The Sealey TH002 is a robust tyre and wheel handling dolly designed to assist in the removal and installation of commercial-sized wheels and tyres. With a lifting capacity of 127kg, it is ideal for professional automotive workshops and heavy-duty applications.
Constructed with a durable steel frame, the TH002 ensures longevity and reliability under rigorous working conditions. The dolly features fork centres measuring 535mm, accommodating a range of wheel sizes. Its overall length of 1255mm provides ample leverage for efficient operation. The inclusion of smooth-rolling wheels enhances manoeuvrability within the workshop environment.
Specification | Details |
---|---|
Model Number | TH002 |
Capacity | 127kg |
Fork Centres | 535mm |
Length | 1255mm |
Net Weight | 7.45kg |
The Sealey TH002 enhances the efficiency of wheel removal and installation tasks in commercial settings. Its sturdy construction and thoughtful design allow for safe and straightforward handling of heavy wheels and tyres. The extended length and appropriate fork spacing provide the necessary leverage and support, reducing physical strain on the operator. Smooth-rolling wheels ensure easy manoeuvrability, making the dolly a valuable addition to any professional workshop.
Q: What types of wheels is the TH002 suitable for?
A: The TH002 is designed for commercial-sized wheels and tyres, accommodating various sizes with its 535mm fork centres.
Q: How does the design of the TH002 improve safety during wheel handling?
A: The dolly's robust steel frame and extended length provide stability and leverage, reducing the physical effort required and minimizing the risk of injury.
Q: Is the TH002 easy to manoeuvre within a workshop?
A: Yes, the dolly is equipped with smooth-rolling wheels, facilitating easy movement and positioning around the workshop.
Q: What maintenance is required for the Sealey TH002?
A: Regular maintenance includes inspecting the dolly for any signs of wear or damage, ensuring that all moving parts are properly lubricated, and checking the integrity of the wheels to maintain optimal performance.