Alarm Controls Corporation TS-16302 Push Button 302 Plate

Product Description

The ALARM CONTROLS CORPORATION TS-16302 is a push button exit device mounted on a 302 plate, designed for access control and egress applications in commercial and light industrial facilities. The unit combines a push button actuator with a standard 302-series mounting plate, providing a finished, low-profile assembly ready for installation at exit points, door release panels, and security control stations. Licensed electricians and security integrators are the primary trades handling installation of this type of device.

The TS-16302 is suited for use at controlled egress doors, vestibule entry points, and access control panels in commercial buildings. The 302 plate format allows for clean mounting on standard electrical boxes or surface-mount backboxes, making it a practical choice for new construction and retrofit projects where a dedicated exit actuator with a finished plate is required.

Key Features

• Push button exit device and 302 mounting plate supplied as a single assembled unit
• Designed for access control and egress door release applications
• 302 plate format supports standard electrical box and surface-mount backbox installations
• Compact, low-profile assembly for finished appearance at exit and entry points
• Sold as individual unit (quantity per package: 1)

Compatibility

Designed as an OEM-style replacement or new-install push button exit device for commercial access control and egress systems requiring a 302-series mounting plate configuration.

Installation Notes

Installation of exit device push buttons is typically performed by a licensed electrician or a qualified access control integrator. Disconnect and lock out all power to the access control panel and associated door hardware before beginning work. Follow applicable NEC requirements for low-voltage control wiring and observe local building and fire codes governing egress hardware. Do not modify the plate or actuator housing in any way that could affect the integrity of the egress function.