
The Horizontal Tee is a critical branching fitting that enables a main cable tray run to split into two separate horizontal directions, forming a "T" or "Y" junction. It is engineered to maintain the structural integrity and load capacity of the system while providing a neat and code-compliant path for distributing power, control, or data cables to different areas or equipment. This fitting is essential for creating organized, efficient, and scalable cable distribution networks in any industrial or commercial facility.
Key Features & Benefits:
Efficient Cable Distribution: Allows a single main feed to branch out and serve multiple destinations (e.g., from a main corridor to individual machines or rooms), simplifying system architecture and reducing material costs.
Maintained System Strength: Designed with reinforced joints and matching gauge material to ensure the branch point can handle the mechanical loads and cable weight without sagging or failure.
Smooth Cable Transition: Provides a gradual, radiused entry into the branch leg to prevent cable insulation from being cut or abraded during installation or pull-through.
Layout Flexibility: Available in standard 90° (Tee) and 45° (Wye) branch configurations to suit various floor plan layouts and space constraints.
Full Compatibility: Manufactured to the exact same specifications, material, and finish as the straight tray sections, ensuring a seamless fit and consistent corrosion protection.
Common Specifications:
|
Item |
Specification |
|---|---|
|
Compatible Tray Type |
Ladder, Trough, or Wire Mesh Cable Tray |
|
Function |
Creates a branch from the main run in the horizontal plane |
|
Standard Branch Angles |
90° (Tee), 45° (Wye), 30°/60° (Custom) |
|
Material/Finish |
Matches tray system (e.g., Galvanized Steel, Aluminum, SS) |
|
Connection Method |
Bolted, Welded, or Quick-Connect |
Typical Applications:
Distributing power from a main trunk line to multiple production lines in a factory.
Branching data cables from a backbone tray to server racks or telecom rooms.
Utility plants and water treatment facilities for control cable routing.
Any application requiring a structured and organized cable distribution tree.