Panduit BR-1.5-SN Bridle Ring 1.5 Inch Diameter

Product Description

The PANDUIT BR-1.5-SN is a bridle ring designed to support and route wire, cable, and conduit runs in commercial and industrial installations. Bridle rings provide a low-profile attachment point that keeps cable bundles organized along structural members such as beam flanges, strut channel, and ceiling joists. This unit features a 1.5-inch inside diameter opening, sized to accommodate small to medium cable bundles. It is typically installed by licensed electricians and low-voltage technicians during rough-in or wire management phases of a project.

Bridle rings in this size range are commonly used in commercial buildings, data centers, industrial facilities, and multi-unit residential construction. They secure horizontal and vertical cable runs including power conductors, communication cables, and low-voltage wiring. The 1.5-inch diameter makes this ring suitable for moderate bundle sizes where a full cable tray or conduit is not warranted. Individual units are sold one per package, allowing installers to order exact quantities for a given run.

Key Features

• 1.5-inch inside diameter opening accommodates small to medium cable bundles
• Single-unit packaging allows precise quantity ordering
• Low-profile design keeps cable runs close to structural surfaces
• Suitable for power, communication, and low-voltage cable management applications

Compatibility

Designed as an OEM-style cable management accessory for general wire and cable support applications in commercial and industrial electrical installations.

Installation Notes

Bridle rings are typically installed by licensed electricians or low-voltage technicians in accordance with NEC requirements for cable support and spacing. De-energize all circuits in the work area before routing cables through the rings. Use appropriate fasteners rated for the mounting surface, whether that is wood, steel framing, or strut channel. Do not exceed the cable fill capacity of the ring opening or bend cables at sharp angles at the ring entry point.