1. Manuals
  2. Brands
  3. Keyscan Manuals
  4. Control Unit
  5. CA250 Series
  6. Technical manual

Keyscan CA250 Series Technical Manual

Hide thumbs Also See for CA250 Series:
Table of Contents

Advertisement

Quick Links

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the CA250 Series and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Keyscan CA250 Series

Summary of Contents for Keyscan CA250 Series

  • 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

    Terminate Auxiliary Outputs with Hardware/Alarms ................. 41 HC Accessibility Relay........................45 Pre-alert Output Relay ........................49 Global Output Relay ........................53 Terminate Input Wiring ........................ 55 Terminating Cables at Elevator Control Units .................. 60 Keyscan Inc. – Technical Guide (PC109x - 07.15)
  • Page 5 Test Voltages ..........................125 Control Board Voltage Test Points ....................125 Test Points – Communication Terminals ..................127 Communication Diagnostics ......................128 Communication Status LEDs ......................128 System Status LED ........................130 Keyscan Inc. – Technical Guide (PC109x - 07.15)
  • Page 6 Card Diagnostics - LED Wiegand Bit Counters ................. 131 Appendix A – WSSKP-1 Keypad ..................... 132 Appendix B – WIEEX2 ........................135 Warranty ............................140 Index ............................141 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 7: List Of Figures

    Figure 29 – HC Accessibility Relay CA250B/OCB-8 Connections ..............46 Figure 30 – HC Accessibility Output Relay CA4500B/OCB-8 Connections ........... 47 Figure 31 – HC Accessibility Output Relay CA8500B/OCB-8 Connections ........... 48 Figure 32 – Pre-alert Relay CA250B/OCB-8 Connections ................. 50 Keyscan Inc. – Technical Guide (PC109x - 07.15)
  • Page 8 Figure 47 – Keyscan K-PROX2 (125 kHz) ....................68 Figure 48 – Keyscan K-VAN Proximity Reader (125 kHz) ................. 69 Figure 49 – Keyscan K-KPR Keypad / Proximity Reader (125 KHz) ............70 Figure 50 – Keyscan K-SMART Reader ....................71 Figure 51 –...
  • Page 9 Figure 92 – WSSKP-1 Keypad/Reader Combination Connections ............. 134 Figure 93 – Wiegand Extender Overview ....................137 Figure 94 – WIEEX2 RS485 Connections – (Firmware 6.00 or Higher) ............138 Figure 95 – WIEEX2 to OCB-8 Cable Connection ................... 139 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 10: List Of Tables

    Table 10 – OCB-8 to EC1500B Ribbon Cable Connections ................ 61 Table 11 – OCB-8 to EC2500B Ribbon Cable Connections ................ 61 Table 12 – Keyscan & HID Reader Power Specifications ................65 Table 13 – Indala Reader Power Specifications ..................86 Table 14 –...

  • Page 11: Foreword

    For reliable and safe operation of the equipment, comply with stated cable, power, ground, and environment specifications. Approved Standards Keyscan CA250, CA4500, CA8500, EC1500 and EC2500 series control units conform to the following approved standards: ...

  • Page 12: Cable Specifications

    Grounding Ground all access control units and shielded cables to a cold water pipe. For multiple access control units, all shields should be connected to a single point earth ground. Keyscan Inc. – Technical Guide (PC109x - 07.15)
  • Page 13 When terminating the communication cable in the metal enclosure, insulate the shield and connect it to the ground lug. Keyscan suggests Alpha PVC 10516 – 16 AWG clear tubing or a comparable tubing to insulate the shield. Do not connect the shield to GND on a communication terminal block.

  • Page 14: Figure 1 - Grounding Access Control Units And Cables With Cims

    ACU 3 KEYSCAN RS232 Tape Earth back shield Tape DPS15 back Control Board shield 40-2322 Data Cable ** RS-232 connections at EGND CIM 0 do not apply when using a NETCOM2P/6P. KI-00470E-07-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 15: Mount The Enclosure & Circuit Boards

    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 16: Mounting The Metal Enclosure

    The metal enclosure includes one ground lug pre-mounted near the top and one spare ground lug, which mounts on one of the available ground lug studs. You can also re-locate the pre-mounted ground lug to minimize the length of shield used. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 17: Figure 3 - Enclosure Knockout & Mounting Hole Locations/Dimensions

