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Keyscan CA250 Series Technical Manual

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Technical Guide
Installing and Connecting System Components

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Summary of Contents for Keyscan CA250 Series

  • Page 1 Technical Guide Installing and Connecting System Components...
  • Page 2 Information and specifications in this document are subject to change without notice. Except for the benefit of installation and operation of the Keyscan access control system, no part of this documentation may be reproduced or transmitted in any form or by any means without the expressed written permission of Keyscan Inc.

  • Page 4: Table Of Contents

    Jumper Settings..........................53 Communication..........................68 Power-up & Test Voltages ........................107 Communication Diagnostics........................116 Appendix A – Keyscan / HID Readers ....................120 Appendix B – Indala Readers......................136 Appendix C – WSSKP-1 Keypad ......................141 Appendix D – K-RX / K-TX2........................144 Appendix E – Keyscan COMMex ......................151 Appendix F –WIEEX2 &...

  • Page 5: List Of Figures

    Figure 28 – Terminate Input Wiring – RTE PIR Motion Sensor ..............41 Figure 29 – Terminate Input Wiring RTE - PIR & Push Button..............42 Figure 30 – Terminate Input Wiring – AI/SI Inputs................. 43 Figure 31 – Terminate Floor Wiring EC1500B..................45 Keyscan Technical Guide (PC109x - 04.12)
  • Page 6 Figure 63 – Single ACU Communication - NETCOM2WH or NETCOM6WH/CPB-10-2 ........86 Figure 64 – Single ACU Communication - NETCOM2WH or NETCOM6WH/Control Board ......87 Figure 65 – Single ACU Communication - CB-485M/MC33H ..............88 Figure 66 – Single ACU Communication - MC9600/MC33H ..............89 Keyscan Technical Guide (PC109x - 04.12)
  • Page 7 Figure 92 – Keyscan K-PROX2 (125 kHz HID compatible)...............122 Figure 93 – Keyscan K-VAN Proximity Reader (125 kHz HID compatible) ..........123 Figure 94 – Keyscan K-KPR Keypad / Proximity Reader (125 KHz HID compatible) ........124 Figure 95 – Keyscan K-SMART Reader ....................125 Figure 96 - Keyscan K-KPR SM ......................126...
  • Page 8 Figure 130 - System Settings Jumper J16 Location for Reverse Network ..........168 Figure 131 – CA250B Control Board ....................172 Figure 132 – CA4500B Control Board....................176 Figure 133 – CA8500B Control Board....................180 Figure 134 – EC1500B Control Board....................184 Figure 135 – EC2500B Control Board....................188 Keyscan Technical Guide (PC109x - 04.12)

  • Page 9: List Of Tables

    Table 16 – Communication Voltage Test Points ..................113 Table 17 – Communication Status LEDs ....................116 Table 18 - System Status LED ......................119 Table 19 – Keyscan & HID Reader Power Specifications .................120 Table 20 – Indala Reader Power Specifications ..................136 Table 21 – Keypad Power Specifications....................141 Table 22 –...
  • Page 10 Table 38 – CA8500B Quick Reference ....................181 Table 39 – EC1500B Quick Reference ....................185 Table 40 – EC2500B Quick Reference ....................189 Table 41 – Circuit Board Current Ratings .....................191 Table 42 – List of Relay States......................192 Keyscan Technical Guide (PC109x - 04.12)

  • Page 11: Foreword

    Foreword Keyscan systems are designed for use in various environments and applications. As such, ensure correct cable, power, ground, and environment specifications are followed for reliable and safe operation of the equipment. Approved Standards Keyscan CA250, CA4500, CA8500, EC1500 and EC2500 series control units conform to the following approved standards: •...

  • Page 12: Installation Requirements

    We recommend having the following tools on hand to install the access control system: • Digital Voltmeter • Wire Cutters & Needle Nose Pliers • Soldering Iron & Tape • Set of Screwdrivers • Drill & Drill Bits • Laptop Computer (optional) Keyscan Technical Guide (PC109x - 04.12)

  • Page 13: Table 1 - Cable Requirements

    RS-232 signal (@ 9600 BPS) protocol. COMMEX Extender Kit (PC 4000 ft CAT 5 - 2 twisted pairs Shielded wire not required. Kit Extender) communication includes 1 transmitter & 1 1219.2 m receiver. Keyscan Technical Guide (PC109x - 04.12)
  • Page 14 Also, refer to Grounding Communication Cable Shield. Important It is extremely important that the chassis ground (GND) on the DPS-15 is connected to the metal enclosure ground lug. Keyscan Technical Guide (PC109x - 04.12)

  • Page 15: Figure 1 - Grounding Access Control Units And Cables With Cb-485S

    Shield KEYSCAN ACU 3 Tape back shield Chassis Note CB-485's Control Board support linear topology only. RS232 DPS15 Do not connect using star topology. Tape CB-485 back shield RS-485 Terminal 40-2322 Data Cable KI-00101E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 16: Figure 2 - Grounding Access Control Units And Cables With Cpb-10-2S

    Shields Shields EIA/TIA-562 Shield ACU 3 KEYSCAN Tape back shield Chassis Control Board on DPS15 RS232 Tape back CPB-10-2 shield 40-2322 G R T Data Cable KI-00102E-07-11 Tape back shield at end of line Keyscan Technical Guide (PC109x - 04.12)

  • Page 17: General Installation Guidelines

    Keyscan access control unit. Where applicable, comply with all fire and safety codes for the installation of door strikes and magnetic locks. If a door/reader is located beyond the maximum cable length to the ACU, use a Keyscan WIEEX2 Extender Kit to a maximum distance of 4000 feet (1219.2 m).
  • Page 18 Jumper Settings section starting on page 53. You may have to reset jumpers depending on the installation. Communication Communication must be established between the personal computers (PCs) with the Keyscan software and the access control units. Communication is divided into 2 segments: •...

  • Page 19: Mounting - Enclosure & Components

    2 x 16V 40VA transformers or 2 x 16.5V 37VA transformers are connected to the Keyscan DPS-15 power supply • locate the transformers within 30 feet (9.144 m) of the Keyscan DPS-15 power supply - do not mount the transformers inside the ACU metal enclosure •...

  • Page 20: Figure 3 - Mounting The Metal Enclosure

    Rev 11, Rev 10 & Rev 9 Control Boards If installing a Rev.11, Rev.10, or Rev. 9 control board in a metal enclosure with the pre-mounted metal standoffs, you require an adaptor kit - P/N – AK2005. Keyscan Technical Guide (PC109x - 04.12)

  • Page 21: Figure 4 - Mount And Fasten Pc109X Control Board To 3/8" Male/Female Standoffs

    Split Ring Star enclosure. Washer Lock- washer Front View – Cover removed Ground Lug (diagram not to scale) Stand-off Alternate locations on Ground PC109x control board Mounts PC109x PC109x Alternate Ground Lug Mount KI-00105E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 22: Figure 5 - Plastic Stand Off

    Mounting Power Supplies The Keyscan DPS-15 is a 13.5 VDC dual linear regulated power supply rated at 2 x 1.2 amps maximum for powering the ACU circuit boards and the readers. This power supply requires either of the following CLASS 2 CSA/UL approved transformers and a standby battery with sufficient amp hours.

  • Page 23: Figure 6 - Mounting Power Supplies

    PSC1 terminal. Control Board Optional bottom mount location for DPS-15 power supply with connection to TB1 terminal on control board. Bolts x 2 Bottom of ACU Enclosure Hex Nuts x 2 KI-00107E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 24: Figure 7 - Communication Cable - Grounding The Shield

    When terminating the communication cable in the metal enclosure, ensure that the shield is insulated and connected to the ground lug. Keyscan suggests Alpha PVC 10516 - #16 clear tubing or a comparable tubing to insulate the shield. Do not connect the shield to GND on a communication terminal block.

