The Vertical Up-Bend is a critical directional fitting engineered to seamlessly transition a cable tray run from a horizontal plane to an upward vertical plane. It facilitates organized cable routing across changes in elevation, such as ascending to a higher level, navigating over obstacles, or connecting to equipment at different heights. Precision-formed to match the specifications of your straight tray, it ensures a smooth, continuous cable pathway with a consistent bend radius that protects cables from sharp bends and potential damage during installation or future maintenance.
Key Features & Benefits:
Elevation Management: Enables clean and protected vertical ascent of cable trays, essential for multi-level installations, mezzanines, or equipment risers.
Cable Protection: Designed with a consistent, optimal bend radius to prevent excessive bending stress on cables, safeguarding insulation and ensuring long-term reliability.
Secure Integration: Manufactured for a perfect fit with adjoining horizontal and vertical straight sections, maintaining the structural integrity and continuity of the tray system.
Matched Durability: Constructed from the same high-grade material and finish (e.g., hot-dip galvanized steel, aluminum, powder-coated) as the main tray, ensuring uniform corrosion resistance and load capacity.
Streamlined Installation: Engineered for straightforward field assembly, reducing installation complexity and time when tackling elevation changes.
Common Specifications:
|
Item |
Specification |
|---|---|
|
Compatible Tray Type |
Trough, Ladder, or Wire Mesh Cable Tray |
|
Function |
Transitions tray from horizontal to vertical upward direction |
|
Standard Angles |
Common: 30°, 45°, 90° (Custom angles available) |
|
Material/Finish |
Matches main tray system |
|
Key Dimension |
Bend Radius (R) - Select based on cable minimum bend radius requirements |
Typical Applications:
Raising cable trays from floor level to overhead runs.
Ascending to connect equipment on platforms or higher floors.
Navigating over pipes, ducts, or other obstructions.
Creating vertical risers in electrical shafts or telecom closets.