OQL-PAC-FPDoor access controller

International Ltd . 1 Park Gate Close, Bredbury, Stockport, SK6 2SZ, England Tel: +44 (0) 161 406 3400 Fax: +44 (0) 161 430 8658 INTERNATIONAL Data Sheet November 1999 PAC 2200 Series and PAC 2100 Series Programming Panel Instructions Reader16 character display 48 Key Keypad 1.5m Flying Lead Description The PAC 2100 Series and PAC 2200 Series of door controllers are programmed from a panel attached to the front of the controller. This panel consists of a 48 key keypad, a 16 character display and a KeyPAC proximity key administration reader. This front panel is commonly fitted when the controller is a Master controller (System Types 0, 1 and 2). However when used as a Slave controller (System Type 3) then, apart from initial programming, the panel is unnecessary. PAC 2200 Series and PAC 2100 Series Programming Panel170XX Ver 1.0 ©1999 PACDRAFT2 How to Use the Programming Panel Note: You should follow the instructions provided in the manuals for the controller being used ( 17113 PAC 2100/1100 Installation Manual and 17112 PAC 2100/1100 User Manual or 17263 PAC 2200 Series Controllers Installation Manual and 17267 PAC 2200 Series Controllers User Manual ) for full details on programming these door controllers. -V +V GND +5v BAT+ +18v GND +12v CHANNEL 1 CHANNEL 2 GND SIG DR1 DR2 DR3 DR4 LED +18V L- L+ GND SIG DR1 DR2 DR3 DR4 LED +18V L- L+ CHANNEL 3 GND SIG DR1 DR2 DR3 DR4 LED +18V L- L+ CHANNEL 4 GND SIG DR1 DR2 DR3 DR4 LED +18V L- L+ F1 F3 F2 F4 SW2 BATTERY F5 RESET SW1 PL1 CN7 RELAYSTAMPERSIX WIRE BUSPRINTER +V AB1AB2DSDUSD -V GNDDTR RXCTS TXT+ T- F+ F- CM NO NC CM NO NC CM NO NC CM NO NC Power Supply Front Panel Connector REMOVAL OF THIS COVER INVALIDATES WARRANTY Baseplate WARNING! Figure 1 - Location of Front Panel Connector for PAC 2100 Series Controllers R ESET SIX W IRE BUS +V A B1 AB2 D SD US D -VCTS TXRXGND SP AR E CTSTXRXGND PR IN TER/RS 232 RTSF-F+T-T+ TA M P ER O VER RIDE +12VBAT+ +18VGND +5VGND +V -V R e lay 2 COM NO NC R e lay 4 COM NO NC R e lay 5 COM NO NC R e lay 6 COM NO NC R e lay 7 COM NO NC R e lay 8 COM NO NC R e lay 3 COM NO NC R e lay 1 COM NO NC 12V/24VAU X 0V B- B+ B a tte ry GN D SIG 1 DCDR1 RTEDR2 DR3 D R4 LED + 18V L- L+ Rdr1 Rde2 SIG 2 Lock 1 Reader 1 GN D SIG 1 DCDR1 RTEDR2 DR3 D R4 LED + 18V L- L+ Lock 2 GN D SIG 1 DCDR1 RTEDR2 DR3 D R4 LED + 18V L- L+ Rdr1 Rde2 SIG 2 Lock 3 GN D SIG 1 DCDR1 RTEDR2 DR3 D R4 LED + 18V L- L+ Lock 4 Reader 2 Reader 3 Reader 4 Front Panel Connector Power Supply Baseplate Figure 2 - Location of Front Panel Connector for PAC 2200 Series Controllers PAC 2200 Series and PAC 2100 Series Programming Panel170XX Ver 1.0 ©1999 PACDRAFT3 To use the Programming Panel: 1. Remove power from the door controller, not forgetting to disconnect any batteries as well. 2. Connect the flying lead from the panel as follows: Into the socket at the top left of the door controller circuit board, just above the orange power supply connector, for the PAC 2100 Series Controllers (Figure 1). The connector is keyed and will only fit in the correct orientation. Into the socket at the top right of the door controller circuit board for the PAC 2200 Series Controllers (Figure 2). The connector is keyed and will only fit in the correct orientation. 3. Power up the door controller again. You will now be able to use the front panel in accordance with the instructions in the relevant Installation and User Manuals. Remove power from the door controller before disconnecting the panel. Warning: Take care not to allow the Programming Panel to drop, pulling the connector from the door controller socket. 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-FP

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 External 5V input supplies microcontroller, logic, driver and analog sections. NOTE: All other circuitry on front panel main PCB is low speed logic controlling display and keypad, and is not associated with the transmitter.

