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Copyright © 2001 - 2015 Keyscan Inc. All rights reserved.
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.
Keyscan Inc.
901 Burns Street East
Whitby, Ontario
Canada
L1N 0E6
Phone: 1-888-539-7226 (Toll Free Canada/USA)
Phone: 905-430-7226
Fax: 905-430-7275
Web Site: www.keyscan.ca
Keyscan technical support is available to dealers and installers Monday to Friday 9:00 A.M. to 6:30 P.M.
Eastern Time at the above listed telephone numbers or web address.
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Table of Contents
List of Figures ................................................................................................................................... 7
List of Tables................................................................................................................................... 10
Foreword ........................................................................................................................................ 11
Approved Standards ..................................................................................................................... 11
Product Listings ........................................................................................................................... 11
About This Guide ......................................................................................................................... 11
Installation Requirements .............................................................................................................. 12
Power ......................................................................................................................................... 12
Electrical Precautions ................................................................................................................... 12
Tools .......................................................................................................................................... 12
Cables ........................................................................................................................................ 13
Grounding .................................................................................................................................. 13
Mount the Enclosure & Components ................................................................................................ 15
UL STD 294, CSA STD C22.2 (No. 205), CE, FCC 15 Subpart B .......................................................... 15
Mounting the Metal Enclosure ........................................................................................................ 16
Mounting the PC109x Control Board to Metal Standoffs .................................................................... 18
Mounting Power Supplies .............................................................................................................. 20
Grounding Communication Cable Shield.......................................................................................... 22
Control Board – Mounting Locations ............................................................................................... 22
Connect Enclosure Tamper Switch to TB3 ....................................................................................... 25
Connect Enclosure Ground Strap ................................................................................................... 26
Typical Door Layout and Hardware ................................................................................................. 27
Door Lock Hardware ..................................................................................................................... 28
Door Contacts, Exit Buttons, Auxiliary Inputs .................................................................................. 29
Readers ...................................................................................................................................... 30
Terminate Wiring at the ACU ........................................................................................................... 31
OCB-8 Relay Board ...................................................................................................................... 31
Terminate Lock Wiring .................................................................................................................. 31
Terminate Input Wiring ................................................................................................................ 37
Terminate Elevator Floor Wiring ..................................................................................................... 43
Terminate Reader Wiring at ACU.................................................................................................... 47
Terminate Auxiliary Outputs with Hardware/Alarms.......................................................................... 49
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S2 DIP Switches .............................................................................................................................. 52
S2 DIP Switch Functions ............................................................................................................... 52
S2 Dip Switch Settings ................................................................................................................. 54
Important - Circuit Board Function Revisions ................................................................................... 56
S1 - System Reset / S3 - Restore Factory Defaults ......................................................................... 57
S1 – System Reset ...................................................................................................................... 57
S3 – Restore Factory Defaults (Clear Memory) ................................................................................ 57
Single ACU Communication ............................................................................................................. 59
Multiple Building Communication on a WAN ..................................................................................... 59
Keyscan RS-232 Data Cable .......................................................................................................... 59
CIM Communication ........................................................................................................................ 65
CIM Conventions ......................................................................................................................... 65
CIM Module Requirements ............................................................................................................ 66
CIM Specifications ....................................................................................................................... 66
BPS/CAN Bus Distance Chart ......................................................................................................... 67
CIM Jumper Settings .................................................................................................................... 68
CIM Installation Guidelines............................................................................................................ 70
CIM Connection Diagrams ............................................................................................................. 70
Serial Communication .................................................................................................................. 73
Network Communication via Optional NETCOM2P or NETCOM6P (Encrypted) ....................................... 74
Network Communication via Optional NETCOM2 or NETCOM6 (Encrypted) .......................................... 76
CIM Diagnostic LEDs B3 – B0 ........................................................................................................ 78
Power-up & Test Voltages ............................................................................................................... 80
Power Supply Specifications .......................................................................................................... 80
DPS-15 Dual Power Supply – Current Calculation ............................................................................. 80
System Power-up ........................................................................................................................ 82
Control Board Voltage Test Points .................................................................................................. 84
Test Points – Communication Terminals .......................................................................................... 86
Communication Diagnostics ............................................................................................................ 87
Communication Status LEDs ......................................................................................................... 87
System Status LED ...................................................................................................................... 89
Card Diagnostics - LED Wiegand Bit Counters .................................................................................. 90
Appendix A – Keyscan & HID Readers ............................................................................................. 91
Power Specifications .................................................................................................................... 91
Appendix B – Indala Readers ........................................................................................................ 112
Power Specifications ................................................................................................................... 112
Appendix C – WSSKP-1 Keypad ..................................................................................................... 117
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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Appendix D – WIEEX2 ................................................................................................................... 120
Appendix E – Accessibility HC Relay .............................................................................................. 125
Accessibility HC Output Relays ..................................................................................................... 125
Appendix F – Pre-alert Relay ......................................................................................................... 129
Pre-alert .................................................................................................................................... 129
Appendix G – Global Output Relay ................................................................................................ 133
OCB-8/Global IO Assignments ...................................................................................................... 133
Current Ratings ............................................................................................................................. 135
Relay States .................................................................................................................................. 136
Warranty ....................................................................................................................................... 138
Index ............................................................................................................................................ 139
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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List of Figures
Figure 1 - Grounding Access Control Units and Cables with CIMs .............................................................. 14
Figure 2 – Mounting the Metal Enclosure ............................................................................................... 16
Figure 3 – Enclosure Knockout & Mounting Hole Locations/Dimensions ..................................................... 17
Figure 4 – Mount and Fasten PC109x Control Board to 3/8" Male/Female Standoffs .................................... 19
Figure 5 – Plastic Stand Off ................................................................................................................. 21
Figure 6 – Mounting Power Supplies ..................................................................................................... 21
Figure 7 – CA250 with Board Mounting Positions .................................................................................... 23
Figure 8 – CA4500 with Board Mounting Positions .................................................................................. 23
Figure 9 – CA8500 with Board Mounting Positions .................................................................................. 24
Figure 10 – EC1500 with Board Mounting Positions ................................................................................ 24
Figure 11 – EC2500 with Board Mounting Positions ................................................................................ 25
Figure 12 – Enclosure Tamper Switch Connected to TB3 Terminal ............................................................ 25
Figure 13 – Enclosure Ground Strap Connection ..................................................................................... 26
Figure 14 – Securing the Enclosure Cover ............................................................................................. 26
Figure 15 – Typical Door Layout ........................................................................................................... 27
Figure 16 – Typical Door Strike Connection ........................................................................................... 28
Figure 17 – Typical Magnetic Lock Connection ....................................................................................... 28
Figure 18 – Door Contacts, Exit Buttons, PIRs, & Auxiliary Inputs ............................................................ 29
Figure 19 – Typical Door Reader Connection .......................................................................................... 30
Figure 20 – Lock State - Fail Safe Device .............................................................................................. 33
Figure 21 – Lock State - Fail Secure Device ........................................................................................... 33
Figure 22 – Terminate Lock Wiring CA250B ........................................................................................... 34
Figure 23 – Terminate Lock Wiring CA4500B ......................................................................................... 35
Figure 24 – Terminate Lock Wiring CA8500B ......................................................................................... 36
Figure 25 – Terminate Input Wiring – Door Inputs (Contacts) .................................................................. 38
Figure 26 – Terminate Input Wiring – RTE Push Button ........................................................................... 39
Figure 27 – Terminate Input Wiring – RTE PIR Motion Sensor .................................................................. 40
Figure 28 – Terminate Input Wiring RTE - PIR & Push Button .................................................................. 41
Figure 29 – Terminate Input Wiring – AI/SI Inputs ................................................................................. 42
Figure 30 – Terminate Floor Wiring EC1500B ......................................................................................... 44
Figure 31 – Terminate Floor Wiring EC2500B ......................................................................................... 45
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Figure 32 – Terminate Floor Input Wiring EC1500B ................................................................................ 46
Figure 33 – Terminate Floor Input Wiring EC2500B ................................................................................ 47
Figure 34 – Terminate Reader Wiring ................................................................................................... 48
Figure 35 – Terminate Auxiliary Outputs CA250B ................................................................................... 49
Figure 36 – Terminate Auxiliary Outputs CA4500B ................................................................................. 50
Figure 37 – Terminate Auxiliary Output CA8500B ................................................................................... 51
Figure 38 – S2 DIP Switch Legend ....................................................................................................... 52
Figure 39 – Location of S2 DIP Switches ............................................................................................... 55
Figure 40 – S3 Restore Default Settings (Clear Memory) & S1 System Reset Locations ............................... 58
Figure 41 – RS-232 Data Cable Connections .......................................................................................... 60
Figure 42 – Communication - Direct Serial ............................................................................................ 61
Figure 43 – Single ACU Communication - USB Adaptor ........................................................................... 62
Figure 44 - Communication - NETCOM2P or NETCOM6P/ACU ................................................................... 63
Figure 45 – Communication - NETCOM2 or NETCOM6 ............................................................................. 64
Figure 46 – CIM Overview ................................................................................................................... 65
Figure 47 – CIM Jumper Locations ........................................................................................................ 68
Figure 48 – CIM to ACU Connections .................................................................................................... 71
Figure 49 – CIM to CIM CANBUS Connections ........................................................................................ 72
Figure 50 – PC Serial Connection with multiple CIMs/ACUs ...................................................................... 73
Figure 51 – Network Connection with Multiple CIMs/ACU ........................................................................ 75
Figure 52 – Network Connection with NETCOM2 or NETCOM6 with Multiple CIMs/ACUs ............................... 77
Figure 53 - CIM Diagnostic LEDs - B3 - B0 ............................................................................................ 79
Figure 54 – Power Supply Wiring ......................................................................................................... 83
Figure 55 – Control Board Test Points – Voltages ................................................................................... 85
Figure 56 – Control Board Communication Test Points ............................................................................ 86
Figure 57 - Communication LEDs - CA & EC Control Boards ..................................................................... 89
Figure 58 - Location of System Status LED ............................................................................................ 90
Figure 59 – Location of Wiegand Bit Counter LEDs ................................................................................. 90
Figure 60 – Keyscan K-PROX2 (125 kHz) .............................................................................................. 94
Figure 61 – Keyscan K-VAN Proximity Reader (125 kHz) ......................................................................... 95
Figure 62 – Keyscan K-KPR Keypad / Proximity Reader (125 KHz) ........................................................... 96
Figure 63 – Keyscan K-SMART Reader .................................................................................................. 97
Figure 64 – HID-5395 Wiring ............................................................................................................... 98
Figure 65 – HID 5365 / 6005 Wiring ..................................................................................................... 99
Figure 66 – HID 5355 Wiring .............................................................................................................. 100
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Figure 67 – HID 5375 Wiring .............................................................................................................. 101
Figure 68 – HID 5355KP Wiring .......................................................................................................... 102
Figure 69 – HID iClass KEYR10 ........................................................................................................... 103
Figure 70 – HID iClass KEYR40 ........................................................................................................... 104
Figure 71 – HID iClass KEYRW400 ....................................................................................................... 105
Figure 72 – HID iClass KEYRK40 ......................................................................................................... 106
Figure 73 – HID iClass R90 Long Range Reader .................................................................................... 107
Figure 74 – HID iClass R10 Series ....................................................................................................... 108
Figure 75 – HID iClass R15 Series ....................................................................................................... 109
Figure 76 – HID iClass R40 Series ....................................................................................................... 110
Figure 77 – HID iClass RK40 Series ..................................................................................................... 111
Figure 78 – Indala PX 603 and PX 605 Wiring ....................................................................................... 113
Figure 79 – Indala PX610 Wiring ......................................................................................................... 114
Figure 80 – Indala PX 620 Wiring ........................................................................................................ 115
Figure 81 – Indala PXK 501 Wiring ...................................................................................................... 116
Figure 82 – WSSKP-1 Keypad Connection ............................................................................................ 118
Figure 83 – WSSKP-1 Keypad/Reader Combination Connections ............................................................. 119
Figure 84 – Wiegand Extender Overview .............................................................................................. 122
Figure 85 – WIEEX2 RS485 Connections – (Firmware 6.00 or Higher) ...................................................... 123
Figure 86 – WIEEX2 to OCB-8 Cable Connection ................................................................................... 124
Figure 87 – Accessibility HC Output Relay CA250B/OCB-8 Connections .................................................... 126
Figure 88 – Accessibility HC Output Relay CA4500B/OCB-8 Connections .................................................. 127
Figure 89 – Accessibility HC Output Relay CA8500B/OCB-8 Connections .................................................. 128
Figure 90 – Pre-alert Relay CA250B/OCB-8 Connections ........................................................................ 130
Figure 91 – Pre-alert Relay CA4500B/OCB-8 Connections....................................................................... 131
Figure 92 – Pre-alert Relay CA8500B/OCB-8 Connections....................................................................... 132
Figure 93 – Global OCB-8 Ribbon Cable Connection with CA4500 & CA8500 ............................................. 134
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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List of Tables
Table 1 – Cable Requirements ............................................................................................................. 13
Table 2 – Battery Duration Times ......................................................................................................... 20
Table 3 – OCB-8 Specifications ............................................................................................................ 31
Table 4 – OCB-8 to EC1500B Ribbon Cable Connections .......................................................................... 43
Table 5 – OCB-8 to EC2500B Ribbon Cable Connections .......................................................................... 43
Table 6 – S2 DIP Switch Settings ......................................................................................................... 54
Table 7 – CIM Specifications ................................................................................................................ 67
Table 8 – BPS/CANBUS Distance Chart ................................................................................................. 67
Table 9 – CIM Global Master Jumper J3 ................................................................................................ 68
Table 10 – CIM 0 – Jumper J4 ............................................................................................................. 68
Table 11 – CIM CAN Bus Termination Jumpers J5 – J8 ............................................................................ 69
Table 12 – CIM Serial Bit Rate Jumpers J9 – J11 .................................................................................... 69
Table 13 – CIM Diagnostic LED Codes ................................................................................................... 78
Table 14 - ACU Supply - Current Calculation Table ................................................................................. 81
Table 15 - AUX RDR Supply - Current Calculation Table .......................................................................... 81
Table 16 – Control Board Test Points - Voltages ..................................................................................... 84
Table 17 – Communication Voltage Test Points ...................................................................................... 86
Table 18 – Communication Status LEDs ................................................................................................ 87
Table 19 - System Status LED ............................................................................................................. 89
Table 20 – Keyscan & HID Reader Power Specifications .......................................................................... 91
Table 21 – Indala Reader Power Specifications ..................................................................................... 112
Table 22 – Keypad Power Specifications ............................................................................................... 117
Table 23 – WIEEX2 ........................................................................................................................... 120
Table 24 – WIEEX2 Power Requirements .............................................................................................. 120
Table 25 – WIEEX2 Cables and Distances ............................................................................................. 120
Table 26 – Accessibility HC Relay/ Door Assignment .............................................................................. 125
Table 27 – Pre-alert Relay to Door Assignments .................................................................................... 129
Table 28 - OCB-8 Global Output Relay #/ Client Relay Assignments ........................................................ 133
Table 29 – Circuit Board Current Ratings.............................................................................................. 135
Table 30 – List of Relay States............................................................................................................ 136
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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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:
UL STD 294 – Access Control Systems Units
CSA STD C22.2 No. 205-M1983 – Signal Equipment
CE Standards
EN 55022 RF Emissions
EN 55024 RF Immunity
EN 60950-1 Equipment Safety
FCC Subpart B RF Emissions
Industry Canada ICES 003 Emissions
Product Listings
The CSA/UL certification record can be viewed at http://directories.csa-international.org.
Enter 110441_0_000 in the File Number box.
About This Guide
This technical guide outlines general information for installing Keyscan access control systems. The guide
assumes the installer has knowledge of electrical, electronic, mechanical, and computer concepts, as well as
having familiarity with access control systems and associated components.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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Installation Requirements
The following reviews power, tools, cables, and ground requirements for the access control system.
Power
Each access control unit requires two dedicated Class 2 transformers. The following transformers are
acceptable:
16V 40VA transformer
16.5V 37VA transformer
Do not mount the transformers inside the ACU metal enclosure.
Any deviation from a specified transformer or the use of a single transformer to power multiple access control
units will cause faulty system operation. All warranties voided if non-compliant transformers or incorrect
voltages are used.
