Product Description
OEM Toyota Nut (TO 00590-43315-71) for electric lift trucks, compatible with 7HWB23 and 8HBW23 series, carbon steel construction, used for essential frame and undercarriage fastening applications.
Compatibility: Fits pallet jacks made by Toyota, model 7HBW23. SKU: TO 00590-43315-71
Specifications
Material & Construction
| Material Specification | Carbon steel, industrial grade |
Part Numbers
| OEM Part Number | TO 00590-43315-71 |
| Manufacturer Part Number | 00590-43315-71 |
| Alternate Part Numbers | TO00590-43315-71, TY00590-43315-71, TY 00590-43315-71 |
| Applicable Models | Toyota electric pallet trucks, including but not limited to 7HWB23 and 8HBW23 series |
Frequently Asked Questions
Q: What is the TO 00590-43315-71 nut used for?
A: The TO 00590-43315-71 is a Toyota OEM nut for electric lift trucks. It is a carbon steel fastener used for frame and undercarriage assembly bolting on electric pallet jacks. These nuts secure critical structural and mechanical connections.
Q: Which Toyota electric pallet jack models use the TO 00590-43315-71 nut?
A: This nut is compatible with Toyota 7HWB23 and 8HBW23 series electric pallet jacks. Verify your equipment model and assembly location before ordering, as different locations may require different nut sizes or grades.
Q: What material is the TO 00590-43315-71 nut made from?
A: The nut is manufactured from carbon steel. Carbon steel fasteners are used for general frame and undercarriage applications where standard tensile strength and corrosion resistance are adequate for warehouse duty.
Q: What are the alternate part numbers for the TO 00590-43315-71?
A: Cross-reference part numbers include TO00590-43315-71, TY00590-43315-71, and TY 00590-43315-71. These are equivalent formats of the same OEM part number and are interchangeable.
Q: When should I replace the TO 00590-43315-71 nuts on my pallet jack?
A: Replace nuts if they are stripped, corroded, cracked, or cannot maintain bolt tension. Loose frame bolts indicate worn or damaged nuts. Replace in sets during frame assembly to maintain structural integrity.