Our Horizontal Tee is a critical branching component designed to create a secure, code-compliant "T" junction in cable tray systems. It allows a main cable tray run to efficiently feed a perpendicular branch line, enabling organized power or data distribution. Fabricated with the same quality and finish as your straight tray sections, it ensures a continuous, professional pathway for cables and maintains the system's structural and protective integrity at junction points.
Key Features & Benefits:
Efficient Branching: Enables clean and organized splitting of cable runs from a main line to a secondary branch at a 90-degree angle in the horizontal plane.
System Integrity: Engineered for a precise fit, ensuring mechanical strength and a smooth cable transition that prevents snagging or excessive bending.
Matched Durability: Manufactured from the same material (e.g., galvanized steel, aluminum) and with the same surface treatment (e.g., hot-dip galvanizing, powder coat) as the main tray, guaranteeing uniform corrosion protection and aesthetics.
Easy Integration: Designed for straightforward field assembly using standard hardware or connection methods (bolted, welded, or snap-on) compatible with your specific tray system.
Versatile Application: Essential for creating distribution networks in data centers, industrial plants, and large facilities where cables need to be routed to multiple destinations from a central trunk.
Common Specifications:
|
Item |
Specification |
|---|---|
|
Compatible Tray Type |
Trough, Ladder, or Wire Mesh Cable Tray |
|
Standard Angle |
90° (Horizontal Split) |
|
Material/Finish |
Matches main tray (e.g., Hot-Dip Galvanized Steel) |
|
Standard Sizes |
Available to match common tray widths (e.g., 300mm x 300mm, 600mm x 300mm) |
Typical Applications:
Creating main-to-branch distribution points in electrical and data networks.
Designing cable tray layouts in data center overhead pathways.
Distributing power and control cables to different areas of an industrial facility from a central feed.
Any installation requiring an organized "T" intersection in the cable support system.