Net 30 terms available
Corbin Russwin ED4200 630 MELR D200 LHR Narrow Stile Rim Exit Device offers a robust solution for high-traffic environments, designed specifically for narrow stile full glass, aluminum, and metal doors. This motorized latch retraction device is suitable for 36" doors with a thickness of 2", ensuring reliable egress in commercial settings. Constructed to meet ANSI Grade 1 standards, the ED4000 series device features an easy-to-use pushpad that facilitates quick exit while adhering to ADA compliance. Its low-profile design ensures barrier-free access, making it ideal for high-use and high-abuse applications. The device boasts a heavy-duty construction for enhanced durability and a closed design that eliminates projecting parts, promoting safe and unobstructed egress. With a variety of compatible trims available, the ED4200 allows for flexibility in function and style, making it suitable for new constructions and renovations alike. Its one-point dogging feature simplifies locking and security, while through-bolted trims enhance strength and smooth operation for easy installation. Finished in a matte silver (630/US32D), this exit device not only meets UL/cUL safety requirements but also complements other Corbin Russwin products seamlessly. Enhance your building’s safety with the reliability of the Corbin Russwin ED4200 exit device.
Narrow Stile Rim Exit Device
Narrow Stile Rim Exit Device, Motorized Latch Retraction, 36" Door, 2" Door Thickness, Satin Stainless Steel Finish, Left Hand Reverse
Designed for applications on narrow stile full glass, aluminum and metal doors in high-use and high-abuse situations.
ED4000 Series devices can be teamed with a variety of Corbin Russwin trims to provide desired functions, styles and finishes in new construction and renovations.
Commercial Residential: Commercial
Finish: 630/US32D
Finish Family: Matte Silver
Installation: Commercial
Pack Qty: 1
Series: ED4000 Series Narrow Stile Pushpad Exit Devices
Subtype: Rim Exit Devices
Type: Exit Devices
Unit of Measure: Each