20 PB 7 21 PC0 31 PC1 30 PC2 29 PC3 28 PC4 27 PC5 26 PC6 25 PC7 24 PD1 33 PD2 34 PD3 35 PD4 36 TC MP 38 VPP 4 Y1 4. 19 43MH z C1 33 p C2 33 p R1 4M7 S2SW B CD8 6 4 3 2 4 1 1 C 2 C 5 S3SW B CD8 6 4 3 2 4 1 1 C 2 C 5 R2 1k + C31u TP 2 D2 2 LL4148 S1 5 R5 347R R8 8 100k R8 9100k R9 0100k R9 1100k R9 2 100k R9 3100k R9 4100k R9 5100k U2 3DS1233 VCC 3 0V 1 RST 2 0V 4 SET CODE DATA SRDATA LR RDATA PIR KDATA RDR INH RESET MOD14MOD13MOD12MOD11MOD10 QABA1366AAS 04 RF TAG READ ER - PROCESSOR BOARD Basys Technology Electronics DivisionMumby Road, Gosport, Hampshire. PO12 1AF.Tel: 01705 584222 Fax: 01705 529598 A3 47 W e dn es day , A ugust 0 5, 1998 TitleSize Document Number Rev Date: Sheet of +5v 0v +5v 0v 0v 0v +5v+5v 0v +5v 0v 0v +5v 0v 0v 0v +5v Buffer and RS232 RS232 Internal tamper Pulse Count BAUD RATE NOT FITTED BA8BA9BA1 BA0 BA8 BA2 B A1 B A9 BA 10 BA2 BA10 BA11 BD0 BA3 BA11 BA3 BD1 BA4 BA12 BA4 BD2 BA7 BD3 BA6BA0BA5BA 12 BA0BA1BA2BA3BA4BA5BA6BA7 BD0BD1BD2BD3 BA[0.. 12] BD [0. .3] U12MC 68 H C 70 5C 8 F NOSC1 43 OSC2 42 RESET 1 IR Q 2 PD0 32 PD5 37 PD7 39 TCAP 41 PA0 12 PA1 11 PA2 10 PA3 9 PA4 8 PA5 7 PA6 6 PA7 5 PB0 13 PB1 14 PB2 15 PB3 16 PB4 17 PB5 19 PB6 20 PB7 21 PC0 31 PC1 30 PC2 29 PC3 28 PC4 27 PC5 26 PC6 25 PC7 24 PD1 33 PD2 34 PD3 35 PD4 36 TCMP 38 VPP 4 C17 33p C18 33p R37 4M7 U14MAX232T1 I N 11 R1IN 13 T2 I N 10 R2IN 8 C1+ 1 C1- 3 V+ 2 T1 O UT 14 R1OUT 12 T2 O UT 7 R2OUT 9 C2+ 4 C2- 5 V- 6 + C201u + C211u + C221u + C231u + PZ1PIEZO 12 D7 LL4148 D8 LL4148 D9 LL4148 S9SW BC D8 6 4 3 2 4 1 1 C 2 C 5 D19 LL4148 S13A 18 Y2 4.00MHz D21 LL4148 U2174H C374D0 3 D1 4 D2 7 D3 8 D4 13 D5 14 D6 17 D7 18 OC 1 CLK 11 Q0 2 Q1 5 Q2 6 Q3 9 Q4 12 Q5 15 Q6 16 Q7 19 TP 19 U22HM62256A0 10 A1 9 A2 8 A3 7 A4 6 A5 5 A6 4 A7 3 A8 25 A9 24 A10 21 A11 23 A12 2 A13 26 CS1 20 OE 22 WE 27 IO1 11 IO2 12 IO3 13 IO4 15 IO5 16 IO6 17 IO7 18 IO8 19 A14 1 R560R R570R R580R R40 100k R59100k R60100k R61100k R62100k LK1 JU MPER R960R S10 MIC R OSW ITC H 1 23 SRAT LEDLRAT LED RS232 OUT RS232 IN TA M P ERAC TIV E KEY RDR INH RD ATA EXT BEEP WDATAWGD INH SET C O DE RESET Q AB A13 66 AA S 04 R F TAG RE AD ER - PR OC ES SO R B OA RD Basys Technology Electronics Div isionMumby Road, Gosport, Hampshire. PO12 1AF.Tel: 01 705 58 42 22 Fa x: 017 05 529 59 8 A3 57 Wednesday, August 05, 1998 Tit l eSize Document N um ber Rev D ate : S hee t of +5 v 0v +5 v +5v A 0v A +5 v 0v GNDVCC V+V- VDDVS S LED control Long Range AssetShort Range AssetPersonnel Tag U1 U12 U5 U6 U7U8 U11 U14 U15 U16 U17 +5v 0v +5vA 0vA MC68HC705C8FN401174HC158MAX232PIC16C574584 16 814 714 7 4 16 15 24 44 22 74HC374 20 10X9C103 8 4INA122UA 7 Misc RefU7U16,17U11U21U8U14U1,12U15U6U23U22U5 Type IC Power Connections DS1233 3 1HM6…

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QABA1365AAM E TAG READER - R EAR PCB Basy s Technology Electronics Div ision Mumby Road, Gosport, Hampshire. PO12 1AF.Tel: 01705 584222 Fax: 01705 529598 A3 11 W e dn es da y , A ug us t 0 5, 19 98 TitleSize Document Number Rev Date: Sheet of +VsupGround RLY NORLY CRLY NCAlarm reset Wiegand AWiegand BRS232 Data InData GroundRs232 Data out Tamper LoopTamper Loop PIR Contact Tamper1Tamper2Relay driveRS232 outExtLRLEDExtSRLEDExtPTLEDAlarm ResetWiegand AWiegand BLR InhSR InhRS232 inExt PIR+5vA0vA0vD +5v outSR InhLR Inh