Liftmaster LMWETXU Wireless Edge Monitored Transmitter

Product Description

The LIFTMASTER LMWETXU is a wireless edge monitored transmitter designed for gate control applications. It provides wireless sensing at the gate edge, transmitting status signals to a compatible gate controller to help detect obstructions and support safe gate operation. Licensed gate system technicians and access control installers are the primary trade professionals who work with this device. The LMWETXU is sold as a single unit and integrates into monitored safety edge systems where wired connections to a moving gate panel are not practical.

This transmitter is suited for residential and commercial gate installations where a monitored wireless edge sensor is required. It eliminates the need for direct wiring between the gate leaf and the control unit, making it well suited for swing or slide gate applications where a physical cable would be subject to repeated flexing or damage. It is typically installed alongside a compatible LIFTMASTER gate operator and monitored edge sensor strip.

Key Features

• Wireless signal transmission eliminates the need for a physical cable between the gate edge and controller
• Monitored edge design supports safety-edge obstruction detection at the gate panel
• Single-unit packaging for straightforward replacement or new installation
• Designed for gate controller system integration in access control applications

Compatibility

Designed as an OEM-style wireless edge transmitter for LIFTMASTER gate controller systems requiring a monitored wireless safety edge solution.

Installation Notes

Installation should be performed by a licensed access control or gate systems technician familiar with local codes governing automated gate safety devices. Disconnect and lock out power to the gate operator before servicing or mounting any components. Follow the gate operator manufacturer wiring and pairing instructions for the transmitter. Verify monitored edge operation through a full open and close cycle before returning the system to service.