    1.50" (3.81 cm) (3.81 cm) 1.50" (3.81 cm) 0.875" Dia. Knockout Front 8 Places 13.75" (34.925 cm) 11.75" (29.845 cm) 10.25" (26.035 cm) 1.50" (3.81 cm) 1.00" (2.54 cm) KI-00462E-06-12 Bottom View Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 18: Mounting The Pc109X Control Board To Metal Standoffs

    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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 19: Figure 4 - Mount And Fasten Pc109X Control Board To 3/8" Male/Female Standoffs

    Split Ring enclosure. Lock- Washer 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-04-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 20: Mounting The Dps-15 Power Supply

    Mounting the DPS-15 Power Supply The Keyscan DPS-15 is a 13.5 VDC dual linear regulated power supply for powering the ACU circuit boards and the readers with the following outputs:  ACU output 12 VDC @ 1.2 Amperes  AUX/RDR output 12 VDC @ 1.2 Amperes...

  • Page 21: Figure 5 - Plastic Stand Off

    Figure 6 – Mounting Power Supplies Hex Nuts x 2 Top of ACU Enclosure Bolts x 2 Top mount location for DPS-15 power supply with CAS6105 plug-in cable to PSC1 terminal. Control Board KI-00107E-06-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 22: Control Board - Mounting Locations

    OCB-8 CA250B Locations Control Tamper Optional * NETCOM - use terminal block Board Switch NETCOM* connections only, not 9-pin male Locations connector. (NETCOM refers to PC109x NETCOM2 & NETCOM6) OCB-8 NETCOM KI-00111E-09-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 23: Figure 8 - Ca4500 With Board Mounting Positions

    Ground Lug OCB-8 CA8500B Optional * NETCOM - use terminal block Control Tamper NETCOM* connections only, not 9-pin male Board Switch Locations connector. (NETCOM refers to NETCOM2 & NETCOM6) PC109x OCB-8 NETCOM KI-00113E-09-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 24: Figure 10 - Ec1500 With Board Mounting Positions

    Ground Lug EC2500B OCB-8 Optional * NETCOM - use terminal block Control NETCOM* connections only, not 9-pin male Tamper Locations connector. (NETCOM refers to Board Switch NETCOM2 & NETCOM6) PC109x OCB-8 NETCOM KI-00115E-09-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 25: Connect Enclosure Tamper Switch To Tb3

    Stud Cable Stud Use the enclosed star washers and nuts to secure both ends of the cable to the studs as shown on the right. Enclosure Ground Strap Stud Star Washers KI-00117E-07-11 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 26: Figure 14 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 27: Typical Door Layout And Hardware

    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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 28: Door Lock Hardware

    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 16 – Typical Door Strike Connection KI-00120E-07-11 Figure 17 –...

  • Page 29: Door Contacts, Exit Buttons, Auxiliary Inputs

    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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 30: Readers

    For mounting readers to a metal surface, consult with the manufacturer's documentation. 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 31: Ocb-8 Relay Board

    OCB-8 Relay Board Keyscan’s OCB-8 relay board functions as an output board using form C contacts on both door control units and elevator control units. The table below outlines board specifications. Table 3 – OCB-8 Specifications OCB-8 Specifications OCB-8 power requirements 12 VDC –...

  • Page 32: Ocb-8 Relays - Normal And Reversed

    Aux Output Reversed Relay Aux Output Reversed Relay 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 Inc. – Technical Guide (PC109x - 07.15)
  • Page 33 Manual Output Control – Aux Status Off (Red) Manual Output Control – Aux Status On (Green) Relay State Open Relay State Closed DIP Switch in Normal Position DIP Switch in Reversed Position Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 34: Terminating Cables At Door Control Units

    This section reviews outputs and associated diagrams followed by inputs and associated diagrams. Outputs Outputs, such as door locks or auxiliary devices, connect to Keyscan’s OCB-8 relay board that in turn, via a ribbon cable, connects to a specific header on the control board depending on the type of output. Keyscan door control units support the following types of outputs: ...

  • Page 35: Table 5 - Door Lock Relay Assignments & Ribbon Cable Connections

    Door Strike Diodes Keyscan access control units include diodes. Install diodes across all DC door strikes as shown in Figure 24 on page 39. The cathode of the diode connects to the positive side of the strike at the door. The anode of the diode connects to the common return wire.