Ext PIR 0vExt PIR +v Wiegand Inhibit GroundWiegand Inhibit Ext Sounder ExtLRLEDExtSRLEDExtPTLEDExt SounderData GroundRS232 BypassRS232 Bypass Alarm Ground +5v (NC)+5v (NC)+5vD TE R M1 15 way TER MIN AL S TR IP 123456789 101112131415 TE R M2 15 way TER MIN AL S TR IP 123456789 101112131415 D11N 40 01 + C1470u,35v + C347 0u ,6 .3v C2 220n,35v C4220n,35v U1LM 78 05 CTTO220VI 1 GND 2 VO 3 RLY1RELAY SPDT D21N 40 01 R1 1M F1FUSE Q12N 70 00 PL1HEADER 1012345678910SK1HEADER 141234567891011121314 D3 IN 6281

TEST REPORT FROM RADIO FREQUENCY INVESTIGATION LTD. Test Of: Basys 418MHz Receiver To: FCC Part 15: 1996 Class B Test Report Serial No: RFI/EMCA1/RP37143A This Test Report Is Issued Under The Authority Of Brian Watson, Technical Director: ................................................................................. Tested By: ............................................................................... Checked By: .................................................................................. Report Copy No: ............................................................................... Issue Date: 10 August 1998Test Date: 12 June 1998 This report may be reproduced in full. Partial reproduction may only be made with the written consent of Radio Frequency Investigation Ltd.. The results in this report apply only to the sample(s) tested. RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI/EMCA1/RP37143A EMC DepartmentPage 2 of 32 Issue Date: 10 August 1998 Test Of:Basys 418MHz Receiver To:F.C.C. Part 15: 1996 Class B This page has been left intentionally blank. RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI/EMCA1/RP37143A EMC DepartmentPage 3 of 32 Issue Date: 10 August 1998 Test Of:Basys 418MHz Receiver To:F.C.C. Part 15: 1996 Class B Table of Contents 1. Client Information.......................................................................................................4 2. Equipment Under Test (EUT).....................................................................................5 3. Test Specification, Methods And Procedures..........................................................9 4. Deviations From The Test Specification.................................................................10 5. Operation Of The EUT During Testing....................................................................11 6. Summary Of Test Results........................................................................................12 7. Measurements, Examinations And Derived Results..............................................13 8. Measurement Uncertainty........................................................................................20 Appendix 1. Test Equipment Used...............................................................................21 Appendix 2. Measurement Methods............................................................................22 Appendix 3. Test Configuration Drawings..................................................................24 Appendix 4. Graphical Test Results............................................................................27 Appendix 5. Photographs of the equipment under test.............................................28 RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI/EMCA1/RP37143A