Product Description
Bolt
Compatibility: Fits pallet jacks made by Dayton, model 4YX97. SKU: DA B3-97
Frequently Asked Questions
Q: What is the DA B3-97 bolt used for in pallet jacks?
A: The DA B3-97 is a fastener bolt designed for Dayton model 4YX97 pallet jacks. It is used to secure critical components such as the fork assembly, pump mounting, or load roller brackets. This bolt must meet precise torque and material specifications.
Q: Can the DA B3-97 bolt be used on other pallet jack models?
A: The DA B3-97 is engineered for Dayton model 4YX97 jacks. Bolt diameter, length, pitch, and material grade are matched to this specific model. Using substitute bolts can result in loose connections, stripped threads, or equipment failure. Always use the correct SKU.
Q: What material is the DA B3-97 bolt made from?
A: The DA B3-97 is typically manufactured from hardened alloy steel with a zinc or cadmium plating to resist corrosion. Grade 8.8 or higher hardness is common in material handling equipment to withstand vibration and shear stress in warehouse environments.
Q: How often should DA B3-97 bolts be inspected or replaced?
A: Inspect bolts at least annually for looseness, corrosion, or deformation. In high-vibration environments, check more frequently. Replace if you find stripped threads, visible cracks, or severe rust. Loose bolts should be tightened or replaced immediately to prevent assembly failure.
Q: What size is the DA B3-97 bolt and what torque specification does it require?
A: The exact diameter, length, pitch, and torque specification depend on the assembly point on the Dayton 4YX97. Contact us with details about which component you are servicing. Using incorrect torque can cause loosening under load or thread damage.
Q: Why do DA B3-97 bolts loosen or fail in material handling equipment?
A: Vibration from repeated lifting cycles, thermal expansion and contraction, and inadequate torque are common causes of bolt loosening. Corrosion in wet or salt environments weakens the bolt. Overloading can exceed the bolt shear strength. Regular torque verification prevents failures.