  • Page 36: Figure 21 - Lock State - Fail Safe Device

    DC power supply supply to 'Normally Closed' Relay board positon on relay Door Strike to common on DC power supply supply Lock State Lock Supply Fail Safe Device KI-00124E-07-11 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 37: Figure 22 - Lock State - Fail Secure Device

    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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 38: Figure 23 - Terminate Lock Wiring Ca250B

    Mag Lock breaks on alarm with federa l, state/ - Fail Safe - provincial, and to N.C. municipal fire cod es. N.C. Gro und Sup ply KI-00126E-10-14 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 39: Figure 24 - Terminate Lock Wiring Ca4500B

    - Fail Safe – to N.C. Ensure all lock ha rdware Diode complies with fed eral, 1N400 4 N.C. state/provincial, and municipal fire cod es. Gro und Lug DC Sup ply KI-00127E-04-15 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 40: Figure 25 - Terminate Lock Wiring Ca8500B

    Ensure all lock - Fail Secure - hard wa re complie s to N.O. with federa l, state/ Diode provincial, and 1N400 4 12 VDC+ municipal fire cod es. Gro und KI-00128E-04-15 Sup ply Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 41: Terminate Auxiliary Outputs With Hardware/Alarms

    Aux. Output 7/Relay 7 (K7) Aux. Output 8/Relay 8 (K8) Important Do not assign a time zone to an auxiliary output already assigned to an alarm event. The alarm has priority over the time zone. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 42: Figure 26 - Terminate Auxiliary Outputs Ca250B

    Relay P ower set E NE RGIZ ED on ACU. RS-232 (COM4) OCB-8 Relays time zone alar m pan el in put Normally Normally lock/unlo ck Closed Ope n CCTV inpu t KI-00139E-10-14 N.C. N.O. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 43: Figure 27 - Terminate Auxiliary Outputs Ca4500B

    LE D ON = RELA Y cable with J1 E NE RGIZ ED Relay P ower set on ACU. OCB-8 RS-232 (COM4) OCB-8 Relays Normally Normally Ope n Closed KI-00140E-05-15 N.O. N.C. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 44: Figure 28 - Terminate Auxiliary Output Ca8500B

    LE D ON = RELA Y with J1 Relay P ower E NE RGIZ ED set on ACU. TAMPER TB3 OCB-8 SWITCH Relays Normally Normally Closed Ope n N.C. N.O. RS-232 (COM4) KI-00141E-05-15 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 45: Hc Accessibility Relay

    Door 2/HC relay 2 (K2) Door 3/HC relay 3 (K3) Door 4/HC relay 4 (K4) Door 5/HC relay 5 (K5) Door 6/HC relay 6 (K6) Door 7/HC relay 7 (K7) Door 8/HC relay 8 (K8) Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 46: Figure 29 - Hc Accessibility Relay Ca250B/Ocb-8 Connections

    SWITCH OCB-8 powere d through rib bon LE D ON = cable with J1 RELA Y Relay P ower set E NE RGIZ ED on ACU. RS-232 (COM4) KI-00227E-10-14 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 47: Figure 30 - Hc Accessibility Output Relay Ca4500B/Ocb-8 Connections

    OCB-8 powere d through rib bon cable with J1 LE D ON = RELA Y Relay P ower set E NE RGIZ ED on ACU. doo r accessabi lity ope rato r KI-00228E-10-14 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 48: Figure 31 - Hc Accessibility Output Relay Ca8500B/Ocb-8 Connections

    OCB-8 powere d through rib bon cable with J1 LE D ON = RELA Y Relay P ower set E NE RGIZ ED on ACU. doo r accessabi lity ope rato r KI-00229E-10-14 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 49: Pre-Alert Output Relay

    Relay 8 (K8) Door 8 Important All relays on the OCB-8 board are dedicated as pre-alert output relays when connected on the CA8500B circuit board. The pre-alert relay also activates on an “alarm tripped”. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 50: Figure 32 - Pre-Alert Relay Ca250B/Ocb-8 Connections

    TAMPER TB3 SWITCH OCB-8 powere d LE D ON = through rib bon RELA Y E NE RGIZ ED cable with J1 Relay P ower RS-232 (COM4) set on ACU. KI-00230E-10-14 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 51: Figure 33 - Pre-Alert Relay Ca4500B/Ocb-8 Connections

