Product Description
BT 49929-03 guide bushing for BT electric lift trucks, OEM replacement component designed for mast or steering assemblies, manufactured from engineered bearing-grade polymer for high-load, low-friction operation.
Specifications
Material & Construction
| Material Specification | Machined bearing-grade polymer, suitable for high-load and low-friction operation |
| Finish/Coating | Self-lubricating polymer finish, no additional surface coating |
Part Numbers & Compatibility
| OEM Part Number | BT 49929-03 |
| Application | Compatible with BT electric lift truck models requiring guide bushing under part number 49929-03 |
Frequently Asked Questions
Q: What is the BT 49929-03 guide bushing?
A: The BT 49929-03 is an OEM replacement guide bushing for BT electric lift trucks. It is designed for mast or steering assemblies and is manufactured from engineered bearing-grade polymer with a self-lubricating finish for high-load, low-friction operation.
Q: Which BT electric lift truck models use the BT 49929-03?
A: The BT 49929-03 fits BT electric lift truck models requiring part number 49929-03 in their mast or steering assembly. Verify your specific lift truck model and serial range against your equipment documentation to confirm compatibility.
Q: What material is the BT 49929-03 made from?
A: The BT 49929-03 is machined from bearing-grade engineered polymer featuring a self-lubricating finish. This material is selected for its ability to handle high loads and maintain low-friction operation without requiring external lubrication.
Q: Does the BT 49929-03 require lubrication?
A: The BT 49929-03 does not require supplemental lubrication due to its self-lubricating polymer composition. Over-lubrication can attract dirt and cause accelerated wear. Follow your lift truck maintenance schedule recommendations.
Q: How often should the BT 49929-03 guide bushing be replaced?
A: Replace the BT 49929-03 if you observe lateral mast movement, squeaking, or stiction in the mast or steering assembly. Typical service life is 3-6 years depending on frequency of mast cycle operation and application intensity.
