Swivel castor 75 mm
Agila twin
EAN:
4031582362268
Product number:
2970PIO075P30-10
- Non-hazardous materials
- Tested quality
- Solid housing
The Agila twin is a swivel castor designed for industrial applications requiring reliable mobility solutions. The castor feature...
Details
Custom or high volume? Request a quote now.
CAD files
You can download construction data for this product.
Data sheets
Documents
The Agila twin is a swivel castor designed for industrial applications requiring reliable mobility solutions. The castor features a bolt hole fitting system for secure mounting to equipment and machinery. The housing is constructed from medium-grade steel sheet and incorporates two ball races in the swivel bearing mechanism, ensuring smooth directional changes and enhanced durability under operational loads. The wheel assembly comprises a polypropylene body with solid rubber, non-marking tread material, utilising a plain bearing system for consistent rotation. The wheel diameter measures 75 mm, providing an optimal balance between manoeuvrability and load distribution. The castor has an overall height of 99 mm, making it suitable for various equipment configurations. Load specifications include a dynamic capacity of 80 kg at speeds up to 3 km/h and a static load capacity of 160 kg, delivering reliable performance across diverse industrial environments.
Roll performance
Movement noise
Attrition
Corrosion resistance
Article numbers
Core attributes
Fitting
Housing
Wheel
Special Features
Non-hazardous materials
Complies with RoHS and REACH regulations. Does not contain polycyclic aromatic carbons or chromium (VI).
Tested quality
Tested in our own laboratory for compliance with European standards.
Solid housing
Made of pressed steel, zinc plated.
Non-marking movement
Wheels with reduced abrasion and little cleaning requirement.
Easy steering
Double ball bearing swivel head.
Optimised manoeuvrability
Twin wheel castor with high manoeuvrability due to differential effect.
Protect floors with load distribution
Two wheels distribute the load and minimise floor impressions.