    Switch 4) Power red stri pe OCB-8 powere d through rib bon LE D ON = cable with J1 RELA Y E NE RGIZ ED Relay P ower set on ACU. KI-00231E-05-15 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 52: Figure 34 - Pre-Alert Relay Ca8500B/Ocb-8 Connections

    LE D ON = cable with J1 Relay RELA Y E NE RGIZ ED Power set on ACU. DC Sup ply Exte rnal pre-aler t device moun ted at door KI-00232E-05-15 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 53: Global Output Relay

    Complete Global I/O Setup Instructions For complete instructions and requirements on configuring global inputs and outputs, refer to the Global Inputs & Outputs / Time Zones Setup Guide on the Keyscan Document Library CD or the Aurora Installation DVD in the Documents folder.

  • Page 54: Figure 35 - Global Ocb-8 Ribbon Cable Connection With Ca4500 & Ca8500

    OCB-8 powere d through rib bon LE D ON = cable with J1 Relay RELA Y E NE RGIZ ED Power set on ACU. to o utp ut (alar m/CCTV etc.) KI-00475E-05-15 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 55: Terminate Input Wiring

    Supervision level applied to all door inputs, RTE inputs, and auxiliary inputs. Single end of line Common supervision Door Input Door Contact Double end of line to Door Input supervision to Common Door Contact KI-00129E-10-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 56: Figure 37 - Terminate Input Wiring - Rte Push Button

    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 suitable for its environment. Figure 37 – Terminate Input Wiring – RTE Push Button...

  • Page 57: Figure 38 - Terminate Input Wiring - Rte Pir Motion Sensor

    Supervision level applied to all door inputs, RTE inputs, and auxiliary inputs. Single end of line Request to Exit supervision to Common Return Lens Request Double end of line to Exit supervision to Common Return Lens KI-00131E-10-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 58: Figure 39 - Terminate Input Wiring Rte - Pir & Push Button

    Example shows supervision on RTE Push Button. Single end of line supervision Double end of line supervision to Request to Request to Exit to Exit to Common Return to Common Return KI-00132E-10-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 59: Figure 40 - Terminate Input Wiring - Ai/Si Inputs

    Supervision level applied to all door inputs, RTE inputs, and auxiliary inputs. to Supervised Single end of line Auxiliary Alarm Input supervision to Common Return to Supervised Double end of line Auxiliary Alarm Input supervision to Common Return KI-00133E-10-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 60: Terminating Cables At Elevator Control Units

    Terminating Cables at Elevator Control Units The following diagrams outline how to connect Keyscan elevator control units – EC1500 or EC2500 – to an elevator. Figure 41 - Elevator Control Overview Elevator Control Room Elevator Car (Interior of car) Elevator (Access)

  • Page 61: Ocb-8 Relay Boards

    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. Requires separate purchase. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 62: Figure 43 - Terminate Floor Wiring Ec1500B

    Fire Panel * OCB-8s must be purchased separately. trips on alarm Ensure all elevator hardware complies with all fire code regulations. N.C. AUX 12 V or ACU 12 V on DPS-15 KI-00134E-10-14 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 63: Figure 44 - Terminate Floor Wiring Ec2500B

    Fire Panel * OCB-8s must be purchased separately. trips on alarm Ensure all elevator hardware complies with all fire code regulations. N.C. AUX 12 V or ACU 12 V on DPS-15 KI-00135E-10-14 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 64: Figure 45 - Terminate Floor Input Wiring Ec1500B

    7 of 16 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-00137E-07-11 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 65: Terminate Reader Cables

    Ensure that the total current draw of all readers connected to the control board’s reader terminals is within the limit of the DPS-15 power supply; otherwise, you will require a separate power supply. Power Specifications The following table outlines reader power specifications: Table 12 – Keyscan & HID Reader Power Specifications Reader Power Notes K-PROX2 &...
  • Page 66 KRK40SE 12 VDC, 85 mA 921N HID multiClass KRP10SE 12 VDC, 75 mA 900P KRP15SE 12 VDC, 75 mA 910P KRP40SE 12 VDC, 85 mA 920P KRPK40SE 12 VDC, 95 mA 921P Keyscan Inc. – Technical Guide (PC109x - 07.15)
  • Page 67 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 68: Figure 47 - Keyscan K-Prox2 (125 Khz)

    Relay Option in Technical Guide. Shield not connected. Isolate with electrical tape. 6 conductors - shielded 22 AWG Maximum 500 ft (152.4 m) Shield Ground LED D1 (BEEP) Reader terminal on control board KI-00197E-08-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 69: Figure 48 - Keyscan K-Van Proximity Reader (125 Khz)

    Figure 48 – Keyscan K-VAN Proximity Reader (125 kHz) 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 70: Figure 49 - Keyscan K-Kpr Keypad / Proximity Reader (125 Khz)

    Figure 49 – Keyscan K-KPR Keypad / Proximity Reader (125 KHz) 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. Orange wire not used.

