Keyscan Aurora IOCB1616 User manual

IOCB1616 Installation Guide - Aurora
The IOCB1616 is an auxiliary I/O control board with 16 inputs and 16 outputs. Designed
for custom applications, the IOCB1616 connects to either a Keyscan 4 door or 8 door
control unit. The board's inputs and outputs connected on the same IOCB network can be
used with timers, schedules, or be custom assignable to fit most needs without a reader.
The CA4500 and the CA8500 each supports up to four IOCB1616 boards for a total of 64
inputs and outputs.
Figure 1 –IOCB1616 Overview
CA4500
or
CA8500
IOCB
1616 IOCB 1616 IOCB 1616 IOCB 1616
Control
Board
16
Inputs 16 Inputs 16
Inputs 16 Inputs
16
Outputs 16 Outputs 16
Outputs 16 Outputs
Maximum
64 inputs
per control
board
Maximum
64 outputs
per control
board
RS485RS485
Maximum distance from control board to last IOCB1616 is 2000 ft (609.6 m)
KI-00463E-07-12
The following lists some real-world examples of how the IOCB1616 may be employed:
Monitor door inputs and use request to exit devices without a reader assignment and
trigger a sounder such as a siren or a sound alert.
Trigger an auxiliary, third-party product such as an alarm panel or a CCTV product
that starts a camera recording on a digital input trigger by using an optional output
OCB-8 board.
Monitor parking lot exit gates without readers in which timing is required.
Use input(s) to trigger a third party product by using an optional OCB-8 output control
board.
In sensitive areas where a single PIR motion detector may be triggered by air
coolness or heat drafts, the IOCB1616 would allow the installation of two separate
PIRs in the same area with conditional “AND” input programming so that both PIRs
must be in alarm before firing an output to prevent false alarms.
Customize input triggering output with timing for special applications such as
switching lights, HVAC, etc.
These are just some of the possible uses. Please note that the IOCB1616 cannot be
connected to a CA250.
Contents
Parts List
Operating Modes
2
IOCB1616 I/O Board
1
Software Setup
5
Hardware
11

Keyscan Inc. A Member of the Kaba Group
2
Operating Modes
The IOCB1616 has the following modes that are set from the Client software.
Mode
Output
Input
01 –Delayed Output
If the input remains in alarm past
the specified output time, the
output is triggered. The output
remains triggered until the input is
secured or closed.
Alarm immediately
02-Timed Output
If the input goes into alarm, the
output is triggered. The output
remains on for the duration of the
specified output time.
Alarm immediately
03-Pulsed Output
If the input goes into alarm, the
output is triggered. The output
pulses off and on for the specified
output time. The output remains
triggered until the input is secured
or closed.
Alarm immediately
04-Input\RTE Mode
When an RTE device triggers, the
associated input is shunted. The
shunt time is the associated input
time. The assigned output is
triggered for the duration of the
specified output time. When the
associated input is closed or
secured, all timers are reset.
Alarm immediately sent
if the RTE input is not
used as a shunt for the
associated input. Alarm if
input for the door contact
is left open after the
associated input time has
expired.
05-Delayed Input &
Delayed Output
If the input is triggered, the alarm
is delayed. The input is delayed by
the specified input time. The output
is triggered at the end of the
cumulative input and output times.
The output remains triggered until
the input is secured or closed.
The input's alarm is
delayed until the input
timer expires. Then it is
sent to software.
06-Delayed Input &
Timed Output
If the input is triggered, the alarm
is delayed. The input is delayed by
the specified input time. The output
remains on for the duration of the
specified output time. The output
remains triggered until the input is
secured or closed.
The input's alarm is
delayed until the input
timer expires. Then it is
sent to software.
07- Delayed Input &
Pulsed Output
If the input is triggered, the alarm
is delayed. The input is delayed by
the specified input time. The output
pulses off and on for the specified
output time. The output remains
triggered until the input is secured
or closed.
The input's alarm is
delayed until the input
timer expires. Then it is
sent to software.
11 –Manual Pulse
Control
Client enabled pulse option for an
output. (Primarily for use with the
active mapping module)
The output is pulsed for
the specified output time.

