LifeSafety Power FlexPower C4 User manual

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C4/C4P, C8/C8P Installation Manual
P03-006 Rev A15

C4,C4P / C8, C8P Installation Manual
2 3
Table of Contents
Description .....................................1
Specifications ...................................1
Regulatory Information ............................1
Mounting the Power Control Modules ................1
Power Control Accessory Overview. ..................2
Connecting the Power Control Modules ...............4
Input and Output Wiring ...........................5
Common Jumper Settings .........................6
C4/C4P Application Example ........................7
C8/C8P Application Example ........................8
Description
The C4/C4P/C8/C8P power control modules add 4 or 8 zones
respectively, to an FPO power supply system. The C4/C4P/
C8/C8P accept either one or two voltage sources, either of
which are selectable for output on a zone-by-zone basis. Each
zone is fully controllable via a zone input which accepts a volt-
age, relay contact, or open collector input. Each zone output is
selectable for FAI operation, fail-safe or fail-secure, and volt-
age or relay contact output. The suffix "P" added to the model
number denotes Class 2 Power Limited outputs.
Specifications
Power Input Voltage 12 or 24VDC nominal
Current 12A maximum
Standby Current 350mA (C4)
700mA (C8)
All lock control relays active
Zone Input Voltage Input 12 or 24VDC
Max Current 10mA
Zone Output Voltage Same as input
C4/C8 Current 3.0A resistive
C4P/C8P Current 2.5A resistive (Class 2 Power Ltd)
Fuse 3A ATM automotive style (C4/C8 only)
Size
C4/C4P 4.00" x 2.50" x 1.0"
(102mm x 64mm x 25 mm)
C8/C8P 6.00" x 4.00" x 1.0"
(152mm x 64mm x 25 mm)
Weight C4/C4P 0.20lb (0.10kg)
C8/C8P 0.35lb (0.16kg)
Regulatory Information
The equipment discussed within this manual has been tested
to the following standards:
• UL294, UL603, UL1076
• ULC S318, ULC S319
• CSA C22.2 #205
• CSFM Approved
Mounting the C4/C4P/C8/C8P Power Control Modules
Mounting of the board to an enclosure is via the four
snap-in standoffs supplied.
1. Locate the appropriate mounting holes in the enclosure
and snap the standoffs into the holes.
2. Align the board mounting holes with the standoffs (be
sure the PC board is properly oriented) and snap the
board onto the standoffs.
C4
C8
Class 2 power limited wiring must be seperated from non-power limited
wiring by a minimum of 1/4 inch and must use seperate knockouts.
• The installation and all wiring methods shall be in accordance with ANSI/
NFPA70 and all local codes.
For ULC compliance, installation and all wiring methods shall be in accor-
dance with the Canadian Electrical Code, C22.1, Part I, Section 32 .
All input wiring to the module shall be located within the same room (3 m).

C4,C4P / C8, C8P Installation Manual
2 3
1
FlexIO Connectors
These connectors pass the FAI and Fault signals to and
from the C4/C4P/C8/C8P board and pass the FlexIO buss on
to other accessory boards in the system.
2
Fault LED (FLT) – Yellow
This LED lights when the C4/C4P/C8/C8P detects a ruptured
output fuse. This fault condition also transmits to the FPO
power supply.
3
Zone Inputs (IN1 – IN4/IN8)
These are the zone input terminal strips. These terminal strips
are removable and accept wire sizes from AWG14 – AWG22.
The terminals are labeled on the PC board near the terminal
strip. See the Input Wiring section of this manual for more
information.
• When using a relay contact input, the contact is connected
across the A and B terminals. When configured for a relay
contact input, it is normal to measure a voltage across these
two terminals. This voltage is current limited and will not
damage the activation contact.
• When using a voltage input, the voltage is connected to
the B terminal. The activation voltage must be common
grounded with the system voltage. The activation voltage
must be between 12 and 24VDC nominal.
• When using an open collector (transistor) input, place a jumper
across the A and B terminals and connect the open collector
to the B terminal. Note that the input source must be common
grounded with the C4/C4P or C8/C8P board’s power source.
4
Configuration Jumpers (xA–xF)
These jumpers program the zone’s input, output, and FAI
operation. Jumpers are color coded for ease of program-
ming and jumper numbers correspond with the zone
number (e.g. 1A is jumper A for Zone 1).
OBSERVE JUMPER ORIENTATION CAREFULLY - See the
Common Jumper Settings Chart for more information.
Jumpers and their possible settings are as follows:
• Jumper A - RED (Zone FAI Enable)
This jumper enables or disables FAI for the selected zone.
The FAI control input is on the FPO power supply board.
See Appendix A of the FPO manual for more information
on the FAI Input.
Pos. 1 (FAI Enabled) When this jumper is placed in posi-
tion 1, the zone's output will invert when the input
is active. This is typically used to drop power to
maglocks on a fire alarm condition.
Pos. 2 (FAI Disabled) When this jumper is in position 2,
FAI will have no effect on the zone's output.
Power Control Accessory Overview
RL8 RL7 RL6 RL5 RL4 RL3 RL2 RL1
B1
B2
BR
B1
B2
BR
FlexIOFlexIO
INPUT FIELD WIRING