  • Page 71: Figure 50 - Keyscan K-Smart Reader

    Maximum 500 ft (152.4 m) Shield not connected. May require 2 additional conductors Isolate with electrical tape. if using external pre-alert device. Shield Ground LED D1 (BEEP) Reader terminal on control board KI-00200E-06-15 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 72: Figure 51 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 73: Figure 52 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 74: Figure 53 - 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) – ISO ProxII card is 8" (20 cm). Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 75: Figure 54 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 76: Figure 55 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 77: Figure 56 - Hid Iclass Keyr10

    Maximum - 500 ft supply (152.4 m) Shield Rev. A Connections VDC + ACU Ground Shield Black LED D1 (BEEP) Reader terminal on control board LED D1 (BEEP) Reader terminal on control board KI-00206E-03-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 78: Figure 57 - 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-10-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 79: Figure 58 - Hid Iclass Keyrw400

    Shield not connected. - P1-5 Drain (Shield / Do not connect to Keyscan) 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 80: Figure 59 - Hid Iclass Keyrk40

    VDC + ACU Ground Shield Black LED D1 (BEEP) Reader terminal on control board KI-00209E-10-13 Note on HID iClass KEYRK40 Reader/Keypad/LED ordered as 00 (4 bit burst) – example 6131AKN00100 (Red/Green colour) Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 81: Figure 60 - Hid Iclass R90 Long Range Reader

    Terminal block on iClass SE R90 reader ACU Ground Shield to separate 12 VDC power supply with minimum 2 Amps per R90 LED D1 (BEEP) Reader terminal on control board KI-00501E-06-15 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 82: Figure 61 - Hid Iclass R10 Series

    Shield not connected. Isolate with electrical tape. 6 conductors shielded 22 AWG Maximum - 500 ft (152.4 m) ACU Ground Shield LED D1 (BEEP) KI-00508E-10-13 Reader terminal on control board Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 83: Figure 62 - Hid Iclass R15 Series

    Shield not connected. Isolate with electrical tape. 6 conductors shielded 22 AWG Maximum - 500 ft (152.4 m) ACU Ground Shield LED D1 (BEEP) KI-00509E-10-13 Reader terminal on control board Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 84: Figure 63 - Hid Iclass R40 Series

    Shield not connected. Isolate with electrical tape. 6 conductors shielded 22 AWG Maximum - 500 ft (152.4 m) ACU Ground Shield LED D1 (BEEP) KI-00510E-10-13 Reader terminal on control board Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 85: Figure 64 - Hid Iclass Rk40 Series

    Shield not connected. Isolate with electrical tape. 6 conductors shielded 22 AWG Maximum - 500 ft (152.4 m) ACU Ground Shield LED D1 (BEEP) KI-00511E-10-13 Reader terminal on control board Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 86: 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 87: Figure 65 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 88: Figure 66 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 89: Figure 67 - Indala Px 620 Wiring

    The PX 620 is factory tuned. If a PX 620 requires tuning, tune only once. Excessive tuning may permanently damage the reader. Refer to the Indala documentation for instructions on tuning. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 90: Figure 68 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 91: S2 Dip Switches

    The following sub-sections outline S2 DIP switch functions and settings on door (CA) and elevator (EC) control boards. Keyscan factory defaults all control board settings prior to shipment. Depending on the installation however, you may have to reset various switches and reconfigure the control board for specific operating requirements.
  • Page 92 S2.9 & S2.10 - IP Address Reserved for Keyscan hosted services. S2.11 & S2.12 – Software Selection The control board must be set on the corresponding Keyscan software platform – System VII, Vantage or Aurora. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 93: S2 Dip Switch Settings

    CB-485 and CPB-10-2 communication via CPB/CB MODULE (COM4) - H1 header NETCOMP communication plugged directly into M1 on control board (COM4) Program mode for NETCOMP plugged into M1 (COM4) on the control board Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 94: Figure 70 - Location Of S2 Dip Switches

