Camden Door Controls CM-9800/7 Push Exit Switch

Product Description

The Camden Door Controls CM-9800/7 is a surface mount illuminated push exit switch designed for access control and egress applications in commercial and institutional buildings. This unit mounts directly to the wall surface, eliminating the need for in-wall electrical boxes and simplifying installation in retrofit scenarios. The integrated illumination allows the switch to remain visible in low-light conditions, supporting code-compliant egress signaling. It is typically installed by licensed electricians or security system integrators as part of a broader access control or door release system.

The CM-9800/7 is suited for use in commercial office buildings, schools, healthcare facilities, and other environments where controlled egress is required. Surface mounting makes it a practical choice for retrofit installations where cutting into walls is not feasible. It functions as a request-to-exit or push-to-exit device wired into an access control panel or electric door release system.

Key Features

• Surface mount design supports retrofit and new construction installations without in-wall rough-in
• Integrated illumination keeps the switch visible in low-light or emergency egress conditions
• Functions as a push-to-exit or request-to-exit device in access control systems
• Sold as an individual unit, quantity of one per order

Compatibility

Designed as an OEM-style replacement or new installation component for commercial access control and egress button applications typical of surface mount push exit switch systems.

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. Observe applicable local electrical codes and National Electrical Code (NEC) requirements for low-voltage control wiring. Confirm compatibility with the connected access control panel or electric strike before completing the installation.