C8/C8P
F7 F6 F5 F4 F3 F2 F1
INote Jumper
Position
Orientation
F
E
C
D
1 2
1 2
A B
2
1
FAULTFAULT

OUTPUT FIELD
WIRING 1–4
OUTPUT FIELD
WIRING 5-8
2
1
8A 8B
2
1
7A 7B
2
1
6A 6B
2
1
5A 5B
2
1
4A 4B
2
1
3A 3B
2
1
2A 2B
2
1
1A 1B
8E 7E 6E 5E 4E 3E 2E 1E
7D8D 6D 5D 4D 3D 2D 1D
8F 7F 6F 5F 3F 2F 1F
7C8C 6C 5C 4C 3C 2C 1C
21 21 21
21 21 21 21 21 2121
21 21 21 21 21
B2
BR
B1
INPUT FIELD WIRING 1–4 OUTPUT FIELD WIRING 1–4
FlexIOFlexIO
O1A+O1B-O2A+O2B-O3A+O3B-O4A+O4B-IN1A IN1B IN2A IN3A IN3B IN4A IN4BIN2B
FAULTFAULT 1
2
1
1
2
21
21
21
21
2A
2B
3A
3B
4A
4B
1B
1A
2F 2E
1F 1E










1D1C
C4/C4P
2 1
I Important: Note Jumper
Position Orientation
C D
A
B
2
1
F E
F8
W
1
2
2
1
R
R
R
R
Y
W
W
Bk
Bk
Bk
BL
BLR BLR BLR BLR BLR BLR BLR BL
BL
BL
BL
Y Y Y Y Y Y Y Y
W W W W W W W W
BkBk
BkBkBkBkBkBkBkBk
BkBkBkBkBkBk
2D2C
1
2Y
Bk
1
2
1
WBk
1
2Y
Bk
3F 3E 3D3C
1
2
1
WBk
1
2Y
Bk
4F 4E 4D4C
AFAI
INVERT input
INVERT output
WET/DRY output
V SELECT
B
F
C&E
D
Reference
Jumper Color
JUMPER
PROGRAMMING
RED
BLUE
BLACK
YELLOW
WHITE
I
Note: The relay contact output
has a suppression diode across
it, and cannot be used to switch
AC voltage.
To switch DC voltage with these
contacts, Terminal “B” should
be positive, “A” negative.”