Exhibit 2: External Photos ©1999 PAC1 2. External Photos Front View of READYKEY Variant Exhibit 2: External Photos ©1999 PAC2 Front View of PAC Variant Exhibit 2: External Photos ©1999 PAC3 Rear View of Both PAC and READYKEY Variants (NOTE: The colour of the square PCB to the right hand side is due to red solder resist. This colour will change to green for future production) Exhibit 2: External Photos ©1999 PAC4 Close-up of Labels

Exhibit 1: ID Label and Location Information ©1999 PAC1 1. Labels The labels below are fitted to the rear of the unit, below the PCB mounting position on the metalwork (see Exhibit 2: External Photos) The model number is written in block capitals using a permanent pen next to the ‘Model No.:’ text. The model number is 11019 .

Exhibit 8: Internal Photos ©1999 PAC1 8. Internal Photos Reader PCB Assembly (Component Side) Exhibit 8: Internal Photos ©1999 PAC2 Reader PCB Assembly (Solder side) Exhibit 8: Internal Photos ©1999 PAC3 Main board PCB Assembly (Component Side) Main board PCB Assembly (Solder side)

Exhibit 9: Operational Description ©1999 PAC1 9. Operational Description Please refer to Exhibit 3 (Block Diagram) and Exhibit 4 (Schematic/parts lists) for component detail. This reader is a member of the same family as devices FCC ID OQL-PAC-LP and OQL-PAC-DT. Unlike the other devices in this family, this reader has a PCB coil (rather than wire wound) and is mounted in a metal enclosure, so the range is extremely low (typically less than 1”). Reader PCB. The microcontroller generates a fixed frequency of 125 KHz (derived from its crystal clock of 8 MHz) which is then fed via an H-bridge to the series LC resonant circuit (formed by the tuning capacitors and the primary winding of the toroidal transformer). The toroid is used to impedance match for the low inductance of the PCB coil. The ‘L’ of the secondary 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. 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 LED input, sounder input, sounder control, EEPROM and Sig B output have no function in this reader variant. No connection is made to these inputs and outputs. Front Panel Main board. The front panel is an optional administration device for a door controller (e.g. PAC 2100 or PAC 2200 range). The front panel main board connects to the reader PCB via a 4-way connector, which supplies +5v and 0v (Ground) to power the reader PCB and routes the serial code generated by the reader back to the door controller (for example, the PAC2200 controller) The front panel main board decodes and displays information (sent by the door controller) on a 16 character display. This board also decodes the attached 6x8 keypad, and sends this data back to the door controller. A sounder and associated circuitry fitted to the front panel main board is controlled by the door controller. Exhibit 9: Operational Description ©1999 PAC2 Connection of the front panel main board to the door controller is made via a 26-way ribbon cable. Description of Peripherals The front panel unit is typically connected to an door 'controller' unit (for example, the PAC2200 controller). This unit sends data to be decoded and displayed on the 16 character display, and receives serial user ID codes and keypad information from the front panel unit. The door controller unit 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 door controller unit will generally indicate success by changing the data displayed on the 16 character display, or by briefly enabling the sounder. Contact Details The KeyPAC Front Panel reader is designed and manufactured by: PAC International Ltd 1 Park Gate Close Bredbury Stockport Cheshire SK6 2SZ United Kingdom Tel:+44 (0)161 406 3400 Fax: +44 (0)161 430 8658 Technical and non-technical contacts at this address are: Shaun ByrneController Team [email protected] Mark VaughanDevelopment [email protected] References FCC ID OQL-PAC-FP Testing was undertaken at FCC registered test house: SGS United Kingdom Ltd. South Industrial Estate Bowburn Co. Durham DH6 5AD Tel:+44 (0)191 377 2000 Fax: +44 (0)191 377 2020 Contact: Alan Reynard areynard@s gs gro up.co m

