Product Description
Crown CR 60000-80 roll pin for electric lift truck linkage applications, manufactured from plain spring steel (SAE 1070–1090), 3/16 inch diameter x 1.25 inch length, press-fit, spiral design, Rockwell C47–52 hardness.
Specifications
Material & Construction
| Material Specification | Spring steel per SAE J403 |
| Steel Grade | SAE 1070–1090 |
| Hardness | Rockwell C47–52 |
| Finish/Coating | Plain (uncoated) |
Part Numbers
| OEM Part Number | CR 60000-80 |
| Manufacturer Part Number | CR 60000-80 |
Frequently Asked Questions
Q: What material is the CR 60000-80 roll pin made from?
A: The CR 60000-80 is manufactured from spring steel conforming to SAE J403, grade SAE 1070 to 1090. It is hardened to Rockwell C47 to 52 and is supplied uncoated (plain finish). This material composition provides the high strength and elastic recovery required for electric lift truck linkage applications.
Q: What are the exact dimensions of the CR 60000-80?
A: The CR 60000-80 has a nominal diameter of 3/16 inch and a length of 1.25 inches. It features a press-fit spiral design for secure installation in linkage assemblies.
Q: Which electric lift truck models is the CR 60000-80 compatible with?
A: The CR 60000-80 is an OEM part for Crown electric lift trucks and is used in lift truck linkage applications. Verify your specific model and serial range to confirm compatibility before ordering.
Q: How long does the CR 60000-80 typically last in service?
A: Spring steel roll pins like the CR 60000-80 are designed for extended service life in standard duty applications. Lifespan depends on load cycling, operator maintenance, and operating conditions. Inspect periodically for deformation, corrosion, or loose fit and replace if performance degrades.
Q: Does the CR 60000-80 require any maintenance?
A: The CR 60000-80 requires minimal maintenance. Since it is supplied in plain uncoated steel, monitor for surface corrosion or rust in humid or wet environments. Ensure the press-fit remains tight and the spiral design has not relaxed or bent during operation.
