OQL-PAC-DT

INTERNATIONAL Data Sheet October 199917XXX Ver 1.0 20447-2 KeyPAC Desktop Reader Installation Instructions Description The KeyPAC PC Desktop Reader is an accessory for use with a PAC Adminstration interface unit. This system is used for direct PC to controller communications (fig. 1). Note: This Desktop Reader will read KeyPAC ID-devices including ISO thickness ID cards. It will not read the earlier PAC ID devices. Always specify KeyPAC when you buy ID devices. Note: It is unlikely that you will need an Interface Kit at a PC that already has a KeyPAC CNC attached. CNCs have front panel readers, which can also be used for administration. WARNING:The Interface Unit contains mains voltages. This procedure should only be carried out by a suitably qualified and experienced person. If you have any doubts as to your suitability contact PAC for advice. Failure to do so may result in injury or death by electric shock. WARNING:If, at any time, the interface kit or its wiring appear damaged then immediately disconnect it from the mains and contact PAC for advice. Failure to do so can result in electric shock and/or further damage to equipment. KeyPAC 17 Ver 1.0 Page 2DRAFT©1999 PAC International Ltd. Installation Opening the Interface Unit WARNING:This Interface Unit contains mains voltages. Before opening ensure that it is disconnected from the mains. Failure to do so can result in injury or death by electric shock. Make sure that the Interface Unit is not connected to the mains then remove the lid by removing the 4 screws recessed in the base. There are removable terminal blocks fitted to the circuit board as shown below: Connecting the Desktop reader The Desktop reader supplied with the kit is complete with cable and terminal block. Fit the terminal block with the screw heads facing the centre of the interface unit, and route the cable through the grommet provided. Wiring for provided cables - for information only KeyPAC Desktop Reader to Interface 1.5m cable supplied. KeyPAC PC InterfaceDesktop Reader 4-pole Terminal BlockKeyPAC Desktop reader -V ———— -VGreen VCA ———— VCA Yellow SIG ———— SIGWhite +V ———— +VBrown KeyPAC 17 Ver 1.0 Page 3DRAFT©1999 PAC International Ltd. Specification Dimensions5.12in x 3.54in x 1.25in Voltage10.5v DC to 20v DC (Supplied by Administration Interface Unit) CurrentIdle:10-20mA Reading:10-20mA TemperatureOperating: -10°C to +55°C (14°F to 130°F) Storage:-30°C to +80°C (-20°F to 175°F) HumidityOperating: 0-90% RH at 30°C ±2°C (85°F±5°F) for 24 hours Reading Range0-2 inches Lead Length56 inches 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 OQL-PAC-DT

Exhibit 2: External Photos ©1999 PAC1 2. External Photos Front View Exhibit 2: External Photos ©1999 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 ©1999 PAC1 1. Labels The labels below are fitted to the rear of the unit The model number is written in block capitals using a permanent pen next to the ‘Model No.:’ text.

Exhibit 8: Internal Photos ©1999 PAC1 8. Internal Photos PCB Assembly (Component Side) Exhibit 8: Internal Photos ©1999 PAC2 PCB Assembly (Solder side)

Exhibit 3: Block Diagram ©1999 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 = Data output at 4800 Baud Power and Ground Common 0v to all modules Input Vcc of 15V, linearly regulated to 5v for microcontroller, logic, driver and analog stages.

Exhibit 9: Operational Description ©1999 PAC1 9. Operational Description The microcontroller generates a fixed frequency of 125 KHz (derived from its crystal clock of 8 MHz) which is then fed to the series LC resonant circuit via a driver/buffer circuit. The resonant circuit is tuned during manufacture by selecting components on test. The ‘L’ of the resonant circuit is the coil which is the inductive link with the passive identification tag. The passive ID tag (or card) is a very low power device, which is powered by the carrier field from the coil, and which modulates a tuned circuit with its unique ID code. The code picked up by the inductive link is detected by the demodulator. This is then amplified and band- pass filtered before being converted to a digital signal by the comparator. The microcontroller takes the digital signal that has been detected from the passive ID device, and uses it to generate a 4800 Baud serial code via the output Sig A. The microcontroller also monitors the inputs ‘LED Control’. This input is pulled up to 5V with a resistor. If the ‘LED Control’ input is pulled low by a peripheral device, then the LED colour will change from red to green. Several components -whilst superfluous to the operation of this reader- are fitted to the PCB to facilitate manufacture of several reader variants from a generic build. Circuits associated with sounder input, sounder control, EEPROM, +5v supply and Sig B output have no function in this reader variant. No connection is made to these inputs and outputs. Description of Peripherals The Desktop Reader is typically connected to an 'Administration' unit. This unit provides power to the Desktop Reader, and passes any user ID codes on the Desktop Reader's signal line on to other controlling peripherals connected to the Administration Unit (for example, a PC or a PAC 2200 controller) The controlling peripheral detects ID codes and assigns or removes permission for the holder of the device with this ID code to access particular areas covered by the Access Control system. Once the operation is complete, the controlling peripheral will generally pull the Desktop 'LED In' input low, so that the Desktop LED changes from red to green- indicating to the user that the code has been validated. Most administration units make use of 4 connections to the Desktop Reader: • 0v (-ve power and signal / LED reference) • +ve power • Signal • LED