Standby batteries with their duration times for access control and reader power are listed on page 20.
Important
The power supply included is for the exclusive use of the access control unit and the readers. Do not use it
to power external devices such as door strikes or magnetic locks.
Electrical Precautions
Be sure that all circuit breakers powering the system are switched off before commencing installation or
modifying wiring connections. Do not apply power before the installation is completed otherwise the equipment
may be damaged. Ensure all enclosures are connected to earth grounds for proper and safe system operation.
Tools
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 Inc. – Technical Guide (PC109x - 04.15)
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Cables
Device / Circuit
Board
Signal
Protocol
Maximum Distance
Cable Type
Notes
Readers to ACU
(includes HID iClass
– Rev B & Rev C)
Wiegand
500 ft / 152.4 m
6 conductors
shielded 22 AWG
Overall shielded cable
accepted. CAT5 cable not
acceptable with Wiegand
signal protocol.
Exception Readers to
ACU – PX-620, HID5375, MR-10, MR20, HID-iClass (Rev
A), iClass KEYRK40
and elevator readers
Wiegand
500 ft / 152.4 m
6 conductors
shielded 18 AWG
Overall shielded cable
accepted. CAT5 cable not
acceptable with Wiegand
signal protocol.
Door strikes &
electro magnets to
ACU
n/a
500 ft / 152.4 m
1 pair 18 AWG
Shielded wire not required.
Contacts & exit
devices
n/a
500 ft / 152.4 m
1 pair 22 AWG
Shielded wire not required.
Motion sensors (PIR)
n/a
500 ft / 152.4 m
2 pairs 22 AWG
Shielded wire not required
CIM
CAN Bus 1
3280 ft / 1000 m @ 9600 BPS
3280 ft / 1000 m @ 19,200 BPS
984 ft / 300 m @ 57,600 BPS
262 ft / 80 m @ 115,200 BPS
CAT 5 – 2
twisted pairs
Maximum overall distance
between first and last CIM
units
PC to ACU or
NETCOM (direct
serial)
RS-232
100 ft / 30 m @ 9600 BPS
49 ft / 14.9 m @ 19,200 BPS
26 ft / 8 m @ 57,600 BPS
9.8 ft / 3 m @ 115,200 BPS
5 conductors 22
AWG shielded
Overall shielded cable
accepted. CAT 5 cable not
acceptable with RS-232
signal protocol.
WIEEX2 (Wiegand
protocol extender)
n/a
4000 ft / 1219.2 m
CAT 5 – 1
twisted pair
communication.
1 pair 18 AWG
power to TX.
If powering transmitter
locally, 18 AWG power
wiring is not required. Kit
includes 1 transmitter & 1
receiver.
The following table outlines system cable requirements. Please be sure to review grounding guidelines for safe
system operation. Avoid running access control cables parallel with AC wires or across fluorescent light
fixtures. This can cause AC induction or transmission interference.
Table 1 – Cable Requirements
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.
It is important to ground the shields of the readers and communication cables to a single point cold water pipe
at the access control unit. Failing to ground the shields or using incorrect cables may cause noise or
interference and result in improper card reads.
Important
Ensure the chassis ground (GND) on the DPS-15 is connected to the metal enclosure ground lug.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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Figure 1 - Grounding Access Control Units and Cables with CIMs
40-2322
Data Cable
Note
Connect ground lug
to single cold water
pipe ground point
Tape
back
shield
Reader
Wiegand
Reader
Signal
ACU 1
RS232
Control Board
Control Board
ACU 2
Shield Shield
Green
Black
Red
ACU 3
Control Board
Shield
CIM 0
EGND EGND
CIM
CIM
EGND
Tape
back
shields
CAT 5
Ground
Lug
RS-232**
Common Ground Wire
CAT 5
Common Ground
Wire
Tape
back
shield
KEYSCAN
KEYSCAN
KEYSCAN
Earth GND
on DPS15
Earth
GND
on
DPS15
Earth
GND
on
DPS15
KI-00470E-07-12
Shield*
* Insulate shield with
PVC tubing such as
Alpha (p/n PVC10516
16 AWG) or
comparable insulator.
** RS-232 connections at
CIM 0 do not apply when
using a NETCOM2P/6P.
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Mount the Enclosure &
Components
The following sub-sections review mounting metal enclosures, control boards, communication boards, output
control boards and power supplies.
UL STD 294, CSA STD C22.2 (No. 205), CE, FCC 15
Subpart B
To be compliant with UL STD 294, CSA STD C22.2, CE, or FCC 15 Subpart B standards, please adhere to the
following practices:
use the Keyscan metal enclosure with the CSA, CE, FCC label on the inside of the panel cover
mount control boards with the standoffs supplied as instructed
secure the enclosure cover with the 4 screws supplied
connect the tamper switch to the TB3 terminal block on the control board
use the Keyscan DPS-15 to power the control board and readers
ensure 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
do not use the Keyscan DPS-15 power supply to power door strikes or auxiliary equipment
use a standby battery with sufficient amp hours (minimum is 12V 7.0 Ah) connected to the Keyscan DPS-
15 power supply
connect a proper ground wire from the ground lug inside the metal enclosure to a cold water pipe ground
(earth ground)
connect the enclosure ground strap to the designated studs on the metal enclosure and the enclosure
cover
Any deviations or alterations will result in non-compliance of these standards.
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Mounting the Metal Enclosure
Ground
Lug
Side ViewFront View – Cover removed (diagram not to scale)
Enclosure
Single locking CEMA/NEMA Type 1 box
Height - 20" (50.8 cm)
Width - 16" (40.64 cm)
Depth - 5 1/2" (13.97 cm)
Wall
Knockouts
Large - 1 3/4" (4.5 cm)
Small - 7/8" (2.0 cm)
Alternate
ground
lug
mounts
Alternate
ground
lug mount
Do not mount enclosure near
high-voltage equipment.
KI-00104E-07-11
The metal enclosure has four (4) pre-drilled holes for mounting to the wall. Connect the ground lug to a true
earth ground. When locating mounting areas, ensure the metal enclosure is not close to high voltage
equipment and the cable lengths are within their maximum allowable distances.
For knockout and mounting hole locations/dimensions, see the diagram on the next page.
Figure 2 – Mounting the Metal Enclosure
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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Figure 3 – Enclosure Knockout & Mounting Hole Locations/Dimensions
1.45"
(3.683 cm)
1.45" (3.683 cm)
1.50"
(3.81 cm)
5.475"
(13.91cm)
2.50"
(6.35 cm)
1.50" (3.81 cm)
16.00" (40.64 cm)
1.45"
(3.683 cm)
1.50"
(3.81 cm)
14.55" (36.957 cm)
1.45"
(3.683 cm)
1.50"
(3.81 cm)
20.00" (50.80 cm)
0.188 " Dia.
0.750" Dia. Extrusion
0.218" Depth
4 Places
1.375"/1.750" Dia.
Knockout
7 Places
5.50" (13.97 cm)
1.50"
(3.81 cm)
3.75" (9.525 cm)
Front
1.50" (3.81 cm)
1.50"
(3.81 cm)
3.75" (9.525 cm)
1.50" (3.81 cm)
5.50" (13.97 cm)
1.50" (3.81 cm)
1.50"
(3.81 cm)
3.75" (9.525 cm)
Front
1.50"
(3.81 cm)
3.75" (9.525 cm)
1.50" (3.81 cm)
Front
Front
10.25" (26.035 cm)
11.75" (29.845 cm)
5.50" (13.97 cm)
13.75" (34.925 cm)
1.00" (2.54 cm)
1.50"
(3.81 cm)
10.25" (26.035 cm)
11.75" (29.845 cm)
13.75" (34.925 cm)
1.00" (2.54 cm)
5.50" (13.97 cm)
1.50"
(3.81 cm)
Front View Right Side ViewLeft Side View
Top View
Bottom View
0.875" Dia.
Knockout
8 Places
KI-00462E-06-12
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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Mounting the PC109x Control Board to Metal Standoffs
Use the eight (8) enclosed ¼” screws to secure the PC109x control board to the 3/8” metal standoffs mounted
inside the metal enclosure. Be sure the internal tooth star washers are placed between the control board and
the screw as shown in Figure 4 – Mount and Fasten PC109x Control Board to 3/8" Male/Female Standoffs.
Important
Finger-tighten the ¼” screws with a screwdriver. Do not use a power screwdriver or apply excessive force
tightening screws into the metal standoffs when mounting control boards. Ensure the control board is
disconnected from the power when mounting; otherwise, the control board may be damaged from a
potential short-circuit.
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 - 04.15)
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Figure 4 – Mount and Fasten PC109x Control Board to 3/8" Male/Female Standoffs
Ground Lug
Side View
Self-clinching
nut on back of
enclosure.
Split Ring
Lock-
washer
3/8" Male/
Female
Hex
Standoff
Internal
Tooth
Star
Washer
¼” Long Screw
Control Board
Stand-off
locations on
PC109x control
board
Ground Lug
Front View –
Cover removed
(diagram not to scale)
Alternate
Ground
Lug
Mounts
3/8" male/female hex
standoff locations for
mounting PC109x
control board.
Front View –
Cover removed
(diagram not to scale)
Alternate
Ground Lug
Mount
Alternate
Ground
Lug
Mounts
Alternate
Ground Lug
Mount
PC109x
Spacer
PC109x
KI-00105E-04-13
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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Mounting the DPS-15 Power Supply
Amp-hour Battery
Amps
Power Duration
8.0
1.4
5.71 hours
7.5 *
1.4
5.36 hours
7.0 *
1.4
5.00 hours
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
Maximum Current Draw
The total current draw on each output should not exceed 1 Amp with 200mA in reserve for accommodating
peak current operating demands. Refer to DPS-15 Dual Power Supply – Current Calculation on page 80 and
use the calculation tables to determine the total current demand of the all the devices connected to the DPS-
15.
CSA/UL Approved Transformers
The DPS-15 power supply requires either of the following class 2 CSA/UL approved transformers and a standby
battery with sufficient amp hours.
2 x 16 V 40 VA
2 x 16.5 V 37 VA
The purpose of two transformers is to comply with UL STD 294, CSA STD C22.2, and charge the battery
circuit. The transformers must be located within 30 feet of the Keyscan power supply. Do not mount the
transformers inside the ACU metal enclosure. All warranties are voided if non-compliant transformers or
incorrect voltages are used. The system may operate erratically if the voltage is lower than 12 VDC.
Power supplies are mounted as shown on page 21. For power supply connections refer to Figure 54 on page
83.
Important
Do not use the DPS-15 to power door strikes or auxiliary equipment.
Backup Batteries
Select a battery with enough amp hours to operate the system for the total hours specified. The following table
lists power duration times:
Table 2 – Battery Duration Times
* Indicates the two most commonly used backup batteries.
Plastic Stand Offs
Plastic stand offs are pre-mounted on most power supplies, relay and communication boards. In cases where
stand offs are not pre-mounted, insert the double pronged end of the stand off in the metal enclosure hole
first. Then mount the circuit board to the stand offs.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 21
21
Figure 5 – Plastic Stand Off
STAND OFF
into enclosure hole
into circuit board
KI-00106E-07-11
Hex Nuts x 2
Bolts x 2
Top of ACU
Enclosure
x 2
Control
Board
Top mount location for
DPS-15 power supply
with CAS6105 plug-in
cable to PSC1 terminal.
KI-00107E-06-12
Figure 6 – Mounting Power Supplies
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 22
22
Grounding Communication Cable 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 AWG clear tubing or a comparable
tubing to insulate the shield. Do not connect the shield to GND on a communication terminal block.
Ground Lugs
The metal enclosure includes one ground lug pre-mounted near the top and one spare ground lug, which can
be mounted to one of the available ground lug studs. You can re-locate the ground lug inside the metal
enclosure to minimize the length of shield used.
Note
Keep all shield wires and cables away from the control board.
Control Board – Mounting Locations
The following diagrams illustrate the mounting positions for control board series CA250, CA4500, CA8500,
EC1500 and EC2500 units. Illustrations also show mounting positions for communication boards and output
control boards (OCB-8). Different door control board series – CA250, CA4500, and CA8500 – can be used
within the same communication loop.
CA & EC Control Board Dimensions
Width 20.35 cm (8.01 inches)
Height 28.9 cm (11.38 inches)
Operating Environment – ACUs & ECUs
Temperatures: 41°F to 120°F (5°C to 49°C)
Humidity: 0% to 90% R.H., non-condensing
Important
Do not mount close to high voltage equipment.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 23
23
Figure 7 – CA250 with Board Mounting Positions
Front View
Cover not shown
Tamper
Switch
CIM
or
NETCOM
1 x CA250B control board
1 x OCB-8
1 x DPS-15 power supply
1 x metal enclosure
CA250B
Control
Board
OCB-8
Optional
OCB-8
Locations
Optional
OCB-8
Locations
Ground Lug
NETCOM
* NETCOM - use terminal block
connections only, not 9-pin male
connector. (NETCOM refers to
NETCOM2 & NETCOM6)
PC109x
Parts
DPS-15
power supply
KI-00111E-09-12
Optional
NETCOM*
Locations
Front View
Cover not shown
Tamper
Switch
1 x CA4500B control board
1 x OCB-8
1 x DPS-15 power supply
1 x metal enclosure
CA4500B
Control
Board
OCB-8
Optional
OCB-8
Locations
Optional
OCB-8
Locations
Ground Lug
NETCOM
CIM
or
NETCOM
PC109x
Parts
DPS-15
power supply
KI-00112E-09-12
Optional
NETCOM*
Locations
* NETCOM - use terminal block
connections only, not 9-pin male
connector. (NETCOM refers to
NETCOM2 & NETCOM6)
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Figure 8 – CA4500 with Board Mounting Positions
Page 24
24
Figure 9 – CA8500 with Board Mounting Positions
Front View
Cover not shown
Tamper
Switch
1 x CA8500B control board
2 x OCB-8
1 x DPS-15 power supply
1 x metal enclosure
CA8500B
Control
Board
OCB-8
Optional
OCB-8
Locations
Ground Lug
OCB-8
NETCOM
PC109x
Parts
DPS-15
power supply
KI-00113E-09-12
Optional
NETCOM*
Locations
* NETCOM - use terminal block
connections only, not 9-pin male
connector. (NETCOM refers to
NETCOM2 & NETCOM6)
CIM
or
NETCOM
Front View
Cover not shown
Tamper
Switch
1 x EC1500B control board
1 x OCB-8
1 x DPS-15 power supply
1 x metal enclosure
EC1500B
Control
Board
OCB-8
Optional
OCB-8
Locations
Ground Lug
Optional
OCB-8
Locations
NETCOM
Optional
NETCOM*
Locations
PC109x
Parts
DPS-15
power supply
KI-00114E-09-12
* NETCOM - use terminal block
connections only, not 9-pin male
connector. (NETCOM refers to
NETCOM2 & NETCOM6)
CIM
or
NETCOM
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Figure 10 – EC1500 with Board Mounting Positions
Page 25
25
Figure 11 – EC2500 with Board Mounting Positions
Front View
Cover not shown
Tamper
Switch
1 x EC2500B control board
2 x OCB-8
1 x DPS-15 power supply
1 x metal enclosure
EC2500B
Control
Board
OCB-8
Optional
OCB-8
Locations
Ground Lug
OCB-8
NETCOM
PC109x
Parts
DPS-15
power supply
KI-00115E-09-12
Optional
NETCOM*
Locations
* NETCOM - use terminal block
connections only, not 9-pin male
connector. (NETCOM refers to
NETCOM2 & NETCOM6)
CIM
or
NETCOM
CONTROL 1
CTS
DTR
DCD
RD
TD
GND
RS-232 (COM4)
TAMPER TB3
SWITCH
+
-
Connect the yellow wires on the tamper
switch to TB3 terminal on the control board.
Protective
Cover
Metal
Enclosure
Tamper Switch
PC109x
Control Board
Cut View
KI-00116E-04-13
CONTROL 4
Connect Enclosure Tamper Switch to TB3
Connect the yellow wires from the tamper switch to the control board’s TB3 terminal block as illustrated in the
diagram below. Please remember that this is a requirement for compliance with the following standards: UL
STD 294, CSA STD C22.2, CE, or FCC 15 Subpart B.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Figure 12 – Enclosure Tamper Switch Connected to TB3 Terminal
Page 26
26
Connect Enclosure Ground Strap
Enclosure Ground Strap
Enclosure Cover
Metal Enclosure
Use the enclosed star
washers and nuts to
secure both ends of the
cable to the studs as
shown on the right.
