Rixson 91N LH 613E Offset OH Concealed Closer offers a sophisticated solution for commercial door applications needing reliable closure without compromising aesthetics. This overhead concealed closer is designed to support door weights up to 250 lbs, making it suitable for a range of exterior and interior door sizes, including 4' x 8' and 4'6" x 8'. Crafted from high-quality materials, it features a dark oxidized bronze finish (613E/US10BE) that adds a touch of elegance while ensuring durability. Engineered to meet ANSI/C05031/C05041 standards, the Rixson 91N is rated Grade 1 and boasts a 3-hour fire rating, ensuring safety and compliance in commercial settings. Its hydraulic mounting group and offset design facilitate seamless installation on headers, while the non-hold open feature enhances security. With a 105-degree swing, this closer is versatile for various entryways and is equipped with cold weather fluid, ensuring optimal performance even in low temperatures. Backed by a 5-year limited warranty, the Rixson 91N LH is a dependable choice for building professionals and discerning homeowners looking to enhance their door hardware with a blend of functionality and style.
Offset OH Concealed Closer
Overhead Concealed Closer, Offset Architectural Grade, Door Weight up to 250 lbs., Non-Hold Open, Dark Oxidized Bronze
Overhead Concealed Closer, Offset Architectural Grade, Dark Oxidized Bronze
Manufacturer surcharge: $ 0.0
Ansi: ANSI/C05031/C05041
Cold Weather Fluid: Yes
Commercial Residential: Commercial
Degree Swing: 105 Deg.
Door Size: Exterior 4' x 8' , Interior 4'6" x 8'
Door Weight: 250 lbs.
Finish: 613E/US10BE
Finish Family: Dark Bronze
Fire Rated: 3 Hours {A}
Fire Rating: 3 Hours {A}
Grade: Grade 1
Handing: Left-Handed
Hold Open: No
Installation: Commercial
Limited Warranty: 5 Years
Mounting Group: Hydraulic
Mounting Location: Header
Mounting Style: Offset
Pack Qty: 1
Series: Rixson Overhead Concealed Closers
Subtype: Concealed Overhead Closers
Type: Concealed Overhead
Ul Listing: UL10C
Unit of Measure: Each
