Camden Door Controls CM-TX-99 2-channel Wireless Transmitter

Product Description

The Camden Door Controls CM-TX-99 is a 915 MHz plug-in wireless transmitter designed for access control applications. Operating on the 915 MHz frequency band, it provides two independent transmitter channels, allowing control of multiple access points or functions from a single unit. The CM-TX-99 plugs in directly for straightforward installation and is intended for use by licensed electricians, security integrators, and access control technicians working on commercial or institutional door control systems.

The CM-TX-99 is suited for commercial and light-industrial access control installations where wireless transmission is required. Its plug-in design simplifies deployment in retrofit and new construction scenarios alike. The two-channel configuration supports independent triggering of door operators, electric strikes, magnetic locks, or other access control devices within the system.

Key Features

• 915 MHz operating frequency for reliable wireless signal transmission
• Two independent channels for control of multiple access points or devices
• Plug-in form factor for simplified installation without hardwired transmitter mounting
• Designed for commercial access control and door operator system integration
• Single-unit quantity per package

Compatibility

Designed as an OEM-style wireless transmitter for use within Camden Door Controls access control and door operator systems. Confirm receiver and system compatibility with the 915 MHz frequency band before installation.

Installation Notes

Installation should be performed by a licensed electrician or qualified access control technician familiar with low-voltage systems and applicable electrical codes. Power down all connected access control hardware before making any wiring connections to associated receivers or control panels. Verify that the receiving equipment is configured to operate on the 915 MHz band and that both channels are programmed correctly before returning the system to service.