Product Description
The RA 671-024-25 is a standard-compound load wheel designed for Raymond electric lift trucks and related material handling equipment. Built for reliable performance in indoor warehouse environments, this wheel supports the truck's weight and load while maintaining traction on dry, climate-controlled floors. The durable construction provides excellent wear characteristics for daily warehouse operations. For wet floors or high-demand environments, consider the RA 671-024-25-SPS high-traction polyurethane variant for enhanced grip and extended service life.
Frequently Asked Questions
Q: What is the RA 671-024-25 load wheel used for?
A: The RA 671-024-25 is a load wheel for Raymond electric lift trucks. Load wheels support the weight of the truck and load during operation. This is a standard-compound wheel for general warehouse and indoor applications.
Q: What environments is this load wheel designed for?
A: The RA 671-024-25 is suitable for standard dry indoor warehouse environments and typical room-temperature conditions. For wet floors, cold storage, or harsh environments, specify the RA 671-024-25-SPS high-traction polyurethane variant instead.
Q: How do I know when the load wheel needs replacement?
A: Replace the RA 671-024-25 when you observe flat spots, significant tread wear, cracks.
Q: Can I mix the RA 671-024-25 with the RA 671-024-25-SPS on the same truck?
A: For best performance and even wear patterns, use the same wheel type on all load positions. Mixing standard and high-traction wheels can create uneven handling and accelerated wear on the standard wheel.
Q: What is the difference between the RA 671-024-25 and the SPS variant?
A: The standard RA 671-024-25 uses a conventional polyurethane compound optimized for dry indoor conditions. The RA 671-024-25-SPS high-traction variant offers enhanced grip for wet floors, cold storage, and demanding warehouse environments.
Q: How should I store unused load wheels?
A: Store the RA 671-024-25 in a cool, dry location away from direct sunlight and extreme temperatures. Prolonged exposure to heat or UV can degrade the polyurethane compound and reduce service life.