IOCB1616 Installation Guide (Aurora 06.15)
3
Notes
When an “Input Time Zone Assignment” is used, the input remains shunted and does not
notify the software regardless of the change of input state when a time zone is turned on.
When an “Output Time Zone Assignment” is used, the output remains in a normal state
when the time zone is on regardless of the input trigger.
Restoring associated inputs to normal resets the output state to normal.
Global Inputs & Outputs
The following modes –Optional I/O Delayed Output, Optional I/O Timed Output and
Optional I/O Pulsed Output –are reserved for global inputs/outputs when used with the
IOCB1616. Refer to the Aurora Global Inputs and Outputs / Schedules on the Keyscan
Product Documentation Library CD.
Examples of IOCB1616 Modes
01 –Delayed Output
Example: Freezer Door –Need to know immediately that the freezer door is open and if
the door remains open after a specified time an alarm sounds.
Input 1 is defined as the freezer door; Output 1 is defined as the freezer siren. Opening the
freezer door trips Input 1 sending an alarm notification to the guard's computer. If the
door remains open passed Output 1's specified delay time, the freezer siren is triggered
notifying the client that the freezer door has been left open. The siren remains active until
the freezer door is closed.
02 –Timed Output
Example: Lights –Turn the lights on in a computer room as soon as motion is detected.
Input 2 is defined as the computer room motion detector; Output 2 is defined as the
computer room lights. As soon as motion is detected in the room, Output 2 is triggered and
remains active for the duration of Output 2's specified time. If motion is still detected the
output remains active until the device does not sense movement.
03 –Pulsed Output
Example: Notification –Warehouse notification when a truck arrives at the shipping dock.
Input 3 is defined as the shipping dock; Output 3 is defined as shipping dock strobe/siren.
When a truck arrives at the shipping dock you can manually trigger Input 3 via a push
button which will then pulse the strobe/siren for the duration of the specified output time.
04 –Input/RTE
Example: Automated Unlock at Exit Door –Control the exit point of a door without the use
of an access control reader.
Input 4 is defined as the side door RTE (Request to Exit); Input 5 is defined as the Door
Contact, Output 4 is defined as the door lock hardware. As the person walks towards the
door, the RTE device will detect the individual; Output 4 will unlock the door hardware;
Input 5 will shunt the door contact for the duration of the specified output time and allow
the individual to exit without creating an alarm. (Input 4 must be triggered before Input 5;
otherwise Input 5 reports an alarm in the Client software.)
05 –Delayed Input & Delayed Output
Example: Monitoring –Monitor a low security stairwell door.
Input 5 is defined as the stairwell door; Output 5 is defined as the stairwell door strobe. If
the stairwell door is opened, the alarm notification to the guard’s computer is delayed by
the specified input delay time. Output 5 will not activate the strobe until the end of the
cumulative input and output times have expired. The strobe stops when the input is
secured.