  • Page 25: Figure 8 - Ca250 With Board Mounting Positions

    * NETCOM - for side mount, use CB-485M PC109x terminal block only, not 9-pin male connector. CPB-10-2 OCB-8 **DPS-15 must be connected to TB1 on control board. KI-00111E-07-11 Optional location for DPS-15 power supply** Keyscan Technical Guide (PC109x - 04.12)

  • Page 26: Figure 9 - Ca4500 With Board Mounting Positions

    * NETCOM - for side mount, use PC109x CB-485 terminal block only, not 9-pin male connector. OCB-8 CB-485M ** DPS-15 must be connected to CPB-10-2 TB1 terminal on control board. KI-00113E-07-11 Optional location DPS-15 power supply** Keyscan Technical Guide (PC109x - 04.12)

  • Page 27: Figure 11 - Ec1500 With Board Mounting Positions

    * NETCOM - for side mount, CB-485 PC109x use terminal block only, not 9- pin male connector. OCB-8 CB-485M ** DPS-15 must be connected CPB-10-2 to TB1 terminal on control board. KI-00115E-07-11 Optional location for DPS-15 power supply** Keyscan Technical Guide (PC109x - 04.12)

  • Page 28: Figure 13 - Enclosure Tamper Switch Connected To Tb3 Terminal

    Figure 13 – Enclosure Tamper Switch Connected to TB3 Terminal PC109x Control Board Cut View Metal Enclosure Connect the yellow wires on the tamper switch to TB3 terminal on the control board. Protective Cover TAMPER TB3 SWITCH RS-232 (COM4) Tamper Switch KI-00116E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 29: Figure 14 - Enclosure Ground Strap Connection

    Side View of Stud with Cable Lug Connection Cable Enclosure Ground Strap Use the enclosed star washers and nuts to secure both Stud ends of the cable to the studs as shown on the right. Star Washers KI-00117E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 30: Figure 15 - Securing The Enclosure Cover

    Optional locations for Front View cover locking screws of Enclosure with Cover Cover Cover Locking Locking Screw Screw 3/8“ x 4 Cover Cover Locking Locking Screw Screw Optional locations for cover locking screws KI-00118E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 31: Mounting - Readers & Door Hardware

    Request 3/4" conduit to exit to ACU Door contact 1 pair 18 AWG Mag Lock 6 conductors shielded 22 or 18 AWG Reader KEYSCAN Door Strike 36" to 48" (91.4 to 121.9 cm) KI-00119E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 32: Figure 17 - Typical Door Strike Connection

    Permits may be required before installing magnetic locks. Use a battery for temporary power to ensure the door operates properly – alignment, holding, activation, de- activation – before connecting to the Keyscan access control unit. Figure 17 – Typical Door Strike Connection KI-00120E-07-11 Figure 18 –...

  • Page 33: Figure 19 - Door Contacts, Exit Buttons, Pirs, & Auxiliary Inputs

    RTE – ½ second pulse Determines the amount of Lens time the output relays will energize when motion is detected. (RTE - Request To Exit) Auxiliary Input Aux Input NO = Normally Open NC = Normally Closed KI-00122E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 34: Figure 20 - Typical Door Reader Connection

    Blue used for pre- alert otherwise isolate and tape back. Shield not connected. Isolate with electrical tape. 6 conductors shielded 18 or 22 AWG Maximum 500 ft (152.4 m) To reader terminal on KI-00123E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 35: Terminate Wiring At The Acu

    The following sub-sections review terminating lock, input, elevator, reader and auxiliary output wiring at the access control units. OCB-8 Relay Board Keyscan’s OCB-8 relay board is used for terminating door locks, magnetic locks, elevator relays, and alarm/auxiliary outputs at the access control unit. Table 3 – OCB-8 Specifications...
  • Page 36 Reversed – LED on the circuit board is illuminated when door is locked Diodes are supplied with Keyscan access control unit(s). Diodes must be installed across all D.C. door strikes as shown in Figure 24 on page 36. The cathode of the diode is connected to the positive side of the strike at the door.

  • Page 37: Figure 21 - Lock State - Fail Safe Device

    KI-00124E-07-11 Figure 22 – Lock State - Fail Secure Device 'Normally Open' Relay board positon on relay Door Strike to common on DC power supply supply Lock State Lock Supply Fail Secure Device KI-00125E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 38: Figure 23 - Terminate Lock Wiring Ca250B

    12 VDC+ Fire Contact Door # 1 Mag Lock Ensure all lock breaks on alarm - Fail Safe - hardware complies to N.C. with federal, state/ N.C. provincial, and municipal fire codes. Ground Supply KI-00126E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 39: Figure 24 - Terminate Lock Wiring Ca4500B

    RS-232 (COM4) Door Strike - Fail Safe - to N.C. Fire Contact Ensure all lock breaks on alarm hardware complies Diode with federal, state/ N.C. 1N4004 provincial, and municipal fire codes. Ground KI-00127E-07-11 Supply Keyscan Technical Guide (PC109x - 04.12)

  • Page 40: Figure 25 - Terminate Lock Wiring Ca8500B

    ACU PWR. Door # 1 RS-232 (COM4) Door Strike - Fail Secure - to N.O. Ensure all lock hardware complies Diode with federal, state/ 1N4004 provincial, and municipal fire codes. 12 VDC+ Ground Supply KI-00128E-07-11 Keyscan Technical Guide (PC109x - 04.12)
  • Page 41 Examples of exit devices are exit push buttons or motion sensors (PIR) etc. Keyscan recommends a PIR with a pulse output of 1/2 second and suited to its environment. Security Monitoring Connections A normally-closed device may be connected to an auxiliary alarm input for monitoring stairwell or interior doors, or windows.

  • Page 42: Figure 26 - Terminate Input Wiring - Door Inputs (Contacts)

    Normally Closed J18 – Jumper 5 = Off Jumper 4 = On Double end of line to Door Input supervision to Common Door Contact Normally Closed J18 Jumper 5 & 4 = On KI-00129E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 43: Figure 27 - Terminate Input Wiring - Rte Push Button

    Figure 27 – Terminate Input Wiring – RTE Push Button Keyscan Technical Guide (PC109x - 04.12)

  • Page 44: Figure 28 - Terminate Input Wiring - Rte Pir Motion Sensor

    Common Return J18 – Jumper 5 = Off Jumper 4 = On Lens Request Double end of line to Exit supervision to Common Return J18 Jumper 5 & 4 = On Lens KI-00131E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 45: Figure 29 - Terminate Input Wiring Rte - Pir & Push Button

    Double end of line supervision to Request to Request J18 Jumper 5 & 4 = On J18 – Jumper 5 = Off to Exit to Exit Jumper 4 = On to Common Return to Common Return KI-00132E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 46: Figure 30 - Terminate Input Wiring - Ai/Si Inputs

    Common Return J18 – Jumper 5 = Off Jumper 4 = On to Supervised Double end of line Auxiliary Alarm Input supervision to Common Return J18 Jumper 5 & 4 = On KI-00133E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 47: Table 4 - Ocb-8 To Ec1500B Ribbon Cable Connections

    1 – 8 OCB-8 – H1 Control 2 9 – 16 OCB-8 – H1 Control 3 1 – 8 OCB-8 – H1 Control 4 9 – 16 * Optional OCB-8's must be purchased separately. Keyscan Technical Guide (PC109x - 04.12)

  • Page 48: Figure 31 - Terminate Floor Wiring Ec1500B

    Control 5 – OCB-8 Floor Outputs 33 – 40* (optional) * OCB-8s must be purchased separately. Ensure all elevator hardware complies with all fire code AUX/RDR 12 V or regulations. ACU 12 V KI-00134E-07-11 on DPS-15 Keyscan Technical Guide (PC109x - 04.12)

  • Page 49: Figure 32 - Terminate Floor Wiring Ec2500B

    Control 4 – OCB-8: Cab B - Floor Outputs 9 – 16* (optional) * OCB-8s must be purchased separately. AUX/RDR 12 V or Ensure all elevator hardware complies with all fire code ACU 12 V regulations. on DPS-15 KI-00135E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 50: Figure 33 - Terminate Floor Input Wiring Ec1500B