C4,C4P / C8, C8P Installation Manual
4 5
Jumper B - BLUE (Input Invert)
This jumper is used to select a fail-safe or fail-secure input.
Adjust this jumper so that the zone's output LED is FLASH-
ING when the door is unlocked.
Pos. 1 (Fail Safe) Use this position for a NC contact input
(contact OPENS to unlock door) or for a voltage
input where the voltage is REMOVED to unlock
the door.
Pos. 2 (Fail Secure) Use this position for a NO contact input
(contact CLOSES to unlock door) or for a voltage in-
put where the voltage is APPLIED to unlock the door.
Jumpers C & E - BLACK (Wet or Dry Output Selection)
These jumpers select whether the output is a relay con-
tact output or a voltage output. BOTH jumpers must be
set to the same position for proper operation.
IThe outputs of the C4 and C8 have built-in reverse protection di-
odes across each output. If a delay is present on lock release, or when
using as a dry relay contact output, the diode can be removed from the
circuit. See page 6 for more information.
Pos. 1 (Relay Contact Output) By placing both jumpers
in Position 1, the zone's output is set as a relay
contact output.
Pos. 2 (Voltage Output) By placing both jumpers in posi-
tion 2, the zone's output is set to output the volt-
age of the buss selected by Jumper D (See below).
Jumper D - YELLOW (Voltage Buss Selection)
The C4 and C8 can each accept up to two power supply
inputs connected to B1 and B2. This jumper selects which
of the two power supply inputs are used for the zone's
output. If only a single power supply is being used, set
this jumper for Position 1. (Note: if the zone's output is
set as a relay contact output, this jumper has no effect.)
Pos. 1 (B1 Buss) This position selects the power supply
connected to the B1 input of the C4 or C8 board.
Pos. 2 (B2 Buss) This position selects the power supply
connected to the B2 input of the C4 or C8 board.
Jumper F - WHITE (Output Invert)
This jumper is used to select a fail-safe or fail-secure
output. Adjust this jumper so that the door is UNLOCKED
when the zone output LED is flashing (Zone Active).
Pos. 1 (NO / Voltage when input is activated) When in Po-
sition 1, the output terminals will connect through
the NC contact if set for a relay contact output or
will output a voltage when the input is activated.
Pos. 2 (NC / Voltage when input is deactivated) When in
Position 2, the output terminals will connect through
the NO contact if set for a relay contact output or will
not output a voltage when the input is activated. This
position is typically used for Mag Locks.
5
Output Fuses (F1 – F8) – Optional
When using the fused version of the C4/C8, these are the
fuses for each zone output. Fuse numbers correspond with
the zone number (e.g. F1 is the fuse for OUT1). When using
the PTC version of the C4/C8, the fuse will be replaced with
a soldered-in PTC. Fuses or PTCs are not in the circuit when
the zone is configured as a relay contact output.
6
Output LEDs (01 – 08) – Green
These LEDs indicate the status of the output. LED numbers
correspond with the zone number (e.g. O1 is for Output 1).
• On SteadyDoor Locked (Fuse or PTC Intact)
• FlashingDoor Unlocked (Either due to Zone Input or FAI)
• OffFuse or PTC open
These LEDs are bi-color and indicate the output voltage for
each output as follows:
• Green – 12V Output
• Blue – 24V Output
I
NOTE LED colors are range based. Voltage Less than 13V
will show Green. Voltage above 20V will show Blue. Voltage
between 13 and 20 may show either voltage or a combination
Green & Blue. Always verify voltage with a voltmeter.
INote that if an Output LED is operating opposite from
expected (flashing in normal state, steady when the in-
put is activated), but the output terminals are behaving
as expected, then jumpers B and F should be placed
into the opposite position.
7
Zone Outputs (01 – 04/08)
These are the output terminal strips. These terminals are
removable and accept wire sizes from AWG14 – AWG22.
The terminals are labeled on the PC board near the terminal
strip. See the Output Wiring section for more information.
• Relay Contact Outputs are across the A and B terminals. The
selection for NO or NC is made by jumper F
• Voltage (Wet) Outputs are across the A and B terminals.
– Positive is terminal B
– DC Common is terminal A
IThe C4 and C8 have reverse protection diodes across
each output. If a delay is present on lock release, or when
using as a dry relay contact output, the diode can be re-
moved from the circuit. See page 6 for more information.
8BR Connectors (J4 & J5)
The DC Common buss in the system. All DC boards in
the system must have their BR fastons wired together for
proper operation.
9
B2 Connectors (J6 & J7)
These are for connection to the B2 buss in the system. The
voltage on the B2 buss comes from an FPO power supply or a
B100 secondary supply in dual voltage systems. This voltage
will be directed to any outputs whose yellow jumper (Jumper
D) is set in the B2 position. If the C4/C8 is being used in a
single voltage system, these fastons can be left unused.
bk
B1 Connectors (J2 & J3)
These are for connection to the B1 buss in the system. The
voltage on the B1 buss comes from an FPO power supply.
This voltage will be directed to any outputs whose yellow
jumper (Jumper D) is set in the B1 position.