Stud
Stud
Star
Washers
Nut
Cable
Lug
Stud
Side View of Stud with Cable Lug Connection
KI-00117E-07-11
Front View
of Enclosure
with Cover
3/8“ x 4
Cover
Locking
Screw
Cover
Locking
Screw
Cover
Locking
Screw
Cover
Locking
Screw
Optional locations for
cover locking screws
Optional locations for
cover locking screws
KI-00118E-07-11
Ensure that the enclosure ground strap is connected to the designated studs on both the metal enclosure and
the enclosure cover. Be sure the cable lug is positioned between two star washers and securely tightened with
a nut as illustrated in the diagram below.
Figure 13 – Enclosure Ground Strap Connection
Figure 14 – Securing the Enclosure Cover
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 27
27
Typical Door Layout and
3/4" conduit
to ACU
Junction
box
Reader
Request
to exit
PIR
36" to 48"
(91.4 to 121.9 cm)
Door contact
6 conductors shielded
22 or 18 AWG
2 pairs
22 AWG
1 pair 18 AWG
Mag Lock
Door
Strike
1 pair
22 AWG
PIR requires 3 pairs if
connecting to external
sound alert device.
KEYSCAN
KI-00119E-07-11
Hardware
The following sub-sections review door components with related diagrams. Refer to the lock manufacturer's
documentation for more detailed information on mounting door hardware. Some jurisdictions require a
qualified locksmith for installation of lock hardware. Consult with local authorities.
The following diagram shows a single conduit to the access control unit. For high-voltage readers greater than
150 mA, avoid running the communication cables in the same conduit with the door lock cables.
Figure 15 – Typical Door Layout
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 28
28
Door Lock Hardware
+
KI-00120E-07-11
KI-00121E-07-11
Consult with the manufacturer's documentation for mounting door lock hardware.
The lock must be appropriate for the barrier and meet all applicable building codes and fire regulations. If
necessary, consult with local officials such as the fire department to ensure the installation conforms to
municipal, state, or provincial safety regulations. 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
Figure 17 – Typical Magnetic Lock Connection
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 29
29
Door Contacts, Exit Buttons, Auxiliary Inputs
Exit Push Button
1
1
Door Contact
NC COM
Door Sensor
Door
Sensor
Auxiliary
Input
Lens
NO COM
COM
NO
PIR
RTE – ½ second pulse
Determines the amount of
time the output relays will
energize when motion is
detected.
(RTE - Request To Exit)
1
1
Aux Input
COMNC
NO = Normally Open
NC = Normally Closed
KI-00122E-07-11
The following diagram illustrates the door contacts, exit buttons, PIRs, and auxiliary inputs. See the
manufacturer's documentation for mounting instructions. Avoid running cables parallel with AC wiring or across
fluorescent light fixtures; this causes AC induction and transmission interference.
Figure 18 – Door Contacts, Exit Buttons, PIRs, & Auxiliary Inputs
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 30
30
Readers
Proximity Reader
(Refer to specific
Keyscan, HID & Indala
readers for wiring
connections.)
To reader terminal on
ACU
LED (Brown)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Shield not connected.
Isolate with electrical tape.
6 conductors shielded 18 or 22 AWG
Maximum 500 ft (152.4 m)
Blue used for prealert otherwise
isolate and tape
back.
Orange not
used. Isolate
and tape back.
KEYSCAN
Pre-alert (Blue)
Shield not connected.
Isolate with electrical tape.
KI-00123E-07-11
Never mount readers close to high-voltage equipment. For convenient entry, readers should be mounted on
the latch side of doors. When mounting proximity readers for monitoring in and out activity at the same door,
space the readers at a distance greater than the combined radio signal read ranges.
As an example, if the read range is 4 inches, mount the two readers at a distance greater than 8 inches from
each other. 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).
Figure 19 – Typical Door Reader Connection
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 31
31
Terminate Wiring at the
OCB-8 Specifications
OCB-8 power requirements
12 VDC – 230 mA
Relay outputs
Form C contacts, 30 VDC 5 Amps, 24 VAC 10 Amps
# of outputs
8
Dimensions
8.6 cm x 12.5 cm (3 3/8” x 4 7/8”)
Operating environment
Temperature: 5° C to 49° C (41° F to 120° F)
Humidity: 0% to 90% R.H., non-condensing
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
Terminate Lock Wiring
Use a separate power supply for door strikes and other 12 VDC equipment. The power supply should have
battery backup for continued operation during a power failure. When adding equipment to an existing system,
be sure the power supply can withstand the increased current consumption.
To calculate total current requirements for power supplies, use the following formula that includes a 30%
tolerance factor:
Total Current = (Device A amps + Device B amps + Device C amps, etc.) x 1.30
Example
An installation calls for one magnetic lock and three door strikes requiring 12 VDC:
Mag Lock – 100 mA + Door Strike A – 200 mA + Door Strike B – 200 mA + Door Strike C – 200 mA x
1.30 = 910 mA
In this example, a separate 1-amp power supply is sufficient.
Important
The total combined current of the devices must not be greater than the current rating of the power
supply.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 32
32
Relay DIP Switches
Relay boards have DIP switches that may be set to “normal” or “reversed”. Each relay has an LED that
indicates the relay status:
Normal – LED on the circuit board is not illuminated when door is locked
Reversed – LED on the circuit board is illuminated when door is locked
Relay output and DIP switch assignments are noted on the OCB-8 diagrams on the succeeding pages.
Keyscan access control units include diodes, Install diodes across all DC door strikes as shown in Figure 23 on
page 35. 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.
Diodes must be installed for proper operation.
Fail Safe/Fail Secure Lock Devices
The power supply's positive output connects to the common door relay outputs, which are labeled on the relay
board.
For ‘fail-safe’ and ‘fail-secure’ door strikes, observe the following relay connections:
‘Fail-safe’ – connect the positive terminal on the door strike to the 'normally closed' position on the relay
board. Connect the return wire to the common on the DC power supply via the metal enclosure’s ground
lug
‘Fail-secure’ – connect the positive terminal on the door strike to the 'normally open' position on the relay
board. Connect the return wire to the common on the DC power supply via the metal enclosure’s ground
lug
Warning
Before securing any exit, please ensure all wiring to electrical door hardware conforms to federal, state,
provincial, or municipal fire regulations and building codes.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 33
33
Figure 20 – Lock State - Fail Safe Device
Maglock
+
-
to 'Normally Closed'
positon on relay
to common
on DC power supply
Relay board
Relay board
+
-
Door
Strike
Lock State
of
Fail Safe Device
DC
Supply
+
-
Lock
to 'Normally Closed'
positon on relay
to
+
supply
to common
on DC power supply
to
+
supply
KI-00124E-07-11
to
'Normally Open'
positon on relay
+
-
Door
Strike
to common
on DC
power supply
Lock State
of
Fail Secure Device
Lock
DC
Supply
+
-
to
+
supply
Relay board
KI-00125E-07-11
Figure 21 – Lock State - Fail Secure Device
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 34
34
12 VDC+
Com
CA250B
Control
Board
Cut View
+
-
DC
Supply
OCB-8 ribbon cable
connects to CONTROL 1
terminal.
CONTROL
2
RS-232 (COM4)
CTS
Door # 1
Mag Lock
- Fail Safe to N.C.
Ensure all lock
hardware complies
with federal, state/
provincial, and
municipal fire codes.
red
stripe
OCB-8
Fire Contact
N.C.
breaks on alarm
When OCB-8 connected to CA250B
Relay 5 = Aux Output 3 or HC Output 1
Relay 6 = Aux Output 4 or HC Output 2
Do not use relays for both functions.
Ground
Lug
CONTROL
5
OCB-8 powered
through ribbon cable
with J1 Relay Power
set on ACU.
DTR
DCD
RD
TD
GND
TAMPER TB3
SWITCH
+
-
KI-00126E-10-14
CONTROL
4
S1
TB1
J1
OUTPUT
CONTROL
BOARD
K1
K2
K3 K4
K5K6K7K8
LED ON =
RELA Y
ENER GIZED
O
N
1 2 3 4 5 6 7 8
ACU
EXT
12V
GND
H1
TB2
TB3
TB4
OCB8
PC1102
RELAY
REV.
NORMAL
KEYSCAN
INC.
Door
Output
1
(DIP
Switch 1)
Door
Output
2
(DIP
Switch 2)
Aux
Output
1
(DIP
Switch 3)
Aux
Output
2
(DIP
Switch 4)
HC
Output
1
(DIP
Switch 5)
HC
Output
2
(DIP
Switch 6)
Pre-
Alert
1
(DIP
Switch 7)
Pre-
Alert
2
(DIP
Switch 8)
Relay
Power
Note
DIP switches set
relays for normal or
reverse, as
indicated by the
arrows.
Figure 22 – Terminate Lock Wiring CA250B
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 35
35
Figure 23 – Terminate Lock Wiring CA4500B
+
-
CONTROL
2
+
-
Diode
1N4004
OCB-8
RS-232 (COM4)
CTS
DTR
DCD
RD
TD
GND
TAMPER TB3
SWITCH
+
-
CONTROL
5
CONTROL
4
S1
TB1
J1
OUTPUT
CONTROL
BOARD
K1
K2
K3 K4
K5K6K7K8
LED ON =
RELAY
ENER GIZED
O
N
1 2 3 4 5 6 7 8
ACU
EXT
12V
GND
H1
TB2
TB3
TB4
OCB8
PC1102
RELAY
REV.
NORMAL
KEYSCAN
INC.
Door
Output
1
(DIP
Switch 1)
Door
Output
2
(DIP
Switch 2)
Door
Output
3
(DIP
Switch 3)
Door
Output
4
(DIP
Switch 4)
Aux
Output
1
(DIP
Switch 5)
Aux
Output
2
(DIP
Switch 6)
Aux
Output
3
(DIP
Switch 7)
Aux
Output
4
(DIP
Switch 8)
Relay
Power
Fire Contact
Door #1
Door Strike
- Fail Safe –
to N.C.
DC Supply
OCB-8 ribbon cable
connects to CONTROL1
terminal.
red stripe
CA4500B
Control Board
Cut View
N.C.
Ensure all lock hardware
complies with federal,
state/provincial, and
municipal fire codes.
OCB-8 powered
through ribbon cable
with J1 Relay Power
set on ACU.
KI-00127E-10-14
Note
DIP switches set
relays for normal or
reverse, as
indicated by the
arrows.
Ground Lug
breaks on alarm
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 36
36
Figure 24 – Terminate Lock Wiring CA8500B
12 VDC+
Com
CA8500B
Control Board
Cut View
+
-
DC
Supply
OCB-8 ribbon cable
connects to CONTROL 1
terminal.
CONTROL
2
+
-
Diode
1N4004
Door # 1
Door Strike
- Fail Secure -
to N.O.
Ensure all lock
hardware complies
with federal, state/
provincial, and
municipal fire codes.
red stripe
OCB-8
Ground
Lug
OCB-8 powered
through ribbon
cable with J1
Relay Power set
on ACU.
RS-232 (COM4)
CTS
DTR
DCD
RD
TD
GND
TAMPER TB3
SWITCH
+
-
KI-00128E-10-14
CONTROL
5
CONTROL
4
S1
TB1
J1
OUTPUT
CONTROL
BOARD
K1
K2
K3 K4
K5K6K7K8
LED ON =
RELAY
ENER GIZED
O
N
1 2 3 4 5 6 7 8
ACU
EXT
12V
GND
H1
TB2
TB3
TB4
OCB8
PC1102
RELAY
REV.
NORMAL
KEYSCAN
INC.
Door
Output
1
(DIP
Switch 1)
Door
Output
2
(DIP
Switch 2)
Door
Output
3
(DIP
Switch 3)
Door
Output
4
(DIP
Switch 4)
Door
Output
5
(DIP
Switch 5)
Door
Output
6
(DIP
Switch 6)
Door
Output
7
(DIP
Switch 7)
Door
Output
8
(DIP
Switch 8)
Relay
Power
Note
DIP switches set
relays for normal or
reverse, as
indicated by the
arrows.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 37
37
Terminate Input Wiring
The following sub-headings review termination of door, exit, and auxiliary alarm input wiring.
Door Monitoring Connections
A normally-closed door contact is for monitoring door security. Door inputs are shunted during the door relay
unlock time.
Exit Device Connections
A normally-open exit device contact unlocks its assigned door for its defined door relay unlock time and
overrides the alarm input during its defined door held open time. 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.
Security Monitoring Connections
A normally-closed device may be connected to an auxiliary alarm input for monitoring stairwell or interior
doors, or windows. The auxiliary alarm inputs may be connected to infrared sensors or to an existing alarm
system with a normally-closed auxiliary output relay contact.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 38
38
Figure 25 – Terminate Input Wiring – Door Inputs (Contacts)
Cut View of CA8500B
Door Inputs - A RTE Inputs - B
Door 1
8
to
Door
Input
1
Door Contact
to
Common
1K
Single end of line
supervision
to Door Input
1
Door Contact
to Common
1K
Double end of line
supervision
3K
Non-supervised
Notes
Diagram illustrates CA8500B. Connections
also apply to CA250B & CA4500B.
- CA250B – up to 2 door inputs
- CA4500B – up to 4 door inputs
- CA8500B – up to 8 door inputs
Supervision level set in Client software:
System VII & Vantage – Site Unit Setup
Aurora – Hardware Setup
Supervision level applied to all door inputs, RTE inputs, and auxiliary inputs.
NC
COM
NC
COM
NC
COM
76
54321
Common
8
76
54321
AUX Inputs - C
8
76
54321
Common
Common AUX Inputs - D
16
1514
131211109
Common AUX Inputs - E
24
2322
2120191817
KI-00129E-10-13
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 39
39
Figure 26 – Terminate Input Wiring – RTE Push Button
Single end of line
supervision
to Request
to Exit
to Common Return
Double end of line
supervision
Non-supervised
Notes
Diagram illustrates CA8500B. Connections also apply to
CA250B & CA4500B.
- CA250B – up to 2 Request To Exits
- CA4500B – up to 4 Request To Exits
- CA8500B – up to 8 Request To Exits
RTE
Push Button
COM
NO
NO = Normally Open
1K
3K
COM
NO
to Request
to Exit
to Common Return
1K
COM
NO
Cut View of CA8500B
Door Inputs - A RTE Inputs - B
8
76
54321
Common
8
76
54321
AUX Inputs - C
8
76
54321
Common Common AUX Inputs - D
16
1514
131211109
Common AUX Inputs - E
24
2322
2120191817
KI-00130E-10-13
Supervision level set in Client software:
System VII & Vantage – Site Unit Setup
Aurora – Hardware Setup
Supervision level applied to all door inputs, RTE inputs, and auxiliary inputs.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 40
40
Figure 27 – Terminate Input Wiring – RTE PIR Motion Sensor
to
Request
to Exit
to Common Return
1K
Single end of line
supervision
to Common Return
1K
Double end of line
supervision
3K
Non-supervised
Notes
Diagram illustrates CA8500B. Connections also apply to
CA250B & CA4500B.
- CA250B – up to 2 Request to Exits
- CA4500B – up to 4 Request to Exits
- CA8500B – up to 8 Request to Exits
Lens
NO
COM
PIR (Request To Exit)
Lens
NO
COM
Lens
NO
COM
to
Request
to Exit
NO = Normally Open
PIR
RTE (Request to Exit) – ½ second pulse
Determines the amount of time the output relays will energize when motion is detected.
Cut View of CA8500B
Door Inputs - A RTE Inputs - B
8
76
54321
Common
8
76
54321
AUX Inputs - C
8
76
54321
Common Common AUX Inputs - D
16
1514
131211109
Common AUX Inputs - E
24
2322
2120191817
KI-00131E-10-13
Supervision level set in Client software:
System VII & Vantage – Site Unit Setup
Aurora – Hardware Setup
Supervision level applied to all door inputs, RTE inputs, and auxiliary inputs.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 41
41
Figure 28 – Terminate Input Wiring RTE - PIR & Push Button
Notes
Diagram illustrates CA8500B. Connections
also apply to CA250B & CA4500B.