    24 of 40 Normally Open Normally Open Normally Open Dry Contact Dry Contact Dry Contact N.O. N.O. N.O. Relay Relay Relay Floor monitoring inputs (separate dry contacts) provided by 3 party elevator company. KI-00136E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 51: Figure 34 - Terminate Floor Input Wiring Ec2500B

    • Green – Data output bit 0 • White – Data output bit 1 • Blue – optional pre-alert (reader beeper) For specific reader wiring review the appendices listed in the Table of Contents. Keyscan Technical Guide (PC109x - 04.12)

  • Page 52: Figure 35 - Terminate Reader Wiring

    N.O. AC Fail EGND N.C. DC Output 12V Ground Shield External DC Supply READER PWR FAIL LED D1 (BEEP) Reader terminal on control board FAIL ACU PWR Power terminal on control board KI-00138E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 53: Figure 36 - Terminate Auxiliary Outputs Ca250B

    ACU EXT Door Door Output Output Output Output red stripe TAMPER TB3 OCB-8 powered SWITCH through ribbon cable with J9 set to ACU PWR. RS-232 (COM4) alarm panel input time zone lock/unlock CCTV input KI-00139E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 54: Figure 37 - Terminate Auxiliary Outputs Ca4500B

    CONTROL 1. Reversed ACU EXT Door Door Door Door Output Output Output Output red stripe TAMPER TB3 SWITCH OCB-8 powered through ribbon cable with J9 set to ACU PWR. RS-232 (COM4) KI-00140E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 55: Figure 38 - Terminate Auxiliary Output Ca8500B

    CONTROL 2. ACU EXT Output Output Output Output red stripe OCB-8 powered through ribbon cable with J9 set to ACU PWR. TAMPER TB3 SWITCH OCB-8 Relays Normally Normally Closed Open N.C. N.O. RS-232 (COM4) KI-00141E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 56: Jumper Settings

    The control board supports multiple communication baud rates. Ensure the control board is set on the desired and correct rate. Also, ensure that all Keyscan software settings match the control board’s baud rate. If configuring communication via a NETCOM device, ensure it is programmed with the correct baud rate.

  • Page 57: Table 6 - System Jumper J16 Settings

    Disable IOCB1616 Enable IOCB1616 Firmware 6.07 to 7.04 (does not support Enable AL32/64 IOCB1616) Disable AL32/64 Firmware 7.11 to 7.25 (custom) Enable IOCB1616 Enable AL32/64 Firmware 7.05 to 7.10 (custom) Enable IOCB1616 Disable IOCB1616 Keyscan Technical Guide (PC109x - 04.12)

  • Page 58: Figure 40 - System Configuration J16 Location

    1 2 3 4 5 6 7 8 Protective ACU System Configuration Cover Jumpers J16 Location of J16 is the ABCDEFGH same on all CA & EC control boards. COMMUNICATION STATUS TD1 RD1 TD2 RD2 TD3 RD3 TD4 RD4 KI-00143E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 59: Figure 41 - System Mode Jumper J17

    System Mode – Jumper J17 Jumper J17 selects the Keyscan software. If jumper J17 is altered, momentarily short jumper J6 while the control board has power to reset the software mode. You must then clear memory as outlined on page 66.

  • Page 60: Table 8 - Reader Configuration Jumper J3

    Keyscan’s 36-bit proprietary Wiegand format cards and tags, which include a manufacturer’s code, offer a high level of security. Keyscan tracks all its cards and tags. This ensures that no duplicate cards or tags are sold by Keyscan. When installing or upgrading a Keyscan access control system, we recommend our proprietary Keyscan 36-bit Wiegand format cards and tags, available in 125 kHz or 13.56 MHz formats, for a high level of...

  • Page 61: Figure 43 - Reader Configuration Jumper J3

    Extended Card Number Support in the Client software’s Site Information screen. If a high volume of cards is involved, you may wish to connect a reader close to a PC with the Keyscan Client and use it as a designated card enrollment reader.
  • Page 62 Indala unbuffered mode Wiegand with 8-bit word burst • WSSKP-1 facility code 0 (zero) with 36-bit Keyscan Wiegand output If using third party biometric devices connected to Keyscan CA or EC control board reader ports, do not use reserved facility code 0 (zero). Note Reader formats reviewed in the table below apply to PROM version 4.03 or greater.
  • Page 63 Format FIPS/TWIC – 75-bit output (48- High 1 0 1 0 0 1 Extended bit FASC-N, 25-bit expiration date, 2 parity bits) & Keyscan 36-bit FIPS/TWIC – 75-bit output (48- High 1 0 1 0 1 0 Extended bit FASC-N, 25-bit expiration date, 2 parity bits) &...
  • Page 64 Extended Card Number – Hexadecimal = 1 – FFFFFFFFFFFF or Decimal = 1 – 281474976710655 / Checked for Extended Number For other custom Wiegand protocol firmware or development, contact Keyscan technical support. LED Wiegand Bit Counters CA & EC control boards have LED Wiegand bit counters – 10s and 1s – to determine card binary bits. You must be able to observe the control board to do this procedure.

  • Page 65: Figure 44 - Reader Configuration J3 / Wiegand Bit Counter Leds

    BITS Wiegand Bit READER PWR Counter LEDs 10s 1s J3, J7 and Wiegand Binary Bit Reader Counter LED locations Configuration J3 are the same on all CA & EC control boards. ACU PWR KI-00147E-07-11 Keyscan Technical Guide (PC109x - 04.12)
  • Page 66 KEYSCAN systems are factory defaulted for KEYSCAN's proprietary 36-bit Wiegand format cards. KEYSCAN systems can be modified to recognize a wide range of additional access card formats. Some of these formats are proprietary to other system manufacturers. Some other formats, notably 26-bit Wiegand, are “open”.
  • Page 67 This page is intentionally blank. Keyscan Technical Guide (PC109x - 04.12)

  • Page 68: Figure 45 - Address/External Jumper J18

    Pins 5 – 4 Note Non-supervised input or digital input Pins 3, 2, 1, are for future use. Single end of line supervision Double end of line supervision Figure 46 –Address /External Jumper J18 Location Keyscan Technical Guide (PC109x - 04.12)
  • Page 69 If this is a new installation, enter the site information in the Keyscan Client software and then upload the Keyscan database information to the control board(s). Until you perform an upload from a Keyscan Client, the access control unit(s) will not function.

  • Page 70: Figure 47 - Restore Default Settings (Clear Memory) J1 Location

    ACU PWR SYSTEM STATUS COMMUNICATION STATUS TD4 RD4 Location of System Status LED System Status LED, J1 & J16 – pin H locations are the same on all CA & EC control boards. KI-00150E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 71: Communication

    Keyscan specifically for our access control systems. Setup strings for the modems are defaulted in the Keyscan software. Other third party modems may be used; however, you may encounter problems. Do not connect a CB-485M, MC9600 or MC33H modem to a digital phone line. If digital phone lines are in use, contact your phone service provider for converter equipment.

  • Page 72: Table 10 - Cpb-10-2/Cpb-10 Control Board Compatibility

    NETCOM2WH or NETCOM6WH/CB-485 Figure 62 Wireless Network (TCP/IP) NETCOM2WH or NETCOM6WH/CPB-10-2 Figure 63 Wireless Network (TCP/IP) NETCOM2WH or NETCOM6WH/ACU (direct connection) Figure 64 Modem CB-485M/MC33H Figure 65 Modem MC9600/MC33H Figure 66 Modem MC9600/MC33H/CPB-10-2 Figure 67 Keyscan Technical Guide (PC109x - 04.12)

  • Page 73: Table 12 - Multiple Acu Communication

    This is referred to as a point to point signal. Contact a fiber optic modem distributor for more information regarding types of fiber optic modems, cables, and distances. Keyscan Technical Guide (PC109x - 04.12)

  • Page 74: Figure 48 - Example Of Cb-485 Inter-Building Communication

    9 pin, RS-232, data cable, ensure that you follow the pin to wire colour assignments on the following diagram. It is strongly recommended that you use a Keyscan 9 pin, RS-232 data cable (Keyscan part # 40-2322) which is manufactured specifically for Keyscan serial data connectivity.
  • Page 75 Typically, the black wire of the RS-232 cable from the PC, which is the receive data input of the PC, is connected to the serial port TD pin of most Keyscan products. Typically, the red wire of the RS-232 cable, which is the transmit data output of the PC, is connected to the RD pin of most Keyscan products.

