Product Description
HY 2302180 is an OEM replacement brush set (contains two carbon brushes) engineered for Hyster electric lift truck drive motors, specifically used in W40XL and W40XT pallet truck models. Designed for 24VDC motor systems, these brushes maintain optimal motor commutation and long service life as per Hyster OEM specifications.
Compatibility: Fits pallet jacks made by Hyster, model W40XL/W40XT. SKU: HY 2302180
Specifications
Electrical
| Motor Compatibility | Series-wound drive motor for Hyster W40XL, W40XT |
| Nominal Application Voltage | 24VDC motor system |
Material & Construction
| Brush Material | Carbon-graphite composite for industrial DC motors |
| Quantity Per Set | 2 brushes |
Part Information
| Part Number | HY 2302180 |
| Compatible Equipment Models | Hyster W40XL, Hyster W40XT |
Maintenance
| Inspection Interval | 500-hour intervals or per Hyster maintenance schedule |
Frequently Asked Questions
Q: What does the HY 2302180 brush set contain?
A: The HY 2302180 is a replacement brush set containing two carbon-graphite brushes engineered for Hyster electric lift truck drive motors. Each brush is designed to maintain optimal commutation and motor performance.
Q: What voltage system does the HY 2302180 work with?
A: The HY 2302180 brushes are designed for 24VDC motor systems found in Hyster W40XL and W40XT electric pallet trucks.
Q: Which Hyster models use the HY 2302180 brush set?
A: The HY 2302180 is compatible with Hyster W40XL and W40XT series electric walkie pallet trucks. Do not use on other voltage systems or equipment models.
Q: What material are the HY 2302180 brushes made from?
A: These brushes are manufactured from industrial-grade carbon-graphite composite, which provides low friction, extended service life, and stable commutation in series-wound drive motors.
Q: How long do HY 2302180 brushes typically last?
A: Brush lifespan depends on duty cycle and motor usage. Under normal operation, these brushes provide long service life as specified by Hyster. Heavy-duty applications, frequent acceleration, or high ambient temperatures can reduce lifespan.
