Panduit T70TEI T-70 Tee Fitting

Product Description

The PANDUIT T70TEI is a tee fitting designed for use with T-70 series raceway systems. It creates a three-way branch junction within a surface-mounted raceway run, allowing cable pathways to split or merge at a single point. This fitting maintains a clean, enclosed appearance while keeping conductors organized and protected at junction points. Electricians and low-voltage installers use this fitting during raceway layout where a perpendicular branch off a main run is required. It is sold individually and classified as a hardware accessory component.

The T70TEI is suited for interior surface raceway installations in commercial and light industrial environments. It is used at points in a raceway system where a main cable run must branch off at a 90-degree tee intersection. This fitting is appropriate for installations involving power wiring, data cabling, or mixed low-voltage runs housed within T-70 compatible raceway. It is installed as part of a complete raceway assembly alongside base, cover, and other fitting components from the T-70 product family.

Key Features

• Tee configuration provides a three-way branch junction for T-70 raceway runs
• Maintains enclosed cable protection through the fitting transition
• Sold individually for precise quantity ordering on any job size
• Designed to integrate with T-70 series raceway components for a consistent installation

Compatibility

Designed as an OEM-style fitting for use with T-70 series surface raceway systems.

Installation Notes

Installation is typically performed by a licensed electrician or low-voltage technician in accordance with applicable NEC requirements for surface raceway systems. De-energize all circuits in the raceway before opening or modifying any section of the system. The fitting snaps or fastens into the raceway base and cover assembly at the branch point; follow the raceway manufacturer instructions for proper fitting engagement. Do not pull cables before all fittings are fully secured to avoid conductor damage at transition edges.