Installation Instructions

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Securitron

Power Relay Module

Overview

1 FlexIO Connectors – These connectors pass the

FAI signal to the R8 board and pass the FlexIO buss

on to other accessory boards in the system.

2 B1, B2, and BR Connectors – These connectors are the

voltage inputs for the R8 board. BR is the DC Common

buss in the system. B1 is the positive voltage input

for the first power supply. In dual voltage systems,

B2 is the input for the second power supply.

3 Zone Inputs (IN1 – IN8) – These are the zone

input terminal strips. These terminal strips are

removable and accept wire sizes from AWG 14

– AWG 22. The terminals are labeled on the PC

board near the terminal strip. See page 12.

• When using a normally open relay

contact input, the contact is connected

across the IN and GND terminals.

• When using an open collector (transistor) input,

the open collector it connected to the IN terminal.

Note that the input source must be common

grounded with the R8 board’s power source.

4 Voltage Selection Jumpers (YELLOW) – These jumpers

select the power input to be used for each output.

For single voltage systems, this jumper should stay in

the B1 position. This jumper should be removed on

any zones where a dry contact output is needed.

5 Relay State LEDs (RED) – These LEDs indicate the state

of the output relay. The LED will be lit when the relay is

active and extinguished when the relay is not active.

6 Output Voltage LEDs (Dual Color – BLUE/GREEN) –

These LEDs indicate the voltage of the zone’s output.

• BLUE The output is set to 24 V

• GREEN The output is set to 12 V

• OFF Fuse or dry contact output selected

7 Zone Outputs (01 – 08) – These are the zone output

terminal strips. These terminal strips are removable

and accept wire sizes from AWG 14 – AWG 22. The

terminals are labeled on the PC board near the terminal

strip. See the Output Wiring section for more information.

C, NC, and NO are the relay output. Details next page.

8 Dry Output Selection (BLACK) – When a dry contact

output is needed, this jumper must be removed

in addition to the yellow jumper for the zone. The

output diodes must also be cut for the zone.

9 Output Fuses (F1 – F8) – These are the fuses for

each zone output. Fuse numbers correspond

with the zone number (e.g. F1 is the fuse for

OUTPUT1). Fuses are not in the circuit when the

zone is being used as a relay contact output.

10 FAI LED (RED) – These LED indicates that the R8

has received an FAI signal from the Securitron AQL

power supply through the FlexIO connector. When

lit, any zones selected to respond to FAI will unlock.

11 FAI Selection Switches (SW1) – These switches

select FAI for each output. Switch 1 is for zone 1,

switch 2 for zone 2, etc. When the switch is ON,

the zone will unlock when an FAI is received.

NOTE When a dry contact

output is needed, the

Yellow and Black jumpers

must be removed and the

output diodes must be cut

CAUTION 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.

Specifications

Certifications

• UL 294 Listed

• UL 603 Listed

• UL 1076 Listed

• ULC-S318 Listed

• ULC-S319 Listed

• CSA C22.2 #107.1

• RoHS Compliant

• CSFM Approved

Electrical

• Power Input

x Voltage: 12 or 24 VDC

nominal ±15%

x Current: 12 A maximum

x Standby Current:

.6 A at 12 V and

.3 A at 24 V

(all relays energized)

• Zone Input

x Zone Count: 8

x Max Current: 10 mA

• Zone Output

x Zone Count: 8

x Voltage: same as input

x R8 Current:

3.0 A resistive

x R8P Current:

2.5 A resistive

(Class 2 power LTD)

• Fuse

x 3 A: ATM automotive

st yle (R8)

Environmental

• Operating Temperature:

32˚ to 122˚F [0˚to 49˚C]

Shipping Weight

• 1 lbs

Dimensions

• 6" x 4" x 2.5" [153.4mm

x 101.6mm x 63.5mm]

GND GND GND GND

1 2 3 4

GND GND GND GND

5 6 7 8

INPUT 1– 4 INPUT 5 – 8

FAI

GND GND GND GND

1 2 3 4

GND GND GND GND

5 6 7 8

NC C N0 COM NC C N0 COM

OUTPUT 1 OUTPUT 2

NC C N0 COM NC C N0 COM

OUTPUT 3 OUTPUT 4

NC C N0 COM NC C N0 COM

OUTPUT 5 OUTPUT 6

NC C N0 COM NC C N0 COM

OUTPUT 7 OUTPUT 8

B1 B2 B1 B2 B1 B2 B1 B2 B1 B2 B1 B2 B1 B2 B1 B2