Leviton Telcom L9532 Support Grip Closed Mesh 0.62 Inch

Product Description

The LEVITON TELCOM L9532 is a closed mesh support grip designed to secure and strain-relieve single-wire cable runs in low-voltage and communications installations. The offset eye design allows for clean, aligned attachment to support structures while keeping cable pathways organized. With a 0.62-inch mesh opening, this grip is sized for a specific range of cable diameters commonly found in telecom, data, and low-voltage wiring applications. Electricians and low-voltage technicians install this type of grip where cables must be suspended vertically or at an angle without putting stress on connectors or termination points.

This support grip is suited for residential and light commercial telecom and low-voltage cable installations. Typical applications include cable suspension from conduit hangers, j-hooks, or eye bolts in structured wiring, telephony, and communications cabling environments. It is sold as a single unit and intended for use where a 1-wire closed mesh configuration with an offset eye attachment point is required by the installation layout.

Key Features

• Closed mesh construction provides secure grip and even pressure distribution across the cable jacket
• 0.62-inch grip size accommodates specific single-cable diameters common in telecom and low-voltage runs
• Offset eye allows straightforward attachment to support hardware without cable misalignment
• 1-wire configuration keeps individual cable runs isolated and organized
• Sold individually for single-point installation flexibility

Compatibility

Designed as an OEM-style support grip for single-wire telecom and low-voltage cable applications requiring a closed mesh grip with a 0.62-inch opening and offset eye attachment.

Installation Notes

Installation is typically performed by a licensed low-voltage technician or electrician. De-energize any active circuits in the cable pathway before handling terminations. The grip should be attached to a rated support point capable of handling the cable load. Follow applicable local codes and TIA/EIA structured cabling standards for support spacing and strain-relief requirements.