OQL-PAC-SLKeyPAC Slimline Reader

Draft 120457 Operation and Installation Instructions© 1999 Page 1 INTERNATIONAL Data Sheet Slimline Multi-Output Format Proximity Reader Operation and Installation Instructions Features Description The KeyPAC Slimline (PAC Part Number 20457) proximity reader is an accessory commonly used on a majority of access control systems. The Slimline 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 Slimline 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 off-white by ordering PAC Part Number 20451. How the Reader is Used The Slimline is connected to a reader input on a door controller, time and attendance unit or control panel, that can except a PAC format, Wiegand 26/ 32/ 64 Bit format or ANSI Magstripe format. The Slimline detects and reads the unique embedded coding from each ISO card when it is presented within 3 inches of the reader. The Slimline 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 Slimline has an LED to indicate reader 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 Slimline 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 • Offered in Dark Grey or Off-White Colors • Outputs in PAC Output Format, Wiegand 26, 32, 64 Bit Format, ANSI Magstripe Draft 120457 Operation and Installation Instructions© 1999 Page 2 Items Included with the Slimline 1Slimline Proximity Reader 1 Reader Front plate 1Metal Oxide Varistor (to wire across the lock) 10Crimp Connectors Connecting the Slimline to the Control Panel or Wiegand Interface Unit Connect the Slimline 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 Slimline 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 YellowSOUNDER Sounder input, active low. If not used then crimp the end to prevent shorts. 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 120457 Operation and Installation Instructions© 1999 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 Slimline 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 Slimline mounting location. Protect the Slimline cable from EMI: Do not route the Slimline 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 Slimline 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 120457 Operation and Installation Instructions© 1999 Page 4 Mounting the Reader The reader consists of two parts, the reader itself (with a flying lead) and a snap-fit cover. 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 a flat surface using the two M3.5 x 30 screws provided. The two holes are 60mm apart. Use the round hole first, then the oval hole to ensure the reader is straight. 4. Once the reader is mounted in place then the snap-fit decor cover can be fitted. The hole in the cover should line up with the LED. 5. Place the label on the front of reader. Removing the Reader The re…

Text truncated - open the document above for the full version.

Draft 120457 Operation and Installation Instructions© 1999 Page 1 INTERNATIONAL Data Sheet Slimline Multi-Output Format Proximity Reader Operation and Installation Instructions Features Description The KeyPAC Slimline (PAC Part Number 20457) proximity reader is an accessory commonly used on a majority of access control systems. The Slimline 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 Slimline 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 off-white by ordering PAC Part Number 20451. How the Reader is Used The Slimline is connected to a reader input on a door controller, time and attendance unit or control panel, that can except a PAC format, Wiegand 26/ 32/ 64 Bit format or ANSI Magstripe format. The Slimline detects and reads the unique embedded coding from each ISO card when it is presented within 3 inches of the reader. The Slimline 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 Slimline has an LED to indicate reader 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 Slimline 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 • Offered in Dark Grey or Off-White Colors • Outputs in PAC Output Format, Wiegand 26, 32, 64 Bit Format, ANSI Magstripe Draft 120457 Operation and Installation Instructions© 1999 Page 2 Items Included with the Slimline 1Slimline Proximity Reader 1 Reader Front plate 1Metal Oxide Varistor (to wire across the lock) 10Crimp Connectors Connecting the Slimline to the Control Panel or Wiegand Interface Unit Connect the Slimline 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 Slimline 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 YellowSOUNDER Sounder input, active low. If not used then crimp the end to prevent shorts. 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 120457 Operation and Installation Instructions© 1999 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 Slimline 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 Slimline mounting location. Protect the Slimline cable from EMI: Do not route the Slimline 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 Slimline 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 120457 Operation and Installation Instructions© 1999 Page 4 Mounting the Reader The reader consists of two parts, the reader itself (with a flying lead) and a snap-fit cover. 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 a flat surface using the two M3.5 x 30 screws provided. The two holes are 60mm apart. Use the round hole first, then the oval hole to ensure the reader is straight. 4. Once the reader is mounted in place then the snap-fit decor cover can be fitted. The hole in the cover should line up with the LED. 5. Place the label on the front of reader. Removing the Reader The re…

Text truncated - open the document above for the full version.

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 = Primary data output at 4800 Baud H = Optional data output at 4800 Baud Power and Ground Common 0v to all modules. External power at 10.5 to 20VDC linearly regulated down to 5V to supply all circuitry (microcontroller, logic, driver and analog sections).

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 9: Operational Description ©1999 PAC1 9. Operational Description This reader is a member of the same product family as devices FCC ID OQL- PAC-LP and OQL-PAC-DT. 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. Description of Peripherals The Slimline is typically connected to an access ‘controller’ unit (for example, the PAC 2200 controller). This unit provides power to the Slimline, and monitors the signal line for user ID codes. When an ID code is detected, the code is checked against access rights for the holder of the ID card, and access is granted if the holder is authorised, e.g. by removing power to a lock (not part of the Slimline). When access is granted, the controller will generally pull the Slimline ‘LED Control’ input low, so that the Slimline LED changes from red to green – indicating to the user that the code has been validated. Most installations have 4 connections to the Slimline: • 0v (-ve power and signal / LED reference) • +ve power • Signal • LED

Exhibit 9: Operational Description ©1999 PAC1 9. Operational Description This reader is a member of the same product family as devices FCC ID OQL- PAC-LP and OQL-PAC-DT. 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. Description of Peripherals The Slimline is typically connected to an access ‘controller’ unit (for example, the PAC 2200 controller). This unit provides power to the Slimline, and monitors the signal line for user ID codes. When an ID code is detected, the code is checked against access rights for the holder of the ID card, and access is granted if the holder is authorised, e.g. by removing power to a lock (not part of the Slimline). When access is granted, the controller will generally pull the Slimline ‘LED Control’ input low, so that the Slimline LED changes from red to green – indicating to the user that the code has been validated. Most installations have 4 connections to the Slimline: • 0v (-ve power and signal / LED reference) • +ve power • Signal • LED

Exhibit 4: Schematic Diagram © 1999 PAC1 4. Schematic Diagram Parts List Leaded (non-surface mount) components IdentP/NDescriptionIdentP/NDescription D88327Bicolour LEDX184308.000MHz crystal J1-812057Cable (7core)S1456Sounder L1175CoilPCB18459KeyPAC PCB Exhibit 4: Schematic Diagram © 1999 PAC2 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 D108701BAV99 diode M1875426V MOV

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. …

Text truncated - open the document above for the full version.

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'