CRL L56S Series Mill Aluminum 120" Square Base Shoe Drilled for 9/16" Glass

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Overview

SKUL56S10D
Pack Size1
Shipping LimitationsShipping Quote Required
Drilling Center To Center12 in. (305 mm)
Finish/Color:Mill
Glazing Thickness9/16 in. (14 mm)
Glazing TypeLaminated
Length120 in. (3048 mm)
MaterialAluminum

Description

Product Details

  • For 9/16" (13.52 mm) Laminated Tempered Glass (6 x 1.52 x 6 mm)
  • Drilled and Counter Bored 12" (305 mm) Center-to-Center, or We Will Custom Drill to Your Specifications
  • Typically Used as the Base Channel for Glass Railing Systems or Windscreens
  • Works with LTL96X TAPER-LOC® Taper Sets
  • Custom Cutting and Mitering Service Available
  • CRL Recommends Consulting with the Glass Fabricator Prior to Wet Setting Laminated Tempered Glass
  • CRL Glass Railing Systems Meets NBC Load Requirements When Installed in Accordance to ICC-3842

The CRL L56S Series Laminated Square Base Shoe is used as the base channel for glass railing systems. It can be clad in four choices of architectural finishes. The most critical component in a railing system is the proper attachment of the Base Shoe to the substrate. CRL has engineered a variety of attachment methods, and has developed an acceptable combination of drilling patterns and fasteners. A printed brochure with instructions, installation hints, cleaning, and refinishing techniques is available.

GLASS SPECIFICATIONS

For use with 9/16" (13.52 mm) Laminated Tempered Glass (6 mm x 1.52 mm x 6 mm)

Thickness Range: 0.497" (12.62 mm) to 0.549" (13.94 mm)

Product Warning:

CRL does not recommend direct powder coating of this base shoe extrusion. Powder coated cladding applied over the base shoe is the recommended method.

All pre-drilled CRL Base Shoes have a +1/8 (3mm) / -1/16 (1.5mm) tolerance between each hole drilled in the base. Before drilling installation holes in the concrete or steel substrate it is recommended that the installer place the base shoe into the planned final position, then mark the position of the holes to be drilled into the substrate.

Specifications