C4,C4P / C8, C8P Installation Manual
4 5
Connecting the Power Control Module
hRemove all AC and battery power from the FPO system before adding or replacing a power control board.
Required Connections
Optional Connections
Each of the B1, B2, BR, and FlexIO busses has two connectors.
These connectors may be used interchangeably.
For example: FlexIO from the power supply may be connected
to either of the C4/C8's FlexIO connectors, the Main DC voltage
source may connect to either B1 terminal, etc.
C4/C4P
B2
BR
B1
INPUT FIELD WIRING 1–4 OUTPUT FIELD WIRING 1–4
FLEXIOFLEXIO
FlexIO continues to
other accessories
Main DC voltage continues
to other accessories
Second DC Source continues
to other accessories
BR continues to
other accessories
BR in from System
Input from Main
DC voltage source
Input from Second
DC source (optional)
FlexIO in from System
B1B2BR
INPUT FIELD WIRING 1–8
Main DC voltage continues
to other accessories
Second DC Source continues
other accessories
BR continues to
other accessories
FlexIO continues to
other accessories
BR in from System
Input from Main
DC voltage source
Input from Second
DC source (optional)
FlexIO in from System
FLEXIOFLEXIO
C8/C8P
O1A O1B O2A O2B O3A O3B O4A O4B
– +– +– +– +
O5A O5B O6A O6B O7A O8B
– +– +
O1A O1B O2A O2B O3A O3B O4A O4B
– +– +– +– +
O8A
– + – +
O7B
OUTPUT FIELD WIRING 1–8
Note:
B1 terminals are interconnected
B2 terminals are interconnected
BR terminals are interconnected
NOTE - Output polarity has changed -
Verify polarity via markings on the PCB
NOTE - Output polarity has changed -
Verify polarity via markings on the PCB

C4,C4P / C8, C8P Installation Manual
6 7
Diode Removal
Reverse Protection Diodes
The outputs of the C4/C4P/C8/C8P have built-in reverse protection diodes. If a delay in lock release is present or if the zone is
being used as a dry contact output, the diode from that zone may be removed from the circuit as shown below.
IOnly remove the diodes from outputs requiring their removal!
C8/C8P Diode Removal
The diodes on the C8/C8P are on the top side of the board be-
tween the output terminals and the edge of the board. To re-
move the diode from the output circuit, simply cut the exposed
diode lead for the desired output zone - leave the diode body
soldered to the pcb.
C8 output diodes
C4 output diodes
underside of board
topside of board
C4/C4P Diode Removal
The diodes on the C4/C4P are on the bottom side of the board
under the output terminals. To remove the diode from the out-
put circuit, simply cut the body of the diode for the desired out-
put zone.
C8 output diodes
C4 output diodes
underside of board
topside of board

C4,C4P / C8, C8P Installation Manual
6 7
Input and Output Wiring
INPUT WIRING
IN 4B IN 4A IN 3B IN 3A IN 2B IN 2A IN 1B IN 1A IN 8B IN 8A IN 7B IN 7A IN 6B IN 6A IN 5B IN 5A
C8/C8P
C4/C4P
IN 1A IN 1B
IN 2A IN 2B
IN 3A IN 3B
IN 4A IN 4B
INPUTS
Each input on the C4/C4P and C8/C8P has an “A” terminal and
a “B” terminal.
• When using a relay contact to activate the input, the
contact is placed across these terminals. It is normal to
measure a voltage across these terminals when set for
a relay contact input.
• When set for a voltage input, the voltage to activate the
zone is placed on the “B” terminal. The “A” terminal is
left disconnected. Note that the voltage used to acti-
vate the zone must be common grounded with the C8
board’s power source.
• To use a DC ground or an open collector (transistor) as
an input, place a wire jumper across the “A” and “B”
terminals and connect the ground/open collector to the
“B” terminal to activate the input. Note that the input
source must be common grounded with the C4/C4P or
C8/C8P board’s power source.
OUTPUT WIRING
C4/C4P
C8/C8P
OUTPUTS
4B -
4A +
3B -
3A +
2B -
2A +
1B -
1A +
4B -
4A +
3B -
3A +
2B -
2A +
1B -
1A +
8B -
8A +
7B -
7A +
6B -
6A +
5B -
5A +
NOTE - Output polarity has changed -
Verify polarity via markings on the PCB
Each output on the C4/C4P and C8/C8P has an “A” termi-
nal and a “B” terminal. The usage of these terminals varies
based on the setting of jumpers Cand E for the zone.
• When set for a relay contact output, these terminals are
the output of the relay. No voltage is output from these
terminals when set for a relay contact output.
Note: The relay contact output has a suppression diode
across it, and cannot be used to switch AC voltage. To
switch DC voltage with these contacts, the polarity of the
voltage being switched should match the terminal mark-
ings.
• When set for a wet/voltage output, these terminals pro-
vide the output voltage. Observe the polarity markings
on the PCB for each output.
ICAUTION When powering magnetic loads such as
maglocks, door strikes, solenoids, etc, each of these
loads must have a reverse protection diode either built-in
or external to the device.