  • Page 76: Figure 50 - Single Acu Communication - Direct Serial

    RS-232 (COM4) Shield* to ground lug Brown & White not used. Tape back separately. IOCB (COM1) * Insulate shield with PVC tubing such as Alpha #16 or comparable insulator and connect to ground lug. KI-00153E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 77: Figure 51 - Single Acu Communication - Serial Cb-485

    Alpha #16 RS485 IN RS485 OUT Jumpers ON or comparable insulator to ground lug BRN WHT GRN WHT GRN WHT BRN WHT BLU WHT and connect to ground lug. Jumper ON J1 Program KI-00154E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 78: Figure 52 - Single Acu Communication - Serial Cpb-10-2

    Jumper ON J1 * Insulate shield with PVC tubing such Brown & White not as Alpha #16 or comparable insulator used and taped back. and connect to ground lug. to ground lug Shield* KI-00155E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 79: Figure 53 - Single Acu Communication - Usb Adaptor

    Ensure J16 – F & G Jumpers OFF Black Green RS-232 (COM4) To ground lug IOCB (COM1) * Insulate shield with PVC tubing such as Alpha #16 or comparable insulator and connect to ground lug. KI-00156E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 80: Figure 54 - Single Acu Communication - Usb Adaptor/Cb-485 (Rs-232)

    Alpha #16 or comparable insulator RS485 IN RS485 OUT Jumpers ON and connect to ground lug. to ground lug BRN WHT GRN WHT GRN WHT BRN WHT BLU WHT Jumper ON J1 Program KI-00157E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 81: Figure 55 - Single Acu Communication - Usb Adaptor/Cb-485 (Rs485)

    2000 ft (609 m) maximum @ 9600 BPS CB-485 B LED Current Draw - 110 mA RS485 IN RS485 OUT Jumpers ON BRN WHT GRN WHT GRN WHT BRN WHT BLU WHT Jumper ON J1 Program KI-00158E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 82: Figure 56 - Single Acu Communication - Usb Adaptor/Cpb-10-2 (Rs232)

    TD RD DCD GND R B DTR CTS Unused conductors * Insulate shield with PVC tubing are taped back such as Alpha #16 or comparable separately. to ground insulator and connect to ground lug. Shield* KI-00159E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 83: Figure 57 - Single Acu Communication - Netcom2P Or Netcom6P/Cb-485

    AUX Inputs - E Current Draw 250 mA CB-485 to network 10 or 100 Base-T Jumpers Program Jumper ON J1 RS485 IN RS485 OUT KI-00160E-07-11 BRN WHT GRN WHT GRN WHT BRN WHT BLU WHT Keyscan Technical Guide (PC109x - 04.12)

  • Page 84: Figure 58 - Single Acu Communication - Netcom2P Or Netcom6P/Acu

    NETCOM2P or NETCOM6P plugged directly into the control board only supports a single panel communication loop. After the NETCOMP has been installed and connected, ensure that the control board protective cover is re- affixed before applying power. Keyscan Technical Guide (PC109x - 04.12)

  • Page 85: Figure 59 - Single Acu Communication - Netcom2 Or Netcom6/Cb-485

    GND as shown. If the NETCOM2 or NETCOM6 is mounted outside the metal enclosure, the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Cable Shield. Keyscan Technical Guide (PC109x - 04.12)

  • Page 86: Figure 60 - Single Acu Communication - Netcom2 Or Netcom6

    GND as shown. If the NETCOM2 or NETCOM6 is mounted outside the metal enclosure the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Cable Shield. Keyscan Technical Guide (PC109x - 04.12)

  • Page 87: Figure 61 - Single Acu Communication - Netcom2 Or Netcom6/Cpb-10-2

    GND as shown. If the NETCOM2 or NETCOM6 is mounted outside the metal enclosure the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Cable Shield. Keyscan Technical Guide (PC109x - 04.12)

  • Page 88: Figure 62 - Single Acu Communication Netcom2Wh Or Netcom6Wh/Cb-485

    * Insulate shield with PVC tubing such as Alpha #16 Jumper or comparable insulator and connect to ground lug. ON J1 Program RS485 IN RS485 OUT BRN WHT GRN WHT GRN WHT BRN WHT BLU WHT KI-00165E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 89: Figure 63 - Single Acu Communication - Netcom2Wh Or Netcom6Wh/Cpb-10-2

    B DTR CTS * Insulate shield with PVC tubing such as Alpha #16 or comparable insulator Brown & White not and connect to ground lug. used and taped back. to ground lug KI-00166E-07-11 Shield* Keyscan Technical Guide (PC109x - 04.12)

  • Page 90: Figure 64 - Single Acu Communication - Netcom2Wh Or Netcom6Wh/Control Board

    RS-232 IOCB (COM1) 22 AWG shielded cable 100 ft (30 m) maximum @ 9600 BPS * Insulate shield with PVC tubing such as Alpha #16 or comparable insulator and connect to ground lug. KI-00167E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 91: Figure 65 - Single Acu Communication - Cb-485M/Mc33H

    - connect to analog phone line CB-485M RING Current Draw - 360 mA Program RS485 IN RS485 OUT BRN WHT GRN WHT GRN WHT BRN WHT BLU WHT KI-00168E-07-11 Jumper ON J1 Jumpers ON Run Keyscan Technical Guide (PC109x - 04.12)

  • Page 92: Figure 66 - Single Acu Communication - Mc9600/Mc33H

    If the MC9600 modem is mounted in the metal enclosure, the shield of the serial cable may be connected to GND as shown. If the MC9600 modem is mounted outside the metal enclosure, the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Cable Shield. Keyscan Technical Guide (PC109x - 04.12)

  • Page 93: Figure 67 - Single Acu Communication - Mc9600/Mc33H/Cpb-10-2

    If the MC9600 modem is mounted in the metal enclosure, the shield of the serial cable may be connected to GND as shown. If the MC9600 modem is mounted outside the metal enclosure, the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Cable Shield. Keyscan Technical Guide (PC109x - 04.12)

  • Page 94: Figure 68 - Multiple Acu Communication - Cb-485

    - may substitute equivalent to CAT 5 - 2 twisted pairs - maximum baud rate is 56,000 BPS Current Draw - 110 mA CAT 5 CB-485 Jumpers RS485 IN RS485 OUT ON Run Jumper ON J1 Program (First & Last CB-485) KI-00171E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 95: Figure 69 - Multiple Acu Communication - Cpb-10-2

    Figure 69 – Multiple ACU Communication – CPB-10-2 Keyscan Technical Guide (PC109x - 04.12)

  • Page 96: Figure 70 - Multiple Acu Communication - Usb Adaptor/Cb-485 (Rs-232)

    RS485 IN RS485 OUT BPS between CB-485s ON Run - may substitute equivalent to CAT 5 - 2 twisted pairs Program - maximum baud rate is 56,000 BPS Jumper ON (First & Last KI-00173E-07-11 CB-485) Keyscan Technical Guide (PC109x - 04.12)

  • Page 97: Figure 71 - Multiple Acu Communication - Usb Adaptor/Cb-485 (Rs-485)

    CPB/ CB MODULE (H1) terminal. Common AUX Inputs - E Current Draw - 110 mA CB-485 Jumpers RS485 IN RS485 OUT CAT 5 ON Run CB-485 Program Jumper ON (First & Last KI-00174E-07-11 CB-485) Keyscan Technical Guide (PC109x - 04.12)

  • Page 98: Figure 72 - Multiple Acu Communication - Usb Adaptor/Cpb-10-2

    Current Draw 40 mA J16 – G to activate CPB/ TO PC CB MODULE (H1) terminal. Jumper ON J1 Common AUX Inputs - E (First & Last CPB10-2) Tape back shield B LED CPB-10-2 KI-00175E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 99: Figure 73 - Multiple Acu Communication - Netcom2P Or Netcom6P/Cb-485

