I Beam Cable Trolleys

Q: How do I install I Beam Cable Trolleys on my structure?

A: Installation is straightforward due to the clamp-on method; simply attach the pre-assembled trolley to the lower flange of an I beam measuring 75mm to 150mm in width. No special tools or extensive setup are required, making it quick and convenient for industrial users.

Q: What types of cables can these trolleys support?

A: These trolleys are compatible with both flat and round cables, including power and data cables, and are designed to manage heavy cable loads required for cranes, hoists, or moving equipment in industrial environments.

Q: When should I use a sealed ball bearing wheel trolley instead of a regular one?

A: Sealed ball bearing wheels provide extremely smooth, low-maintenance travel along the beam, making them ideal for applications where consistent, reliable movement and reduced friction are essentialsuch as in continuous or high-speed cable management systems.

Q: Where are I Beam Cable Trolleys typically used?

A: They are widely used in industrial facilities like factories, manufacturing units, and warehouses, particularly as cable management solutions for overhead cranes, hoists, or any equipment requiring mobile cable support on I beam structures.

Q: What benefits do the powder-coated or zinc plated finishes offer?

A: Both powder-coating and zinc plating provide robust corrosion resistance, extending the trolleys lifespan and reliability even in harsh or humid conditions, thereby reducing maintenance and ensuring safe cable management over time.

Q: How does the gravity locking or clip-on mechanism work?

A: The gravity locking or clip-on system securely attaches the trolley to the beam, preventing accidental disengagement during operation. This feature improves safety and stability, especially when handling heavy cables in dynamic industrial settings.

Q: Are the trolleys suitable for high voltage environments?

A: Yes, these trolleys are engineered for high voltage applications, with insulation properties and construction suitable for safely conveying power cables under demanding electrical loads and varying operating temperatures (-20C to +80C).