C4,C4P / C8, C8P Installation Manual
8 9
Common Jumper Settings
Jumper
xA (red) xB (blue) xC (black) xD(yellow) xE (black) xF(white)
Continuous Auxiliary Output (No zone control input)
With FAI 1 2 2 Note 1 2 2
Without FAI 2 2 2 Note 1 2 2
Maglock Output
NC Contact Input - with FAI 1 1 2 Note 1 2 2
NC Contact Input - without FAI 2 1 2 Note 1 2 2
NO Contact Input - with FAI 1 2 2 Note 1 2 2
NO Contact Input - without FAI 2 2 2 Note 1 2 2
Voltage Input - with FAI 1 1 2 Note 1 2 2
Voltage Input - without FAI 2 1 2 Note 1 2 2
Transistor Input - with FAI 1 1 2 Note 1 2 2
Transistor Input - without FAI 2 1 2 Note 1 2 2
Door Strike Output
NC Contact Input - with FAI 1 1 2 Note 1 2 1
NC Contact Input - without FAI 2 1 2 Note 1 2 1
NO Contact Input - with FAI 1 2 2 Note 1 2 1
NO Contact Input - without FAI 2 2 2 Note 1 2 1
Voltage Input - with FAI 1 1 2 Note 1 2 1
Voltage Input - without FAI 2 1 2 Note 1 2 1
Transistor Input - with FAI 1 1 2 Note 1 2 1
Transistor Input - without FAI 2 1 2 Note 1 2 1
NC Relay Output (Note 2)
NC Contact Input - with FAI 1 1 1 N/A 1 2
NC Contact Input - without FAI 2 1 1 N/A 1 2
NO Contact Input - with FAI 1 2 1 N/A 1 2
NO Contact Input - without FAI 2 2 1 N/A 1 2
Voltage Input - with FAI 1 1 1 N/A 1 2
Voltage Input - without FAI 2 1 1 N/A 1 2
Transistor Input - with FAI 1 1 1 N/A 1 2
Transistor Input - without FAI 2 1 1 N/A 1 2
NO Relay Output (Note 3)
NC Contact Input - with FAI 1 1 1 N/A 1 1
NC Contact Input - without FAI 2 1 1 N/A 1 1
NO Contact Input - with FAI 1 2 1 N/A 1 1
NO Contact Input - without FAI 2 2 1 N/A 1 1
Voltage Input - with FAI 1 1 1 N/A 1 1
Voltage Input - without FAI 2 1 1 N/A 1 1
Transistor Input - with FAI 1 1 1 N/A 1 1
Transistor Input - without FAI 2 1 1 N/A 1 1
Note 1 - Set Jumper D according to which input voltage source (B1/B2) should be directed to the output
Note 2 - Relay OPENS when the input is activated
Note 3 - Relay CLOSES when the input is activated

