Rixson 10-336 613E Overhead Surface Stop offers a reliable solution for managing door functionality in commercial settings. Designed as a standard-duty overhead stop, this model features a dark oxidized satin bronze oil-rubbed finish that not only enhances its aesthetic appeal but also ensures durability against wear and tear. The Checkmate surface mount door holder is adjustable, making it suitable for single-acting interior doors. Ideal for moderate traffic and medium-weight doors, the non-handed slide track design of the Rixson 10-336 allows for easy installation and adaptability to changing needs. The degree of opening is fully adjustable, providing flexibility in door operation, whether for convenience or safety. This overhead stop is fire-rated for up to three hours, adding an essential layer of safety for commercial applications. With a limited warranty of two years, it offers peace of mind for building professionals and homeowners alike. Each unit is designed for commercial installation, ensuring that it meets the demands of busy environments. Whether you’re outfitting a new building or upgrading existing hardware, the Rixson 10-336 613E Overhead Surface Stop is a dependable choice that combines functionality with a sophisticated design.
Overhead Surface Stop
10 Series Overhead Stop, Standard Duty, Dark Oxidized Satin Bronze Oil Rubbed
Checkmate surface mount door holder. Adjustable. For Interior doors. For single acting doors. Non-handed slide track design. Recommended for moderate traffic, medium weight doors. Degree of opening fully adjustable and can be adapted to changing need.
Manufacturer surcharge: $ 0.0
Alt Part No: 257441
Base Material: Bronze
Category: Door Closers
Commercial Residential: Commercial
Finish: 613/US10B
Finish Family: Dark Bronze
Fire Rated: 3 Hours {A}
Fire Rating: 3 Hours {A}
Installation: Commercial
Length: 0.0
Limited Warranty: 2 Years
Pack Qty: 1
Sales Unit: EA
Series: Rixson Accessories
Subtype: Overhead Holders and Stops
Type: Door Closers and Operators
Unit of Measure: Each