    CPB/ CB MODULE (H1) terminal. Common AUX Inputs - E Current Draw - 110 mA CAT 5 CB-485 Jumpers RS485 IN RS485 OUT ON Run CB-485 Program Jumper ON (First & Last CB-485) KI-00176E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 100: Figure 74 - Multiple Acu Communication - Netcom2 Or Netcom6/Cb-485

    If the NETCOM2 or NETCOM6 is mounted in the metal enclosure, the shield of the serial cable may be connected to GND as shown. If NETCOM device is mounted outside the metal enclosure, the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Shield. Keyscan Technical Guide (PC109x - 04.12)

  • Page 101: Figure 75 - Multiple Acu Communication - Netcom2 Or Netcom6/Cpb-10-2

    If the NETCOM2 or NETCOM6 is mounted in the metal enclosure, the shield of the serial cable may be connected to GND as shown. If NETCOM device is mounted outside the metal enclosure, the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Shield. Keyscan Technical Guide (PC109x - 04.12)

  • Page 102: Figure 76 - Multiple Acu Communication - Netcom2P Or Netcom6P/Cb-485 (1 To 1)

    CPB/CB MODULE to CPB/CB MODULE terminal (COM4) on control board. Control Board (PC 109x) Important Jumper ON J16 – G to activate CPB/ CB MODULE (H1) terminal. Common AUX Inputs - E KI-00179E-07-11 CB-485 Keyscan Technical Guide (PC109x - 04.12)

  • Page 103: Figure 77 - Multiple Acu Communication - Netcom2 Or Netcom6 (1 Per Acu)

    GND as shown. If the NETCOM device is mounted outside the metal enclosure, the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Cable Shield. Keyscan Technical Guide (PC109x - 04.12)

  • Page 104: Figure 78 - Multiple Acu Communication - Netcom2Wh Or Netcom6Wh/Cb-485S

    CPB/ Current Draw - 110 mA CB MODULE CB-485 CAT 5 (H1) terminal. Common AUX Inputs - E Jumpers RS485 IN RS485 OUT ON Run Program Jumper ON (First & Last CB-485 CB-485) KI-00181E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 105: Figure 79 - Multiple Acu Communication - Netcom2Wh Or Netcom6Wh/Cpb-10-2S

    Jumper ON J16 – G to CPB-10-2 activate CPB/ CB MODULE (H1) terminal. Current Draw 40 mA Common AUX Inputs - E Jumper ON (First & Last CPB10-2) B LED CPB-10-2 Tape back KI-00182E-07-11 shield Keyscan Technical Guide (PC109x - 04.12)

  • Page 106: Figure 80 - Multiple Acu Communication - Netcom2Wh Or Netcom6Wh / 1 Per Acu

    MAC Address Jumpers OFF Maximum wireless range is 100 m (328 ft) based on indoor open air installation. RS-232 - 22 AWG shielded cable 100 ft (30 m) maximum @ 9600 BPS Antenna KI-00183E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 107: Figure 81 - Multiple Acu Communication - Cb-485M/Cb-485/Mc33H

    CPB/ CB MODULE Current Draw - 110 mA (H1) terminal. Common AUX Inputs - E CAT 5 CB-485 Jumpers RS485 IN RS485 OUT ON Run Program Jumper ON CB-485 (First & Last CB-485) KI-00184E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 108: Figure 82 - Multiple Acu Communication - Mc9600/Cpb-10-2/Mc33H

    If the MC9600 modem is mounted in the metal enclosure, the shield of the serial cable may be connected to GND as shown. If the MC9600 modem is mounted outside the metal enclosure, the shield must be insulated and connected directly to the metal enclosure ground lug. See Grounding Communication Cable Shield. Keyscan Technical Guide (PC109x - 04.12)
  • Page 109 On the ACU connected to the CB-485M (modem), set the control board's communication to 9600 (pins 1 & 2) or 19,200 (pin 1) Keyscan Modem. On the remaining ACUs connected by CB-485s, set the control board communication to the equivalent Keyscan serial baud rate.

  • Page 110: Power-Up & Test Voltages

    Each output is rated at 12 VDC – 1.2 Amperes. Before making any power connections at the ACU, Keyscan recommends that you use the following two tables and calculate the sum of the current demand for the devices drawing power from the ACU supply side and the RDR AUX supply side ensuring that you do not exceed the DPS-15’s current capacity.

  • Page 111: Table 13 - Acu Supply - Current Calculation Table

    Current Rating column that are to be powered from the AUX RDR supply on the DPS-15. Keyscan recommends a 20% operating margin. The total current required from the AUX RDR Supply should not exceed 1000 mA.
  • Page 112 ACUs - refer to the Client on-line help Notes For battery circuit and auxiliary power output to function, two (2) transformers must be connected. Keyscan Technical Guide (PC109x - 04.12)

  • Page 113: Figure 83 - Power Supply Wiring

    AUX/RDR PC109x Control Board PSC1 CAS6105 Cable Use Keyscan p/n CAS6105 plug-in cable included with Connect to PSC1 DPS15 to connect control board with power supply. on control board. Diagram shows cut view of CA 8000 control board. The READER PWR PSC1 terminal is in the same location on all CA &...

  • Page 114: Table 15 - Control Board Test Points - Voltages

    ACU power (+) 13.5 VDC ACU power after circuit protector (+) 5 VDC (+) 3.3 VDC Input Points Input points with open circuit (+) 5 VDC Input points shorted to common 0 VDC return Keyscan Technical Guide (PC109x - 04.12)

  • Page 115: Figure 84 - Control Board Test Points - Voltages

    Figure 84 – Control Board Test Points – Voltages Cut View READER PWR PC109x Control Board FAIL Protective Cover FAIL ACU PWR Test Point Voltages TP1: +12V Reader TP2: +12V ACU TP3: +12V ACU Fused TP4: +5V TP5: +3.3V KI-00193E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 116: Table 16 - Communication Voltage Test Points

    TD is an ACU generated voltage (-) 10 VDC RD is a PC generated voltage When a CPB-10-2 is used, the Communication terminal block on the ACU main circuit board is in-active. Important Measure only the CPB-10-2 Communication terminal. Keyscan Technical Guide (PC109x - 04.12)

  • Page 117: Figure 85 - Control Board Communication Test Points

    AUX Inputs - E red stripe B LED CB-485 Current Draw – 110 mA PROGRAM RS485 BLU WHT RS485 KI-00195E-07-11 + TX - + RX - + TX - + RX - + M - Keyscan Technical Guide (PC109x - 04.12)

  • Page 118: Figure 87 - Cpb-10-2 Communication Test Points

    (COM2 & COM3) Jumper ON J16-G to activate CPB/CB Common AUX Inputs - E MODULE (H1) terminal. Red stripe B LED CPB-10-2 Current Draw - 40 mA GND TD RD DCD DTR CTS KI-00196E-07-11 TO PC Keyscan Technical Guide (PC109x - 04.12)

  • Page 119: Communication Diagnostics

    The CA250B, CA4500B, CA8500B, EC1500B, EC2500B, CB-485, and CPB-10-2 have communication LEDs for diagnostics and troubleshooting. The table below outlines the LED and its diagnostic function. When calling Keyscan technical support, indicating the LEDs state assists our technicians in isolating potential difficulties. Table 17 – Communication Status LEDs All CA &...
  • Page 120 Power or wiring fault Not Illuminated – Normal Red – B Illuminated – One of the a) Alarm in queue following conditions b) Communication Manager's Unit Diagnostics communicating with PC exists: c) Modem is dialing out Keyscan Technical Guide (PC109x - 04.12)

  • Page 121: Figure 88 - Communication Leds - Ca & Ec Control Boards

    Figure 88 - Communication LEDs - CA & EC Control Boards Figure 89 - Communication LEDs on CB-485 Communication LEDs B LED CB-485 PROGRAM RS485 BLU WHT RS485 KI-00189E-07-11 + TX - + RX - + TX - + RX - + M - Keyscan Technical Guide (PC109x - 04.12)

