Product Description
ROLL PIN
Frequently Asked Questions
Q: What does the E-5134 roll pin do in an electric lift truck?
A: The E-5134 roll pin is a fastening component used in electric lift truck drive mechanisms and hydraulic assemblies. It provides alignment and retention for shafts, linkages, and mechanical connections throughout the lift system. Failure to replace this pin can cause misalignment and equipment downtime.
Q: Which electric lift truck models accept the E-5134 roll pin?
A: The E-5134 is compatible with electric lift trucks from Crown, Raymond, Toyota, and Yale. Compatibility depends on the specific assembly location and truck model year. Verify your equipment model and serial number against our fitment database before ordering.
Q: What material and finish is the E-5134 roll pin made from?
A: The E-5134 roll pin is manufactured from spring steel with a zinc-plated finish for corrosion resistance. The hollow, split design provides secure retention while allowing slight shaft movement. This material withstands repeated mechanical stress in electric truck hydraulic and drivetrain systems.
Q: How long does the E-5134 roll pin typically last?
A: Service life depends on operating conditions and load cycles. Roll pins generally last 2-5 years with standard warehouse use. Replace if you observe looseness in connected components, unusual noise during lift operation, or visual corrosion. Preventive replacement is recommended during major hydraulic system overhauls.
Q: What is the diameter and length of the E-5134 roll pin?
A: Diameter and length specifications vary by electric truck model and assembly. Common roll pin sizes are 5/32 inch to 1/4 inch diameter with lengths from 1/2 inch to 2 inches. Confirm exact dimensions with your truck manual or contact our parts team before ordering.
Q: Can the E-5134 be used interchangeably with other roll pins?
A: No. The E-5134 is designed for specific assembly points on compatible electric lift trucks. Using an incorrect roll pin size or material can cause shaft misalignment, increased wear, or component failure. Always verify cross-reference part numbers and dimensions match your equipment.