    READER 1 Cut View of CA8500B Location of S2 is the same on all CA & EC control boards. Protective ACU Cover COMMUNICATION STATUS TD1 RD1 TD2 RD2 TD3 RD3 TD4 RD4 KI-00143E-04-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 95: Important - Circuit Board Function Revisions

    PC1097 and higher circuit boards are defaulted for 45,000 – Aurora - and 32,000 – System VII and Vantage - card-storage capacity – names not stored in ACU. Keyscan strongly advocates that either the dealer/installer or the end-user schedule automatic database backups at regular intervals to safeguard all site and credential holder data.

  • Page 96: S1 - System Reset / S3 - Restore Factory Defaults

    Keyscan database has been cleared from the on-board memory. After you have restored the factory defaults, perform an upload at a PC with the Keyscan Client software to populate the Keyscan database in the control board’s on-board memory.

  • Page 97: Figure 71 - S3 Restore Default Settings (Clear Memory) & S1 System Reset Locations

    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 units will not function. Also, see Power Up and Test Voltages for a new installation.

  • Page 98: Single Acu Communication

    If you are connecting a Keyscan legacy communication board – CPB-10-2, CB-485, CB-485M, or MC9600 modem – refer to the technical guide in the legacy folder on the Keyscan document CD or refer to the installation document that was included with the product.

  • Page 99: Figure 72 - Rs-232 Data Cable Connections

    When possible, use a Keyscan 9-pin RS-232 data cable (Keyscan part # 40-2322) manufactured specifically for Keyscan serial data connectivity. Figure 72 – RS-232 Data Cable Connections - Shield 1 - White 2 - Black...

  • Page 100: Figure 73 - 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 (p/n PVC10516 16 AWG) or comparable insulator. KI-00153E-04-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 101: Figure 74 - Single Acu Communication - Usb Adaptor

    DIP switches 7 & 8 Black are OFF Green RS-232 (COM4) To ground lug IOCB (COM1) * Insulate shield with PVC tubing such as Alpha (p/n PVC10516 16 AWG) or comparable insulator. KI-00156E-04-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 102: Figure 75 - Communication - Netcom2P Or Netcom6P/Acu

    NETCOM2P or NETCOM6P plugged directly into the control board only supports a single panel communication loop. After installing and connecting the NETCOMP, attach and secure the control board’s protective cover before applying power. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 103: Figure 76 - Communication - Netcom2 Rev.b/Acu

    Control Board S2 - DIP switches 7 & 8 = OFF (PC 1097 or later) IOCB (COM1) J16 – pins F & G = OFF (PC 1094 & PC 1095) KI-00163E-10-14 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 104: Cim Communication

    I/Os)  CAN Bus 2 - CIM to CIM communication for CIM hardware control and monitoring and Keyscan’s reverse network communication Keyscan recommends CAN Bus 1 and CAN Bus 2 are connected on all CIM units.

  • Page 105: Cim Conventions

    Vantage – version 8.1.5 or higher for global inputs/outputs Note For global outputs, Keyscan recommends using the global OCB-8 option. This requires the purchase of an optional OCB-8, which connects to the control board’s Control 5 header. Global outputs are not supported on CA200 or CA250 door control units and EC1000, EC2000, EC1500, or EC2500 elevator control units.

  • Page 106: Bps/Can Bus Distance Chart

    3280 ft (1000 m) 100 ft (30 m) 19,200 3280 ft (1000 m) 49.2 ft (15 m) 57,600 984.25 ft (300 m) 26.2 ft (8 m) 115,200 262.46 ft (80 m) 9.84 ft (3 m) Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 107: Cim Jumper Settings

    See note below. CIM - Slave Note On a communication bus with elevator control units only, a global master CIM is not applicable. Do not place a jumper on J3. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 108: Table 18 - Cim 0 - Jumper J4

    Jumper Setting Notes Off = 0 / On = 1 First & last module (CIM or CIM 0 or J7 & J8 Termination ON CIM-Link) All other modules J7 & J8 Termination OFF Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 109: Cim Installation Guidelines

    The following guidelines offer a general outline for configuring and connecting the CIM units. You may have to refer to other Keyscan documentation that was included with other components such as a NETCOM2P or NETCOM6P – Reverse Network to complete the installation depending on how you are configuring the CIM units.

