Product Description
Toyota Field Coil, OEM part number TO 00590-43401-71, provides magnetic field excitation for 24VDC drive motors in Toyota 7HBW23 electric pallet jacks. Manufactured with wound copper conductors, laminated steel stator, and Class H industrial insulation. Includes all OEM dimensional and mounting specifications for direct replacement.
Compatibility: Fits pallet jacks made by Toyota, model 7HBW23. SKU: TO 00590-43401-71
Specifications
Material & Construction
| Core Material | Laminated steel stator |
Part Numbers & Compatibility
| Make | Toyota |
| Model | 7HBW23 |
| Part Number | 00590-43401-71 |
| Manufacturer Part Number | TO 00590-43401-71 |
| Cross-Reference Part Numbers | TY00590-43401-71, TO005904340171, TY005904340171, 005904340171 |
Additional Specifications
| Nominal Volume | 0.54 gallons displacement envelope |
| Finish | Industrial grade enamel coating |
Frequently Asked Questions
Q: What models is this field coil compatible with?
A: This field coil is designed for Toyota 7HBW23 electric pallet jacks. It fits models that require replacement of the original field coil in their 24VDC drive motor.
Q: What materials are used in the construction of this field coil?
A: The field coil is constructed with wound copper conductors, a laminated steel stator core, and Class H industrial insulation. These materials ensure durability and performance in motor applications.
Q: How does the insulation contribute to the field coil's performance?
A: Class H industrial insulation provides high-temperature resistance and electrical protection. It prevents short circuits between winding conductors and safeguards against moisture and chemical damage.
Q: Is this field coil suitable for direct replacement?
A: Yes, the field coil includes all necessary dimensional and mounting specifications for direct replacement in Toyota 7HBW23 electric pallet jacks.
Q: What is the role of the laminated steel stator in the field coil?
A: The laminated steel stator reduces eddy current losses and heat generation during motor operation. This design improves efficiency and extends the service life of the component.
