Swivel castor with directional lock 200 mm
- Non-hazardous materials
- Tested quality
- Strong construction
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The Kappa swivel castor is a heavy-duty mobility solution engineered for demanding industrial applications, featuring a medium rectangular plate fitting that ensures secure and straightforward installation across diverse equipment platforms. The housing comprises forged iron construction with heavy-duty specifications, incorporating two ball races that are either reinforced or stainless steel to guarantee exceptional durability and corrosion resistance in challenging environments. The wheel assembly utilises a 200 mm diameter design with a PUR casted premium tread material mounted on an aluminium body, complemented by precision ball bearings that deliver smooth rotation and extended operational life. With an overall height of 245 mm, this castor provides optimal manoeuvrability whilst maintaining structural integrity. The load capacity specifications demonstrate exceptional performance characteristics, with a static load capacity of 1600 kg and dynamic load capacities of 640 kg at 6 km/h or 800 kg at 4 km/h, making it suitable for applications ranging from airport equipment and AMR systems to automotive OEM requirements, ceramic and glass manufacturing, production and platform trolleys, and AGV systems. This combination of robust construction, precision engineering, and substantial load-bearing capability positions the Kappa swivel castor as an ideal choice for industrial environments requiring reliable, long-lasting mobility solutions.
The Kappa fixed castor is engineered for demanding industrial applications including airport equipment, AMR systems, automotive OEM operations, ceramic and glass manufacturing, production and platform trolleys, and AGV systems. This castor is fitted with a medium rectangular plate that provides secure mounting to equipment and machinery. The housing comprises heavy forged iron construction with two ball races that are either reinforced or stainless, ensuring durability and reliable performance in challenging environments. The wheel features a 200 mm diameter design with a PUR casted premium tread material mounted on an aluminium body, supported by precision ball bearings that deliver smooth rotation and extended operational life. The overall height of the assembly measures 245 mm, accommodating various platform and trolley configurations. The castor demonstrates exceptional load-bearing capabilities, with a static load capacity of 1600 kg, whilst the dynamic load capacity reaches 640 kg at 6 km/h or 800 kg at 4 km/h, enabling reliable performance across diverse operational speeds and load conditions. This combination of robust construction, precision bearings, and substantial load ratings makes the Kappa fixed castor an ideal solution for heavy-duty industrial material handling and transport applications.
The Kappa is a swivel castor with total lock, head end of castor, engineered for demanding industrial applications including airport equipment, AMR systems, automotive OEM, ceramic and glass manufacturers, production and platform trolleys, and AGV systems. The castor is fitted with a medium rectangular plate that provides secure mounting to equipment and trolleys. The housing is constructed from heavy forged iron and incorporates two ball races that are either reinforced or stainless, ensuring reliable swivel performance and extended operational life. The wheel features a 200 mm diameter with a PUR casted premium tread material mounted on an aluminium body, supported by precision ball bearings that deliver smooth rotation and consistent handling characteristics. The overall height of the assembly measures 245 mm, providing appropriate ground clearance for standard industrial applications. The castor demonstrates substantial load-bearing capability, with a static load capacity of 1600 kg and dynamic load capacities of 640 kg at 6 km/h or 800 kg at 4 km/h, making it suitable for both stationary and mobile applications requiring robust performance and reliable directional control in high-demand environments.