Page 1 of 22 Member of the SGS Group (Société Générale de Surveillance) Registered in England No. 1193985. Registered Office: SGS House, 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: 20447 Applicant: PAC International LTD Test Type: Compliance Test Specification: FCC CFR47, parts 15.109 for unintentional radiators, parts 15.207 and 15.209 for Intentional Radiators. SGS Serial Number: DUR 21558 Date of Receipt: 9 th September 1999 Date of Test(s): 15 th to 24 th September 1999 Date of Issue: 27 th September 1999 Issue Number: 1 Test EngineerAuthorised Signatory L. SteelA. H. Reynard αβχ TEST REPORT Page 2 of 22 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21558 Issue Number: 1 CONTENTSPage Number 1. Client Information ........................................................................................................................... 3 2. Details Of Test Laboratory ............................................................................................................. 3 3. Equipment Under Test (EUT) ......................................................................................................... 4 3.1Identification Of EUT ................................................................................................................ 4 4. Test Specification, Methods and Procedures .............................................................................. 4 4.1Test Specification(s)................................................................................................................. 4 4.2Purpose Of Test ........................................................................................................................ 4 4.3Methods 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...................................10 7.1Operation of EUT during testing. .......................................................................................... 10 7.2Configuration and Peripherals .............................................................................................. 10 8. Test Results................................................................................................................................... 11 8.1General Comments ................................................................................................................. 11 8.2Modifications Made to the EUT.............................................................................................. 11 8.3 Summary of Test Results ....................................................................................................... 12 8.4Radiated Emissions Test Results- Unintentional Radiator................................................. 13 8.5AC Power Line Conducted Emissions Test Results ........................................................... 16 8.6Radiated Emissions Test Results- Intentional Radiator ..................................................... 19 αβχ TEST REPORT Page 3 of 22 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21558 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. UKAS Accreditation Number: 1116 Address: Unit 10, Bowburn South Industrial Estate, Bowburn, County Durham, DH6 5AD, United Kingdom. Contact Persons: Mr Alan Reynard / Mr Fred Huggins Telephone: +44 191 377 2000 Facsimile: +44 191 377 2020 αβχ TEST REPORT Page 4 of 22 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21558 Issue Number: 1 3. Equipment Under Test (EUT) 3.1Identification Of EUT Model Number: 20447 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 Single Channel Internal Clock Frequencies: 8 MHz Supply Voltage: 18V DC (Via central controller) Classification: Intentional radiator, incorporating digital device. Environment Class: Commercial / Class A Ports present: One port comprising six wires. Refer to configuration/peripherals section of this report for details. Accessories Supplied: Central Controller (refer to section 6 for full details) 4. Test Specification, Methods and Procedures 4.1Test Specification(s) Specification(s)Title FCC CFR 47 : October 1998 Parts 15.109, 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 (s), so that the manufacturer (PAC International Limited) can verify compliance with the specified limits. αβχ TEST REPORT Page 5 of 22 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21558 Issue Number: 1 4.3Methods and Procedures The standards listed on the previous page refer to the following tests: CFR 47 ClauseTest 15.109 Radiated Emissions (Unintentional Radiator) 15.207AC Power line Conducted Emissions 15.209Radiated Emissions (Intent…

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Exhibit 6: Test Setup Photos ©1999 PAC1 6. Test Setup Photos. Please refer to pages 15, 18, 21 of the test report exhibit 'report.doc'