- CA250B – up to 2 Request to Exits
- CA450B – up to 4 Request to Exits
- CA8500B – up to 8 Request to Exits
Lens
NO
COM
PIR (Request To Exit)
NO = Normally Open
PIR
Motion Sensor RTE (Request to Exit) – ½ second
pulse
Determines the amount of time the output relays
will energize when motion is detected.
RTE
Push Button
COM
NO
NO = Normally Open
“Two devices wired in
parallel to each other”
Single end of line supervision
to Request
to Exit
to Common Return
Double end of line supervision
1K
3K
COM
NO
to Request
to Exit
to Common Return
1K
COM
NO
Note
If using supervision, it is only required on the device farthest from the ACU
terminal. Example shows supervision on RTE Push Button.
No supervision
Cut View of CA8500B
Door Inputs - A
RTE Inputs - B
8
76
54321
Common
8
76
54321
AUX Inputs - C
8
76
54321
Common
Common AUX Inputs - D
16
1514
131211109
Common
AUX Inputs - E
24
2322
2120191817
KI-00132E-10-13
Supervision level set in Client software:
System VII & Vantage – Site Unit Setup
Aurora – Hardware Setup
Supervision level applied to all door inputs, RTE
inputs, and auxiliary inputs.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 42
42
Figure 29 – Terminate Input Wiring – AI/SI Inputs
to Supervised
Auxiliary Alarm Input
1
to Common Return
1K
Single end of line
supervision
1
to Common Return
1K
Double end of line
supervision
3K
Non-supervised
Notes
Diagram illustrates CA8500B.
Connections also apply to CA250B & CA4500B.
- CA250B – up to 8 Supervised Auxiliary Alarm Inputs
- CA4500B – up to 16 Supervised Auxiliary Alarm Inputs
- CA8500B – up to 16 Supervised Auxiliary Inputs
NC
COM
NC
COM
NC
COM
NC = Normally Closed
to Supervised
Auxiliary Alarm Input
Cut View of CA8500B
Door Inputs - A RTE Inputs - B
8
76
54321
Common
8
76
54321
AUX Inputs - C
8
76
54321
Common Common AUX Inputs - D
16
1514
131211109
Common AUX Inputs - E
24
2322
2120191817
KI-00133E-10-13
Supervision level set in Client software:
System VII & Vantage – Site Unit Setup
Aurora – Hardware Setup
Supervision level applied to all door inputs, RTE inputs, and auxiliary inputs.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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43
Terminate Elevator Floor Wiring
OCB Terminal
Elevator Control Board
Terminal
Elevator
Floors
1st OCB-8 – H1
Control 1
1
1 – 8
*2nd OCB-8 – H1
Control 2
1
9 – 16
*3rd OCB-8 – H1
Control 3
1
17 – 24
*4th OCB-8 – H1
Control 4
1
25 – 32
*5th OCB-8 – H1
Control 5
1
33 – 40
OCB Terminal
Elevator Control Board Terminal
Elevator
Reader
Floors
1st OCB-8 – H1
Control 1
1 1 1 – 8
*2nd OCB-8 – H1
Control 2
1 1 9 – 16
3rd OCB-8 – H1
Control 3
2 2 1 – 8
*4th OCB-8 – H1
Control 4
2 2 9 – 16
If the elevator control board regulates more than eight (8) floors, multiple output control boards (OCB-8) are
required. See the following table for ribbon cable elevator/floor assignments from the OCB-8 terminal to the
elevator control board terminal.
OCB-8 DIP Switch Settings
DIP Switches 1 to 8 set to Reversed position
J1 Relay Power set on EXT
Note
Verify all floor hardware conforms to federal, state, provincial or municipal building codes and fire
regulations.
Table 4 – OCB-8 to EC1500B Ribbon Cable Connections
Table 5 – OCB-8 to EC2500B Ribbon Cable Connections
* Optional OCB-8's must be purchased separately.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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44
OCB-8
Current – 230 mA
Relays – Form C contacts
– 5 A / 30 VDC
– 10 A / 24 VAC
KI-00134E-10-14
+
-
OCB-8 ribbon cable
connects to CONTROL 1
(Floors 1 to 8)
connects to
floor call
button
connects to
common on
elevator
control
circuit
elevator
button
EC 1000 Control 1 – OCB-8 Floor Outputs 1 – 8
EC 1000 Control 2 – OCB-8 Floor Outputs 9 – 16* (optional)
EC 1000 Control 3 – OCB-8 Floor outputs 17 – 24* (optional)
EC 1000 Control 4 – OCB-8 Floor Outputs 25 – 32* (optional)
EC 1000 Control 5 – OCB-8 Floor Outputs 33 – 40* (optional)
* OCB-8s must be purchased separately.
Ensure all elevator hardware complies with all fire code
regulations.
AUX 12 V or
ACU 12 V
on DPS-15
Elevator Board
Cut View
CONTROL
2
CONTROL
5
RS-232 (COM4)
CTS
DTR
DCD
RD
TD
GND
TAMPER (TB3)
SWITCH
+
-
CONTROL
4
S1
TB1
J1
OUTPUT
CONTROL
BOARD
K1
K2
K3 K4
K5K6K7K8
LED ON =
RELA Y
ENER GIZED
O
N
1 2 3 4 5 6 7 8
ACU
EXT
12V
GND
H1
TB2
TB3
TB4
OCB8
PC1102
RELAY
REV.
NORMAL
KEYSCAN
INC.
Floor
Output
1
(DIP
Switch 1)
Floor
Output
2
(DIP
Switch 2)
Floor
Output
3
(DIP
Switch 3)
Floor
Output
4
(DIP
Switch 4)
Floor
Output
5
(DIP
Switch 5)
Floor
Output
6
(DIP
Switch 6)
Floor
Output
7
(DIP
Switch 7)
Floor
Output
8
(DIP
Switch 8)
Relay
Power
Fire Panel
trips on alarm
N.C.
Relay Rev/Normal
DIP Switch 1 – Floor Output 1
DIP Switch 2 – Floor Output 2
DIP Switch 3 – Floor Output 3
DIP Switch 4 – Floor Output 4
DIP Switch 5 – Floor Output 5
DIP Switch 6 – Floor Output 6
DIP Switch 7 – Floor Output 7
DIP Switch 8 – Floor Output 8
Set DIP switches on Reverse
red stripe
Set jumper on J1 for EXT
Figure 30 – Terminate Floor Wiring EC1500B
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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45
OCB-8
Current – 230 mA
Relays – Form C contacts
– 5 A / 30 VDC
– 10 A / 24 VAC
KI-00135E-10-14
EC 2000 Control 1 – OCB-8: Cab A - Floor Outputs 1 – 8
EC 2000 Control 2 – OCB-8: Cab A - Floor Outputs 9 – 16 * (optional)
EC 2000 Control 3 – OCB-8: Cab B - Floor Outputs 1 – 8 (optional)
EC 2000 Control 4 – OCB-8: Cab B - Floor Outputs 9 – 16 * (optional)
* OCB-8s must be purchased separately.
Ensure all elevator hardware complies with all fire code regulations.
-
OCB-8 ribbon cable
connects to CONTROL 1
(Floors 1 to 8)
connects to
floor call
button
connects
to
common
on
elevator
control
circuit
elevator
button
AUX 12 V or
ACU 12 V
on DPS-15
Elevator Board
Cut View
CONTROL
2
CONTROL
5
RS-232 (COM4)
CTS
DTR
DCD
RD
TD
GND
TAMPER (TB3)
SWITCH
+
-
CONTROL
4
S1
TB1
J1
OUTPUT
CONTROL
BOARD
K1
K2
K3 K4
K5K6K7K8
LED ON =
RELAY
ENER GIZED
O
N
1 2 3 4 5 6 7 8
ACU
EXT
12V
GND
H1
TB2
TB3
TB4
OCB8
PC1102
RELAY
REV.
NORMAL
KEYSCAN
INC.
Floor
Output
1
(DIP
Switch 1)
Floor
Output
2
(DIP
Switch 2)
Floor
Output
3
(DIP
Switch 3)
Floor
Output
4
(DIP
Switch 4)
Floor
Output
5
(DIP
Switch 5)
Floor
Output
6
(DIP
Switch 6)
Floor
Output
7
(DIP
Switch 7)
Floor
Output
8
(DIP
Switch 8)
Relay
Power
Fire Panel
trips on alar m
N.C.
Relay Rev/Normal
DIP Switch 1 – Floor Output 1
DIP Switch 2 – Floor Output 2
DIP Switch 3 – Floor Output 3
DIP Switch 4 – Floor Output 4
DIP Switch 5 – Floor Output 5
DIP Switch 6 – Floor Output 6
DIP Switch 7 – Floor Output 7
DIP Switch 8 – Floor Output 8
Set DIP switches on Reverse
red stripe
Set jumper on J1 for EXT
+
-
Figure 31 – Terminate Floor Wiring EC2500B
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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46
Terminate Floor Input Wiring
Floors 1 - 8
Floors 9 - 16
Floors 17 - 24 Floors 25 - 32
40 Floor Status Inputs
Dry Contact
Relay
N.O.
Call Button Status
24 of 40
Normally Open
Dry Contact
Relay
N.O.
Call Button Status
2 of 40
Normally Open
Dry Contact
Relay
N.O.
Call Button Status
13 of 40
Normally Open
Cut View of EC1500B
Floor monitoring inputs (separate dry contacts) provided by 3rd party elevator company.
Door Inputs - A RTE Inputs - B
8
76
54321
Common
8
76
54321
AUX Inputs - C
8
76
54321
Common
Common AUX Inputs - D
16
1514
131211109
Common AUX Inputs - E
24
2322
2120191817
Floors 33 - 40
KI-00136E-07-11
The EC1500 with five (5) output control boards can regulate up to 40 floors. The EC1500 and EC2500 do not
have floor status with supervision.
Figure 32 – Terminate Floor Input Wiring EC1500B
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 47
47
Figure 33 – Terminate Floor Input Wiring EC2500B
Floors 1 - 8
Floors 9 - 16
Floors 1 - 8
Floors 9 - 16
Dry Contact
Relay
N.O.
Elevator B
Call Button Status
7 of 16
Normally Open
Dry Contact
Relay
N.O.
Elevator A
Call Button Status
1 of 16
Normally Open
Dry Contact
Relay
N.O.
Elevator A
Call Button Status
12 of 16
Normally Open
Cut View of EC2500B
Elevator A - 16 Floor Status Inputs
Elevator B - 16 Floor Status Inputs
Floor monitoring inputs (separate dry contacts) provided by 3rd party elevator company.
Door Inputs - A RTE Inputs - B
8
76
54321
Common
8
76
54321
AUX Inputs - C
8
76
54321
Common
Common AUX Inputs - D
16
1514
131211109
Common
KI-00137E-07-11
Terminate Reader Wiring at ACU
For readers, use six (6) conductors 22 AWG shielded cable or a cable with overall shielding.
For elevator readers or current demanding readers, such as the Indala PX620 or the HID5375, use six (6)
conductors 18 AWG shielded cable.
The shielding wire must be connected to the earth ground lug at the ACU, isolated and taped at the reader.
The maximum reader distance is 500 feet (152.4 m) from the ACU when transmitting a Wiegand signal. If the
distance is greater than 500 feet (152.4 m), install one WIEEX2 per reader, which extends the distance to
4000 feet (1219.2 m). See Appendix D – WIEEX2.
Reader Wiring
Red – Positive DC power. For readers that draw more current, connect the red wire directly to the power
supply.
Black – Ground (GND)
Brown – Light emitting diode (LED) on reader
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 Inc. – Technical Guide (PC109x - 04.15)
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48
Shield not
connected.
Isolate with
electrical tape.
3 pairs shielded
22 AWG or 18 AWG
500 ft (152.4 m) maximum
Reader terminal on control board
External DC
Supply
Red (+ VDC)
Black (-)
Proximity
Reader
Shield
Ground
Lug
LED
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Enclosure
KEYSCAN
Cable in through knockout.
READER PWR
ACU PWR
+
Power terminal on control board
Blue used for pre-alert
otherwise isolate and tape
back.
Orange not
used. Isolate
and tape back.
Shield not
connected.
Isolate with
electrical tape.
LED (Brown)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Pre-alert (Blue)
Orange
FAIL
+
FAIL
EGND
AC Fail
Pre-alert (Blue)
DC Output 12V
-
+
N.C.
N.O.
Energized when AC
present.
LED D1
WHTD0GRN
PWR
RED
GND
BLK
C1
(BEEP)
KI-00138E-07-11
Figure 34 – Terminate Reader Wiring
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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49
Terminate Auxiliary Outputs with Hardware/Alarms
Normally
Closed
N.C.
Normally
Open
N.O.
alarm panel input
or
CCTV input
time zone
lock/unlock
CA250B
Control
Board
Cut View
OCB-8 ribbon cable
connects to CONTROL 1.
red stripe
OCB-8
When OCB-8 connected to CA250B
Relay 5 = Aux Output 3 or HC Output 1
Relay 6 = Aux Output 4 or HC Output 2
Do not use relays for both functions.
OCB-8
Relays
CONTROL
2
RS-232 (COM4)
CTS
CONTROL
5
DTR
DCD
RD
TD
GND
OCB-8 powered
through ribbon
cable with J1
Relay Power set
on ACU.
TAMPER TB3
SWITCH
+
-
KI-00139E-10-14
CONTROL
4
S1
TB1
J1
OUTPUT
CONTROL
BOARD
K1
K2
K3 K4
K5K6K7K8
LED ON =
RELAY
ENER GIZED
O
N
1 2 3 4 5 6 7 8
ACU
EXT
12V
GND
H1
TB2
TB3
TB4
OCB8
PC1102
RELAY
REV.
NORMAL
KEYSCAN
INC.
Door
Output
1
(DIP
Switch 1)
Door
Output
2
(DIP
Switch 2)
Aux
Output
1
(DIP
Switch 3)
Aux
Output
2
(DIP
Switch 4)
HC
Output
1
(DIP
Switch 5)
HC
Output
2
(DIP
Switch 6)
Pre-
Alert
1
(DIP
Switch 7)
Pre-
Alert
2
(DIP
Switch 8)
Relay
Power
Note
DIP switches set
relays for normal or
reverse, as
indicated by the
arrows.
Door and auxiliary inputs can be programmed to trip auxiliary output relays on an alarm event. This excludes
pre-alert relays. Auxiliary output relays can be connected to alarm panels, CCTV systems etc.
As an example, a forced entry detected by a door input could be programmed to trip an auxiliary output that
initiates a CCTV system to record the intrusion at the door.
Auxiliary output relays may also be used to control hardware with an associated time zone, such as scheduling
the locking/unlocking of a door, which does not have a reader, to a defined time zone.
Important
Do not assign a time zone to an auxiliary output if the output has previously been assigned to an alarm
event. The alarm has priority over the time zone.
Figure 35 – Terminate Auxiliary Outputs CA250B
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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50
Figure 36 – Terminate Auxiliary Outputs CA4500B
CA4500B
Control
Board
Cut View
OCB-8 ribbon cable
connects to CONTROL 1.
red stripe
OCB-8
alarm panel input
or
CCTV input
time zone
lock/unlock
CONTROL
2
RS-232 (COM4)
CTS
CONTROL
5
DTR
DCD
RD
TD
GND
OCB-8 powered
through ribbon
cable with J1
Relay Power set
on ACU.
TAMPER TB3
SWITCH
+
-
KI-00140E-10-14
CONTROL
4
S1
TB1
J1
OUTPUT
CONTROL
BOARD
K1
K2
K3 K4
K5K6K7K8
LED ON =
RELA Y
ENER GIZED
O
N
1 2 3 4 5 6 7 8
ACU
EXT
12V
GND
H1
TB2
TB3
TB4
OCB8
PC1102
RELAY
REV.
NORMAL
KEYSCAN
INC.
Door
Output
1
(DIP
Switch 1)
Door
Output
2
(DIP
Switch 2)
Door
Output
3
(DIP
Switch 3)
Door
Output
4
(DIP
Switch 4)
Aux
Output
1
(DIP
Switch 5)
Aux
Output
2
(DIP
Switch 6)
Aux
Output
3
(DIP
Switch 7)
Aux
Output
4
(DIP
Switch 8)
Relay
Power
Normally
Closed
N.C.
Normally
Open
N.O.
OCB-8
Relays
Note
DIP switches set
relays for normal or
reverse, as
indicated by the
arrows.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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51
Figure 37 – Terminate Auxiliary Output CA8500B
Normally
Closed
N.C.