  • Page 122: Figure 90 - Communication Leds On Cpb-10-2

    The CA or EC control board has not communicated to the Client software since its last system reset or clear memory. Green – solid The CA or EC control board has communicated to the Client software since its last system reset or clear memory. Figure 91 - Location of System Status LED Keyscan Technical Guide (PC109x - 04.12)

  • Page 123: Appendix A - Keyscan / Hid Readers

    Appendix A – Keyscan / HID Readers Appendix A reviews typical connections for Keyscan and HID readers. Wiring diagrams are on the following pages. Refer to the appropriate diagram for specific reader connections. Be sure to use a cable that complies with the reader’s wiring specifications.
  • Page 124 S16 – 5 ON dual LED = 00 • S16 – 5 OFF single LED = 06 C1 Beep When the pre-alert wire is connected to C1 (Beep) on the reader terminal, the reader will also sound on an “alarm tripped”. Keyscan Technical Guide (PC109x - 04.12)

  • Page 125: Figure 92 - Keyscan K-Prox2 (125 Khz Hid Compatible)

    Figure 92 – Keyscan K-PROX2 (125 kHz HID compatible) Keyscan Technical Guide (PC109x - 04.12)

  • Page 126: Figure 93 - Keyscan K-Van Proximity Reader (125 Khz Hid Compatible)

    Figure 93 – Keyscan K-VAN Proximity Reader (125 kHz HID compatible) Orange wire not used. Isolate & tape back. Orange Blue used for pre-alert otherwise Shield not isolate and tape back. connected at If connecting external sound device, reader. see Pre-Alert Relay Option or refer to...

  • Page 127: Figure 94 - Keyscan K-Kpr Keypad / Proximity Reader (125 Khz Hid Compatible)

    Figure 94 – Keyscan K-KPR Keypad / Proximity Reader (125 KHz HID compatible) Diagram applies to PC109x or newer Keypad – 8 Bit Burst Format control board. For Rev 10 or older control boards, an optional KKI-KPR interface card is required.

  • Page 128: Figure 95 - Keyscan K-Smart Reader

    Figure 95 – Keyscan K-SMART Reader Keyscan Technical Guide (PC109x - 04.12)

  • Page 129: Figure 96 - Keyscan K-Kpr Sm

    Figure 96 - Keyscan K-KPR SM K-KPR Smart Versions Optional Wiring K-KPR-SM Mifare Purple (Read Mode) K-KPR-SM/125 - when not connected, read mode set for secure K-KPR-GOV sector read only. Isolate and tape back. (This is K-KPR-G/125 the recommended mode which offers higher security.)

  • Page 130: Figure 97 - Hid-5395 Wiring

    Maximum - 500 ft (152.4 m) Note - If Pre-alert is connected, the reader cannot read any HID 125 kHz-compatible card during the pre-alert beep. Shield Ground LED D1 (BEEP) Reader terminal on control board KI-00201E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 131: Figure 98 - Hid 5365 / 6005 Wiring

    HID 125 kHz-compatible card during the pre-alert beep. 6 conductors shielded 22 AWG Maximum - 500 ft (152.4 m) Shield Ground LED D1 (BEEP) Reader terminal on control board KI-00202E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 132: Figure 99 - Hid 5355 Wiring

    Notes on HID 5355 The HID 5355 is suitable for indoor and outdoor use. Maximum read range at 12VDC – ProxCard II card is 9" (22 cm) – ISOProxII card is 8" (20 cm). Keyscan Technical Guide (PC109x - 04.12)

  • Page 133: Figure 100 - Hid 5375 Wiring

    HID 5375 operates at 12 VDC or 24 VDC. Refer to HID literature for correct jumper settings. If configured for 12 VDC, do not connect to 24 VDC power supply, otherwise damage to the reader circuit board will result. Keyscan Technical Guide (PC109x - 04.12)

  • Page 134: Figure 101 - Hid 5355Kp Wiring

    ACU Ground Shield Black separate DC power supply LED D1 (BEEP) Reader terminal on control board KI-00205E-07-11 Note on HID 5355 KP Reader/Keypad/LED ordered as 00 (4 bit burst) example 5355AGK00 (Red/Green colour) Keyscan Technical Guide (PC109x - 04.12)

  • Page 135: Figure 102 - Hid Iclass Keyr10

    6 conductors shielded 18 AWG during the pre-alert beep. Maximum - 500 ft (152.4 m) to separate DC power supply VDC + ACU Ground Shield Black LED D1 (BEEP) Reader terminal on control board KI-00206E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 136: Figure 103 - Hid Iclass Keyr40

    6 conductors shielded 18 AWG Maximum - 500 ft (152.4 m) to separate DC power supply VDC + ACU Ground Shield Black LED D1 (BEEP) Reader terminal on control board KI-00207E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 137: Figure 104 - Hid Iclass Keyrw400

    - P1-5 Drain (Shield / Do not connect to Keyscan) Shield not connected. Isolate with electrical - P1-6 Brown (Red LED / Do not connect to Keyscan) - P1-7 Blue (Hold / do not connect to Keyscan) tape. P2 Terminal...

  • Page 138: Figure 105 - Hid Iclass Keyrk40

    VDC + ACU Ground Shield Black LED D1 (BEEP) Reader terminal on control board KI-00209E-07-11 Note on HID iClass KEYRK40 Reader/Keypad/LED ordered as 00 (4 bit burst) – example 6131AKN00100 (Red/Green colour) Keyscan Technical Guide (PC109x - 04.12)

  • Page 139: Appendix B - Indala Readers

    Do not install readers in areas where broad spectrum EMI noise may be present. Devices such as motors, pumps, generators, and AC switching relays can create EMI noise. Readers mounted on a metal surface can reduce the read range. See the Indala manual for recommendations. Keyscan Technical Guide (PC109x - 04.12)

  • Page 140: Figure 106 - Indala Px 603 And Px 605 Wiring

    Isolate with electrical tape. ACU/OCB8 relay assignments. 6 conductors shielded 22 AWG Maximum - 500 ft (152.4 m) ACU Ground Shield LED D1 (BEEP) Reader terminal on control board KI-00210E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 141: Figure 107 - Indala Px610 Wiring

    Isolate with electrical tape. 6 conductors shielded 22 AWG 500 ft (152.4m ) maximum ACU Ground Shield Black 1 Red + separate power supply LED D1 (BEEP) Reader terminal on control board KI-00211E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 142: Figure 108 - Indala Px 620 Wiring

    The PX 620 is factory tuned. If a PX 620 requires tuning, tune only once. Excessive tuning may cause the reader to permanently malfunction. Refer to the Indala documentation for instructions on tuning. Keyscan Technical Guide (PC109x - 04.12)

  • Page 143: Figure 109 - Indala Pxk 501 Wiring

    Maximum 500 ft (152.4 m) Shield Ground LED D1 (BEEP) Reader terminal on control board KI-00213E-07-11 Note on Indala PXK 501 Wiring Reader/Keypad/LED ordered as 8 bit burst – example FP5061B-8 Bit Burst (Red only) Keyscan Technical Guide (PC109x - 04.12)

  • Page 144: Appendix C - Wsskp-1 Keypad

    Appendix C – WSSKP-1 Keypad Appendix C reviews typical Keyscan WSSKP-1 keypad connections and keypad/reader combination connections. Table 21 – Keypad Power Specifications Reader Power Notes WSSKP-1 12 VDC, 20 mA Orange wire not connected. No digital output. WSSKP-1 12 VDC, 530 mA Orange wire connected.

