Camden Door Controls CM-23DSER Exit Device Push Button

Product Description

The Camden Door Controls CM-23DSER is an exit device push button assembly supplied with a 3/8-inch spacer plate. Push buttons in this category provide a low-voltage momentary contact signal used to trigger electric strikes, magnetic locks, or access control panels in door hardware applications. The spacer plate allows the button to be surface-mounted on frames or mullions where additional standoff depth is needed for proper fit and trim alignment. This unit is sold individually and is typically installed by licensed electricians or access control technicians during new construction or retrofit projects.

The CM-23DSER is suited for commercial door access control installations where a discrete, code-compliant egress activation point is required. Common applications include office lobbies, vestibules, stairwell doors, and ADA-accessible entry and exit points where a wall- or frame-mounted push button initiates door release. The included spacer plate is particularly useful on hollow metal frames and applications requiring flush or offset mounting to accommodate conduit knockouts or surface obstructions.

Key Features

• Includes 3/8-inch spacer plate for offset surface mounting on frames and mullions
• Momentary contact push button designed for integration with electric strikes and magnetic lock systems
• Sold as a single unit for straightforward single-door applications
• Compact form factor suited for both new construction and retrofit access control installations

Compatibility

Designed as an OEM-style exit device push button for commercial access control systems requiring low-voltage momentary contact activation at door egress points.

Installation Notes

Installation should be performed by a licensed electrician or certified access control technician. De-energize the access control panel and any connected door hardware before wiring. Follow NEC low-voltage wiring guidelines applicable to Class 2 circuits. Confirm mounting surface depth and frame clearance before selecting the spacer plate orientation.