Product Description
Baker Bkaw-3-4 is a 95A polyurethane idler caster designed for Baker electric lift trucks. This direct replacement caster provides floor protection and reliable traction control for demanding warehouse operations, with consistent performance across varied floor surfaces while minimizing noise and vibration during operation.
Specifications
Material & Construction
| Material | 95A Polyurethane |
Part Numbers & Compatibility
| Make | Baker |
| Cross-Reference Part Numbers | Replaces/supersedes BKBKAW-3-4, equivalent to BK BKAW-3-4 |
Additional Specifications
| Caster Material | 95A Poly Idler |
| Product Name | BA BKAW-3-4 |
Wheel Dimensions
| Outside Diameter | 8.0 in |
Frequently Asked Questions
Q: What makes the Baker BKAW-3-4 suitable for electric lift trucks?
A: The Baker BKAW-3-4 is designed to provide reliable performance in Baker electric lift trucks. Its 95A polyurethane material offers a balance of durability and floor protection for demanding warehouse environments.
Q: Which equipment is the Baker BKAW-3-4 compatible with?
A: The Baker BKAW-3-4 is designed for Baker electric lift trucks that use this idler caster specification. Verify the equipment model designation and serial range before ordering.
Q: What are the material benefits of using 95A polyurethane for this caster?
A: The 95A polyurethane material resists compression and wear while providing traction control and low-noise operation. It is designed to maintain performance across various floor surfaces.
Q: Are there alternative part numbers for the Baker BKAW-3-4?
A: Yes, the Baker BKAW-3-4 replaces Bkbkaw-3-4 and is equivalent to BK Bkaw-3-4. These designations represent the same polyurethane idler caster specification for Baker equipment.
Q: How can I determine when to replace the Baker BKAW-3-4?
A: Inspect the caster regularly for signs of wear, such as flat spots or cracks. Replace it if damage is significant to help maintain safe and efficient operation.
Q: What should I consider when maintaining the Baker BKAW-3-4?
A: Avoid exposing the caster to extreme temperatures or prolonged UV sunlight when the equipment is not in use.