C4,C4P / C8, C8P Installation Manual
8 9
C4/C4P Application Example
Zone 1
24V Mag Lock Output, Voltage Input, with FAI
This zone shows a typical 24V Mag Lock application, using
a voltage input on the zone. The door will unlock upon an
FAI signal being received from the FPO Power Supply.
Jumper Positions: A-1 |B-1 |C-2 |D-1 |E-2 |F-2
Zone 2
12V Door Strike Output, Open Collector (transistor) Input,
no FAI
This zone shows a typical 12V Door Strike application, us-
ing an open collector (transistor) input on the zone. The
door will remain locked during a fire alarm condition.
Jumper Positions: A-2 |B-1 |C-2 |D-2 |E-2 |F-1
Zone 3
12V Reader Power, no control input, no FAI
This zone shows continuous 12V auxiliary power for pow-
ering a device such as a reader. Power will remain during a
fire alarm condition.
Jumper Positions: A-2 |B-2 |C-2 |D-2 |E-2 |F-2
Zone 4
NC Relay Contact Output, NC Relay Contact Input, with FAI
This zone shows a NC relay contact output slaving off of
a NC relay contact input. This application can be used to
protect the low-current integral relays in an access control
panel and instead use the higher current relays on the C4 to
control the locks.
Jumper Positions: A-1 |B-1 |C-1 |D-1 |E-1 |F-2
NC Dry
Contact
Out
NO Connection
Open Collector (Transistor) In
DOOR
STRIKE 12V
+
–
READER 12V
+
–
MAG
LOCK 24V
+
–
+12/24V Voltage IN
NC Contact
FlexIO
B2
BR
B1
FlexIOFlexIO
O1A O1B O2A O2B O3A O3B O4A O4BIN1A IN1B IN2A IN3A IN3B IN4A IN4BIN2B
FAULTFAULT
2
1
2
1
2
1
1
2
21
21
21
21
2A
2B
3A
3B
4A
4B
1B
1A
2F 2E 2C 2D
3F 3E 3C 3D
4F 4D
1F 1E 1D1C
4E 4C
B1 24V
B2 12V
BR
INPUTS OUTPUTS
R
Y
Y
Y
W
W
W
W
R
R
R
BL
BL
BL
BK
BK
BK
BK
BK
BK
BK
BL
– +– +– +– +
Y
BK
Note: For UL Compliance, any locking device shall be configured for fail safe operation upon
occurrence of an alarm as shown with a normally closed relay contact

C4,C4P / C8, C8P Installation Manual
10 11
C8/C8P Application Example
NC Contact
+12/24V Voltage IN
NC Contact
NO Contact
no connection no connection
Open Collector (Transistor) In
Open Collector (Transistor) In
NC CONTACT
OUT
NO CONTACT
OUT
DOOR
STRIKE
24V
+
–
MAG
LOCK
24V
MAG
LOCK
12V
DOOR
STRIKE
12V
+
–
+
–
+
–
DOOR
HOLDER
+
–
24V
READER 12V
+ –
BR B2 B1
BR
B1 24V
B2 12V
BR
FlexIO
B2 B1
FAULTFAULT
12
8B
8A
7B
7A
6B
6A
5B
5A
4B
4A
3B
3A
2B
2A
1B
1A
8F8D 8C 8E
1
2
INPUTS
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
R
R
R
R
R
R
R
R
W
W
Y
BL
BL
BL
BL
BL
BL
BL
BL
BKBK
8D 8C 8E
YBKBK
Y
W
YBKBK
W
YBKBK
W
W
YBKBK
W
YBKBK
7F
6F6D 6C 6E
5F5D 5C 5E
W
BKBK
7F4D 4C 4E
3F3D 3C 3E
2F2D 2C 2E
YBKBK
1F1D 1C 1E
A B A B A B A B A B A B A B A B
A B A B A B A B A B A B A B A B
OUTPUTS
– +– +– +– +– +– +– +– +
Note: For UL Compliance, any locking device shall be configured for fail safe operation upon
occurrence of an alarm as shown with a normally closed relay contact

