Linear AE-1000 Relay Output Wiring, Door or Pedestrian Gate Control, Request-to-Exit Inputs

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Relay Output Wiring

Any of the four relay outputs channels (A-D) can be used to control access devices on doors or gates.

Door or Pedestrian Gate Control

1.

Install a low voltage electric door strike or magnetic lock as a

 

locking device for the door or pedestrian gate.

2.

Install the power supply or transformer for the locking device. DO

 

NOT POWER THE AE-1000 FROM THIS POWER SUPPLY.

3.

Connect one wire from the power supply to one wire from the

 

locking device.

TYPICAL DOOR STRIKE HOOKUP

ELECTRIC

DOOR

STRIKE

DOOR

STRIKE

POWER SUPPLY

RELAY

TERMINALS

N.C.

COM

N.O.

DS

GND

RTE

4. Route two wires between the locking device and the AE-1000.

Connect one wire to the remaining wire of the locking device.

Connect the other wire to the remaining wire of the power supply.

5A. For a door strike, connect the wires to the AE-1000 relay COM & N.O. terminals.

5B. For a magnetic lock, connect the wires to the AE-1000 relay COM & N.C. terminals.

Gate Control

1.Route two wires between the gate and the AE-1000.

2.Connect the gate operator’s OPEN terminals to the AE-1000 relay COM & N.O. terminals.

NOTE: For operator wiring specifics, refer to the gate operator’s wiring diagram.

Request-to-Exit Inputs

Each of the four relay outputs has a request-to-exit input terminal. Grounding this terminal will activate the associated relay. Exit request inputs are typically used with push bars, loop sensors, or pushbuttons.

TYPICAL MAGNETIC LOCK HOOKUP

MAGNETIC

N.C.

DOOR

COM

LOCK

N.O.

 

DOOR

DS

LOCK

GND

POWER SUPPLY

RTE

TYPICAL AUTOMATIC GATE HOOKUP

OPERATOR OPEN

N.C.

N.O.

GATE

COM

 

DS

RELAY RATING:

GND

3 AMPS @ 30 VOLTS

RTE

AC/DC MAXIMUM

 

1.Install the pushbutton or device to signal an exit request.

2.Route two wires from the device to the AE-1000.

3.Connect the device’s normally open output to the wires.

4.To activate a relay channel, connect the wires to the associated relay request-to-exit terminal (RTE-A,RTE-B,RTE-C,or RTE-D) and GND terminals.

Sensing Inputs

The sensing inputs can connect to a door switch that monitors whether the controlled door is open or closed.

1.To use the door sense feature to detect forced entry or door ajar conditions, install a normally closed door switch on the door

or pedestrian gate and route two wires from the switch to the AE-1000.

2.Connect the sensing device wires to the associated relay sensing terminal (DS-A,DS-B,DS-C,or DS-D) and GND terminals.

NOTE: DOOR SENSE CONTACT

IS NORMALLY CLOSED

DOOR

SENSE

CONTACT

DOOR EXIT

REQUEST

BUTTON

OR

GATE

EXIT LOOP

SENSOR

N.C.

COM

N.O.

DS

GND

RTE

RELAY

TERMINALS

DS = SENSING INPUT

RTE = REQUEST-TO-EXIT

NOTE: DOOR EXIT REQUEST BUTTON AND GATE EXIT LOOP CONTACT ARE NORMALLY OPEN

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Contents AE-1000 Introduction ContentsOperation Feature Overview Hardware FeaturesSoftware Highlights Pbus Accessories Accessory OverviewWiegand Accessories Installation Note Component LocationsWiring Diagram This Wiring Example ShowsImportant Mounting Requirements Surface Mounting Entry System MountingMounting Preparation Surface MountingRecessed Mounting Pedestal MountingGate Control Relay Output WiringDoor or Pedestrian Gate Control Request-to-Exit InputsBackup Battery / Uninterruptable Power Supply Power, Battery, & Ground WiringPower Wiring Earth GroundTypical Telephone Wiring Telephone WiringImportant Telephone Wiring Tips Optional Radio AntennaOptional Postal Lock Postal Lock InstallationCamera Installation Optional Color Cctv CameraPbus Accessories Wiegand AccessoriesNetwork with Hub Mount and install the units for the networkOptional Network Connection Network Daisy-chainSystem Adjustments On-board Pushbuttons Internal ControlsOn-board Display Requesting Access with a Visitor Call Requesting Access with an Entry CodeRequesting Access with a Wireless Transmitter AE-1000 Operation16-1/4 Dimension DrawingSpecifications 18-3/8Troubleshooting