Normally
Open
N.O.
CA8500B
Control Board
Cut View
OCB-8 ribbon cable
connects to
CONTROL 2.
red stripe
OCB-8
OCB-8
Relays
alarm panel input
or
CCTV input
time zone
lock/unlock
CONTROL
1
RS-232 (COM4)
CTS
CONTROL
5
DTR
DCD
RD
TD
GND
OCB-8 powered
through ribbon cable
with J1 Relay Power
set on ACU.
TAMPER TB3
SWITCH
+
-
KI-00141E-10-14
CONTROL
4
S1
TB1
J1
OUTPUT
CONTROL
BOARD
K1
K2
K3 K4
K5K6K7K8
LED ON =
RELAY
ENER GIZED
O
N
1 2 3 4 5 6 7 8
ACU
EXT
12V
GND
H1
TB2
TB3
TB4
OCB8
PC1102
RELAY
REV.
NORMAL
KEYSCAN
INC.
Aux
Output
1
(DIP
Switch 1)
Aux
Output
2
(DIP
Switch 2)
Aux
Output
3
(DIP
Switch 3)
Aux
Output
4
(DIP
Switch 4)
Aux
Output
5
(DIP
Switch 5)
Aux
Output
6
(DIP
Switch 6)
Aux
Output
7
(DIP
Switch 7)
Aux
Output
8
(DIP
Switch 8)
Relay
Power
Note
DIP switches set
relays for normal or
reverse, as
indicated by the
arrows.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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52
S2 DIP Switches
Switch Off
Off = 0
Switch On
On = 1
Switch Settings
S2 – DIP Switches
KI-00142E-04-13
1
ON
2 3 4 5 6 7 8 9 10 11 12
S2 – 11 & 12
- Software selection: Aurora/System VII/ Vantage
S2 – 9 & 10
- KHS IP address selection (reserved)
S2 – 7 & 8
- Communication terminal block activation
S2 – 6
- Global lockdown enable/disable
S2 – 4 & 5
- Alternate panel serial # selection
S2 – 2 & 3
- Communication bit rate selection
S2 – 1
- Communication mode – serial, network or
reverse network selection
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.
Important
Whenever altering S2 DIP switches, refer to S1 - System Reset / S3 - Restore Factory Defaults on page 57
for determining when you must perform a system reset or restore factory defaults. This ensures the
control board initializes the changes.
Figure 38 – S2 DIP Switch Legend
S2 DIP Switch Functions
The following sub-headings outline the specific S2 switches and their respective functions.
S2.1 - Communication Mode
Keyscan control boards support serial, network and reverse network communication modes. Reverse network
is a Keyscan proprietary application and requires the purchase of a license.
S2.2 & S2.3 - Communication Bit Rate Selection
The number of bits the control board processes per second. For a communication bus with multiple control
boards, all control boards must be set on the same bit rate. Ensure the control board is set on the desired and
correct rate. Also, ensure that all Keyscan software settings match the control board’s bit rate.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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53
S2.4 & S2.5 - Alternate Panel Serial Number
Keyscan programs each control board with a factory-assigned serial number for identification and
communication with the Keyscan software.
Always use the factory-assigned serial number as a setting in the Client software. In the event a duplicate
serial number is detected during ACU setup in the software, you will be prompted in the Client application to
reconfigure the control board for an alternate serial number by an increment of 10, 100 or 1000. Set the S2
DIP switches accordingly as outlined in the table.
S2.6 - Lockdown
This function enables a control unit to lockdown all connected doors or floors via the Client software or a
lockdown input. Refer to Lockdown – Door / Floors document on Keyscan Product Documentation Library CD
for more information.
S2.7 & S2.8 - Communication Terminal Block Activation
The following communication terminal blocks on the control board must be activated for communication: TB4
(RS-232 serial), the H1 header (CB-485 or CPB-10-2) or the M1 terminal (NETCOMP).
The H2 header for CIM connections is an open header and is not regulated by S2.
S2.9 & S2.10 - IP Address
These settings are 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 - 04.15)
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54
S2 Dip Switch Settings
S2 Switch #
Setting
Function
Notes
S2.1
0 = Off
1 = On
Communication Mode
0
Serial Communication
Also see S2.7 & S2.8 in the table.
0
Network Communication
As above.
1
Reverse Network Communication
Applies only to the reverse network
designated control board with the
programmed IP of the host
location. All other boards on
communication bus S2.1 = 0. Also
see S2.7 & S2.8 in the table.
S2.2 & S2.3
Communication Bit Rate
0 0
9600 bit/s
1 0
19,200 bit/s
(not applicable for reverse network)
0 1
57,600 bit/s (CPB-10-2 not supported)
Recommended setting
1 1
115,200 bit/s (CPB-10-2 or CB-485 not
supported)
(not applicable for reverse network)
S2.4 & S2.5
Alternate Panel Serial # Selection
0 0
Factory-assigned serial # *
* Leave on factory assigned setting
unless prompted in the Client
software when inputting panel data.
0 1
Alternate serial #1 – adds 1000 to factoryassigned serial #
(not supported on Aurora)
1 0
Alternate serial # 2 – adds 100 to factoryassigned serial #
(not supported on Aurora)
1 1
Alternate serial # 3 – adds 10 to factory-assigned
serial #
(not supported on Aurora)
S2.6 Lockdown
0
Disabled
1
Enabled
CA250 – AI #8 / CA4500 & CA8500
– AI #16 are dedicated lockdown
aux inputs when the control board
is lockdown enabled.
S2.7 & S2.8
Communication Terminal Block Activation
0 0
For direct serial communication connect to RS232 (COM4) - TB4 terminal block
0 1
CB-485 and CPB-10-2 communication via CPB/CB
MODULE (COM4) - H1 header
1 0
NETCOMP communication plugged directly into M1
on control board (COM4)
Review Table 6 for determining S2 DIP switch settings.
Table 6 – S2 DIP Switch Settings
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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55
S2 Switch #
Setting
Function
Notes
1 1
Program mode for NETCOMP plugged into M1
(COM4) on the control board
The H2 header for CIM connections is an open header and is not regulated by S2.
S2.9 & S2.10
KHS - IP Address
n/a
Reserved for Keyscan Hosted Services
S2.11 & S2.12
Software Selection
1 1
Aurora
0 0
System VII
1 0
Vantage
0 1
Future use
0 = Off
1 = On
Notes on Communication Settings
The 9600 bit/s communication setting is recommended for the CPB-10-2 only. Aurora does not support
this communication setting.
The 19,200 bit/s communication setting is only recommended for CPB-10-2 connections, which do not
exceed 200 ft/61 m between units and overall distance.
Aurora and all current hardware products do not support modem communication.
Ensure you are running the most current software version with this control board. For the latest software
updates, visit www.keyscan.ca.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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56
Figure 39 – Location of S2 DIP Switches
COMMUNICATION STATUS
TD1 RD1 TD2 RD2 TD3 RD3 TD4 RD4
READER 1READER 2READER 3READER 4READER 5
CONTROL 2
CONTROL 5
CONTROL 3
Protective ACU Cover
Cut View of CA8500B
Location of S2 is the
same on all CA & EC
control boards.
KI-00143E-04-13
S1
S2
S3
O
N
1 2 3 4 5 6 7 8 9 10 11 12
Important - Circuit Board Function Revisions
The following functions on PC1097 version and higher circuit boards are now configured via the Client
software:
Reader configuration (formerly jumper J3)
Reader LED lock state (formerly J16)
Temporary card countdown (formerly J16)
Accessibility HC relay all cards enabled (formerly J16)
End-of-line supervision mode (formerly J18)
Reader lockdown LED mode (formerly J18)
All of the previously listed functions can be selected or enabled when adding a panel in the Client software.
You require the following Keyscan software versions:
Aurora – version 1.0.1.0
System VII – version 7.0.19 or higher
Vantage – version 8.1.18 or higher
Circuit Board Card Capacity
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 cardholder
data. The database backup and scheduling functions are located in the Client software. In the event that the
database is not backed up, the Disaster Recovery utility is unable to retrieve names from the access control
board.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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57
S1 - System Reset / S3 Restore Factory Defaults
S1 – System Reset
The System Reset S1 is a push button that re-boots the control board to initialize any previous changes made
to the S2 DIP switches. If the control board is powered while any of the following S2 DIP switch functions were
altered, momentarily press the S1 System Reset push button:
S2.1 - Communication Mode
S2.2 & S2.3 - Communication Bit Rate Selection
S2.4 & S2.5 - Alternate Panel Serial Number
S2.6 – Lockdown
S2.7 & S2.8 - Communication Terminal Block Activation
S2.11 & S2.12 – Software Selection – refer to S3 Restore Factory Defaults
If the control board was not powered while the S2 DIP switches were changed, with the exception of S2.11 &
S2.12 – Software Selection, you do not have to perform a system reset. The changes will be initialized when
power is applied to the control board.
S3 – Restore Factory Defaults (Clear Memory)
S3 restores the control board’s factory default settings. You must restore the factory default settings whenever
you have performed one or more of the following procedures to a control board:
when a control board has been newly installed
when an EPROM or reader PROM has been changed
when the software selection DIP switches have changed
when the ACU protective cover has been removed to mount a NETCOMP on the Ethernet M1 socket
Procedure
To restore the factory default settings, ensure the control board has power, press S1, wait 5 seconds.
Press S3 within 10 seconds.
After performing the above clear memory procedure, the system status LED begins flashing RED and the
control board’s piezo emits a cycle of two (2) short beeps followed by a pause. This occurs for
approximately 120 – 150 seconds while the factory default settings are loaded and the database
information is erased from the on-board memory. Do not make any changes to the control board, such as
altering DIP switches or powering down the board, while the factory defaults are being restored or you will
have to repeat the procedure. After the System Status LED has stopped flashing, the factory default
settings have been restored and the Keyscan database has been cleared from the on-board memory. After
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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58
you have restored the factory defaults, perform an upload from a PC with a Keyscan Client software
COMMUNICATION STATUS
TD1 RD1 TD2 RD2 TD3 RD3 TD4 RD4
READER 1READER 2READER 3READER 4READER 5
CONTROL 2
CONTROL 5
CONTROL 3
Protective ACU Cover
Cut View of CA8500B
Location of S2 and S3
are the same on all CA
& EC control boards.
KI-00150E-07-13
S1
S2
S3
O
N
1 2 3 4 5 6 7 8 9 10 11 12
S3 – Clear Memory
(Restore Factory Defaults)
S1 –System Reset
module so the Keyscan database is transferred to the control board’s on-board memory.
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. Also, see Power Up and Test Voltages for a new installation.
Clear Memory without Full Memory Test
Ensure the control board has power, press S1, wait 5 seconds. Hold down the tamper switch, and then
momentarily press S3 within 10 seconds. Then release the tamper switch.
This clear memory procedure is shorter in duration for restoring the factory defaults – approximately 15 to
20 seconds – but bypasses performing a full memory test on the control board. This method to clear
memory should not be used on a newly installed control board.
Figure 40 – S3 Restore Default Settings (Clear Memory) & S1 System Reset Locations
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59
Single ACU Communication
This section outlines ACU to PC communication where only a single control board is on the communication
loop. Keyscan supports the following connectivity modes:
Serial (direct RS-232)
USB (USB 1.1 & USB 2.0 supported)
Network (TCP/IP)
For connecting multiple control boards on a communication loop, refer to the CIM Communication section.
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 product
installation document that was included with the product.
Important
Do not mix CIM, CPB-10-2 or CB-485 boards on the same communication loop.
NETCOMs
The technical guide includes only operational connections for NETCOM devices. For programming instructions
and temporary serial programming connections, refer to the specific installation guide that was included with
the NETCOM device.
Multiple Building Communication on a WAN
A point-to-point private network is required where NETCOMs are used on a LAN/WAN (TCP/IP) that integrates
building-to-building communication.
For reverse network communication applications, a public or private network is required with a path and
connectivity between the host location and the remote location. Reverse network communication requires a
license from Keyscan.
Keyscan RS-232 Data Cable
Keyscan’s RS-232 data cable has multiple applications for various Keyscan products and as such has a generic
configuration for the loose wires. When it is used in applications where the shield must be connected to the
metal enclosure ground lug, Keyscan suggests one of following wiring options:
Option A – trim back the shield wire to approximately 0.5” (1.5 cm) then solder an appropriate length of
green # 20 AWG wire to the shield and terminate the shield at the ground lug
Option B – remove sufficient cable jacketing allowing the shield wire to return to the ground lug from the
communication connector. Trim the 5 communication wires to a length of 2.5” (6.5 cm) and strip the ends
Insulate the shield wire with a length of tubing to prevent it from shorting. Terminate the shield.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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60
Configure a 9-pin RS-232 Data Cable
- Shield
1 - White
2 - Black
3 - Red
4 - Brown
5 - Green
6 - shorted to pin 7
7 - shorted to pin 6
8 - not connected
9 - not connected
DB9 Connector
(Front View)
1
2
3
4
5
6
7
8
9
KI-00152E-07-11
In the event that you are establishing a serial connection from the PC either to the control board or a
communication board and you have to make a 9 pin, RS-232, data cable, ensure that you follow the pin to
wire colour assignments on the following diagram. When possible, use a Keyscan 9 pin, RS-232 data cable
(Keyscan part # 40-2322) which is manufactured specifically for Keyscan serial data connectivity.
Figure 41 – RS-232 Data Cable Connections
Installation Notes
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.
Exceptions - NETCOMs
When connecting the following NETCOM devices – NETCOM2 or NETCOM6 – reverse the black and red
wires as shown on the NETCOM wiring diagrams. Please observe the following connections:
The black wire of the RS-232 cable connects to the RD terminal.
The red wire of the RS-232 cable connects to the TD terminal.
If during communication troubleshooting you remove the terminal block if it is wired for a NETCOM, as
listed above, and attach it to the communication port of the control board, or vise versa, system
communication will fail.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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61
Figure 42 – Communication - Direct Serial
to Com Port on
PC with
Communication
Manager
GND
RS-232 (COM4)
Control Board
(PC 109x)
Green
Black
Brown & White not used.
Tape back separately.
Brown
Shield
Green
Black
Red
White
RS-232 5 conductor
22 AWG shielded cable
Maximum - 100 Ft (30 M)
TD
RD
DCD
DTR
CTS
Red
`
to ground lug
Shield*
Parts List
- RS-232 Data Cable
- Control Board
- PC (requires serial port)
IOCB (COM1)
RX
TX
Ensure S2
DIP switches 7 & 8
are OFF
KI-00153E-04-13
* Insulate shield with PVC tubing such as Alpha
(p/n PVC10516 16 AWG) or comparable
insulator.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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62
Figure 43 – Single ACU Communication - USB Adaptor
PC with
Communication
Manager
- USB Adaptor (USB-SER)
- RS-232 Data Cable
- Control Board
- PC (requires USB port)
- USB extension cable optional
BRNWHTGRN WHT
+ TX - + RX -
485 OUT 485 IN
To USB port on PC
(may require USB
extender cable)
485 terminal
block not used
use 3 loose
RS-232 wires
tape
back
shield
Note
USB communication is slower
than direct serial or NETCOM
communication.
Do not connect USB adaptor to
modem.
RS-232
22 AWG shielded cable
Maximum - 100 ft (30 M)
Green
Black
Red
Unused conductors are
taped back separately.
Unused conductors are
taped back separately.
GND
RS-232 (COM4)
Control Board
(PC 109x)
Green
Black
TD
RD
DCD
DTR
CTS
Red
To ground lug
Shield*
IOCB (COM1)
RX
TX
Parts List
KI-00156E-04-13
* Insulate shield with PVC tubing such as
Alpha (p/n PVC10516 16 AWG) or
comparable insulator.
Ensure S2
DIP switches 7 & 8
are OFF
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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63
- PC
- 10/100 Base-T Cable
- Control Board
- NETCOM2P or NETCOM6P
to network
Host PC with
Communication Manager
Parts List
to network
10 or 100
Base-T
Current Draw
ACU + NETCOMP = 270 mA
RJ45
Terminal
Jack
NETCOMP
RESET
Control Board
(PC 109x)
Cut view with
ACU protective
cover removed.
Common AUX Inputs - E
CPB/CB MODULE
(COM4)
AUX Inputs - D
Common
IOCB (COM1)
NETCOMP plugs into M1 on
control board.
