Product Description
OEM Baker BA L5733779 roll pin for manual pallet jack handle assemblies. Manufactured from hardened carbon steel per ASTM A684, nominal diameter of 1/4 inch, overall length 1.38 inches, spring-type press-fit, rated for shear strength of 2,200 lbs. No known cross-reference part numbers.
Specifications
Material & Construction
| Material Specification | Hardened carbon steel, conforms to ASTM A684 |
| Hardness | Rockwell C46 minimum |
Part Numbers
| OEM Part Number | BA L5733779 |
| Manufacturer Part Number | BA L5733779 |
Frequently Asked Questions
Q: What are the specifications for roll pin BA L5733779?
A: BA L5733779 is a hardened carbon steel roll pin conforming to ASTM A684 with a nominal diameter of 1/4 inch and overall length of 1.38 inches. Rockwell hardness is C46 minimum; shear strength is rated at 2,200 lbs.
Q: Which Baker pallet jack models use the BA L5733779 roll pin?
A: BA L5733779 is designed for manual pallet jack handle assemblies made by Baker. Verify your equipment model and serial range before ordering to ensure correct fitment.
Q: How does the spring-type press-fit work on BA L5733779?
A: The spring-type press-fit design allows the pin to be inserted and secured in the hole by compression force. The pin expands slightly when pressed in, creating a tight mechanical fit that prevents movement or separation.
Q: What is the shear strength rating and what does it mean?
A: BA L5733779 has a shear strength rating of 2,200 lbs, meaning it can withstand up to 2,200 lbs of perpendicular force before fracturing. This rating ensures the pin safely secures handle assemblies under normal pallet jack operation.
Q: Are there cross-reference part numbers for BA L5733779?
A: No known cross-reference part numbers exist for BA L5733779. Use this exact OEM part number when ordering replacement roll pins for Baker handle assemblies.
Q: What material standard does this roll pin conform to?
A: BA L5733779 is manufactured from hardened carbon steel per ASTM A684 specification. This standard ensures consistent hardness, material composition, and performance across production batches.