OQL-PAC-VN

Draft 120450 Operation and Installation Instructions© 2000 Page 1 INTERNATIONAL Data Sheet Vandal Multi-Output Format Proximity Reader Operation and Installation Instructions Features Description The KeyPAC Vandal (PAC Part Number 20450 or K3002) proximity reader is an accessory commonly used on a majority of access control systems. The Vandal uses pre-encoded ISO proximity cards (PAC Part Number 21030). Each card is encoded with a unique code that outputs a serial number to the access control system. The reader is weather resistant and suitable for indoor or outdoor use. Cards are read at a distance of up to 3 inches. This reader is also available in brass finish by ordering PAC Part Number 20458 or K3002B. How the Reader is Used The Vandal is connected to a reader input on a door controller, time and attendance unit or control panel, that can accept a PAC format, Wiegand 26/ 32/ 64 Bit format or ANSI Magstripe format. The reader detects and reads the unique embedded coding from each ISO card when it is presented within 3 inches of the reader. The reader will then output this coding, that has been received by the card, to the receiving door controller, time and attendance unit or control panel. How the Reader Operates The reader has an LED to indicate status. When the reader's LED is red the reader is ready to read a card and output the coding to the control panel. When a valid card is read the output will begin sending the information to the control panel. If the card is valid, the control panel will activate and output to the reader turning the LED to green. This change of the LED will most commonly indicate a Access Granted condition or an acknowledgment that the control panel has received and logged the coding from the card. • Easy Installation • Reads ISO Cards (PAC P.N. 21030) • Status LED indicates Access Authorised • Rated for Indoor and Outdoor use • Stainless Steel Housing Draft 120450 Operation and Installation Instructions© 2000 Page 2 Items Included with the Vandal 1Vandal Proximity Reader 4No. 8 VR Screws 1 Label 1Metal Oxide Varistor (to wire across the lock) 10Crimp Connectors Connecting the Reader to the Control Panel or Wiegand Interface Unit Connect the reader to the Door Controller, Time and Attendance unit or Control Panel as described in the Operation and Installation Manual provided with the corresponding unit. Use five wires, six wires if tamper is used, to connect the Vandal reader to the controlling unit. Length: 1m Gauge :7/0.2, 0.22mm² ColourSignalNotes Black0V Return (power and signal) Red+12V Power, unregulated +12V DC (nominal) Full details including current use are in the specification section on the back page of these instructions White DATA1 DATA SIGNAL Wiegand Magstripe PAC - signal output Green DATA0 CLOCK n/c Wiegand Magstripe PAC - Not connected. Crimp the end to prevent shorts Brown VCA/LED VCA/LED VCA/LED Wiegand - Valid Code Accept, lights LED, active low below +4.5V Magstripe - Valid Code Accept, lights LED, active low below +4.5V PAC - Connect to door controller reader channel, LED Blue DR1 - TAMPER Wiegand Magstripe PAC - Tamper connection (connected to 0V inside reader) Draft 120450 Operation and Installation Instructions© 2000 Page 3 Installing the Reader Choose the Best Mounting Location for the User The normal height for the reader is approximately 48 inches (four feet) from the floor, on the unhinged side. Check local regulations regarding proper mounting locations for disabled or handicapped persons. Mount the reader on any firm flat surface. Avoid mounting the reader on rough textured surfaces. There must be a distance of at least 36 inches (three feet) between two readers. Therefore, if using readers to control entry and exit from an area, they must be mounted on opposite sides of the door. No special precautions are needed if the reader is mounted outside, as it is fully encapsulated. The connections made to the flying lead, however, may need protection. Route the Cable Install the reader up to 200 feet from the Control Panel or Wiegand Interface Unit using 22 AWG wire or up to 500 feet using 18 AWG wire. Run a five or six wire cable from the controlling unit to the reader mounting location. Protect the reader cable from EMI: Do not route the reader cable close to the power lines for the electric lock. Use shielded cable to eliminate possible interference to the data from the electric lock. Splicing the Cable to the Wiring Harness Use the crimp connectors provided, or other suitable means such as soldering, to splice the wiring harness, provided on the reader to the end of the cable. When using 22 AWG cable, you should twist the wires together and double them over before inserting them in the crimp. Draft 120450 Operation and Installation Instructions© 2000 Page 4 Mounting the Reader This reader should be mounted using the Vandal Resistant screws provided. You will need the special screwdriver for these screws (Part no. 1950 - available separately). Fixing the Reader 1. Ensure that the reader cable is not connected to the controller. Route the flying lead behind the reader and connect it using the crimp connectors supplied. Wire the cable as described in the Wiring section later in this manual. 2. If the connections are in a location that may be wet or damp, then protect the connectors with a sealing compound, or use weatherproof crimps. 3. Using appropriate fixings, such as wall plugs, for the surface you are mounting it on, fix the reader to as flat and even a surface as possible. This will reduce the possibility of it being levered from the wall. Either use the Vandal Resistant screws provided, or other suitable fixings. The LED should be at the top. 4. Apply a silicone sealant to any gaps behind the reader to protect against moisture if the reader is mounted outside. Draft 120450 Operation and Installation Instructions© 2000 Page 5 Reader Operation Normal Operation and LED Control The reader LED will normally be red when the door …