EMC DepartmentPage 4 of 32 Issue Date: 10 August 1998 Test Of:Basys 418MHz Receiver To:F.C.C. Part 15: 1996 Class B 1. Client Information Company Name: Basys Technology Ltd Address: Mumby Road Gosport Hampshire PO12 1AF Contact Name: Mr S Grant RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI/EMCA1/RP37143A EMC DepartmentPage 5 of 32 Issue Date: 10 August 1998 Test Of:Basys 418MHz Receiver To:F.C.C. Part 15: 1996 Class B 2. Equipment Under Test (EUT) The client has supplied the following information (with the exception of the Date of Receipt): 2.1. Identification Of Equipment Under Test (EUT) Brand Name: Basys Technology Ltd Model Name or Number: 418MHz Receiver Unique Type Identification: Not stated Serial Number: Not stated Country of Manufacture: UK FCC ID Number: Not applicable Date of Receipt: 12 June 1998 2.2. Description Of EUT The equipment under test was a 418MHz receiver. 2.3. Modifications Incorporated In EUT None stated by client. 2.4. Additional Information Related To Testing Power Supply Requirement: DC power supply of 12V Intended Operating Environment: Residential Weight: Approx. 1.2Kg Dimensions: Approx. 0.2m x 0.2m x 0.2m Interface Ports: 2 serial & 1 power RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI/EMCA1/RP37143A EMC DepartmentPage 6 of 32 Issue Date: 10 August 1998 Test Of:Basys 418MHz Receiver To:F.C.C. Part 15: 1996 Class B 2.5. Support Equipment The following support equipment was used to exercise the EUT during testing: Description: Keyboard Brand Name: Compaq Model Name or Number: KPQ-E99 AC-10 Serial Number: CTIGE62CVPQ2C FCC ID Number: EW4KPQ4813 Cable Length And Type: 2.0m shielded Connected to Port: Keyboard Description: Mouse Brand Name: Compaq Model Name or Number: M-S34 Serial Number: B04ABOH5BEC4JZH FCC ID Number: DZL211029 Cable Length And Type: 1.85m shielded Connected to Port: Mouse Description: PC Brand Name: Compaq Model Name or Number: Prolinea 5133 Serial Number: 8610HXM20867 FCC ID Number: CNT75MDAC5 Cable Length And Type: 2.2m unshielded Connected to Port: Mains RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI/EMCA1/RP37143A EMC DepartmentPage 7 of 32 Issue Date: 10 August 1998 Test Of:Basys 418MHz Receiver To:F.C.C. Part 15: 1996 Class B Support Equipment continued Description: Monitor Brand Name: Compaq Model Name or Number: 445 Serial Number: 520BC05 CB FCC ID Number: A3KM050 Cable Length And Type: 1.4m shielded Connected to Port: Monitor Description: Printer Brand Name: Hewlett Packard Model Name or Number: C2168A Serial Number: SG415161R5 FCC ID Number: B94C2121X Cable Length And Type: 1.85m shielded Connected to Port: Parallel Description: Dummy Load Brand Name: Not stated Model Name or Number: Note stated Serial Number: Not stated FCC ID Number: Not applicable Cable Length And Type: 3.3m shielded Connected to Port: EUT RADIO FREQUENCY INVESTIGATION LTD.TEST REPORT S.No: RFI/EMCA1/RP37143A EMC DepartmentPage 8 of 32 Issue Date: 10 August 1998 Test Of:Basys 418MHz Receiver To:F.C.C. Part 15: 1996 Class B Support Equipment continued Description: PSU (to HP Printer) Brand Name: Hewlett Packard Model Name or Number: 17122B Serial Number: Data code 93K249L2 FCC ID Numb…

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