CRL H8211BTSN Satin Nickel Vernon Wall Mount Offset Back Plate Hinge

CRL H8211BTSN Satin Nickel Vernon Wall Mount Offset Back Plate Hinge

C.R. Laurence H8211BTSN Satin Nickel Vernon Oil Dynamic Wall Mount Offset Back Plate Hinge is engineered for self-closing glass doors, accommodating thicknesses ranging from 5/16" to 9/16" (8 to 13.52 mm). This innovative hinge features an aluminum body available in multiple finishes, including Brite Chrome, Satin Nickel, and Satin Anodized, ensuring a seamless integration with various design aesthetics. Designed for interior applications, the hinge allows doors to swing a full 90º in both directions, with a stop at 0º and an adjustable closing speed for customized functionality. It supports doors up to 39" (1 m) in width and a maximum weight of 220 lbs. (100 kg) when using two hinges, offering a robust alternative to traditional floor closers and patch fittings. The Oil Dynamic Hinge eliminates the need for cumbersome floor or overhead closing devices, making it an ideal choice for all-glass door installations without extensive retrofitting. With a control valve for speed adjustment and an ambidextrous design, it provides flexibility in architectural applications. Rigorous testing-over 1 million cycles-ensures exceptional durability and long-lasting performance, making it a reliable choice for professionals seeking quality and innovation in their projects.

Satin Nickel Vernon Oil Dynamic Wall Mount Offset Back Plate Hinge

• For Self-Closing Glass Doors From 5/16" to 9/16" (8 to 13.52 mm) Thick
• Aluminum Body in Your Choice of Brite Chrome, Satin Nickel, and Satin Anodized Finishes
• Adjustable Closing Speed
• A Great Alternative to Floor Closers and Patch Fittings

This CRL Oil Dynamic Full Back Plate Wall Mount Hinge swings in and out a full 90º, with stop at 0º. Closing speed can be adjusted. Intended for doors up to 39" (1 m) wide. Maximum weight per two hinges is 220 lbs. (100 kg). Designed for use on interior applications only.


The Oil Dynamic Hinge represents the evolution and the synthesis between automatic mechanical hinges and hydraulic door closers. Oil Dynamic allows you to design a self-closing door without the need of a floor-mounted or overhead closing device. This gives you the advantage of being able to install an 'all-glass' door in an existing opening without the need for extensive retrofitting of hardware into the floor or overhead.

Properly mounted, two Oil Dynamic Hinges will support a 5/16" to 9/16" (8 to 13.52 mm) thick glass door up to 39" (1 m) in width and weighing up to 220 lbs. (100 kg). (Do not use more than two hinges.) A control valve lets you adjust the hinge to the desired closing speed. And Oil Dynamic is ambidextrous, giving you even more design freedom.

The Oil Dynamic Hinge features an aluminum body in distinct configurations for Wall Mount and Glass-to-Glass applications. Oil Dynamic has been subject to strict testing (over 1 million cycles), assuring long lasting service.

SPECIFICATIONS:
Glass Thickness Range: 5/16" to 9/16" (8 to 13.52 mm)
Construction: Aluminum
Hinge Swings: 90º Inwards and Outwards (Except H8060 Model, Which Only Swings One Way)
Closing Type: Automatic Closing From 0º to 80º
Cut-Out Glass Fabrication Required
Includes: Snap-In Molded Gaskets for 5/16" to 9/16" (8 to 13.52 mm) Glass
Maximum Capacities Using Two Hinges: Door Width: 39" (1 m); Door Weight: 220 lbs. (100 kg)


Product Warning:

Do not use more than two hinges on one door. If hinges are to be used for other than their intended purpose, approval must be obtained from the CRL Technical Sales Department. Use only the template included with our hinge. Cut-out dimensions for CRL hinges may not match those of other brands.

Resources

• Frameless Shower Door Glass and Hardware Cleaning Instructions
• Frameless Shower Door Glass and Hardware Cleaning Instructions
• Frameless Shower Door Hardware Catalog
• Frameless Shower Door Hardware Catalog
• Frameless Shower Door Quote Request Form
• Frameless Shower Door Quote Request Form
• H8010 H8011 H8015 H8060 Installation Instructions
• Hardware Finish Cross-Reference Guide
• Hardware Finish Cross-Reference Guide
• Hardware Finish Cross-Reference Guide