Product Description
The Raymond RA 590-725 is a 350 amp 2/0 gauge battery connector assembly featuring a yellow housing, engineered for electric lift truck power circuits. This high-current connector meets OEM design standards for Raymond electric pallet jacks and offers cross-compatibility with Model 7400. It supersedes other color-coded versions for matching amperage and cable sizes, maintaining robust connection integrity and safety.
Specifications
Electrical
| Amperage Rating | 350 amp (maximum continuous) |
Part Numbers
| OEM Part Number | RA 590-725 |
| Manufacturer Part Number | RA590-725 |
| Cross-Reference Part Numbers | 590725, RA590725, Raymond Model 7400 |
Frequently Asked Questions
Q: What does the yellow housing color on the RA 590-725 indicate?
A: The yellow housing is a color-coded identifier that helps technicians and operators quickly distinguish this connector variant in the field. The yellow RA 590-725 and gray RA 590-724 serve the same amperage and cable specifications but are visually differentiated for connector selection and organization.
Q: What is the amperage and cable gauge rating for the RA 590-725?
A: The RA 590-725 is rated for 350 amperes maximum continuous current and is designed for 2/0 AWG cable. It meets OEM design standards for Raymond electric lift truck power circuits.
Q: Which Raymond equipment models is the RA 590-725 compatible with?
A: The RA 590-725 is cross-compatible with Raymond Model 7400 electric lift trucks and offers interchangeability with the gray RA 590-724 for identical amperage and cable gauge applications.
Q: How does the RA 590-725 differ from the RA 590-724?
A: The primary difference is the housing color: RA 590-724 is gray, while RA 590-725 is yellow. Both are 350 amp, 2/0 AWG connectors designed for Raymond 7400 series equipment. The yellow variant helps distinguish connector circuits when multiple connectors are present.
Q: Is the RA 590-725 rated for high-cycle connector use?
A: Yes, the RA 590-725 is engineered to maintain robust connection integrity across high-cycle material handling environments where frequent charging connections and disconnections occur.