Stanley Security CEFBB199-54 4-1/2X4-1/2 4 Heavy Duty Hinge offers a robust solution for both commercial and residential applications. This five knuckle concealed conductor ball bearing architectural hinge is designed for heavy-duty use, ensuring reliable performance and longevity. Measuring 4-1/2" by 4-1/2", it features a full mortise construction that allows for a seamless fit in door installations. Crafted from stainless steel, this hinge boasts a satin brass finish (606/US4) that not only enhances its aesthetic appeal but also provides resistance against corrosion. The ball bearing design facilitates smooth operation, making it ideal for high-traffic areas. With five knuckles, this hinge is engineered for strength and durability, supporting heavier doors with ease. The hinge also includes a power transfer option with 4-28GA wiring, making it suitable for electrified applications. Whether you're outfitting a new build or upgrading existing hardware, the Stanley CEFBB199-54 is a versatile choice that meets the demands of modern access control systems. Easy to install and ship via UPS, this heavy-weight hinge is a dependable component for any project requiring superior performance and security.
Heavy Duty Hinge
Five Knuckle Concealed Conductor Ball Bearing Architectural Hinge, Stainless Steel Full Mortise, Heavy Weight, 4-1/2" by 4-1/2", Square Corner, 4-Wire, Satin Brass Finish
Five Knuckle Concealed Conductor Ball Bearing Architectural Hinge, Stainless Steel Full Mortise, Heavy Weight, 4-1/2" by 4-1/2", Square Corner, 4 Wire, Satin Brass
Stanley manufacturers a suite of Electrified Hinges to fit any application.
Base Material: Brass/Bronze
Bearing Type: Ball Bearing
Commercial Residential: Commercial
Finish: 606/US4
Finish Family: Matte Brass
Hinge Type: Hinge, Full Mortise
Installation: Commercial
Knuckles: 5
Pack Qty: 1
Power Transfer: 4-28GA
Product Height: 4-1/2""
Product Width: 4-1/2""
Series: Stanley Electrified Hinges
Subtype: Electrified Hinges
Type: Hinges and Pivots
Unit of Measure: Each
Weight: Heavy Weight