Exhibit 4: Schematic Diagram © 1999 PAC 1 4. Schematic Diagrams Exhibit 4: Schematic Diagram © 1999 PAC 2 Exhibit 4: Schematic Diagram © 1999 PAC3 Reader Parts Lists Leaded (non-surface mount) components IdentP/NDescriptionIdentP/NDescription D88320Bicolour LEDL348Wire (2 core) J5-812518Molex Cable Assy (4 way)L318699PCB coil T1166CoilPCB18459KeyPAC PCB X184308.000MHz crystal Surface mount components IdentP/NDescriptionIdentP/NDescription R130904K3 resC15653100nF cap R2300610K resC258001uF cap R3300610K resC358001uF cap R430081K resC45653100nF cap R53011510K resC55653100nF cap R630042K2 resC65653100nF cap R7300610K resC75653100nF cap R8300610K resC8566410nF cap R9300322K resC9561147pF cap R10300610K resC1056621nF cap R113091100R resC14561147pF cap R12300610K resC16580310uF cap R133011510K resC195653100nF cap R143091100R resC2156443nF cap R153091100R resC22564922pF cap R163041470R resC235653100nF cap R173041470R resC24564922pF cap R18300610K resC25564922pF cap R19300610K resC265653100nF cap R203041470R res R21300610K resL287772u2 Chip Inductor R2230091M resL48770Ferrite Bead BLM32A06 R2330904K3 res R243091100R resQ18591FET NDC70001C R2530904K3 resQ28591FET NDC70001C R2630904K3 resQ38591FET NDC70001C R27300322K resQ48591FET NDC70001C R2830042K2 resQ68751PNP Trans BC857 R2930074K7 resQ78751PNP Trans BC857 R363091100R res D28701BAV99 diode U17615PIC16C62-10SSD3872920V Zener U28613Lin Reg LP2951CMD4872920V Zener U38546H-Bridge SI9986CYD5872920V Zener U47621Op amp LMC660MD6872920V Zener U58505CMOS 74HC86D78701BAV99 diode U68547128 Bit EEPROMD98701BAV99 diode Exhibit 4: Schematic Diagram © 1999 PAC4 D108701BAV99 diode M1875426V MOV Front Panel Parts Lists Leaded (non-surface mount) components IdentP/NDescriptionIdentP/NDescription Z1452Sounder, 1.5-28VdcJ26163 0.1" pinstrip, 90°, qty 3 J217652 way pin jumper, 0.1"CN363044 way molex co nnector CN11825Ribbon cable, 26 wayU78341Vac Fluorescent display R292575Resistor array, 8way,100KU98342IC, keypad & display ctrl R302575Resistor array, 8way,100KU88343Inverter unit for VFD R312575Resistor array, 8way,100KU58460Regulator, 5v, 7805 R322575Resistor array, 8way,100KIS96009IC socket, 40 way C214011Capacitor, 10uFCN26163 0.1" pinstrip, 90°, qty 14 C224011Capacitor, 10uFCN2300Keypad, 6x8 C234011Capacitor, 10uFPCB18256Front panel pcb C244132Capacitor, 220uF Surface mount components IdentP/NDescriptionIdentP/NDescription R343040Resistor, 470RC145803Capacitor, 10uF R333056Resistor, 2K2C15805Capacitor, 47uF R233063Resistor, 4K3C25659Capacitor, 220nF R243072Resistor, 10KC205800Capacitor, 1uF R253072Resistor, 10KU68522IC, 74HC138 R263088Resistor, 47KD48700Diode, BAS16 R273072Resistor, 10KD28726Zener, 5V1 R283072Resistor, 10KQ38750Transistor,BC847A, NPN C195646Capacitor, 10nFQ48751Transistor,BC857A, PNP C255658Capacitor, 100nF

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: Front Panel RF ID Card Entry Reader Model Number: 21397 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 21563 Date of Receipt: 9 th November 1999 Date of Test(s): 9 th to 11 th November 1999 Date of Issue: 24 th November 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 21563 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.....................................8 7.1Operation of EUT during testing. ............................................................................................8 7.2Configuration and Peripherals ................................................................................................8 8. Test Results..................................................................................................................................... 9 8.1General Comments ................................................................................................................... 9 8.2Modifications Made to the EUT................................................................................................9 8.3 Summary of Test Results ....................................................................................................... 10 8.4Radiated Emissions Test Results- Unintentional Radiator................................................. 11 8.5AC Power Line Conducted Emissions Test Results ........................................................... 14 8.6Radiated Emissions Test Results- Intentional Radiator ..................................................... 18 αβχ TEST REPORT Page 3 of 22 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21563 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 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 21563 Issue Number: 1 3. Equipment Under Test (EUT) 3.1Identification Of EUT Model Number: 21397 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: 1 and 8 MHz Supply Voltage: 18V DC (Via central controller) Classification: Intentional radiator, incorporating digital device. Environment Class: Class A 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 15.109, 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. αβχ TEST REPORT Page 5 of 22 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21563 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 (Intentional Radiator) αβχ TEST REPORT Page 6 of 22 Issue Date: 27 th September 1999 SGS Serial Number: DUR 21563 Issue Number: 1 5. Deviations or Exclusions from the Test Specifications There were no deviations from the test specifications. …

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Test Setup Photos These photos are extracted from the test report exhibit (FCC ID OQL-PAC-FP), where they may be viewed in context. Test house (SGS) report ID: DUR 21563 Radiated Emissions Test Configuration EUT Configuration Conducted Emissions Test Configuration EUT Configuration