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Exhibit 3: Block Diagram © 2000 PAC1 3. Block Diagram A = 8.000 MHz local oscillator B = 125 KHz output from microcontroller’s PWM C = 125 KHz signal with inductively coupled RFID code D = Raw demodulated RFID signal E = Filtered data at 3.9 KBaud F = Digital data at 3.9 KBaud G = Microcontroller generated 3 KHz square wave H = Data output at 4800 Baud J = Data output at 4800 Baud Power and Ground Common 0v to all modules Input Vcc of 18V, linearly regulated to: • * 10v for series LC driver and analogue, • # 5v for microcontroller and logic 10v to push-pull driver stage is RC filtered to reduce conducted disturbance Note: the PCB design supports the audio sounder shown above, but this is not fitted for current production units.

Covering letter for FCC Form 731 Attachments 0.459 Request that submitted material be withheld from Public Inspection FCC ID OQL-PAC-VNConfirmation number EA97827 It is requested that the following exhibits be withheld from Public Inspection: • Operational Description • Schematics • Internal Photos This information is considered to be PAC International proprietary and confidential. The unit is supplied fully encapsulated in hard potting - the design features are not evident from inspection hence reverse engineering is extremely problematic. This unit is believed to have a performance advantage over our competition – revealing details of the design to our competitors would put us at a disadvantage. We therefore request that the above-listed items are withheld from public inspection. Shaun Byr ne Controller Team Leader PAC International Ltd

Exhibit 2: External Photos © 2000 PAC1 2. External Photos Front View Exhibit 2: External Photos © 2000 PAC2 Rear View

Exhibit 2: External Photos ©1999 PAC1 2. External Photos Front View Exhibit 2: External Photos ©1999 PAC2 Rear View

Exhibit 1: ID Label and Location Information 1. Labels The labels below are fitted to the rear of the unit. The position is shown in the ‘External Photos’ exhibit. The model number is written in block capitals using a permanent pen next to the ‘Model No.:’ text. The model number is 20450 or K3002 for stainless steel finish. The model number is 20458 or K3002N for brass finish. Made in UK INTERNATIO NAL LTD X Date Code: FIX BARCODE HERE 796/2 Model No.: CEPT SRD9c GB BLUE/BLEU /BLAUYELLOW/JAUNE/GLEBBROWN/BR UN/BRAUNWHITE/BLANC/WEISSGREEN/VERT/GRUNBLACK/NO IR/SCHWARZRED/ROUGE/ROT +12V 0V D0/CLK D1/SI G VC A * * FCC ID: OQL-PAC-VN 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.

