Leviton L9504-100 Cable Support Grip 1.00-1.25 in

Product Description

The LEVITON L9504-100 is a single-eye, single-weave cable support grip designed to secure and support cables during vertical or overhead installations. Constructed from stainless steel mesh, it accepts cable diameters ranging from 1.00 to 1.25 inches and delivers a rated breakload of 1,700 pounds. The eye length measures 9.50 inches and the mesh length measures 13.50 inches, providing substantial grip surface for reliable load distribution. Electricians and low-voltage installers use this type of support grip where cables must be suspended from a single attachment point without damaging the cable jacket.

This support grip is suited for residential and commercial electrical installations where runs of conduit, cable tray drop, or vertical riser cables require strain relief and support. It is particularly common in industrial and commercial settings where stainless steel construction is specified for corrosion resistance. The closed-mesh, single-eye design allows the installer to thread the cable through the mesh and attach the eye hardware to a beam, hook, or support structure to carry the cable load.

Key Features

• Stainless steel single-weave mesh construction for corrosion resistance
• Accepts cable diameters from 1.00 to 1.25 inches
• Rated breakload of 1,700 pounds for heavy-duty support applications
• 9.50-inch eye length provides adequate hardware attachment reach
• 13.50-inch mesh length distributes grip load across the cable jacket
• Single-eye closed-mesh design for straightforward single-point suspension

Compatibility

Designed as an OEM-style support grip for cables with an outside diameter between 1.00 and 1.25 inches, typical of medium-to-large power, data, or multi-conductor cables requiring vertical or overhead strain relief support.

Installation Notes

Installation should be performed by a licensed electrician or qualified installer in accordance with applicable NEC guidelines for cable support and strain relief. De-energize all circuits before handling cables being secured. Slide the cable fully through the mesh so the grip distributes load evenly along the cable jacket rather than concentrating stress at one point. Verify that the attachment hardware at the eye end is rated to meet or exceed the grip breakload before putting the assembly into service.