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B102-MJP

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B102-MJP

B102-MJP Elastic Spring Pin for Manual Pallet Jacks

Regular price $0.31
Sale price $0.31 Regular price $0.55
In stock

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Manual Pallet Jack Parts pins

Compatibility

Make -
Model -

Reference Diagrams

Visit our diagram page for part references to popular models


Product Description

B102-MJP Elastic Pin is an OEM specification spring pin designed for manual pallet jack mechanical subassemblies, manufactured by Liftsplus.com for MJP series units. Made from hardened spring steel for press-fit retention in OEM linkage points. No cross-reference part numbers are available. Fits all standard MJP-series manual pallet jack models requiring elastic pin B102-MJP.

Specifications

Material
Pin MaterialHardened spring steel
Part Numbers
Manufacturer Part NumberB102-MJP
OEM Part NumberB102-MJP

Frequently Asked Questions

Q: What is the B102-MJP elastic pin used for?
A: The B102-MJP is an OEM specification spring pin designed for manual pallet jack mechanical subassemblies. It functions as a press-fit retention component in linkage points and is manufactured to OEM specifications for MJP series units.

Q: What material is the B102-MJP elastic pin made from?
A: The B102-MJP is made from hardened spring steel, which provides the necessary strength and retention force for secure fit in mechanical linkage assemblies.

Q: Which manual pallet jack models does the B102-MJP fit?
A: The B102-MJP fits all standard MJP-series manual pallet jack models that require this OEM elastic pin specification. Verify your equipment model references this part number before ordering.

Q: Are there cross-reference or equivalent part numbers for the B102-MJP?
A: No cross-reference part numbers are available for the B102-MJP. This is an OEM-specific component, so you must order using the exact part number B102-MJP.

Q: How long does a B102-MJP elastic pin typically last?
A: Hardened spring steel pins are durable components. The B102-MJP lifespan depends on equipment usage frequency and load cycles. Replace if the pin shows deformation, corrosion, or loss of retention force in the linkage assembly.