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4
06 –Delayed Input & Timed Output
Example: Monitoring –Monitor a stairwell door.
Input 6 is defined as the stairwell door; Output 6 is defined as the stairwell door siren. If
the stairwell door is opened, the alarm notification to the guard’s computer is delayed by
the specified input delay time. Output 6 will not activate until the input time has expired;
the siren remains on for the duration of the specified output time. It does not reset until
the input is secured.
07 –Delayed Input & Pulsed Output
Example: Monitoring –Monitor a stairwell door.
Input 7 is defined as the stairwell door; Output 7 is defined as the stairwell door siren. If
the stairwell door is opened, the alarm notification to the guard’s computer is delayed for
the specified input delay time. Output 7 will pulse on and off for the duration of the
specified output time. It does not reset until the input is secured.
And / Or Conditions
When assigning two or more inputs to an output, one of the following logic conditions must
be specified:
“Or” Condition
With the “OR” condition, when multiple inputs are assigned to a common output, any one
input fires the output.
“And” Condition
With the "AND" condition, when two multiple points are assigned to any common output,
both points need to go to an alarm state to fire the output.
You cannot have more than 2 inputs assigned to an output with an "AND" condition. You
may have multiple sets of 2 inputs that use an "AND" condition assigned to the same
output. An example would be Input 1 "AND" Input 2 assigned to Output 1 as well as Input
3 "AND" Input 4 assigned to Output 1.
Input and Output Timers
Input Timer –sets the delay time from the point the input is tripped. The range of time is
from 00 seconds to 240 seconds. (00 seconds is no delay.) The Input Timer applies only on
Modes 4 to 7.
Output Timer –sets the delay time from the point the output is tripped or the amount of
time the output is enabled or activated depending on which of the 7 modes is selected. The
range of time is from 00 seconds to 240 seconds. (00 seconds is no delay.)
Schedule Inputs and Outputs
In the Aurora software you can assign a schedule to an input or output.
Input –assigning a schedule enables/disables or arms/disarms the input based on the
schedule
Output –assigning a schedule to an output turns it off or on based on the schedule

IOCB1616 Installation Guide (Aurora 06.15)
5
Software Setup
The following sections outline procedures to setup the IOCB1616 in the Client module. We
suggest you review the J17 - IOCB1616 Address Chart in the Hardware section to ensure
that the input/output assignments defined in the software match the addresses specified
by the J17 jumper setting on the IOCB1616 circuit board.
Steps to Create Input Names and Specify Input Timers
These instructions assume you have previously enrolled the access control unit connected
to the IOCB1616 circuit board.
1. From the Client main screen, select the Site Management button > Hardware Setup.
If you have multiple sites, double click on the site in the Hardware Setup
directory screen.
2. From the Hardware Setup screen, double click on the control unit that is connected to
the IOCB1616 in the All Hardware screen.
3. Select the IOCB1616 tab.
4. Double click on the IOCB Input # 1 or the first input point to be named.
5. In the text box, enter a name or description appropriate for the input point.
6. If applying Delayed Output, Timed Output or Pulsed Output operating mode for this
input leave the Input Timer setting as is and go to the next step, otherwise double
click on the input row under the Timer column, and select a delay time from the drop
down list.
7. Repeat the preceding steps to add additional input points or continue to the next step
if you have completed naming inputs.
8. Click on the Save button.
9. To add outputs follow the steps listed under Steps to Create Output Names and
Specify Output Timers.

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6
Steps to Create Output Names and Specify Output Timers
1. Select the IOCB Outputs tab.
If you are at the Client main screen, select the Site Management button >
Hardware Setup > select the site if you have multiple sites > double click on the
control unit that is connected to the IOCB1616 in the All Hardware screen >
select the IOCB1616 tab > select the IOCB Outputs tab.
2. Double click on the IOCB Output # 1 or the first output to be named.
3. In the text box, enter a name or description appropriate for the output.
4. If you are applying a delay for this output, double click on the output under the Timer
column, select the symbol and select a delay time from the drop down list. For no
delay select 0 seconds.
5. Repeat the preceding steps to add additional outputs or continue to the next step if
you have completed naming outputs.
6. Click on the Save button.
7. To assign inputs to outputs and set modes select the link below and complete the
instructions or click on the Back button until you are returned to the main screen.

