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YL 582032811

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YL 582032811

Lithium-Iron Battery Charger for Yale Pallet Jacks

Regular price $584.01
Sale price $584.01 Regular price $762.87
In stock
⚠️ Compatibility Recommended Before Purchase
Battery chargers are model-, voltage-, battery chemistry-, connector-, and sometimes serial-number specific. Using an incompatible charger may result in battery damage, equipment damage, or safety hazards.

Before ordering, confirm:
  • Truck make and model
  • Serial number
  • Battery voltage
  • Battery type (lead-acid vs lithium)
  • Connector style

If you’re unsure, contact us before purchasing with your equipment details.

Non-Refundable Item: Battery chargers are non-refundable. Please verify compatibility before purchasing.

Questions? Call +1-800-669-7554

Battery Battery Chargers Charger Electric Lift Truck Parts MPB 045 VG Yale

Compatibility

Make Yale, Hyster
Model MPB045VG

Reference Diagrams

Visit our diagram page for part references to popular models


Product Description

Lithium-iron battery charger engineered for Yale MPB045VG electric pallet jacks equipped with LiFePO4 batteries. Delivers 120VAC input with 20-ampere rated DC output through a powder-coated steel enclosure with industrial mounting configuration. Ideal for warehouse, dock, and cold storage environments requiring reliable and fast battery charging for lithium-equipped pallet trucks. Direct replacement for Yale and Hyster compatible electric walkie equipment.

Specifications

Electrical
Charger Output Voltage120VAC input / 20A output
Battery CompatibilityLithium-Iron battery (LiFePO4 chemistry)
Rated Output Current20 amperes DC output
Input Voltage120 volts AC
Supported Battery ModelsOEM lithium-ion traction batteries for Yale MPB045VG
Material & Construction
Enclosure MaterialPowder coated steel enclosure
Part Numbers
OEM Part NumberYL 582032811
Cross-Reference Part NumbersYT582032811 (alternate Yale format); HY4629455 (Hyster equivalent); YT4654997 (Yale supersession); HY4654997 (Hyster equivalent)
Replaces/Supersedes Part NumbersReplaces YT582032811; supersedes YT4654997
Equivalent Part NumbersHY4629455, HY4654997
Compatible ModelsYale MPB045VG electric pallet jack

Frequently Asked Questions

Q: What battery chemistry does the YL 582032811 charger support?
A: The YL 582032811 is engineered specifically for LiFePO4 (lithium iron phosphate) traction batteries used in newer Yale electric pallet jacks. It is not compatible with AGM or lead-acid batteries. Do not use this charger with traditional battery chemistry.

Q: Is the YL 582032811 compatible with the Yale MPB045VG electric pallet jack?
A: Yes. The YL 582032811 is engineered as the OEM charger for the Yale MPB045VG electric pallet jack equipped with LiFePO4 batteries. Verify your equipment model and battery type match before ordering.

Q: What is the input voltage and output current rating for YL 582032811?
A: The YL 582032811 accepts 120VAC single-phase input and delivers 20 Amps DC rated output charge current. This charger is designed for standard U.S. electrical infrastructure. Do not operate on 240VAC or three-phase power.

Q: What cross-reference part numbers match the YL 582032811?
A: The YL 582032811 cross-references to YT582032811 (alternate Yale format), HY4629455 (Hyster equivalent), YT4654997 (Yale supersession), and HY4654997 (Hyster equivalent). If you are replacing an older charger, check whether your equipment uses the YT4654997 supersession number.

Q: Does the YL 582032811 work with Hyster lithium pallet jacks?
A: The YL 582032811 has a Hyster equivalent cross-reference (HY4629455). However, chargers are equipment-specific and may not be mechanically compatible even if electrically rated the same. Verify the exact connector type and mounting configuration with Hyster OEM documentation before cross-applying.

Q: What is the enclosure material and durability of the YL 582032811?
A: The YL 582032811 features a powder-coated steel enclosure with OEM industrial mounting configuration. The powder coating resists moisture and corrosion in dock, warehouse, and cold storage environments. Lifespan depends on maintenance frequency and environmental exposure.