C4,C4P / C8, C8P Installation Manual
10 11
Zone 1
24V Mag Lock Output, Voltage Input, with FAI
This zone shows a typical 24V Mag Lock application, using
a voltage input on the zone. The door will unlock upon an
FAI signal being received from the FPO Power Supply.
Jumper Positions: A-1 |B-1 |C-2 |D-1 |E-2 |F-2
Zone 2
12V Mag Lock Output, NC Relay Contact Input, no FAI
This zone shows a typical 12V Mag Lock application, using
a NC relay contact as the input for the zone. The door will
remain locked during a fire alarm condition.
Jumper Positions: A-2 |B-1 |C-2 |D-2 |E-2 |F-2
Zone 3
12V Door Strike Output, Open Collector (transistor) Input,
no FAI
This zone shows a typical 12V Door Strike application, us-
ing an open collector (transistor) input on the zone. The
door will remain locked during a fire alarm condition.
Jumper Positions: A-2 |B-1 |C-2 |D-2 |E-2 |F-1
Zone 4
24V Door Strike Output,NO Relay Contact Input, with FAI
This zone shows a typical 24V Door Strike application, us-
ing a NO relay contact as the input for the zone. The door
will unlock upon an FAI signal being received from the FPO
Power Supply.
Jumper Positions: A-1 |B-2 |C-2 |D-1 |E-2 |F-1
Zone 5
12V Reader Power, no control input, no FAI
This zone shows continuous 12V auxiliary power for pow-
ering a device such as a reader. Power will remain during a
fire alarm condition.
Jumper Positions: A-2 |B-2 |C-2 |D-2 |E-2 |F-2
Zone 6
24V Aux Power, no control input, with FAI
This zone shows continuous 24V auxiliary power for pow-
ering devices such as door holders. Power will be removed
from the output upon an FAI signal being received from the
FPO power supply.
Jumper Positions: A-1 |B-2 |C-2 |D-1 |E-2 |F-2
Zone 7
NO Relay Contact Output, Open Collector (transistor) In-
put, with FAI
This zone shows a NO relay contact output using an open
collector (transistor) input on the zone. The output relay
will close upon an FAI signal being received from the FPO
power supply.
Jumper Positions: A-2 |B-1 |C-1 |D-1 |E-1 |F-1
Zone 8
NC Relay Contact Output, NC Relay Contact Input, with FAI
This zone shows a NC relay contact output slaving off of
a NC relay contact input. This application can be used to
protect the low-current integral relays in an access control
panel and instead use the higher current relays on the C8 to
control the locks.
Jumper Positions: A-1 |B-1 |C-1 |D-1 |E-1 |F-2
C8/C8P Application Example - continued

C4,C4P / C8, C8P Installation Manual
12 13
FlexPower System Replacement Parts
Board Kits Order # Description
FPO250 A01-007 FPO250 replacement board
FPO150 A01-005 FPO150 replacement board
FPO75 A01-003 FPO75 replacement board
B100 A03-009 DC-DC Converter (12VDC or adjustable 5 to 18VDC) replacement board
D8 A02-001 Simple distribution replacement board
D8P A02-002 Simple distribution (Class 2) replacement board
F8 A02-003 FAI controlled distribution replacement board
F8P A02-004 FAI controlled distribution (Class 2) replacement board
C4 A02-005 Four zone power control replacement board
C4P A02-006 Four zone power control (Class 2) replacement board
C8 A02-007 Eight zone power control replacement board
C8P A02-008 Eight zone power control (Class 2) replacement board
M8 A02-011 Eight zone managed power control replacement board
M8P A02-012 Eight zone managed power control (Class 2) replacement board
NL2 A11-007 Two Port NetLink network communication board (used in FPO systems)
NL4 A11-004 Four Port NetLink network communication board (used in FPO systems)
RB2 A25-001 2A Relay, 12VDC or 24VDC input range, DP/DT
RB5 A25-002 5A Relay, 12VDC or 24VDC input range, DP/DT
RB8 A25-003 8A Relay, 12VDC or 24VDC input range, DP/DT
Hardware Order # Description
DL1 A05-001 DataLink USB cable
BDM A05-006 Battery Disconnect Module cable
AC Cable A05-005 AC Input Cable for FPO Power Supply
Battery Cable A05-002 Battery Harness – 24"
Module Cable - 12" A05-003 Accessory board cable set – 12"
Module Cable - 18" A05-004 Accessory board cable set – 18"
Fuse - 3A A05-201 ATM-3A Fuse – Bag of 25
Fuse - 5A A05-202 ATM-5A Fuse – Bag of 25
Fuse - 7.5A A05-203 ATM-7.5A Fuse – Bag of 25
Fuse - 10A A05-204 ATM-10A Fuse – Bag of 25
Fuse - 15A A05-205 ATM-15A Fuse – Bag of 25
Fuse - 30A A05-206 ATM-30A Fuse – Bag of 25
Standoffs A05-301 Nylon Standoffs – Bag of 25
Camlock Set A05-302 Key and Lock fits LSP "E" enclosure

C4,C4P / C8, C8P Installation Manual
12 13
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C4,C4P / C8, C8P Installation Manual
14 PB
Section
P03-006 Rev A13 01/18 © 2018 LifeSafety Power, Inc.All rights reserved
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