Product Description
Crown CR 050008-030 is an OEM hex nut component designed for electric lift truck assemblies. Precision manufactured for secure fastening in material handling applications.
Specifications
Part Numbers
| OEM Part Number | CR 050008-030 |
| Manufacturer Part Number | CR050008-030 |
Frequently Asked Questions
Q: What is the Crown CR 050008-030 hex nut used for?
A: The CR 050008-030 is a Crown OEM hex nut designed for electric lift truck assemblies. It secures fastening points in drive mechanisms, motor mounts, or structural assemblies requiring precision fastening in material handling equipment.
Q: Which Crown electric lift truck models use the CR 050008-030 hex nut?
A: The CR 050008-030 is compatible with Crown electric lift truck series. Verify your specific equipment model and serial number to confirm fitment, as Crown uses this nut across multiple electric truck platforms.
Q: What material and finish is the CR 050008-030 hex nut?
A: The CR 050008-030 is manufactured from carbon steel, precision-engineered for secure fastening. Material finish is not specified; inspect the nut on your equipment for plating or plain steel finish to determine corrosion resistance in your storage environment.
Q: What is the thread size and hex key width of the CR 050008-030?
A: Thread diameter, pitch, and hex size for the CR 050008-030 are not detailed here. Measure the hex nut directly from your Crown electric lift truck or consult the equipment manual for exact specifications to ensure correct torque application.
Q: Can I use the CR 050008-030 on Hyster, Toyota, or Raymond electric lift trucks?
A: The CR 050008-030 is Crown OEM-specific. Do not assume cross-compatibility with other manufacturers without verifying thread size and pitch. Hyster, Toyota, Raymond, and other OEMs may use different nut sizes; always cross-reference before substituting.
Q: When should the CR 050008-030 hex nut be replaced?
A: Replace the CR 050008-030 if it is stripped, damaged, or cannot maintain proper torque on its bolt. Loose hex nuts in drive or structural assemblies cause vibration, component wear, and potential safety hazards in electric lift truck operation.