  • Page 145: Figure 110 - Wsskp-1 Keypad Connection

    If using the orange wire, it is triggered from local PIN stored in keypad memory. The keypad memory stores 28 Personal Identification Numbers. If orange wire is not used, tape back. See instructions with WSSKP-1 keypad for connections with third party devices. Keyscan Technical Guide (PC109x - 04.12)

  • Page 146: Figure 111 - Wsskp-1 Keypad/Reader Combination Connections

    Diagram Notes on WSSKP-1/Reader Combination The above diagram generally applies to a retro-fit where either a reader or keypad is already installed. Consider Keyscan’s K-KPR if a reader/keypad combination is required for a new installation. Keyscan Technical Guide (PC109x - 04.12)

  • Page 147: Appendix D - K-Rx / K-Tx2

    AC power or signal wiring. Keep receiver wiring at a minimum of 12" (30cm) from AC wiring. Ensure the control board reader jumper J3 is set for Keyscan 36-bit format. Cable Requirements Use 3 pairs shielded 18 AWG cable to a maximum distance of 500 feet (152.4 meters).

  • Page 148: Figure 112 - K-Rx Receiver Overview

    The following table reviews the LED and beeper operation. The LED is viewable from the front plate directly below the Keyscan logo. The LED and beeper can be disabled by placing a jumper on J5—LED/Beeper Control. Keyscan Technical Guide (PC109x - 04.12)

  • Page 149: Table 23 - K-Rx Led & Beeper Indicators

    Data 0, Trans Button 2 or 4 Channel B Data 1, Trans Button 1 or 3 Channel A Data 0, Trans Button 1 or 3 Channel A 0 VDC Ground 0 VDC +12 VDC Receiver Power 12 VDC from ACU Keyscan Technical Guide (PC109x - 04.12)

  • Page 150: Figure 113 - K-Rx Single Reader Connections - Channel A To Acu

    Isolate and tape back separately. Shield – Isolate ACU Ground Lug and tape back. 3 pairs shielded 18 AWG Shield Maximum - 500 ft (152.4 m) LED D1 (BEEP) Reader terminal on control board KI-00217E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 151: Figure 114 - K-Rx Single Reader Connections - Channel B To Acu

    Isolate and tape back separately. Shield – Isolate ACU Ground Lug and tape back. 3 pairs shielded 18 AWG Shield maximum 500 ft (152.4 m) LED D1 (BEEP) Reader terminal on control board KI-00218E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 152: Figure 115 - K-Rx Dual Reader Connections - Channels A & B To Acu

    Figure 115 – K-RX Dual Reader Connections - Channels A & B to ACU Keyscan Technical Guide (PC109x - 04.12)

  • Page 153: Figure 116 - K-Tx2 Series Transmitter

    To activate the transmitter for use at proximity readers, either create a new card holder record or edit an existing card holder record in the Keyscan Client software. Keyscan Technical Guide (PC109x - 04.12)

  • Page 154: Appendix E - Keyscan Commex

    Appendix E reviews typical COMMex connections to extend communication distances from PCs to access control units. The Keyscan COMMex kit includes two circuit boards. Use one COMMex circuit board as the transmitter and the other as the receiver. Both circuit boards are identical with the exception that one of the circuit boards is mounted in a black case.

  • Page 155: Figure 117 - Commex Overview

    COMMex Kit 1 Transmitter & 1 Receiver RS-485 4000 ft (1219.2 m) maximum 12VDC Power RS232 RS485 + TX - + RX - COMMex Transmitter RS-232 100 ft Access (30 m) Control maximum Unit KI-00221E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 156: Figure 118 - Commex Connections

    Connect AC transformer at PC end 12 VDC Power RS-232 RS-485 TD RD GND + TX - + RX - 40-2322 female cable end connects to PC COM port. KI-00222E-07-11 Connect shield to earth ground Keyscan Technical Guide (PC109x - 04.12)

  • Page 157: Appendix F -Wieex2 & Cwieex2

    Appendix F –WIEEX2 & CWIEEX2 Appendix F reviews general information, installation guidelines, and connection diagrams for Keyscan RS485 Wiegand Extenders (WIEEX2) and COAX Wiegand Extenders (CWIEEX2). Wiegand extenders are used on doors and readers that exceed the 500 feet maximum distance from the ACU. When installing the CWIEEX2 &...

  • Page 158: Table 30 - Wieex2/Cwieex2 Cables And Distances

    6.00 or higher), connect RB4 on the receiver to the ‘normally closed’ position on the ACU lock relay. The CWIEEX2 transmitter (Tx) can control a lock device or relay to a maximum of 12 VDC, 500 mA. Keyscan Technical Guide (PC109x - 04.12)

  • Page 159: Figure 119 - Wiegand Extender Overview

    Figure 119 – Wiegand Extender Overview Reader Door Unlock Output Exit Device Door Contact Auxiliary Input Transmitter (WIEEX2 -Tx) (CWIEEX2 - Tx) Receiver (WIEEX2 -Rx) (CWIEEX2 - Rx) KI-00223E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 160: Figure 120 - Wieex2 Rs485 Connections - (Firmware 6.00 Or Higher)

    RB4 J1 (shorted) on receiver to N.C. on lock relay. DC Supply 1 2 1 2 1 2 3 4 Door Exit Auxiliary Control Board Inputs Control Board Lock Relay Reader Terminal KI-00224E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 161: Figure 121 - Cwieex2 Coaxial Connections - (Firmware Version 6.00 Or Higher)

    Communications Failure Output Control Board connect to an open Auxiliary Input Lock Relay Reader Terminal KI-00225E-07-11 Diagram shows lock relay in ‘fail safe’. For ‘fail secure’ connect RB4 on receiver to N.C. on lock relay. Keyscan Technical Guide (PC109x - 04.12)

  • Page 162: Figure 122 - Wieex2 To Ocb-8 Cable Connection

    Relay 4 to 8 – Not Used (set jumpers to reversed state) * Note on Relay 1 – To WIEEX-Rx eliminate relay chatter, Receiver remove jumper. Connect to GND RB4/RB5 with switch to change OCB-8 relay 2/3 connected on WIEEX-Tx KI-00226E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 163: Appendix G - Accessibility Hc Relay

    Connect ribbon on OCB-8 to Control 4 on CA8500B. (optional) Door 2/HC Relay 2 Door 3/HC Relay 3 Door 4/HC Relay 4 Door 5/HC Relay 5 Door 6/HC Relay 6 Door 7/HC Relay 7 Door 8/HC Relay 8 Keyscan Technical Guide (PC109x - 04.12)

  • Page 164: Figure 123 - Accessibility Hc Output Relay Ca250B/Ocb-8 Connections

    Do not use relays for both functions. ACU EXT Door Door Output Output Output Output red stripe TAMPER TB3 SWITCH OCB-8 powered through ribbon cable with J9 set to ACU PWR. RS-232 (COM4) KI-00227E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 165: Figure 124 - Accessibility Hc Output Relay Ca4500B/Ocb-8 Connections

    CONTROL 4. Reversed ACU EXT Output Output Output Output red stripe OCB-8 powered through ribbon cable with J9 set to ACU PWR. door accessability operator KI-00228E-07-11 Figure 125 – Accessibility HC Output Relay CA8500B/OCB-8 Connections Keyscan Technical Guide (PC109x - 04.12)

  • Page 166: Appendix H - Pre-Alert Relay

    Relay 8 Door 8 Important All relays on the OCB-8 board are dedicated as Pre-alert output relays when used on the CA8500B circuit board. The Pre-alert relay is also activated on an “alarm tripped”. Keyscan Technical Guide (PC109x - 04.12)

  • Page 167: Figure 126 - Pre-Alert Relay Ca250B/Ocb-8 Connections

    Figure 126 – Pre-alert Relay CA250B/OCB-8 Connections Keyscan Technical Guide (PC109x - 04.12)

  • Page 168: Figure 127 - Pre-Alert Relay Ca4500B/Ocb-8 Connections

    Alert Alert Cut View Output connects to Output Output Output CONTROL 2. Reversed OCB-8 ACU EXT Output Output Output Output red stripe OCB-8 powered through ribbon cable with J9 set to ACU PWR. KI-00231E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 169: Figure 128 - Pre-Alert Relay Ca8500B/Ocb-8 Connections

    Pre- Pre- Pre- Pre- Alert Alert Alert Alert red stripe Output Output Output Output OCB-8 powered through ribbon cable with J9 set to ACU PWR. DC Supply External pre-alert device mounted at door KI-00232E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 170: Appendix I - Reverse Network

    Reverse network communication requires a license from Keyscan – K-RN or V-RN. Keyscan’s reverse network mode is designed to operate with an encrypted NETCOM6. With a reverse network configuration, the first access control unit in the communication loop initiates communication via the NETCOM6 back to the PC/server with the reverse network communication manager - Keyscan7ReceiverCommEncryption.