IOCB1616 Installation Guide (Aurora 06.15)
7
Assigning Inputs to Outputs
There are 2 conventions to be aware of before assigning inputs to outputs:
The default IOCB1616 Rules screen assigns Input #1 with Output #1, Input #2 with
Output #2 etc, in numerical sequence to Input #64 to Output #64 as shown in the
example.
Default IOCB1616 Rules Screen with Matching Input# to Output#
Mode –Not Used
In cases where secondary inputs are used with operators and the row with the default
Input #/Output# is not applicable, set the Mode column for that row to Not Used.
The following table illustrates an example where the default Input#3 is not assigned to
Output #3. You will note that the default row has the Mode set on Not Used.
Primary
Input
Operator
Secondary
Input
Output
Mode
IOCB Input #1
Or
IOCB Input #3
Output #1
Delayed Output
IOCB Input #2
Or
IOCB Input #3
Output #2
Delayed Output
IOCB Input #3
Not Used
Not Used
Output #3
Not Used
IOCB Input #4
Or
IOCB Input #5
Output #3
Delayed Output
The screen capture on the following page depicts how this appears in the Hardware Setup
> IOCB1616 Rules screen.

Keyscan Inc. A Member of the Kaba Group
8
Set Mode to “Not Used” When Default Input # & Output # Row Don’t Apply
Steps to Assign Inputs to Outputs and Set Modes
1. Select the Rules tab.
If you are at the Client main screen, select the Site Management button >
Hardware Setup > select the site if you have multiple sites > double click on the
control unit that is connected to the IOCB1616 in the All Hardware screen >
select the IOCB1616 tab > select the Rules tab.
2. Click on the row with the first applicable primary input to be assigned to an output.
The row is highlighted in blue.
3. On the input row highlighted in blue, double click under the Operator column, and
choose the desired operator –AND, OR, or RTE –from the drop down list.
If assigning just a single input to a single output, leave the setting on Not Used.
If you make an error or need to clear the assignment, select Clear Operator and
Secondary Input.
4. Under the Secondary Input column, double click on the highlighted row, and choose
the desired secondary input from the drop down list.
5. If you are not assigning a secondary input, leave the field blank.
6. Under the Output column, double click on the highlighted row, and choose the desired
output from the drop down list.
7. Under the Mode column, double click on the highlighted row, and choose the desired
mode from the drop down list.
8. Repeat setting inputs, operators, outputs, and modes. When you have completed
assigning inputs to outputs, click on the Save button.
9. If you have additional IOCB1616 boards connected to other access control units,
repeat all the above procedures to define and assign the inputs and the outputs;
otherwise click on the Back button until you are returned to the main screen or the
Navigation History button for a previously viewed screen.

IOCB1616 Installation Guide (Aurora 06.15)
9
Assign Schedules to Inputs & Outputs (Optional)
This function is used to assign schedules to IOCB 1616 inputs and outputs. You may wish
to create specific schedules for IOCB1616 inputs and outputs. This is an optional
procedure. If you are not assigning schedules to IOCB1616 inputs or outputs by-pass these
procedures.
IOCB1616 Schedule Assignment Screen
Steps to Assign a Schedule to an IOCB1616 Input
1. From the Client main screen, select the Site Management button > Schedule
Assignments.
If you have multiple sites, double click on the site from the Site Search –
Schedule Assignment directory screen.
2. Select the IOCB Devices tab.
3. Below the IOCB Inputs heading, click in the box to the left of the access control
unit/IOCB Input #. The box has an x when selected.
If you are assigning multiple IOCB inputs to the same schedule, click in the box
of each applicable input.
4. Click on the symbol to the right of Schedule, and select the schedule from the
drop down list.
5. Click on the Assign to Selected IOCB Devices button.
6. Click on the Save button.
7. Click on the Back button to until you return to the main screen or the navigation
history symbol for a previously viewed screen.
Steps to Assign a Schedule to an IOCB1616 Output
1. From the Client main screen, select the Site Management button > Schedule
Assignments.
If you have multiple sites, double click on the site from the Site Search –
Schedule Assignment directory screen.
2. Select the IOCB Devices tab.

Keyscan Inc. A Member of the Kaba Group
10
3. Below the IOCB Outputs heading, click in the box to the left of the access control
unit/IOCB Output #.
If you are assigning multiple IOCB outputs to the same schedule, click in the box
of each applicable output. The box has an x when selected.
4. Click on the symbol to the right of Schedule, and select the schedule from the
drop down list.
5. Click on the Assign to Selected IOCB Devices button.
6. Click on the Save button.
7. Click on the Back button to until you return to the main screen or the navigation
history symbol for a previously viewed screen.

