Product Description
Hyster factory SBX 175 Amp battery connector (HY 2059313) in red: reliable power transmission for electric pallet jacks and lift trucks. Rated for 175A continuous current with 1/0 AWG wire gauge compatibility and silver-plated copper contacts. Features red polycarbonate UL 94 V-0 housing for flame resistance and durability. Direct replacement for Hyster W40Z and W45Z series equipment. Cross-references to AN 6384G1.
Specifications
Electrical Specifications
| Rated Current | 175A continuous |
| Connector Type | SBX 175 |
| Wire Gauge Compatibility | 1/0 AWG |
| Housing Material | Red polycarbonate UL 94 V-0 |
| Contact Material | Silver-plated copper |
Part Numbers
| Hyster Part Number | HY 2059313 |
| Manufacturer Part Number | 2059313 |
| Cross-Reference Part Numbers | AN 6384G1 |
| Compatible Models | Hyster W40Z (B218), Hyster W45Z (C215) |
Frequently Asked Questions
Q: What is the current rating and connector type for the HY 2059313?
A: The HY 2059313 is a Hyster OEM SBX 175 Amp connector rated for 175A continuous current with 1/0 AWG wire gauge compatibility. It features silver-plated copper contacts for reliable power transmission.
Q: What equipment models use this battery connector?
A: The HY 2059313 is a factory battery connector for Hyster W40Z (B218) and W45Z (C215) series electric lift trucks. It provides direct connection between the battery pack and the main power circuit.
Q: What material is the connector housing?
A: The connector features a red polycarbonate housing rated UL 94 V-0 for flame resistance and durability in industrial environments.
Q: Is there a cross-reference part number?
A: Yes. The HY 2059313 cross-references to AN 6384G1. No direct OEM alternates or superseded part numbers are documented. Use HY 2059313 or AN 6384G1 for accurate ordering.
Q: Can this connector handle high-load battery applications?
A: Yes. With a 175A continuous rating and silver-plated contacts, the HY 2059313 is designed to handle sustained high-amperage power draw from industrial battery packs without voltage drop or contact degradation.