Product Description
Toyota OEM connector (25123-13500-71) for electric lift truck applications. Gray housing, 1/0 AWG compatibility, 175A continuous current rated. Intended for battery separate charger assemblies in Toyota electric forklifts and pallet jacks. Includes all OEM and cross-reference part numbers.
Specifications
Electrical
| Continuous Current Rating | 175 Amperes (A) |
| Voltage Rating | Up to 600VDC (per SB175A connector class; confirm with manufacturer for exact application limits) |
Part Numbers
| OEM Part Number | 25123-13500-71 |
| Cross-Reference Part Numbers | TO25123-13500-71, TY25123-13500-71, TO251231350071, TY251231350071, 251231350071 |
| Equivalent Part Numbers | SB175A (OEM reference for connector type) |
Frequently Asked Questions
Q: What is the current and voltage rating for TO 25123-13500-71?
A: TO 25123-13500-71 is rated for 175 amperes continuous current and up to 600 volts DC. The gray connector accepts 1/0 AWG cable, typical for high-current battery and charger connections on Toyota electric lift trucks.
Q: Where is the TO 25123-13500-71 connector used on Toyota lift trucks?
A: This connector is designed for battery-to-charger assembly circuits on Toyota electric forklifts and pallet jacks. It provides the high-current interface between the battery pack and separate charger units.
Q: What are the cross-reference part numbers for TO 25123-13500-71?
A: Cross-reference and equivalent part numbers include TY25123-13500-71, TO25123-13500-71, TY251231350071, TO251231350071, and 251231350071. The connector type is referenced as SB175A in some OEM documentation.
Q: Is TO 25123-13500-71 compatible with other brands or only Toyota?
A: This gray connector is an OEM Toyota part. While the 175A SB175A connector type may appear on other brands, verify your equipment model and OEM specifications before ordering. Do not assume cross-brand compatibility.
Q: What wire gauge and cable size does TO 25123-13500-71 accept?
A: TO 25123-13500-71 is rated for 1/0 AWG cable. This gauge is standard for 175A continuous current applications in material handling equipment battery circuits.
Q: What causes connector failure on the TO 25123-13500-71?
A: Common failure modes include corrosion inside the gray housing, loose contacts from repeated connection cycles, thermal stress from high current flow, or moisture intrusion. Regular inspection and cleaning help prevent premature failure.