Swivel castors for wall housing ROLINE, steel housing, load 250 kg, pack of 4

Swivel castors for wall housing ROLINE are designed to provide mobility for wall-mounted cabinets and enclosures. Each steel castor supports up to 250 kg, and the set is supplied as a pack of four with mounting material included. The castors feature a steel housing with a steel-coloured finish and are intended for installation on compatible wall housings to enable repositioning or temporary movement of heavy 19" cabinets and similar equipment.

Advantages

The steel housing and steel-coloured finish offer robust mechanical strength and a uniform appearance that matches metal enclosures. High individual load capacity ensures stable support under heavy loads, while the swivel function allows smooth directional changes during movement. Supplied as a ready-to-install set of four with mounting material, the castors simplify fitment and reduce installation time.

Suitable for

• Wall-mounted 19" cabinets and server enclosures that require temporary mobility
• Industrial or office racks and housings that need repositioning for maintenance
• Enclosures and cabinets in workshops or data rooms where sturdy castors are needed

Key specifications

• Housing material: steel
• Wheel material: steel
• Load capacity per castor: 250 kg
• Quantity in pack: 4 pieces
• Total set weight: approx. 1.01 kg

How to use

Mount the castors to the compatible wall housing using the supplied mounting material, following the cabinet or enclosure manufacturer’s instructions for attachment points and fastening torque. Ensure all four castors are installed and tightened evenly before attempting to move the cabinet. Test mobility on a flat and even surface and lock the castors (if lockable) or secure the cabinet once repositioned to prevent unintended movement.

Recommendations

For safe operation, confirm the combined load does not exceed the combined capacity of the four castors and verify compatibility with the wall housing mounting pattern. Use on level, hard surfaces and avoid sudden impacts or side loads that could reduce service life.