Net 30 terms available
Corbin Russwin ED4200 MELR M52M110 CT6B 630 Narrow Stile Rim Exit Device is engineered for high-traffic and demanding environments, such as narrow stile full glass, aluminum, and metal doors. This exit device features motorized latch retraction and cylinder dogging, ensuring reliable performance in emergency situations. With its flush end cap design and satin stainless steel finish, it seamlessly integrates into various commercial applications while maintaining a sleek aesthetic. Meeting ANSI Grade 1 requirements, the ED4000 Series guarantees durability and strength. The easy-to-use pushpad allows for quick egress and complies with ADA standards, while its low projection design ensures barrier-free access. Designed with safety in mind, the closed construction prevents any projecting parts from obstructing egress. The device accommodates a range of function trims, providing flexibility for different applications. Through-bolted trims enhance security and installation ease, ensuring smooth operation. Additionally, this model satisfies UL/cUL safety requirements, making it a reliable choice for any building professional or knowledgeable homeowner seeking robust exit solutions. With a matte silver finish, the Corbin Russwin ED4200 is as stylish as it is functional, making it a perfect addition to any commercial setting.
Narrow Stile Rim Exit Device
Narrow Stile Rim Exit Device, Motorized Latch Retraction, Cylinder Dogging, Flush End Cap, LFIC Temp Blue Cores, Satin Stainless Steel Finish
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