Crown Ball Bearing for Electric Lift Trucks
CR 073830
Couldn't load pickup availability
- Expert support & fitment help
- 30-day returns
- Fast Shipping
Compatibility
|
Make |
|
|---|---|
|
Model |
|
Visit our diagram page for part references to popular models
Product Description
CR 073830 is a Crown OEM ball bearing with integral shaft, engineered for electric lift truck applications. Supplied as a single-row assembly, it features hardened bearing steel construction, integral shaft design, and is compatible with several Crown equipment models. Includes cross-reference numbers for replacement and interchangeability.
Specifications
Part Numbers & Compatibility
| Make | Crown |
| Model | PE 4500 |
| Part Number | CR 073830 |
| Manufacturer Part Number | CR073830 |
| Alternate Part Number | 73830 |
| Cross-Reference Part Numbers | CR73830, 073830, 73830 |
Additional Specifications
| Ball Material | Through-hardened steel |
Frequently Asked Questions
Q: Which Crown electric lift truck models is the CR 073830 compatible with?
A: The CR 073830 is designed for use with Crown PE 4500 electric lift truck models. Ensure your equipment model and serial number match the specifications for proper fitment.
Q: What materials are used in the construction of the CR 073830?
A: The CR 073830 is constructed with hardened bearing steel raceways and through-hardened steel balls. The integral shaft is made of alloy steel, providing durability for electric lift truck applications.
Q: What are the cross-reference part numbers for the CR 073830?
A: The CR 073830 has cross-references including CR73830, 073830, and 73830. Use the exact part number when ordering to ensure compatibility.
Q: Is the CR 073830 supplied as a complete assembly?
A: Yes, the CR 073830 is supplied as a single-row assembly with the integral shaft already installed. It is ready for mounting in electric lift truck applications.
Q: How does the integral shaft design of the CR 073830 affect its durability?
A: The integral shaft design eliminates a separate component connection, reducing stress concentration points and improving load distribution. This construction enhances the service life of the bearing in high-cycle applications.