  • Page 110: Cim Connection Diagrams

    The CIM designated as CIM 0 supports serial or network (TCP/IP) to CANBUS 1 communication. The CIM unit does not support modem communication. Note The control board’s H2 terminal is an open terminal block and does not require setting S2 – switches 7 & 8 for activation. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 111: Figure 79 - Cim To Acu Connections

    CAN1 150 mA CAN1 RESET SCKT1 COM2 Diag B3 B2 B1 B0 Power Good 1 2 1 2 1 2 1 2 Fault PC106x Rx - COM CAN - Tx (Flashing) KI-00264E-07-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 112: Figure 80 - Cim To Cim Canbus Connections

    White Blue RESET SCKT1 COM2 To earth ground Diag B3 B2 B1 B0 Power Good 1 2 1 2 1 2 1 2 Fault PC106x Rx - COM CAN - Tx (Flashing) KI-00265E-07-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 113: Serial Communication

    Serial communication is a direct serial connection from the PC to the CIM unit using a 9-pin RS-232 data cable with five (5) conductors - Keyscan part # 40-2322. A Communication Manager/Service must be installed on the PC that has the direct serial connection to CIM 0.

  • Page 114: Network Communication Via Optional Netcom2P Or Netcom6P (Encrypted)

    0. This CIM unit must have a jumper on J4. Important The NETCOM2P and the NETCOM6P must be programmed with the Keyscan NETCOM Program Tool utility in order to function. Refer to the NETCOM2P/CIM or NETCOM6P/CIM Programming Guides for programming instructions.

  • Page 115: Figure 82 - Network Connection With Netcom2P Or 6P - Cims/Acus

    CAT 5 CAN Bus RESET SCKT1 Global Master Jumper ON - J3 Diag B3 B2 B1 B0 Power Good 1 2 1 2 1 2 1 2 PC106x Fault Rx-COM CAN-Tx KI-00461E-07-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 116: Network Communication Via Optional Netcom2 Rev. B

    CIM 0. This CIM unit must have a jumper on J4. Important The NETCOM2 must be programmed with the Keyscan NETCOM Program Tool utility in order to function. Refer to the NETCOM2 Rev. B Programming Guide for programming instructions. Multiple Building Communication on a WAN Keyscan requires a point-to-point private network where NETCOMs integrate building-to-building communication on a LAN/WAN (TCP/IP) for a non-reverse network application.

  • Page 117: Figure 83 - Network Connection With Netcom2 Rev. B - Cims/Acus

    CAT 5 RESET CAN Bus SCKT1 Global Master Jumper ON - J3 Diag B3 B2 B1 B0 P ower Good 1 2 1 1 2 1 2 PC106x KI-00469E-10-14 Fault Rx-COM CAN -Tx Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 118: Cim Diagnostic Leds B3 - B0

    End of diagnostics routine is indicated when all four (4) LEDs flash three (3) times. Unless Power Good/Fault LED is flashing, the unit will not enter unit diagnostics mode even if a jumper is on J2. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 119: Figure 84 - Cim Diagnostic Leds - B3 - B0

    ACU quickly. The CIM may stay in this mode longer if it is auto- matching the bit rate of the ACU or is unable to communicate to the ACU via the global communication port.) Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 120: Dps-15 Power Supply Connections

    DPS-15 Power Supply Connections Power Supply Specifications The Keyscan DPS-15 is a 13.5 VDC dual linear regulated power supply for powering CA & EC circuit boards and the readers with the following outputs:  ACU output 12 VDC @ 1.2 Amperes ...

  • Page 121: Dps-15 Dual Power Supply - Current Calculation

    See also Keyscan and HID reader voltage/current ratings and Indala reader voltage/current ratings. Table 22 – Keyscan Circuit Board Current Ratings Circuit Board Type Models Current Rating CA250B 130 mA Control Boards CA4500B 130 mA...

  • Page 122: Table 23 - Acu Supply - Current Calculation Table

    Opposite Add-on Board #, enter the name of the module in the Product Description column and the board’s current requirement in the Current Rating column powered from the AUX RDR supply on the DPS-15. Keyscan recommends a 200 mA reserve operating margin. The total current required from the AUX RDR supply should not exceed 1000 mA.

