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How to cut mesh cable trays

Mesh cable trays can be safely and efficiently cut using bolt cutters, an angle grinder, or a hacksaw, with proper planning and safety precautions.

Tools Needed

Bolt cutters: Ideal for quick, clean cuts on thinner mesh wires. Angle grinder: Best for thicker or heavily coated trays, providing precision and speed. Hacksaw: Can be used if other tools are unavailable, but slower and more labor-intensive.

Safety gear: Always wear safety goggles and gloves to protect against metal shards and sharp edges ( ).

Cutting Technique

Plan your cut: Measure and mark the tray where the cut is needed, considering bends or corner transitions ( ). Secure the tray: Clamp the tray to a stable surface to prevent movement during cutting. Cut along the marked line: Use your chosen tool to make a clean, straight cut.

For bolt cutters, cut each wire individually if necessary. For an angle grinder, move steadily along the line to avoid jagged edges. Smooth edges: After cutting, file or deburr sharp edges to prevent injury and protect cables ( ).

Modifying for Corners and Bends

Side cuts: Strategic cuts along the tray sides allow smooth 90° or 45° bends around corners or obstacles ( ). Maintain bend radius: Ensure bends are gentle enough to avoid damaging Ethernet or fiber cables. Check grounding: After modification, verify that grounding and bonding are intact to maintain electrical safety ( ).

Tips for Best Results

Avoid overfilling trays at corners to prevent cable stress. Use 10-foot mesh trays when possible to reduce the number of cuts and simplify installation ( ). Plan modifications in advance to minimize on-site adjustments and maintain a professional appearance ( ).

By following these steps and using the appropriate tools, you can cut and modify mesh cable trays safely and efficiently, ensuring a clean installation that accommodates corners, obstacles, and custom layouts.

How to cut mesh cable trays

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Technical note

This reference is intended for preliminary fiber and communications infrastructure research. Optical interface, fiber type, port or core capacity, electrical input and output, enclosure protection, cooling, installation limits and applicable standards must be verified for the specific project.

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