Schlage CO100-993R-70-KP-TLR-626-L-RHR CO100-993R-70-KP-TLR-626-L-RHR

Schlage Electronics CO100-993R-70-KP-TLR-626-L-RHR is a high-quality standalone electronic lock designed specifically for use with compatible exit devices. This rim/concealed exit device trim features a storeroom function, providing enhanced security for commercial environments. The keypad access allows for convenient entry control, while the tubular style lever adds a touch of modern elegance. Constructed from durable brass or bronze, this exit trim is finished in a sleek satin chrome (626/US26D), making it a stylish yet functional choice for any facility. The CO Series 993 Exit Trim integrates seamlessly with Schlage cylindrical and mortise locksets, ensuring aesthetic consistency throughout your space. Installation is simplified thanks to the universal hardware, which allows for compatibility with a variety of exit devices, including those from trusted brands like Von Duprin, Falcon, and Yale. Designed for commercial use, this electric lever trim is ideal for high-traffic areas needing reliable access control. The CO100-993R-70-KP-TLR-626-L-RHR is a smart investment for enhancing security without compromising on style or functionality, ensuring your property remains safe and accessible. With a single unit of measure and a robust construction, this exit device trim is a standout choice for modern security needs.

CO100-993R-70-KP-TLR-626-L-RHR

CO-100 Standalone Electronic Lock, Rim/Concealed Exit Device Trim, Storeroom Function, Keypad, Tubular Style Lever, Less Schlage Standard Cylinder, Satin Chrome

The CO Series offers 993 Exit Trim for use with compatible exit devices in retrofit or new construction applications. The 993 Exit Trim was designed to suite with CO Series cylindrical and mortise locksets to ensure that the facility remains aesthetically consistent. The CO Series 993 Exit Trim utilizes universal hardware to simplify installation of offline trim to a variety of exit devices, including Rim style from Von Duprin, Falcon, Sargent, Precision, Corbin Russwin, Dorma, and Yale