Bramec 14804 Wire Clamp 1.5 Inch Cable Protection

Product Description

The BRAMEC 14804 is a 1.5-inch wire clamp designed to secure and support cables in structured electrical installations. It provides firm, consistent cable retention that minimizes movement and helps maintain proper cable alignment over the service life of the installation. Measuring 2 inches in length, 2 inches in width, and 1 inch in height, this compact clamp is sized for straightforward integration into cable protection systems. Weighing 0.3 pounds, it is light enough for repetitive overhead or wall-mounted work. Licensed electricians and mechanical contractors install this type of clamp wherever cables require physical support and code-compliant restraint.

This clamp is suited for residential and light commercial electrical installations where organized, stable cable routing is required. It is appropriate for use in conduit support assemblies, cable management channels, and general wiring runs that demand a secure, low-profile clamp. The 14804 is intended for applications that call for a 1.5-inch clamp in structured cable protection systems.

Key Features

• 1.5-inch clamp size for consistent cable retention in structured installations
• Compact footprint at 2 inches long by 2 inches wide by 1 inch tall
• Lightweight at 0.3 pounds, reducing fatigue during repetitive installation tasks
• Designed to minimize cable movement and maintain alignment under service conditions
• Suitable for demanding electrical and mechanical environments

Compatibility

Designed as an OEM-style replacement and standard fit clamp for 1.5-inch cable protection systems in residential and commercial electrical applications.

Installation Notes

Installation is typically performed by a licensed electrician in accordance with applicable NEC requirements for cable support and restraint. De-energize all circuits in the work area before mounting or adjusting cable clamps. Standard hand tools are sufficient for installation. Ensure the clamp is seated fully and that cables are not pinched or stressed beyond their minimum bend radius.