Thomas Betts TYD-LH Cable Tie Head Mounting Base

Product Description

The THOMAS BETTS TYD-LH is an acetal cable tie head mounting base designed to secure and organize cable tie bundles at a fixed point within electrical panels, wire trays, and control enclosures. Constructed from black acetal, this base provides a low-profile, screw-mount or adhesive-ready anchor point for standard cable tie heads. It is rated for continuous use between -30 degrees F and 150 degrees F, making it suitable for both indoor electrical installations and light industrial environments. Electricians and panel builders rely on this style of mounting base to maintain clean, repeatable wire routing without the need for additional fasteners or brackets.

This mounting base is used in residential and commercial electrical installations wherever cable ties need a fixed anchor point. Common applications include control panel wiring, wire harness management, and raceway entry points. The black acetal construction resists common solvents and maintains dimensional stability across a wide service temperature range, which suits it for use in equipment rooms, junction boxes, and light-duty industrial enclosures.

Key Features

• Acetal construction for solvent resistance and dimensional stability
• Black color for standard electrical panel and enclosure applications
• Operating temperature range: -30 degrees F to 150 degrees F
• Head-style base accepts standard cable tie heads for positive retention
• Sold in a package quantity of 25 units

Compatibility

Designed as an OEM-style mounting accessory for use with standard head-type cable ties in electrical, panel, and wire management applications.

Installation Notes

Installation is typically performed by electricians or panel builders during wiring and harness assembly. De-energize all circuits in the work area before routing or securing conductors. Ensure the mounting surface is clean and free of debris before attaching the base. Follow applicable NEC guidelines for wire management and conductor bundling within enclosures.