IOCB1616 Installation Guide (Aurora 06.15)
11
Hardware
The following reviews the hardware setup for the IOCB1616. Please be sure to review J17
to set the correct input/output assignments and the class of input and J16 to set the main
control board. Diagrams for power, communication, inputs and outputs are also included.
J17 –IOCB1616 Address Chart
Jumper J17 on the IOCB1616 determines the circuit board's input/output assignments and
input supervision. Table 1 reviews the Input/Output assignments and table reviews the
input supervision selections.
Jumper Off
Off = 0 Jumper On On = 1
5 4 3 2 1
J17
Jumper
Settings
Jumper Pins
KI-00387E-10-11
J17 Jumper Settings for Input/Output Assignments
Input/Output
Assignment
Pins 3 –1
Off = 0 / On = 1
# 1 - 16
0 0 1
# 17 - 32
0 1 0
# 33 –48
0 1 1
# 49 –64
1 0 0
J17 –Supervised Input Modes
Supervised Input Modes
Pins 5 - 4
Non-supervised Input or
digital input
0 0
Single end of line
supervision
0 1
Double end of line
supervision
1 1
Jumper J18
Short jumper J18 as follows:
on a single IOCB1616 bus, short J18 on IOCB1616 board
on a multi IOCB1616 bus, short J18 on the last IOCB1616 board only

Keyscan Inc. A Member of the Kaba Group
12
System Jumper J16 on ACU
The following table outlines jumper settings on the ACU circuit board for enabling
inputs/outputs on J16.
System Jumpers J16
1J16 -
Jumper Off
Off = 0 Jumper On On = 1
Jumper
Settings
2 3 4 5 6 7 8
SYSTEM CONFIG.
AJ16 - B C D E F G H
KI-00142E-07-11
System Jumper J16 Inputs/Outputs
PC1094 –PC1095 Circuit Boards
Jumper #
Jumper Setting
Off=0 / On=1
Disable IOCB1616
8
1
Enable IOCB1616
8
0
PC1097 or Later Circuit Boards
The Enable/Disable IOCB1616 function for PC1097 or later control boards is set in the
Aurora software from the Hardware Setup > Additional Settings screen under the Hardware
Settings heading. To enable the control board for an IOCB1616 connection, click in the box
to the left of IOCB. When enabled, the box has an x.
Current Supply and Current Load
The following table lists circuit board and power supply data.
Current Supply and Current Load
Board
Description
Current
DPS-15
ACU - 12 Volts DC output
1.2 A
DPS-15
AUX –12 Volts DC output
1.2 A
ACU
Current draw
130 mA
OCB-8
Current Draw
230 mA
IOCB1616
No outputs connected
100 mA
IOCB1616
With outputs connected
400 mA
Does not include communication board current draw.

IOCB1616 Installation Guide (Aurora 06.15)
13
Mounting IOCB1616 Circuit Boards
The following diagrams outline mounting locations for single or dual configurations of
IOCB1616 circuit boards, OCB-8 relay boards and power supplies.
Single IOCB1616 with 2 OCB-8s
Front View - Cover not shown
Tamper
Switch
Power Supply
Optional
OCB-8
Location
Optional
OCB-8
Location
Ground Lug
Power Supply
IOCB-1616
IOCB-1616
PS
PS
PS
PS
PS
PS
PS
PS
PS = Plugin Standoffs Cover
Locking
Screw
Cover
Locking
Screw
Cover
Locking
Screw
Cover
Locking
Screw
Alternate
Locations
for
Optional
OCB-8s
KI-00388E-10-11
Dual IOCB1616 Circuit Boards
Front View - Cover not shown
Tamper
Switch
Power Supply
Ground Lug
Power Supply
IOCB-1616
IOCB-1616
PS
PS
PS
PS
PS
PS
PS
PS
PS = Plugin Standoffs Cover
Locking
Screw
Cover
Locking
Screw
Cover
Locking
Screw
Cover
Locking
Screw
IOCB-1616
KI-00389E-10-11
Note
If male/female hex standoffs are positioned in the area where the left IOCB1616 is to be
mounted, remove male/female hex standoffs prior to mounting IOCB to prevent possible
shorting of the circuit board.

