Corbin Russwin 653F12 630 Cylinder Dogging Kit, M52 is designed specifically for the ED5000 exit device, featuring a robust 36" bar that ensures reliable performance in commercial settings. This kit is crafted in a sleek satin stainless steel finish (630/US32D), offering a matte silver aesthetic that complements a wide range of architectural styles while maintaining durability. The Cylinder Dogging option provides easy access and secure locking, allowing users to effectively manage high-traffic areas. Its mortise cylinder type ensures a secure fit and functionality, vital for maintaining safety in commercial environments. The kit is tailored for doors with a minimum width of 36", making it versatile for various installations. Notably, the Corbin Russwin Cylinder Dogging Kit comes with all essential components to ensure a complete and seamless installation, although it does not include cylinders. This product is part of the Corbin Russwin Exit Device Parts series, ensuring compatibility and reliability within your existing hardware systems. With the assurance of UPS shipping, this kit is an excellent choice for building professionals and knowledgeable homeowners seeking dependable exit solutions. Enhance your door security and accessibility with the Corbin Russwin 653F12 Cylinder Dogging Kit, combining functionality and style for your exit device needs.
Cylinder Dogging Kit, M52
Cylinder Dogging Kit for ED5000, 36" Bar, Satin Stainless Steel Finish
Strikes, Crossbar's, Door Kits, etc., make sure you have all of your exit device parts.
Manufacturer surcharge: $ 0.0
Alternate Codes: 653F12-630, 653F12630, COR653F12 630
Application: ED5000
Category: Exit Device Parts, Panic Devices & Exit Alarms
Commercial Residential: Commercial
Cylinder Type: Mortise
Dogging Options: Cylinder Dogging
Door Width: 36" Minimum
Finish: 630/US32D
Finish Family: Matte Silver
Fire Rated: No
Includes Cylinders: No
Installation: Commercial
Pack Qty: 1
Series: Corbin Russwin Exit Device Parts
Subtype: Exit Device Parts
Type: Exit Devices
Unit of Measure: Each