Camden Door Controls CM-9610/3 Piezo Push Button Blank

Product Description

The Camden Door Controls CM-9610/3 is a blank piezo push button plate designed for use in access control and door activation systems. It serves as a placeholder or finishing piece within multi-gang piezo button assemblies, maintaining a clean, uniform appearance where an active button is not required. Electricians and low-voltage access control technicians install this component as part of a complete door control station, typically alongside active piezo push buttons in commercial or institutional entryway applications. The blank plate keeps the assembly looking finished without exposing unused gang positions.

This blank plate is suited for commercial access control installations where multi-gang button assemblies are configured for a specific number of active controls. It fits within the CM-9610 and CM-9600 series piezo push button system, allowing installers to populate all gang positions in a housing even when fewer active buttons are needed. Typical applications include office entryways, hospital corridors, and secured facility doors where a consistent panel appearance is required.

Key Features

• Blank plate design fills unused gang positions in piezo push button assemblies
• Maintains uniform panel appearance in multi-gang door control stations
• Compatible with CM-9600 and CM-9610 series push button systems
• Sold individually for flexible configuration

Compatibility

Designed for use within the Camden CM-9600 and CM-9610 series piezo push button assembly systems as a blank gang filler plate.

Installation Notes

Installation is typically performed by a licensed electrician or low-voltage access control technician. Power to the door control system should be disconnected before servicing or reconfiguring button assemblies. Follow all applicable NEC requirements for low-voltage control wiring and access control equipment. The blank plate requires no wiring and is inserted into the assembly housing in the same manner as active button modules.