Safety Technology Intl SS2325ZA-FR Illuminated Momentary Push Button

Product Description

The SAFETY TECHNOLOGY INT'L INC SS2325ZA-FR is a white illuminated momentary push button designed for access control and exit device applications. Momentary push buttons in this category provide a brief, timed electrical signal when pressed and released, making them a standard component in door release circuits, egress systems, and low-voltage control panels. The illuminated design allows for quick visual identification of the button location in low-light environments. This unit is sold individually and is typically installed by licensed electricians or access control technicians.

The SS2325ZA-FR is suited for commercial and light commercial environments where a dedicated exit or request-to-exit point is required. Common install scenarios include interior egress doors, vestibule access points, and controlled entry systems where a momentary signal is needed to release an electric strike or magnetic lock. The white finish provides a clean, neutral appearance that integrates with standard wall plate and door hardware configurations.

Key Features

• Illuminated button face for visibility in low-light conditions
• Momentary action provides a brief signal pulse on press and release
• White finish suits standard commercial interior hardware
• Sold as a single unit for straightforward replacement or new installation
• Designed for exit device and push button access control applications

Compatibility

Designed as an OEM-style replacement or new-install component for exit device and push button access control systems in commercial door hardware applications.

Installation Notes

Installation should be performed by a licensed electrician or qualified access control technician in accordance with applicable NEC requirements for low-voltage control wiring. Disconnect and de-energize the access control circuit before removing or wiring any components. Verify that the load voltage and current requirements of the connected lock or strike are within the ratings of this device before energizing the circuit.