A push to exit button installation is crucial, particularly in electronic access device systems settings.
- Materials: Push to exit button, electrical wiring (check recommended gauge), wire connectors.
- Tools: Drill, screwdriver, wire stripper, electrical tape, multimeter (optional).
- Safety Gear: Safety glasses, gloves.
Turn off the power at the main breaker or disconnect the circuit supplying power to the area where you’ll be working. Also, use a voltage tester or multimeter to confirm that there is no live current.
Choose a location near the exit door at a comfortable height (typically 48 inches above the ground) where it’s visible and accessible. Besides, avoid placing it where it might accidentally be pressed.
Hold the button’s faceplate in position, mark the screw holes with a pencil, and drill pilot holes for the screws. Certainly, use appropriate drill bits based on wall type (e.g., masonry, drywall).
Run the necessary wiring from the push-to-exit button location to the access control panel or power source. Definitely, secure wires along the route with clips or conduit if exposed. Also, if required, drill a hole to pass the wiring through the wall or frame.
- Identify Terminals: Additionally, most buttons have Normally Open (NO) and Common (COM) terminals.
- Strip and Connect Wires: Basically, strip about 1/4 inch of insulation from each wire end. Connect one wire to the NO terminal and the other to the COM terminal.
- Secure Connections: Additionally, tighten screws or connectors on the terminals to ensure a stable connection.
Align the button with the drilled holes and use screws to secure it to the wall or frame. Besides, make sure it’s flush and sturdy enough to withstand frequent use.
- Identify Input Points: Definitely, check the access devices panel for a terminal labeled for push-to-exit or request-to-exit input.
- Connect Wires: Basically, attach the other end of the wires to the access devices panel’s push-to-exit terminals. Also, ensure that the wiring follows the manufacturer’s diagram and instructions.
Restore power to the access product system and test the push-to-exit button. Additionally, when pressed, the door should unlock momentarily or allow free exit as intended.
- Check Response Time: Ensure the door unlocks immediately when the button is pressed.
- Repeat Test: Test multiple times to confirm reliable functionality.
Once testing is complete, use electrical tape or wire nuts on any exposed wire connections. Basically, tidy up loose wires in the panel or along the wall and secure them with clips or conduits if necessary.
PUSH-TO-EXIT BUTTON PARTS
A push to exit button installation typically has several essential components, each designed to enable effective operation within an access devices system. Here are the main parts of a push to exit button:
Button (Actuator)
The visible part that users press to activate the exit mechanism. Also,this is usually a durable, spring-loaded button, often labeled “Push to Exit” for easy identification.
Faceplate
The cover around the button provides protection and can be on the wall or door frame. Definitely, depending on the environment and intended durability, faceplates are usually of stainless steel, aluminum, or plastic.
Contact Switches (NO/NC)
Inside the button, there are Normally Open (NO) and Normally Closed (NC) switches. Certainly, when pressed, these allow the button to complete or interrupt the circuit, sending a signal to the access devices system to unlock the door.
Backbox or Mounting Plate
A mounting box or plate is often included or required to secure the wall or door frame button. It also provides a place for wire connections and protects them from wear or tampering.
LED Indicator (Optional)
Some push-to-exit buttons have built-in LED indicators, illuminating when the button is active or ready. Basically, this provides visual feedback to users and indicates whether the door is unlocked.
Wiring Terminals
Located on the back of the button, these terminals connect the button to the access devices system or power supply. Also, they may be screw terminals or quick connectors, depending on the model.
Spring Mechanism
The spring allows the button to return to its original position after being pressed. Certainly, it ensures the button is only temporarily activated, maintaining the intended “push-to-exit” functionality.
Tamper-Resistant Cover (Optional)
Some buttons have a protective cover to prevent accidental presses or tampering. Additionally, this is common in high-security areas or locations where unintentional activation could pose issues.