RX
TX
KI-00161E-04-13
Ensure S2
DIP switch 7 = ON
DIP switch 8 = OFF
Figure 44 - Communication - NETCOM2P or NETCOM6P/ACU
Important
NETCOM2P or NETCOM6P plugged directly into the control board only supports a single panel
communication loop.
After installing and connecting the NETCOMP, ensure that the control board protective cover is re-affixed
before applying power.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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64
Server with Keyscan
Communication
Application/Service
- RS-232 Data Cable
- Control Board
- Server/PC
- NETCOM2B
- 10/100 Base-T Cable
10/100 Base-T
to
network
12 VDC to DPS15
to
network
RS-232
22 AWG shielded cable
Maximum - 100 ft (30 m)
GND
RS-232 (COM4)
Control Board
(PC 109 x)
Green
Black
Connect shield to
enclosure ground lug at
one end of cable. Cut
shield off at other end and
ensure it is isolated.
TD
RD
DCD
DTR
CTS
Red
IOCB (COM1)
RX
TX
Parts List
KI-00163E-10-14
Control Board
S2 - DIP switches 7 & 8 = OFF (PC 1097 or later)
or
J16 – pins F & G = OFF (PC 1094 & PC 1095)
12VD C
+
-
RESET
GND
TD RD DTRDCD
I/O
EGND
RS-232TD RD POWER
LEDsLEDs
PRO GRAM
PRO GRAM
S1
S3
O
N
12345
6
Shield*
Brown & white not used. Tape
back separately.
to
ground lug
Green
Red
Black
LED Legend
- RS-232 indicates serial connection
- TD indicates PC polling ACU/ECU
- RD indicates ACU/ECU replying to
PC
- POWER indicates unit receiving
power
- PROGRAM indicates unit is
programming selected IP & bit rate
S1, S2, S3 Switches
- S1 – Reset
- S2.1 – Run/Program Mode*
- S2.2/3 – bits/second selection
- S2.4/5 – IP address selection
- S2.6 – Unassigned
- S3 – Starts program sequence
* for on-board programming firmware
If using shielded Ethernet cable, connect
EGND terminal on NETCOM2B to
enclosure ground lug.
NETCOM2B
*Insulate shield with PVC tubing such as
Alpha (p/n PVC10516 16 AWG) or
comparable insulator.
Red (+)
Black (-)
S2
Figure 45 – Communication - NETCOM2B
Note
If the NETCOM2 is mounted in the metal enclosure, the shield of the serial cable may be connected to
GND as shown. If the NETCOM2 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 Inc. – Technical Guide (PC109x - 04.15)
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65
CIM Communication
CIM 1
CIM n
ACU 1
* serial
or
network
connection
CAN Bus 1
ACU 2 ACU n
CIM 0
Refer to BPS/CAN Bus
Distance chart for
maximum bus distances.
CAN Bus 2
CAT5 - 2 twisted pairs
1 CIM as Global
Master
(least busy ACU)
optional
CIM link
to network
* CIM 0 is the unit with the
serial or network connection
which can be anywhere on
the CAN Bus. Only one CIM
can be designated as CIM 0.
Control
Board
Control
Board
Control
Board
PC109x
PC109x
PC109x
KI-00261E-07-12
The Communication Interlink Module (CIM) is used to establish PC to ACU and ACU to ACU communication
when multiple access control units are installed on a communication bus. The CIM uses highly reliable CAN Bus
architecture on CAT 5 cable with two (2) twisted pairs. The CIM modes of communication are as follows on the
CAN Bus:
CAN Bus 1 (required) - PC to ACU main communication
CAN Bus 2 (optional) - ACU to ACU communication for global functions (i.e. global anti-pass back, global
time zones, and global 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.
Figure 46 – CIM Overview
CIM Conventions
Before connecting, please be aware of the following CIM conventions.
One CIM must be connected to each ACU on the communication bus
The CIM modules inter-connect two or more ACUs; CIM modules are not required for a single ACU
communication bus
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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66
One CIM must be jumpered as a global master when using ACU to ACU communication for global anti-pass
back on CAN Bus 2 (global anti-pass back does not apply to elevator control units)
The CIM unit with the serial or network connection must be jumpered as CIM 0
Any CIM module on the communication bus can be configured as the global master as well as CIM 0 – but
only one global master and one CIM 0 per communication bus
First and last modules must be jumpered to terminate CAN Bus 1 and CAN Bus 2
Reverse network communication requires CAN Bus 1 and CAN Bus 2
For reverse network communication CIM 0 requires a NETCOM6P – do not connect CIM 0 with a NETCOM6
CIM Module Requirements
The CIM module requires the following control board firmware versions:
Hardware
Please note the CIM is compatible with the following control board firmware:
EPROM version 7.40/8.20 or higher – door control units
EPROM version 7.97/8.77 or higher – elevator control units (supports global time zones only)
If using a NETCOM2P or NETCOM6P, ensure the NETCOMP version is a PC1051 or later (blue) printed circuit
board.
Software
Aurora – version 1.0.1.0 or higher for global inputs/outputs
System VII – version 7.0.6 or higher for global inputs/outputs
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.
CIM Specifications
The following table outlines CIM specifications. The CIM and NETCOMP receive power from the control board’s
H2 terminal via the ribbon cable.
Note
The control board’s H2 terminal is an open terminal block and does not require setting S2 – switches 7 & 8
for activation.
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67
Table 7 – CIM Specifications
Operating Voltage
12 VDC
Current Draw
CIM only – 150 mA; CIM and NETCOM2P/6P – 290 mA
Dimensions
4 5/8 " x 3.0 " (11.7 cm x 7.6 cm)
Operating Environment
32° F – 140° F (0° C - 60° C)
Cables
CIM to CIM – CAT 5, 2 twisted pairs - maximum cable distance first CIM to last CIM - 3280
ft (1000 m) @ 9600 bps
CIM to ACU - ribbon cable to communication header H2
CIM 0 to PC direct serial – 5 conductor shielded 22 AWG – maximum 49.2 ft (15 m) @
9600 bps
CIM 0 to NETCOM2P/6P* – plugs directly into CIM, no cable required
* If configuring CIM 0 with a NETCOM2P or NETCOM6P, ensure the NETCOMP version is a
PC1051 or later printed circuit board.
CAN Bus
CAN Bus 1 – PC to ACU communication
CAN Bus 2 – ACU to ACU communication for global functions and CIM to CIM
Topology
Linear (does not support star or ring topologies)
Inter-building Connectivity
Yes
Firmware
Requires control board with EPROM versions 7.40/8.20 or higher
PC/ACU Bit Rate
CAN Bus 1 / CAT 5 Distance
RS-232 Serial Distance
9600
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)
BPS/CAN Bus Distance Chart
Select bit rates based on the cable distance of CAN Bus 1. The PC and ACU bit rates must be the same.
Determine CAN Bus 1 distances before setting baud rate jumpers as outlined under Serial Bit Rate Jumpers J9
– J11.
Table 8 – BPS/CANBUS Distance Chart
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CIM Jumper Settings
Module
Jumper #
Jumper Setting
Notes
CIM - Global Master
J3 1 Set global master CIM at least busiest ACU. Set global
master CIM connected to door control unit only when using
ACU to ACU communication on CAN Bus 2.
Do not set a CIM as global master that is connected to an
elevator control unit. See note below.
CIM - Slave
J3 0
Module
Jumper #
Jumper Setting
Notes
CIM 0
J4 1
Jumper Off
Off = 0
Jumper On
On = 1
Jumper Legend
J1 – Reset
J2 – Diagnostic mode selection
J3 – Global master/slave selection
J4 – CIM 0 selection (module with network
or serial connection)
J5 & J6 – CAN Bus 1 termination selection
J7 & J8 – CAN Bus 2 termination selection
J9 – J11 – Serial bit rate selection
J12 – Program mode with mounted
NETCOMP
CIM Jumper Locations
KI-00262E-07-13
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx - COM COM
CAN
CAN - Tx
J3
J4
J9
J12
Power
Good
COM1
COM2
HDR1
J10
J11
Fault
(Flashing)
The CIM has jumpers that determine the board's attributes. Ensure the necessary jumpers are set depending
on the position and function the board is serving. Jumper settings are reviewed in the following tables. Please
note the jumper locations in the diagram below.
Figure 47 – CIM Jumper Locations
CIM Global Master Jumper – J3 (Master/Slave ACUs)
Jumper J3 sets the CIM as global master. Only one (1) CIM can be designated as a global master. All other
CIMs are designated as slaves.
Note
On a communication bus with elevator control units only, a global master CIM is not applicable. Do not
place a jumper on J3.
CIM 0 Jumper – J4
Jumper J4 must be set on the module that is designated as CIM 0. This is the module with either the direct
serial connection to a PC or a network connection via a NETCOMP to the system communication software.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Table 9 – CIM Global Master Jumper J3
Table 10 – CIM 0 – Jumper J4
Page 69
69
CIM 1 to CIM n
J4 0
CAN Bus Termination Jumpers - J5 to J8
CAN Bus 1
Module
Jumper #
Jumper Setting
Off = 0 / On = 1
Notes
First & last module (CIM or CIM 0)
J5 & J6
1 1
Termination ON
All other modules
J5 & J6
0 0
Termination OFF
CAN Bus 2
Module
Jumper #
Jumper Setting
Off = 0 / On = 1
Notes
First & last module (CIM or CIM 0 or
CIM-Link)
J7 & J8
1 1
Termination ON
All other modules
J7 & J8
0 0
Termination OFF
Bit Rate/Second
Jumper #
Jumper Settings
Off = 0 / On = 1
Auto match ACU
J9 & J10 & J11
0 0 0
9600
J9 & J10 & J11
0 0 1
19,200
J9 & J10 & J11
0 1 0
57,600
J9 & J10 & J11
1 0 0
115,200
J9 & J10 & J11
1 0 1
230,400
N/A
For future use – not supported on PC109x
The first and last modules on CAN Bus 1 and CAN Bus 2 must have the appropriate jumpers set to terminate
the bus. Terminating modules can be a CIM, CIM 0 or, if applicable, a CIM-Link.
Later, if additional CIMs are placed at either end of CAN Bus 1 or CAN Bus 2, be sure to reset the termination
jumpers accordingly.
Table 11 – CIM CAN Bus Termination Jumpers J5 – J8
Serial Bit Rate Jumpers J9 – J11
The CIM has selectable serial bit rates. The jumper settings are outlined in the following table. Bit rates are
governed by CAN Bus 1 distances and RS-232 distances. Refer to the BPS Distance Chart. Set CIM jumpers to
match the ACU baud rate.
The Auto-match bit rate functions in the same manner irrespective of which ACU panel it is connected to or if it
is configured as CIM 0 or CIM (n). The CIM will detect and match the RS-232 bit rate with the ACU panel.
As an example, if configuring a system with five panels, set communication bit rates the same on all ACU
control boards, and then allow the CIM unit to auto-match the ACU bit rate. The CIM unit automatically sets
the CAN Bus bit rate to match. Keyscan recommends using the auto-match jumper setting.
Table 12 – CIM Serial Bit Rate Jumpers J9 – J11
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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70
Bit Rate/Second
Jumper #
Jumper Settings
460,800
N/A
For future use – not supported on PC109x
Reset Jumper J1
The CIM has a reset jumper J1. If the board has been re-configured while powered, momentarily short J1 on
the CIM board to institute the changes.
Momentarily shorting the System Reset J6 jumper on the control board also effects changes to the CIM board
while powered.
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.
If using a network connection, ensure that you program the NETCOM device as outlined in the documentation
included with your particular NETCOM unit.
Connect the CIM circuit board according to the communication and power diagrams.
Ensure that the EGND terminal on TB1 of each CIM is connected to an earth ground to protect the circuit board
and the system from high-voltage transients.
Set the jumpers accordingly on the CIM depending on whether it is a global master or slave, it is a terminating
CIM on the CANBUS, or it is CIM 0. Also, ensure the correct communication serial bit rates are correct. Refer to
the CIM Jumper Settings table.
Repeat connections and jumper settings for each control board and CIM.
Apply power to all CIM and ACU circuit boards.
Do one of the following procedures at the control board:
If this is an existing system, press reset S1 on the control board for board initialization.
If this is a new installation, press S1, wait 5 seconds, and then press S3 within ten seconds. Allow two
minutes for board initialization after clearing memory.
Return to a PC with the Client module, log on to the appropriate site, and perform a full upload.
CIM Connection Diagrams
Observe the diagrams on the following pages for connecting the CIM units to the access control boards and
connecting the CIMs with CAN Bus 1 and CAN Bus 2.
The CIM designated as CIM 0 supports serial or network (TCP/IP) to CANBUS 1 communication. The CIM unit
does not support modem communication.
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71
Note
Control Board
(PC 109x)
Common AUX Inputs - E
24
2322
2120191817
H1
Connect the ribbon cable
from HDR1 on the CIM to the
H2 terminal on control board.
CIM powered from control
board via H2 terminal.
KI-00264E-07-12
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx - COM COM
CAN
CAN - Tx
J3
J4
J9
J12
Power
Good
COM1
COM2
HDR1
J10
J11
Fault
(Flashing)
H2
150 mA
The control board’s H2 terminal is an open terminal block and does not require setting S2 – switches 7 & 8 for
activation.
Figure 48 – CIM to ACU Connections
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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72
Figure 49 – CIM to CIM CANBUS Connections
White Blue
Blue
White Orange
Orange
White Blue
Blue
White Orange
Orange
White Blue
Blue
White Orange
Orange
To earth
ground via
ground lug in
ACU
enclosure
To earth
ground
To earth
ground
CAT 5 - 2 twisted pairs
CAT 5 - 2 twisted pairs
Refer to the CIM jumper tables for applicable settings.
For J5 to J8, mount jumpers horizontally.
For J5 to J8, mount jumpers horizontally.
KI-00265E-07-12
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx - COM COM
CAN
CAN - Tx
J3
J4
J9
J12
Power
Good
COM1
COM2
HDR1
J10
J11
Fault
(Flashing)
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx - COM COM
CAN
CAN - Tx
J3
J4
J9
J12
Power
Good
COM1
COM2
HDR1
J10
J11
Fault
(Flashing)
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx - COM COM
CAN
CAN - Tx
J3
J4
J9
J12
Power
Good
COM1
COM2
HDR1
J10
J11
Fault
(Flashing)
Keyscan Inc. – Technical Guide (PC109x - 04.15)
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73
Serial Communication
CIM 0
Jumper ON J4
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
H2
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN-Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN-Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN-Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
Black
Green
Red
to COM port
CIM 0
CIM 1
CIM n
White Orange
Orange
Blue
White Blue
White Orange
Orange
Blue
White Blue
Ground
White Orange
Orange
Blue
White Blue
Ground
Match baud rate on control board J16 to baud
rate on CIM J9 – J12
Slave
Global
Master
Ground
Termination Jumpers ON
J5 & J6 / J7 & J8
first & last CIM
Connect EGND terminal on all CIMs to
ground lugs in ACU metal enclosures.
Global Master
Jumper ON - J3
CAT 5
CAN Bus
Slave - Jumper OFF - J3
Bit Rate / Distance
Bit CAN Bus RS-232
9600 3280' (999.7 m) 49.2' (14.9 m)
19200 3280' (999.7 m) 49.2' (14.9 m)
57600 984' (299.9 m) 26.2' (7.9 m)
115200 262' (80 m) 9.84' (3 m)
Bit Rate / Jumper Settings (0 = OFF / 1 = ON)
Bit CIM Control Board
J9 J10 J11 J16 – 1 2 6
9600 0 0 1 0 0 0
19200 0 1 0 0 1 0
57600 1 0 0 0 0 1
115200 1 0 1 0 1 1
H2
H2
KI-00269E-07-12
Shield*
to ACU
ground
lug
*Insulate shield with PVC tubing such as
Alpha (p/n PVC10516 16AWG) or
comparable insulator.
RS-232 - 5 conductor
shielded 22 AWG cable
CAT 5
CAN Bus
Termination Jumpers ON
J5 & J6 / J7 & J8
first & last CIM
Slave
H1
Slave - Jumper OFF - J3
H1
H1
- RS-232 Data Cable
- Control Board
- PC
- CIM
- CAT 5 Cable – 2 twisted pairs
Parts List
PC with
Communication
Manager
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 must be installed on the PC
that has the direct serial connection to CIM 0.