Keyscan Inc. A Member of the Kaba Group
14
IOCB1616 Circuit Board
Common Return for I/O
Binary
Address
J17
12345
J18
J1
J2
J3
J4
J5
J6
J7
J8
J9
J10
J11
J12
J13
J14
J15
J16
H1
H2
Max.
Current
400 mA
Normal
Reversed
1 to 8
9 to 16
Input/Output Control Board
Short J18
on last
IOCB only
PROM
Ver. #
RX
TX
Gnd
12V
+
AUX
POWER
Supervised Inputs
1 2 3 4 5 6 1615141312 High Current Open Collector Control Points 2 Amp Max. 161
Jumpers
J1 to J16
Normal = Normally Open
Reversed = Normally Closed
KI-00390E-12-11

IOCB1616 Installation Guide (Aurora 06.15)
15
IOCB1616 Power Supply Connections (no OCB-8s)
RX
TX
GND
12V
+
AUX
Power
IOCB1616
Circuit Board
Red Power (+)
(-)
+
Connect to
separate
12VDC lock
power supply
Notes on IOCB1616
- Lock power and ACU
power must be separate
supplies.
- Current consumption
without low current open
collector connected to any
device draws 100mA RX
TX
GND
12V
+
AUX
Power
IOCB1616
Circuit Board
Red Power (+)
(-)
+
Connect to
separate
12VDC lock
power supply
DPS-15
Terminals
Primary
110 VAC
ACU 16V 40VA
or
ACU 16.5V 37VA
Transformer
12V
Battery
+-
ACU Ground
Lug
AUX/RDR
AC AC BATT
- + AUX/RDR
FAIL - + EGND ACUFAIL- +
KI-00391E-10-11

Keyscan Inc. A Member of the Kaba Group
16
IOCB1616 Power Supply Connections with OCB-8s
RX
TX
GND
12V
+
AUX
Power
IOCB1616 Circuit Board
Red Power (+)
(-)
+
Connect to
separate
12VDC lock
power supply
Notes on IOCB1616
- Lock power and ACU
power must be separate
supplies.
- Current consumption
without low current open
collector connected to any
device draws 100mA
OCB-8
GND
12V
J9
Ext Pwr
ACU Pwr OCB-8
GND
12V
J9
Ext Pwr
ACU Pwr
Set J9 jumper
to Ext Pwr Set J9 jumper
to Ext Pwr
Second side of DPS-15
can be used to power
locks provided total
current does not exceed
1.2 Amps. Requires 2nd
transformer.
DPS-15
Terminals
Primary
110 VAC
ACU 16V 40VA
or
ACU 16.5V 37VA
Transformer
12V
Battery
+-
ACU Ground
Lug
AUX/RDR
AC AC BATT
- + AUX/RDR
FAIL - + EGND ACUFAIL- +
KI-00392E-10-11

IOCB1616 Installation Guide (Aurora 06.15)
17
IOCB Communication with ACU
RX
TX
GND
12V
+
AUX
Power
IOCB1616
Circuit Board
(1)
RX
TX
GND
12V
+
AUX
Power
IOCB1616
Circuit Board
(2)
RX
TX
RX
RX
TX
TX
Refer to the Keyscan Technical Guide
for ACU to PC communication.
ACU
Circuit Board
J18
J18 Short J18 on
last IOCB1616
KI-00393E-10-11

