CRL GEN345CH Polished Chrome Geneva 345 Adjustable 135 Glass-to-Glass Hinge

CRL GEN345CH Polished Chrome Geneva 345 Adjustable 135 Glass-to-Glass Hinge

C.R. Laurence GEN345CH Polished Chrome Geneva 345 Series Adjustable 135 Glass-to-Glass Hinge offers a sophisticated solution for modern shower installations. This innovative hinge is adjustable to any angle up to 90º without the need to remove the door, allowing for precise alignment and functionality. Simply loosen the Allen set screws, adjust the door to the desired position, and re-tighten for a self-centering fit. Constructed from solid brass and available in a stunning polished chrome finish, the hinge accommodates monolithic tempered glass ranging from 5/16" to 1/2" (8 mm to 12 mm) thickness. With two hinges, it supports doors weighing up to 80 lbs. (36 kg) and up to 120 lbs. (54 kg) when using three hinges, ensuring robust performance for various door widths (up to 32"). Designed for seamless operation, the GEN345CH hinge swings 90º in and out, self-centering when within 15º of the closed position. Ideal for residential and hotel shower applications, it comes with a three-year warranty, providing peace of mind. Custom finishes are also available upon request, making it a versatile choice for any project. Please note that the Gasket Pack (Cat. No. GEN13) is sold separately for use with 5/16" thick glass.

Polished Chrome Geneva 345 Series Adjustable 135 Glass-to-Glass Hinge

• Adjustable to Any Angle Up to 90º without Removing Door
• Available in Several Beautiful Finishes
• Three Year Warranty
• Adjustable 135º Glass-to-Glass
• Use Monolithic Tempered Glass

The CRL Adjustable Geneva Series has taken our popular Geneva Hinge to a new level. Adjustment to accommodate the desired angle (up to 90º) is done after the door is installed. Once the door is hung, simply loosen the Allen set screws and turn the door to the desired closed position. By merely tightening the Allen screws your door will self-center to the desired closing position. The door can swing 90º inward and 90º outward (adjusting angle from factory set position will reduce 90º swing in that direction). For doors pulling outwards only (using a clear door jamb), you can adjust the hinge to close 5º inside the shower area, thus having the door close snugly against the jamb.


Using two hinges with 5/16" to 1/2" glass (8 to 12 mm) the hinge will hold up to 80 lbs. (36 kg) with a maximum door width of 28" (711 mm).

Using three hinges with 5/16" to 1/2" glass (8 to 12 mm) the hinge will hold up to 120 lbs. (54 kg) with a maximum door width of 32" (813 mm).

SPECIFICATIONS:
Glass Thickness: 5/16" (8 mm) to 1/2" (12 mm) Tempered Safety Glass
Special Features: Adjustable to any angle up to 90º without having to take door down.
Construction: Solid Brass
Hinge Swings: 90º in and 90º out (at factory set position).
Closing Type: Self-Centering when within 15º of closed position.
Cut-Out Required Includes: Gaskets, Screws, and Glass Fabrication Dimensions. Cat. No. GEN13 Gasket Pack must be purchased separately for use with 5/16" (8 mm) thick tempered glass.

NOTE: Door glass width may require alteration from standard clearance deductions when adjusting angles. Call for details.

Custom finishes are available on request. Contact the CRL Technical Sales Shower Door Department.


Product Warning:

CRL Shower Door Hinges are designed for residential or hotel shower use. If hinges are to be used for other than their intended purpose, approval must be obtained from the CRL Shower Door Technical Sales Department.

Use only the template included with this 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
• GEN345 Detailed CAD Drawings.dwg
• GEN345 Detailed CAD Drawings.pdf
• GEN345 Template
• Hardware Finish Cross-Reference Guide
• Hardware Finish Cross-Reference Guide
• Hardware Finish Cross-Reference Guide