Figure 50 – PC Serial Connection with multiple CIMs/ACUs
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 74
74
Network Communication via Optional NETCOM2P or
NETCOM6P (Encrypted)
The NETCOM2P and NETCOM6P (encrypted) are modular serial to TCP/IP converters that plug directly into the
CIM board for network communication. The CIM circuit board with the network connection is referred to as CIM
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.
When configuring CIM 0 with a NETCOM2P or NETCOM6P ensure the NETCOMP version is a PC1051 or
later printed circuit board. The CIM is not compatible with older NETCOM2P/6P versions.
Multiple Building Communication on a WAN
Keyscan requires a point-to-point private network where NETCOMs are used on a LAN/WAN (TCP/IP) that
integrates building to building communication for a non-reverse network application.
For a reverse network application, review the NETCOM6P (Encrypted) Installation Guide for more information
regarding network communication and configuration.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 75
75
Figure 51 – Network Connection with Multiple CIMs/ACU
CIM 0
Jumper ON J4
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
H2
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN-Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN-Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN-Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
CIM 0
CIM 1
CIM n
Slave
Global
Master
Termination Jumpers ON
J5 & J6 / J7 & J8
first & last CIM
Connect EGND
terminal on all CIMs
to ground lugs in
ACU metal
enclosures.
Global Master
Jumper ON - J3
CAT 5
CAN Bus
Slave - Jumper OFF - J3
H2
H2
KI-00461E-07-12
CAT 5
CAN Bus
Termination Jumpers ON
J5 & J6 / J7 & J8
first & last CIM
Slave
H1
Slave - Jumper OFF - J3
H1
H1
NETCOMP
RJ45
Terminal
Jack
to network with path/
connectivity to PC/
server with
Communication
Manager
Reverse network communication
requires CANBUS 1 and CANBUS 2.
Bit Rate / Distance
Bit CAN Bus
9600 3280' (999.7 m)
19200* 3280' (999.7 m)
57600 984' (299.9 m)
115200* 262' (80 m)
* not applicable for reverse network communication
Bit Rate / Jumper Settings (0 = OFF / 1 = ON)
Bit CIM Control Board
J9 J10 J11 J16 – 1 2 6
9600 0 0 1 0 0 0
19200 0 1 0 0 1 0
57600 1 0 0 0 0 1
115200 1 0 1 0 1 1
White Orange
Orange
Blue
White Blue
Ground
White Orange
Orange
Blue
White Blue
Ground
White Orange
Orange
Blue
White Blue
Ground
to network
Host PC with
Communication
Manager
- Control Board
- PC with network connection
- CIM
- NETCOM2P or NETCOM6P
- 10/100 Base-T Cable
- CAT 5 Cable – 2 twisted pairs
Parts List
Note - ensure the NETCOMP
version is a PC1051 or later
printed circuit board. The CIM is
not compatible with older
NETCOMP versions.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 76
76
Network Communication via Optional NETCOM2
The NETCOM2 is a modular serial to TCP/IP converter that can be connected via a RS-232 data cable to the
CIM board for network communication. The CIM circuit board with the network connection is referred to as 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 Programming Guide for programming instructions.
Multiple Building Communication on a WAN
Keyscan requires a point-to-point private network where NETCOMs are used on a LAN/WAN (TCP/IP) that
integrates building-to-building communication for a non-reverse network application.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 77
77
Figure 52 – Network Connection with NETCOM2 Rev. B with Multiple CIMs/ACUs
CIM 0
Jumper ON J4
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
H2
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN-Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
COMMON AUX INPUTS - E
17 18 19 20 21 22 23 24
IOCB (COM1)
RX
TX
CPB/CB COMMS
(COM4)
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN-Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
TD1
RD1
TD2
RD2
GND
RTS
CTS
GND
RTS
CTS
B3 B2 B1 B0
Diag
J2
RESET
-
CAN2
+
EGND
-
CAN1
+
GND
V +
(+12V)
SCKT1
PC106x
J1
J7
J8
J6
J5
CAN2
CAN1
1 2 1 2 1 2 1 2
Rx-COM
COM
CAN CAN -Tx
J3
J4
J9
J12
Power
Good
Fault
HDR1
J10
J11
Black
Green
Red
CIM 0
CIM 1
CIM n
Slave
Global
Master
Termination Jumpers ON
J5 & J6 / J7 & J8
first & last CIM
Connect EGND
terminal on all
CIMs to ground
lugs in ACU
metal
enclosures.
Global Master
Jumper ON - J3
CAT 5
CAN Bus
Slave - Jumper OFF - J3
H2
H2
Shield*
to ACU
ground
lug
*Insulate shield with PVC tubing such as
Alpha (p/n PVC10516 16 AWG) or
comparable insulator.
RS-232 - 5 conductor
shielded 22 AWG cable
CAT 5
CAN Bus
Termination Jumpers ON
J5 & J6 / J7 & J8
first & last CIM
Slave
H1
Slave - Jumper OFF - J3
H1
H1
White Orange
Orange
Blue
White Blue
Ground
White Orange
Orange
Blue
White Blue
Ground
White Orange
Orange
Blue
White Blue
Ground
KI-00469E-10-14
12 VDC to DPS15
- RS-232 Data Cable
- Control Board
- PC with network connection
- CIM
- NETCOM2B
- 10/100 Base-T Cable
- CAT 5 Cable – 2 twisted pairs
Parts List
to network
10/100 Base-T cable
to network
Bit Rate / Jumper Settings (0 = OFF / 1 = ON)
Bit CIM Control Board
J9 J10 J11 J16 – 1 2 6 S2 – 2 3
9600 0 0 1 0 0 0 0 0
19200 0 1 0 0 1 0 1 0
57600 1 0 0 0 0 1 0 1
115200 1 0 1 0 1 1 1 1
Bit Rate / Distance
Bit CAN Bus RS-232
9600 3280' (999.7 m) 49.2' (14.9 m)
19200 3280' (999.7 m) 49.2' (14.9 m)
57600 984' (299.9 m) 26.2' (7.9 m)
115200 262' (80 m) 9.84' (3 m)
Note
CIM 0 / NETCOM6B does not support a
reverse network connection. CIM 0 requires
a NETCOM6P for reverse network.
Server with Keyscan
Communication Application/
Service
12VDC
+
-
RESET
GND
TD RD DTRDCD I/O
EGND
RS-232TD RD POWER
LEDsLEDs
PRO GRAM
PRO GRAM
S1
S2
O
N
12345
6
Black
Green
Red
Red (+)
Black (-)
Connect shield to enclosure
ground lug at one end of RS-232
cable. Cut shield off at other end
and ensure it is islolated.
If using shielded Ethernet
cable, connect EGND
terminal on NETCOM2B/6B
to enclosure ground lug.
S3
NETCOM2
Rev. B
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 78
78
CIM Diagnostic LEDs B3 – B0
LED
Trouble
Indication
Code
Fault
B3
B2
B1
B0
0 0 0 0 0
None
0 0 0 1 1
+ 5V logic voltage low
0 0 1 0 2
+ 12V input voltage low
0 0 1 1 3
+ 5V isolated logic supply low
0 1 0 0 4
CAN Bus 1 fault
0 1 0 1 5
Global broadcast fail
0 1 1 0 6
ACU panel initialize fail
0 1 1 1 7
CAN Bus 2 fault
1 0 0 0 8
CIM to ACU auto-match bit rate fail or incomplete
1 0 0 1 9
Data carrier detect (DCD) connection lost. Applies to reverse
network communication mode only.
The CIM unit has on-board diagnostic LEDS - B3 to B0 - designed to assist in troubleshooting communication
difficulties.
diagnostic LEDs during boot-up - initial power or Reset J1
data LEDs during operation are TX – transmit
Diagnostic Guidelines
LEDs B3 – B0 indicate TX data transmission states. Diagnostic Jumper J2 - sets the CIM board to run in
diagnostic mode.
CIM Diagnostics – LED Codes
The following table lists diagnostic LED codes on the CIM. LED indicators are as follows:
0 = OFF
1 = ON
Place a jumper on J2 to run the CIM in diagnostic mode.
Table 13 – CIM Diagnostic LED Codes
Note
Diagnostic mode indicated by all four (4) LEDs flashing three (3) times. Diagnostic codes are displayed
every 20 seconds. Multiple codes are displayed lowest to highest.
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 - 04.15)
Page 79
79
Figure 53 - CIM Diagnostic LEDs - B3 - B0
Cut View
Diagnostic LEDs
& Diagnostic Jumper J2
KI-00268E-07-12
B3 B2 B1 B0
Diag
J2
1 2 1 2 1 2 1 2
Rx - COM COM
CAN
CAN - Tx
J3
J4
J9
J12
Power
Good
J10
J11
Fault
(Flashing)
CIM Boot-up
When power is applied to the CIM or the reset jumper J1 is momentarily shorted, the CIM module will
begin its boot-up sequence. The module uses the four (4) diagnostic LEDs to indicate where it is in the
boot-up sequence.
B3 – B0 Code
1 to 4 – basic initialization notices
5 (0101) – the CIM has entered NETCOMP program mode (LEDs will extinguish after approximately 1
second.)
6 (0110) – the CIM has entered ACU connection mode (The LEDs may extinguish after 1 second if the CIM
can establish communication with the ACU quickly. The CIM may stay in this mode longer if it is automatching the bit rate of the ACU or is unable to communicate to the ACU via the global communication
port.)
7 (0111) – the CIM has entered CIM 0 mode (It has been set to provide PC to CANBUS communication. (If
the bit rate has been set via jumpers J9 – J11, the CIM will extinguish the LEDs after approximately 1
second. If the CIM has been set for auto-match bit rate, the LEDs may extinguish after 1 second if the CIM
can establish communication with the ACU quickly. The CIM may stay in this mode longer if it is automatching the bit rate of the ACU or is unable to communicate to the ACU via the global communication
port.)
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 80
80
Power-up & Test Voltages
Power Supply Specifications
The DPS-15 power supply for CA & EC control boards is a dual power supply with two (2) linear DC outputs.
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.
On CA8500B control boards, readers with higher current specifications may collectively exceed the capacity of
the DPS-15 RDR AUX supply. If this occurs, you require an additional power supply.
Do not connect the reader power wire (red) to the ACU supply side of the DPS-15.
Wiring Connections
Before connecting power at the ACU, be sure to observe the following points:
verify the devices do not exceed the power supply ratings
check the cable and wire connections
ensure no short circuits exist when measuring voltages
verify the DC polarity is correct for all equipment
ensure backup battery is fully charged
Following the above guidelines ensures each device will function properly and not be damaged.
DPS-15 Dual Power Supply – Current Calculation
The DPS-15 power supply has two independent linear 1.2 Amp DC outputs – the ACU supply and the AUX RDR
supply. Use the following two tables for calculating the total current required from the ACU supply and the AUX
RDR supply. Please note the ACU supply and the AUX RDR supply each have an operational limit of 1000 mA.
ACU Supply – 1.2 A
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. All Keyscan circuit board current ratings are listed near the
back of the technical guide on page 135. Current ratings are also labeled on the circuit boards. Add all the
current ratings including the control board to determine the total current. Keyscan recommends a 200 mA
reserve operating margin. The total current from the ACU supply, including the control board, should not
exceed 1000 mA.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 81
81
Table 14 - ACU Supply - Current Calculation Table
ACU Supply
Product Description
Current Rating
Control Board (CA250B, CA4500B, CA8500B, EC1500B,
EC2500B)
130
mA
Add-on board #1
mA
Add-on board #2
mA
Add-on board #3
mA
Add-on board #4
mA
Add-on board #5
mA
Add-on board #6
mA
Add-on board #7
mA
Total current draw
mA
Maximum current draw
1000
mA
Model
mA
Quantity
Current Rating
Readers – type 1
x
=
mA
Readers – type 2
x
=
mA
Product Description
mA
Add-on board #1
mA
Add-on board #2
mA
Add-on board #3
mA
Add-on board #4
mA
Total current draw
mA
Maximum current draw
1000
mA
AUX RDR Supply – 1.2 A
Opposite readers, enter the model, the current rating multiplied by the number of readers and the total
current. Refer to the reader tables in the appendices for current ratings.
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 that are to be 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.
Table 15 - AUX RDR Supply - Current Calculation Table
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 82
82
System Power-up
The following is a guideline to follow on initially powering up the control board.
connect 12 VDC power to the control board as shown in Figure 54 – Power Supply Wiring
connect fully-charged backup battery
connect 2 x 16V 40VA or 16.5V 37VA class 2 transformers - ensure that both CSA/UL approved
transformers and fully-charged backup battery are connected for proper system operation - do not mount
the transformers or bring 120/240 VAC inside the ACU metal enclosure
repeat battery and transformer connections for additional power supplies
check ACU voltage test points after power is applied to the ACU - refer to Table 16 and Table 17.
if software selection S2 switches 9 and 10 were altered, load factory default settings by pressing S1, wait
5 seconds, and then press S3 within 10 seconds.
upload the database to the ACUs after all correct voltage and current measurements are verified - refer to
the Client on-line help
Notes
For battery circuit and auxiliary power output to function, two (2) transformers must be connected.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 83
83
Figure 54 – Power Supply Wiring
Primary
110 VAC
ACU 16V 40VA
or
ACU 16.5V 37VA
Transformer
Primary
110 VAC
ACU 16V 40VA
or
ACU 16.5V 37VA
Transformer
12V
Battery
(fully-charged)
+
-
Black
Red
ACU Ground
Lug
DPS-15
Dual Power Supply
Secondary
AC
AUX/RDR
PSC1
AUX/RDR
AC
AC
ACU
AC
BATT
AUX/RDR + 12V
- +
PSC1
ACU
AC AC
AUX/RDR
FAIL - +
EGND
ACU
FAIL- +
ACU + 12V
Secondary
Connect to PSC1
on control board.
Connect to PSC1 on
DPS15.
READER PWR
FAIL
-
+
ACU PWR
FAIL
+
READER 8
PC109x
Control Board
Keyscan p/n
- CAS6105
CAS6105 Cable
Use Keyscan p/n CAS6105 plug-in cable included with
DPS15 to connect control board with power supply.
Diagram shows cut view of CA 8000 control board. The
PSC1 terminal is in the same location on all CA & EC
control boards.
Note
The CAS6105 cable can only be plugged into the PSC1
terminal when aligned in the correct orientation.
Keyscan p/n
- CAS6101 &
- CAS6102
KI-00192E-01-12
Important
The PC109x control board emits an intermittent beep if:
A) a back-up battery is not connected
B) two (2) transformers are not connected
Do not
mount the
transformers
inside the
ACU metal
enclosure.
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 84
84
Control Board Voltage Test Points
Board Test Point
Voltage
Instructions/Notes
Reader Terminal
D1 WHT
(+) 5 VDC
White data 1 – if reader connected
D0 GRN
(+) 5 VDC
Green data 0 – if reader connected
PWR RED
(+) 12VDC
Red DC out
TP1
(+) 13.5 VDC
Reader power
TP2
(+) 13.5 VDC
ACU power
TP3
(+) 13.5 VDC
ACU power after circuit protector
TP4
(+) 5 VDC
TP5
(+) 3.3 VDC
Input Points
Input points with open circuit
(+) 5 VDC
Input points shorted to common
return
0 VDC
The following table lists correct voltages for the control board’s test points. Be sure to review the notes
opposite the appropriate voltage test points to comply with proper measuring techniques.
Voltmeter Connections
Voltmeter set to VDC
V-Ω (ohms) to test points
Com to ground lug in metal enclosure
Table 16 – Control Board Test Points - Voltages
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 85
85
Figure 55 – Control Board Test Points – Voltages
READER PWR
ACU PWR
+
FAIL
+
FAIL
TP1
TP2
TP3
TP4
TP5
Cut View
PC109x
Control Board
ACU
Protective
Cover
Test Point Voltages
TP1: +12V Reader
TP2: +12V ACU
TP3: +12V ACU Fused
TP4: +5V
TP5: +3.3V
KI-00193E-04-13
GND
S4
1 2
O
N
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 86
86
Test Points – Communication Terminals
Communication Test Point
Voltage
Instructions/Notes
CA / EC Communication Terminal
RS-232 connected to ACU
Connect voltmeter COM to GND on ACU communication
terminal block or green on data cable.