Keyscan Inc. A Member of the Kaba Group
18
IOCB1616 Inputs
Common Return for I/O
Binary
Address
J17
12345
J18
H1
H2
Max.
Current
400 mA
Normal
Reversed
1 to 8
9 to 16
Input/Output Control Board
Short J18
on last
IOCB1616
PROM
Ver. #
RX
TX
Gnd
12V
+
AUX
POWER
to Input
2 3 4 5 6 1615141312 High Current Open Collector Control Points 2 Amp Max. 161
Normally Closed Contact
(Jumper 4 = Off)
1Input # 1
Door Contact
1Input # 1
Door Contact
to Common Return
Normally Closed Contact
Single end of line supervision
(Jumper 4 = On)
OR
to Input
1Input # 1
Door Contact
to Common Return
Normally Closed Contact
Double end of line supervision
(Jumper 5 & 4 = On)
1K
1K
3K
OR
Supervised Inputs
J1
J2
J3
J4
J5
J6
J7
J8
J9
J10
J11
J12
J13
J14
J15
J16
KI-00394E-10-11

IOCB1616 Installation Guide (Aurora 06.15)
19
IOCB1616 Outputs (without OCB-8s)
Common Return for I/O
Binary
Address
J17
12345
J18
H1
H2
Max. Current
400 mA
Normal
Reversed
1 to 8
9 to 16
Input/Output Control Board
Short J18
on last
IOCB1616
PROM
Ver. #
RX
TX
Gnd
12V
+
AUX
POWER
2 3 4 5 6 1615141312
High Current Open Collector Control Points 2 Amp Max.
16
Supervised Inputs
+
+
+
12 VDC
Strike
12 VDC
Lock
Power
Auxiliary output device
switched by Open Collector
output switching common.
Verify all lock
hardware conforms
to federal, state, or
municipal fire codes
& regulations.
-
12 VDC
Maglock
Fail Safe
J1
J2
J3
J4
J5
J6
J7
J8
J9
J10
J11
J12
J13
J14
J15
J16
KI-00395E-10-11

Keyscan Inc. A Member of the Kaba Group
20
IOCB1616 Outputs with OCB8s
1 2 3 4 5 6
12VDC
GND
TX
RX
J18
J17
5 4 3 2 1
Binary
Address
Relay
9Relay 10 Relay
11 Relay
12
Relay
13
Relay
14
Relay
15
Relay
16
GND
12V
ACU
PWR
EXT
PWR
J1
OCB
Max.
Current
200 MA
Normal
J8 J7 J6 J5
J1 J2 J3 J4
Reversed
Relay
1Relay 2Relay
3Relay
4
Relay
5
Relay
6
Relay
7
Relay
8
GND
12V
ACU
PWR
EXT
PWR
J1
OCB
Max.
Current
200 MA
Normal
J8 J7 J6 J5
J1 J2 J3 J4
Reversed
Ribbon for
outputs 9-16
Relay 01 = Output 01
Relay 02 = Output 02
Relay 03 = Output 03
Relay 04 = Output 04
Relay 05 = Output 05
Relay 06 = Output 06
Relay 07 = Output 07
Relay 08 = Output 08
Relay 09 = Output 09
Relay 10 = Output 10
Relay 11 = Output 11
Relay 12 = Output 12
Relay 13 = Output 13
Relay 14 = Output 14
Relay 15 = Output 15
Relay 16 = Output 16
Outputs can be used to activate a lock, pre-alert sounder, etc.
Door Strike
Output 2
Pre-Alert
Output 1
Note: OCB-8 relay boards are used in cases were isolation circuit is preferred on
triggering locks with 24 Volts DC draw load or in circuits using sound devices
Normally
Closed
Connect output(s) to
third party inputs such
as: Alarm Inputs points,
DVR inputs, etc...
Output 12
12VDC
ACU Aux Power
DPS-12
+-
+
-
-
+
+-
Separate
12 or 24VDC
Power Source
for
1-16 Outputs
H2
H1
Ribbon for
outputs 1-8
Red stripe
Red stripe
Short J18
on last
IOCB1616
KI-00396E-10-11