  • Page 123: System Power-Up

    S2 switches 9 and 10 were altered, load factory default settings by pressing S1, wait 5 seconds, and then press S3 within 10 seconds.  from a server/workstation with a Keyscan Client module upload the Keyscan database to the ACUs after all correct voltage and current measurements are verified Notes For battery circuit and auxiliary power output to function, connect two (2) CAS/UL approved transformers as shown in the following DPS-15 connection diagram.

  • Page 124: Figure 85 - Dps-15 Power Supply Connections

    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 125: Test Voltages

    (+) 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 126: Figure 86 - Control Board Test Points - Voltages

    Figure 86 – 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-04-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 127: Test Points - Communication Terminals

    TD is an ACU generated voltage (-) 10 VDC RD is a PC generated voltage Figure 87 – Control Board Communication Test Points Control Board (PC 109x) RS-232 (COM4) IOCB (COM1) KI-00194E-07-11 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 128: 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 27 – Communication Status LEDs All CA &...
  • Page 129 LED states listed above are during normal CA or EC control board operation and do apply in other modes such clearing memory. COM4 LEDs functions are dependent on the configuration of S2 – switches 7 & 8. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 130: System Status Led

    The CA or EC control board’s last communication with the Client software was 3 minutes or greater. Green – solid The CA or EC control board has communicated to the Client software since its last system reset or clear memory. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 131: Card Diagnostics - Led Wiegand Bit Counters

    READER 3 READER 2 READER 1 Cut View of CA8500B CARD BITS Wiegand Bit Counter LEDs 10s 1s Protective ACU Cover COMMUNICATION STATUS TD1 RD1 TD2 RD2 TD3 RD3 TD4 RD4 KI-00147E-04-13 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 132: Appendix A - Wsskp-1 Keypad

    Appendix A – WSSKP-1 Keypad Appendix A reviews typical Keyscan WSSKP-1 keypad connections and keypad/reader combination connections. For more information on the WSSKP-1 refer to the Keyscan Documentation Library CD. Table 29 – Keypad Power Specifications Reader Power Notes WSSKP-1 12 VDC, 20 mA Orange wire not connected.

  • Page 133: Figure 91 - Wsskp-1 Keypad Connection

    If using the orange wire, it triggers from a local PIN stored in the keypad memory. The keypad memory stores 28 personal identification numbers (PIN). If the orange wire is not used, tape back. See instructions with WSSKP-1 keypad for connections with third party devices. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 134: Figure 92 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 135: Appendix B - Wieex2

    Appendix B – WIEEX2 Appendix B reviews general information, installation guidelines, and connection diagrams for Keyscan’s RS485 Wiegand extender kit (WIEEX2). For doors/readers at distances greater than 500 feet/152 metres from the access control units, which is the maximum Wiegand communication distance, the WIEEX2 extends the communication range by up to 4000 feet/1219 metres.
  • Page 136 6.00 or higher), connect RB4 on the receiver to the ‘normally closed’ position on the ACU lock relay. The WIEEX2 transmitter (TX) can control a lock device or relay to a maximum of 12 VDC, 500 mA. Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 137: Figure 93 - Wiegand Extender Overview

    Figure 93 – Wiegand Extender Overview Reader Door Unlock Output Exit Device Door Contact Auxiliary Input Transmitter WIEEX2 -Tx Receiver WIEEX2 - Rx KI-00223E-06-12 Keyscan Inc. – Technical Guide (PC109x - 07.15)

  • Page 138: Figure 94 - Wieex2 Rs485 Connections - (Firmware 6.00 Or Higher)

    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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 139: Figure 95 - 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 Inc. – Technical Guide (PC109x - 07.15)

  • Page 140: 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 141: Index

    66 door lock hardware, 28 Keyscan warranty, 141 door strikes diodes, 36 DPS-15 mount, 20 outputs, 20 LEDs power specifications, 121 communication status, 129 DPS-15 power supply system status, 131 Keyscan Inc. – Technical Guide (PC109x - 07.15)
  • Page 142 UL STD 294, 15 readers mounting, 30 RS-232 data cable Virtual Private Network, 115 pin to wire connections, 99 RTE devices monitoring, 57 WIEEX2 Wiegand Extender, 136 WSSKP-1 reader/keypad, 133 S1 System Reset, 97 Keyscan Inc. – Technical Guide (PC109x - 07.15)

This manual is also suitable for:

Ca4500 seriesCa8500 seriesEc1500 seriesEc2500 seriesCa4500bCa8500b ... Show all

Table of Contents

Save PDF