Product Groups

Cable Trays

Heavy Duty Cable Trays

Heavy Duty Cable Tray Systems

Heavy duty cable trays and cable ladders are manufactured from pre-galvanized or hot-dipped galvanized sheet metal, designed to meet ideal environmental working conditions for indoor and outdoor use in commercial or industrial environments with high cable density. These trays, meeting sector-specific needs with a robust structure, feature a covered design, interlocking splicing options, and wire tray structures to facilitate high cable density. In addition to sheet metal material, demands for stainless steel material are also met.

Cable trays and ladders are standardly produced in 3-meter lengths but can also be manufactured in 6-meter lengths if desired. Fully automatic production lines using the Roll Forming method ensure precision manufacturing. Cable ladders produced with robotic welding systems are structurally stronger, ensuring reliability in demanding environments.

Reinforced Cable Tray Structure with Robotic Technology

Cable trays produced using robotic welding systems provide maximum structural durability. This allows them to be safely used in challenging work environments with high load-carrying capacity.

Frequently Asked Questions

A 10-inch cable tray is one of the cable tray types with a width of 100 mm (10 cm), commonly used in medium-scale cabling projects. It is frequently used in offices, industrial facilities, and large buildings.
A cable tray layout is a plan that shows how and where the cable trays will be installed in a structure. These plans or drawings indicate how the cable trays should be positioned, at what height, in which direction, and at what distances.
A cable tray bend is a connecting element used at points where the cable tray changes direction. It ensures that the cable trays smoothly change face at corners and angled turns along the cable route.
The weight of cable trays is calculated based on the product details provided. For example, the weight of the CTA-M model can be found on the product page. The formula used to calculate the weight of a cable tray is:
Weight (kg/m) = Material Density (kg/m³) × Tray Thickness (m) × Width (m) × Length (m).
This formula allows you to easily calculate the weight of the cable tray per meter.
A standard cable tray is typically 3 meters long. However, it can be manufactured in 6-meter lengths depending on project requirements.
Cable tray grounding is done to prevent the risk of electric shock. The steps to apply grounding are as follows:
Grounding Wire Mesh: A grounding wire mesh (copper or galvanized steel wire mesh) is attached to the cable tray.
Connection Points: Each cable tray section is tightly connected to the next using metal connection points.
Grounding Bar: The grounding wire mesh is connected to the system's main grounding bar.
Use of Terminal Blocks: Grounding terminals are installed on each section to secure the wire mesh.
These steps help ensure safety by preventing electrical leakage.
Since it will be used in outdoor conditions, it is important that the tray is corrosion-resistant. Stainless steel cable trays, hot-dip galvanized, pre-galvanized, or galvanized-coated trays provide an advantage in this regard.
Cable trays prevent condensation problems that may occur in closed systems. Unlike pipes, which trap toxic gases in the event of a fire, cable trays have an open structure, allowing toxic gases to disperse into the atmosphere and preventing the spread of dangerous gases from one area to another.
This refers to the total length of cable tray that can be placed on a single pallet. For example, Quantity / Pallet: 900m means that 900 meters of cable tray can be transported on one pallet.