Product Description
LM67000LA-902A1 is a Timken single row tapered roller bearing cone and cup assembly for electric lift truck applications, featuring a 1.25 inch bore, 2.328 inch outside diameter, 0.655 inch total thickness, chrome steel construction, and dynamic load capacity of 46,706 N.
Specifications
Material & Construction
| Material Specification | Chrome steel, high-carbon bearing grade |
Part Numbers
| OEM Part Number | LM67000LA-902A1 |
| Manufacturer Part Number | LM67000LA-902A1 |
Frequently Asked Questions
Q: What is the LM67000LA-902A1 bearing assembly?
A: The LM67000LA-902A1 is a Timken single row tapered roller bearing cone and cup assembly for electric lift trucks. This precision bearing set is engineered for high-load material handling applications and includes both the cone and cup components.
Q: What are the dimensional specifications of the LM67000LA-902A1?
A: The LM67000LA-902A1 has a 1.25 inch bore, 2.328 inch outside diameter, and 0.655 inch total thickness. These dimensions are critical for fitment into lift truck wheel assemblies and drive mechanisms. Verify dimensions match your equipment before ordering.
Q: What is the dynamic load capacity of this bearing?
A: The LM67000LA-902A1 has a dynamic load capacity of 46,706 N (approximately 10,500 lbs). This rating indicates the maximum radial load the bearing can handle under continuous rotation before premature failure occurs.
Q: What material is the LM67000LA-902A1 bearing made from?
A: The LM67000LA-902A1 is constructed from chrome steel, high-carbon bearing grade material. This provides superior hardness, wear resistance, and reliability in demanding electric lift truck wheel and drive shaft applications.
Q: Which lift truck brands use the LM67000LA-902A1 bearing?
A: The LM67000LA-902A1 is compatible with electric lift trucks from Crown, Toyota, Raymond, Yale, Hyster, Jungheinrich, Linde, Clark, Mitsubishi, CAT, and BT. Verify your equipment model and bearing location to confirm compatibility.
Q: How long does the LM67000LA-902A1 bearing typically last?
A: Bearing lifespan depends on load, speed, lubrication, and operating conditions. Replace the bearing if you notice unusual noise, vibration, excessive play, or heat generation from the affected wheel or drive assembly.