Page 1 of 17 Member of the SGS Group (Société Générale de Surveillance) Registered in England No. 1193985. Registered Office: SGS Hous e, 217-221 London Road, Camberley, Surrey, GU15 3EY SGS United Kingdom Ltd. EMC Services αβχ South Industrial Estate Bowburn Co. Durham DH6 5AD United Kingdom Telephone: +44 (0) 191 377 2000 Fax: +44 (0) 191 377 2020 [email protected] Electromagnetic Compatibility Test Report Test of: RF ID Card Entry Reader Model Number: 20450 Applicant: PAC International LTD Test Type: Compliance Test Specification: FCC CFR47, parts 15.207 and 15.209 for Intentional Radiators. SGS Serial Number: DUR 21562 Date of Receipt: 9 th September 1999 Date of Test(s): 10 th to 24 th September 1999 Date of Issue: 27 th September 1999 Issue Number: 1 Test EngineerAuthorised Signatory L. SteelA. Reynard αβχ TEST REPORT Page 2 of 17 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21562 Issue Number: 1 CONTENTS Page Number 1. Client Information.................................................................................................................. 3 2. Details Of Test Laboratory ....................................................................................................3 3. Equipment Under Test (EUT)................................................................................................. 4 3.1 Identification Of EUT.......................................................................................................................................................................4 4. Test Specification, Methods and Procedures........................................................................ 4 4.1 Test Specification(s)........................................................................................................................................................................4 4.2 Purpose Of Test ...............................................................................................................................................................................4 4.3 Methods and Procedures...............................................................................................................................................................5 5. Deviations or Exclusions from the Test Specifications ......................................................... 6 6. Support Equipment............................................................................................................... 7 7. Operation of the EUT During Testing / Configuration and Peripherals.................................. 8 7.1 Operation of EUT during testing. ....................................................................................................................................................8 7.2 Configuration and Peripherals.......................................................................................................................................................8 8. Test Results .......................................................................................................................... 9 8.1 General Comments.........................................................................................................................................................................9 8.2 Modifications Made to the EUT.....................................................................................................................................................9 8.3 Summary of Test Results ............................................................................................................................................................. 10 8.4AC Power Line Conducted Emissions Test Results ...........................................................11 8.5Radiated Emissions Test Results ..........................................................................................14 αβχ TEST REPORT Page 3 of 17 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21562 Issue Number: 1 1. Client Information Company Name: PAC International LTD. Address :1 Park Gate Close, Bredbury, Stockport, SK6 2SZ, United Kingdom. Contact Person: Mr Shaun Byrne Telephone: +44 161 406 3400 Facsimile: +44 161 430 8658 2. Details Of Test Laboratory Company Name: SGS EMC Services LTD. Address :Unit 10, Bow burn South Industrial Estate, Bow burn, County Durham, DH6 5AD, United Kingdom. Contact Persons: Mr Alan Reynard Telephone: +44 191 377 2000 Facsimile: +44 191 377 2020 αβχ TEST REPORT Page 4 of 17 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21562 Issue Number: 1 3. Equipment Under Test (EUT) 3.1Identification Of EUT Model Number: 20450 Unique Identifier: Unique Identifier Not Supplied Description of EUT: The EUT is an R.F. card entry reader, designed to prevent access to restricted areas by unauthorised persons. Fundamental (Carrier) Frequency 125 kHz Internal Clock Frequencies: 8 MHz Supply Voltage: 18V DC Classification: Intentional radiator, incorporating digital device. Environment Class: Class B digital device Ports present: One port Accessories Supplied: Central Controller 4. Test Specification, Methods and Procedures 4.1Test Specification(s) Specification(s)Title FCC CFR 47 : October 1998 Parts 15.207 and 15.209 Code Of Federal Regulations ANSI C63.4 : 1992 American National Standard for Methods of Measurement of Radio-Noise Emissions from Low-Voltage Electrical and Electronic Equipment in the Range of 9kHz to 40GHz. 4.2Purpose Of Test To perform the relevant tests and assess the product for compliance with the above specification. αβχ TEST REPORT Page 5 of 17 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21562 Issue Number: 1 4.3Methods and Procedures The standards listed on the previous page refer to the following tests: CFR 47 ClauseTest 15.207AC Power line Conducted Emissions 15.209Radiated Emissions αβχ TEST REPORT Page 6 of 17 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21562 Issue Numbe…

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Test Setup Photos These photos are extracted from the test report exhibit (FCC ID OQL-PAC-VN), where they may be viewed in context. Test house (SGS) report ID: DUR 21562 Radiated Emissions Test Configuration EUT Configuration Conducted Emissions Test Configuration EUT Configuration