  • Page 171: Figure 130 - System Settings Jumper J16 Location For Reverse Network

    Set IP Address on Access Control Boards This procedure requires Keyscan’s Hyper Terminal application installed on a PC or laptop that can connect with the access control unit. Keyscan’s Hyper Terminal application is on the NETCOM Installation CD. You may also use Windows Hyper Terminal.
  • Page 172 10. From the HyperTerminal menu, select 1) Set Primary IP Address. 11. Enter the IP address of the PC/server which will run the Keyscan reverse network communication manager. • If you make a typing error, do not use the backspace key. Press the Enter key and repeat steps 11 &...
  • Page 173 NETCOM6, select 5) Set Port Number and enter a valid port. This override port can also be entered in the Keyscan Client software from the Site Unit setup screen in the Override IP Primary port field. 16. Select 9) Exit.
  • Page 174 This page is intentionally blank. Keyscan Technical Guide (PC109x - 04.12)

  • Page 175: Ca250B Quick Reference

    5 4 3 2 1 CPB/CB MODULE (COM4) ETHERNET M1 ECM/GCM MODULE (COM2 & COM3) 1 2 3 4 5 6 7 8 DOOR INPUTS - A COMMON RTE INPUTS - B AUX. INPUTS - C COMMON KI-00233E-07-11 Keyscan Technical Guide (PC109x - 04.12)

  • Page 176: Table 36 - Ca250B Quick Reference

    ON pin F to activate terminal) For programming NETCOMP (J16 – jumper ON pins F & G) IOCB (COM1) IOCB1616 communication with Refer to IOCB1616 Documentation Control Board Test Voltages See page 111. Communication Test See page 113. Voltages Keyscan Technical Guide (PC109x - 04.12)
  • Page 177 (Relays 5 & 6 may be used as auxiliary relays if not assigned as HC accessibility relays.) Relay 5 and 6 are HC accessibility relays. Relay 7 and 8 are pre-alert relays for external devices. Keyscan Technical Guide (PC109x - 04.12)
  • Page 178 This page is intentionally blank. Keyscan Technical Guide (PC109x - 04.12)

  • Page 179: Ca4500B Quick Reference

    CA4500B Quick Reference Figure 132 – CA4500B Control Board Keyscan Technical Guide (PC109x - 04.12)

  • Page 180: Table 37 - Ca4500B Quick Reference

    Control Board Test Voltages See page 111. Communication Test See page 113. Voltages Ribbon Cable Connection to OCB 8 H1 on OCB-8 to Control 1 - See page 36. OCB-8 CA4500B (red stripe on bottom) Keyscan Technical Guide (PC109x - 04.12)
  • Page 181 Relay 4 = AO #12 “ “ Relay 5 = AO #13 “ “ Relay 6 = AO #14 “ “ Relay 7 = AO #15 “ “ Relay 8 = AO #16 “ “ Keyscan Technical Guide (PC109x - 04.12)
  • Page 182 This page is intentionally blank. Keyscan Technical Guide (PC109x - 04.12)

  • Page 183: Ca8500B Quick Reference

    CA8500B Quick Reference Figure 133 – CA8500B Control Board Keyscan Technical Guide (PC109x - 04.12)

  • Page 184: Table 38 - Ca8500B Quick Reference

    ON pin F to activate terminal) For programming NETCOMP (J16 – jumper ON pins F & G) IOCB (COM1) IOCB1616 communication with Refer to IOCB1616 documentation Control Board Test Voltages See page 111. Communication Test See page 113. Voltages Keyscan Technical Guide (PC109x - 04.12)
  • Page 185 Relay 4 = AO #12 “ “ Relay 5 = AO #13 “ “ Relay 6 = AO #14 “ “ Relay 7 = AO #15 “ “ Relay 8 = AO #16 “ “ Keyscan Technical Guide (PC109x - 04.12)
  • Page 186 This page is intentionally blank. Keyscan Technical Guide (PC109x - 04.12)

  • Page 187: Ec1500B Quick Reference

    EC1500B Quick Reference Figure 134 – EC1500B Control Board Keyscan Technical Guide (PC109x - 04.12)

  • Page 188: Table 39 - Ec1500B Quick Reference

    H1 on OCB 8 to Control 1 - OCB 8 EC1500B Floors 1 to 8 (red stripe on bottom) OCB 8 (optional) H1 on OCB 8 to Control 2 - EC1500B Floors 9 to 16 (red stripe on bottom) Keyscan Technical Guide (PC109x - 04.12)
  • Page 189 H1 on OCB 8 to Control 4 - EC1500B Floors 25 to 32 (red stripe on bottom) OCB 8 (optional) H1 on OCB 8 to Control 5 - EC1500B (red stripe on Floors 33 to 40 bottom) Keyscan Technical Guide (PC109x - 04.12)
  • Page 190 This page is intentionally blank. Keyscan Technical Guide (PC109x - 04.12)

  • Page 191: Ec2500B Quick Reference

    EC2500B Quick Reference Figure 135 – EC2500B Control Board Keyscan Technical Guide (PC109x - 04.12)

  • Page 192: Table 40 - Ec2500B Quick Reference

    See page 111 Communication Test See page 113 Voltages Ribbon Cable Connection to OCB 8 H1 on OCB 8 to Control 1 - OCB 8 EC2500B Elevator 1 (red stripe on bottom) Floors 1 to 8 Keyscan Technical Guide (PC109x - 04.12)
  • Page 193 H1 on OCB 8 to Control 2 - EC2500B Elevator 1 (red stripe on bottom) Floors 9 to 16 OCB 8 (optional) H1 on OCB 8 to Control 4 - EC2500B Elevator 2 (red stripe on bottom) Floors 9 to 16 Keyscan Technical Guide (PC109x - 04.12)

  • Page 194: Current Ratings

    Use the current calculation worksheet on the next page for determining power supply requirements. Ratings are based on 12 VDC. Do not exceed the recommended operating maximum of a power supply. See tables for Keyscan, HID and Indala reader voltage/current ratings.

  • Page 195: Relay States

    Aux Output Relay Normal Aux Output Relay Reversed Aux Output Relay Reversed Pre-alert Relay Normal Activated Pre-alert Relay Normal Normal Pre-alert Relay Reversed Activated Pre-alert Relay Reversed Normal Accessibility Normal Activated Relay Accessibility Normal Normal Relay Keyscan Technical Guide (PC109x - 04.12)
  • Page 196 Manual Output Control – Aux Status Off (Red) Manual Output Control – Aux Status On (Green) Relay State Open Relay State Closed OCB8 – Relay Jumper in Normal Position OCB8 – Relay Jumper in Reversed Position Keyscan Technical Guide (PC109x - 04.12)

  • Page 197: Warranty

    Seller’s Right of Possession In addition to all remedies Keyscan may possess, Keyscan shall have the right at any time for credit reasons or because of buyer’s defaults, to withhold shipments in whole or in part, to recall goods in transit, retake same and repossess all goods which may be stored, without the necessity of taking any other action.

  • Page 198: Index

    44 range adjustment, 145 terminate enclosure input wiring, 38 dimensions, 17 transformers, 19 enclosure ground strap connecting, 26 exit buttons, 30 lock hardware, 29 UL STD 294, 16, 25 fail-safe, 33 modem communication, 68 Keyscan Technical Guide (PC109x - 04.12)
  • Page 199 111 Wiegand Extenders (WIEEX), voltage test points ACU/CPB-10-2 communication terminal, Waiver of Liability, 63 Wiegand bit counter LEDs, 61 Keyscan Technical Guide (PC109x - 04.12)

This manual is also suitable for:

Ca4500 seriesCa8500 seriesEc1500 seriesEc2500 series

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