GND
TD
(-) 9 VDC
TD is an ACU generated voltage
RD
(-) 10 VDC
RD is a PC generated voltage
DCD
DTR
n/a
CTS
n/a
GND
RS-232 (COM4)
Control Board
(PC 109x)
TD
RD
DCD
DTR
CTS
IOCB (COM1)
RX
TX
KI-00194E-07-11
The following table outlines the correct voltages for the test points on the communication terminal on the CA
or EC control board.
Table 17 – Communication Voltage Test Points
Figure 56 – Control Board Communication Test Points
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 87
87
Communication Diagnostics
All CA & EC Control Boards
LED
State of LED
Notes
TD 1 - Green
Flashing – normal
If IOCB function disabled in Client software, main processor sending data
to on-board supervised inputs processor only
If IOCB function enabled in Client software, main processor sending data
to on-board supervised inputs processor and IOCB modules connected to
TB2
Not Illuminated – abnormal
condition
Follow restore factory defaults S3 procedure in attempt to resolve.
Illuminated – abnormal
condition
Follow restore factory defaults S3 procedure in attempt to resolve.
RD 1 - Red
Flashing – normal
If IOCB function disabled in Client software, main processor receiving
data from on-board supervised inputs processor only
If IOCB function enabled in Client software, main processor receiving
data from on-board supervised inputs processor and IOCB modules
connected to TB2
Not Illuminated – abnormal
condition
Follow restore factory defaults S3 procedure in attempt to resolve
Illuminated – abnormal
condition
Follow restore factory defaults S3 procedure in attempt to resolve
TD 2 – Green
Flashing – normal
Control board sending global, inter-panel communication data to CIM
module connected to H2 header
Not Illuminated
If CIM module not connected to H2 header
If CIM module not communicating
Illuminated – abnormal
condition
Follow restore factory defaults S3 procedure in attempt to resolve
RD 2 – Red
Flashing – normal
Control board receiving data from CIM module connected to H2 header
for global, inter-panel communication
Not Illuminated -
If CIM module not connected to H2 header
If CIM module not communicating
Illuminated - abnormal
condition
Possible fault on CIM module
Possible wiring fault
The PC109x control boards have communication status LEDs and a system status LED, which indicate the
current communication status.
For CIM diagnostic LEDs, refer to page 78.
Communication Status LEDs
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 18 – Communication Status LEDs
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 88
88
TD 3 – Green
Flashing - normal
Control board sending Client/Communication Mgr. communication data to
CIM module connected to H2 header
Not Illuminated
If CIM module not connected to H2 header
If the control board is not communicating with the Client/Communication
Mgr.
If the Client/Communication Mgr. is communicating with the control
board using COM4
Illuminated - abnormal
condition
Follow restore factory defaults S3 procedure in attempt to resolve
TD 3 – Red
Flashing - normal
Control board receiving Client/Communication Mgr. communication data
from CIM module connected to H2 header
Not Illuminated
If CIM module not connected to H2 header
If the control board is not communicating with the Client/Communication
Mgr.
If the Client/Communication Mgr. is communicating with the control
board using COM4
Illuminated - abnormal
condition
Possible fault on CIM
Possible wiring fault
TD 4 – Green
Flashing – normal
Control board sending data via communication path determined by S2 –
switches 7 & 8 to Client/Communication Mgr.
Not Illuminated
If CIM module connected to H2 header for communication with the
Client/Communication Mgr. software
If Client/Communication Mgr. not polling the control board
If S2 – switches 7 & 8 are configured for on-board NETCOMP
programming
Illuminated – abnormal
condition
Follow restore factory defaults S3 procedure in attempt to resolve
RD 4 – Red
Flashing – normal
Control board receiving data via communication path determined by S2 –
switches 7 & 8 from Client/Communication Mgr.
Not Illuminated
If CIM module connected to H2 header for communication with the
Client/Communication Mgr. software
If Client/Communication Mgr. not polling the control board
If S2 – switches 7 & 8 are configured for on-board NETCOMP
programming
Illuminated – abnormal
condition
Possible fault on module connected to H1 header
Possible wiring fault
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 - 04.15)
Page 89
89
Figure 57 - Communication LEDs - CA & EC Control Boards
LED
Color/State
System Status
Red – solid
The main processor is held in reset and not operating. This can be caused when S1 is depressed or the
main processor supervisory circuit’s critical PCB voltages are not within normal operating parameters. The
on-board piezo emits a steady tone while in this mode.
Red – flashing
The CA or EC control board is in clear memory mode. The on-board piezo emits a cycle of 2 short beeps
and then a pause while the control board is in this mode.
Amber – solid
The CA or EC control board has not communicated to the Client software since its last system reset or
clear memory.
Amber - flashing
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.
COMMUNICATION STATUS
TD1 RD1 TD2 RD2 TD3 RD3 TD4 RD4
READER 1READER 2READER 3READER 4READER 5
CONTROL 2
CONTROL 5
CONTROL 3
ACU Protective
Cover
Cut View of
CA8500B
COM LEDs are in the same
location on all CA & EC
control boards.
Location of COM LEDs
KI-00188E-04-13
S1
S2
S3
O
N
1 2 3 4 5 6 7 8 9 10 11 12
System Status LED
The system status LED is multi-color – red, amber and green – indicating the current system status as
outlined. The control board also has a piezo that beeps under certain LED states.
Table 19 - System Status LED
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 90
90
Figure 58 - Location of System Status LED
PSC1
READER PWR
SYSTEM STATUS
ACU Protective Cover
System Status LED
KI-00191E-04-13
ACU PWR
+
FAIL
+
FAIL
Cut View
PC109x Control Board
S4
1 2
O
N
COMMUNICATION STATUS
TD1 RD1 TD2 RD2 TD3 RD3 TD4 RD4
READER 1READER 2READER 3READER 4READER 5
CONTROL 2
CONTROL 5
CONTROL 3
Protective ACU Cover
Cut View of
CA8500B
KI-00147E-04-13
READER 6
CARD
BITS
10s 1s
Wiegand
Bit Counter
LEDs
S1
S2
S3
O
N
1 2 3 4 5 6 7 8 9 10 11 12
Card Diagnostics - 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. To verify the binary bits, present the card or tag at
the reader and count the number of times each LED blinks.
10s count the 1
1s count the 2
st
binary digit
nd
binary digit
Example
If the 10s LED blinks 3 times and the 1s LED blinks 6 times, the card has 36 binary bits (36-bit Wiegand
card).
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Figure 59 – Location of Wiegand Bit Counter LEDs
Page 91
91
Appendix A – Keyscan &
Reader
Power
Notes
K-PROX2 & K-PROX SG(125 KHz
compatible)
12 VDC, 80 mA
K-VAN
12 VDC, 90 mA
K-KPR
12 VDC, 115 mA
K-SMART (13.56 MHz)
12 VDC, 210 mA
K-SMART GOV
12 VDC, 210 mA
HID-5365
12 VDC, 110 mA
HID-5395
12 VDC, 115 mA
HID-6005
12 VDC, 75 mA
HID-5455
12 VDC, 125 mA
HID-5355KP
12 VDC, 120 mA
HID 5375
24 VDC, 1.5 A
Requires 18 AWG cable. Connect to separate 24 VDC 2
Amp linear power supply. (Not supplied with ACU)
HID iClass R90 – Long Range Reader
12 VDC, 1300 mA
24 VDC, 700 mA
HID iClass Legacy
HID Base Part #
KR10L
12 VDC, 60 mA
900N
KR40L
12 VDC, 65 mA
920N
KRK40L
12 VDC, 85 mA
921N
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.
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. Refer to the section -
DPS-15 Dual Power Supply – Current Calculation on page 80. Some readers require an independent power
supply as noted in the table.
Power Specifications
The following table outlines reader power specifications:
Table 20 – Keyscan & HID Reader Power Specifications
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 92
92
Reader
Power
Notes
HID multiClass Legacy
KRP10L
12 VDC, 75 mA
900P
KRP15L
12 VDC, 75 mA
910P
KRP40L
12 VDC, 85 mA
920P
KRPK40L
12 VDC, 95 mA
921P
HID pivClass Legacy
R10HGOV
12 VDC, 60 mA
900NHR
RP10HGOV
12 VDC, 75 mA
900PHR
R15HGOV
12 VDC, 60 mA
910NHR
RP15HGOV
12 VDC, 75 mA
910PHR
R40HGOV
12 VDC, 65 mA
920NHR
RP40HGOV
12 VDC, 85 mA
920PHR
RK40HGOV
12 VDC, 85 mA
921NHR
RPK40HGOV
12 VDC, 95 mA
921PHR
HID iClass SE
KR10SE
12 VDC, 60 mA
900N
KR40SE
12 VDC, 65 mA
920N
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
Installation Notes on Proximity Readers
Do not run reader cables in same conduit with AC power or signal cables. Keep reader cables at least 12 inches
or 30 centimetres from AC, computer data, telephone data, or electric lock device cables. Do not install
readers within 3.5 feet or 1.1 metres of computer CRTs. Do not install readers where broad spectrum EMI
noise may be present. Motors, pumps, generators, and AC switching relays can create EMI noise. Readers
mounted on a metal surface can have reduced read ranges. See HID manual for operational details and
recommendations. The following diagrams illustrate HID readers with dual LEDs. On models 5365, 5395, and
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 93
93
6005 do not use the brown wire with "00" LED. If readers are single LED type "06", substitute the brown wire
in place of the orange wire.
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 Inc. – Technical Guide (PC109x - 04.15)
Page 94
94
LED (Brown)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Shield not connected.
Isolate with electrical tape.
6 conductors - shielded 22 AWG
Maximum 500 ft (152.4 m)
Shield
ACU
Ground
Lug
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
LED (Brown)
Reader terminal on control board
Blue used for pre-alert otherwise isolate and tape back.
If connecting external sound device, see Pre-Alert
Relay Option in Technical Guide.
Orange not used. Isolate and tape back.
KEYSCAN
Pre-alert (Blue)
Shield not connected.
Isolate with electrical tape.
Pre-alert (Blue)
K-PROX2 shown with ABS wall switch plate.
LED D1
WHTD0GRN
PWR
RED
GND
BLK
C1
(BEEP)
KI-00197E-08-12
Figure 60 – Keyscan K-PROX2 (125 kHz)
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 95
95
LED (Brown)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Shield not
connected at
reader.
Isolate with
electrical tape.
Shield
ACU
Ground
Lug
D1 (White)
GND (Black)
LED (Brown)
PWR (Red)
D0 (Green)
Pre-alert (Blue)
Pre-alert (Blue)
6 conductors - shielded 22 AWG
Maximum - 500 feet (152.4 m)
Orange wire
not used.
Isolate & tape
back.
Orange
Reader terminal on control board
LED D1
WHTD0GRN
PWR
RED
GND
BLK
C1
(BEEP)
Blue used for pre-alert otherwise
isolate and tape back.
If connecting external sound device,
see Pre-Alert Relay Option or refer to
ACU cut sheet enclosed with panel
for ACU/OCB8 relay assignments.
KI-00198E-07-13
Figure 61 – Keyscan K-VAN Proximity Reader (125 kHz)
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 96
96
LED (Brown)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Shield not
connected at
reader.
Isolate with
electrical tape.
Shield
ACU
Ground
Lug
D1 (White)
GND (Black)
LED (Brown)
PWR (Red)
D0 (Green)
Keypad – 8 Bit Burst Format
1 2 3
4 5 6
7 8 9
0*#
Pre-alert (Blue)
Pre-alert (Blue)
6 conductors - shielded 22 AWG
Maximum - 500 feet (152.4 m)
Orange wire not used.
Isolate & tape back.
Orange
Diagram applies to
PC109x or newer
control board.
For Rev 10 or older
control boards, an
optional KKI-KPR
interface card is
required.
Reader terminal on control board
LED D1
WHTD0GRN
PWR
RED
GND
BLK
C1
(BEEP)
Blue used for pre-alert otherwise
isolate and tape back.
If connecting external sound device,
see Pre-Alert Relay Option or refer to
ACU cut sheet enclosed with panel
for ACU/OCB8 relay assignments.
KI-00199E-07-13
Figure 62 – Keyscan K-KPR Keypad / Proximity Reader (125 KHz)
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 97
97
Figure 63 – Keyscan K-SMART Reader
LED (Brown)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Shield not connected.
Isolate with electrical tape.
Shield
ACU
Ground
Lug
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
LED (Brown)
Orange (Tamper)
- when using an optional Tamper Switch (Normally
Closed) locally at reader, connect to GND Black
wire.
- when not using Tamper Switch, connect to GND
black wire at reader.
Yellow not used.
Isolate and tape back.
KEYSCAN
Purple (Read Mode)
- when not connected, read mode set for secure
sector read only. Isolate and tape back. (This is
the recommended mode which offers higher
security.)
– when connected, read mode set for secure
sector or CSN. If secure sector unrecognized,
subsequently reads the CSN sector of card.
Connect to GND Black wire at reader.
Purple
Pre-alert (Blue)
Orange
Shield not connected.
Isolate with electrical tape.
Pre-alert (Blue)
Optional Wiring
K-SMART Versions
- K-SMART
- K-SMART GOV
6 conductors – shielded 22 AWG
Maximum 500 ft (152.4 m)
May require 2 additional conductors
if using external pre-alert device.
Blue used for pre-alert
otherwise isolate and tape
back.
If connecting external
sound device, see Pre-Alert
Relay Option or refer to
ACU cut sheet enclosed
with panel for ACU/OCB8
relay assignments.
Yellow
Reader terminal on control board
LED D1
WHTD0GRN
PWR
RED
GND
BLK
C1
(BEEP)
KI-00200E-06-12
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 98
98
LED (Orange)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Shield not
connected.
Isolate with electrical
tape.
6 conductors - shielded 22 AWG
Maximum - 500 ft (152.4 m)
HID-5395
with
00 LED
Example 5395CG100
Shield
ACU
Ground
Lug
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
LED (Orange)
Reader terminal on control board
LED D1
WHTD0GRN
PWR
RED
GND
BLK
C1
(BEEP)
Pre-alert
(Yellow)
Pre-alert
(Yellow)
Yellow (Beeper) used for pre-alert
otherwise isolate and tape back.
If connecting external sound device,
see Pre-Alert Relay Option or refer to
ACU cut sheet enclosed with panel
for ACU/OCB8 relay assignments.
Note - If Pre-alert is connected,
the reader cannot read any
HID 125 kHz-compatible card
during the pre-alert beep.
KI-00201E-07-11
Figure 64 – HID-5395 Wiring
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 99
99
LED (Orange)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Shield not
connected.
Isolate with electrical
tape.
6 conductors shielded 22 AWG
Maximum - 500 ft (152.4 m)
HID-5365
HID-6005
with 00 LED
Examples
5365EGP00
or
6005BGB00
Shield
ACU
Ground
Lug
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
LED (Orange)
Reader terminal on control board
LED D1
WHTD0GRN
PWR
RED
GND
BLK
C1
(BEEP)
Pre-alert
(Yellow)
Pre-alert (Yellow)
Yellow (Beeper) used for pre-alert
otherwise isolate and tape back.
If connecting external sound device,
see Pre-Alert Relay Option or refer to
ACU cut sheet enclosed with panel
for ACU/OCB8 relay assignments.
Note - If Pre-alert is connected,
the reader cannot read any
HID 125 kHz-compatible card
during the pre-alert beep.
KI-00202E-07-11
Figure 65 – HID 5365 / 6005 Wiring
Keyscan Inc. – Technical Guide (PC109x - 04.15)
Page 100
100
Figure 66 – HID 5355 Wiring
Shield not connected.
Isolate with electrical tape.
Shield
ACU Ground
Lug
Red
+
VDC
Black
to separate DC
power
supply
6 conductors shielded 22 AWG
500 ft (152.4 m) maximum
Reader terminal on control board
LED D1
WHTD0GRN
PWR
RED
GND
BLK
C1
(BEEP)
LED
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
Pre-alert (Yellow)
D1 (White)
D0 (Green)
PWR (Red)
GND (Black)
LED
Pre-alert
(Yellow)
Yellow (Beeper) used for pre-alert
otherwise isolate and tape back.
If connecting external sound device,
see Pre-Alert Relay Option or refer to
ACU cut sheet enclosed with panel
for ACU/OCB8 relay assignments.
Note - If Pre-alert is connected,
the reader cannot read any
HID 125 kHz-compatible card
during the pre-alert beep.
KI-00203E-07-11
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 - 04.15)
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