Product Description
SB2-6326G1 is a blue SB175 high-current connector for 1/0 AWG wire, designed for electric lift truck battery connections. Rated at 175A and 600V, with silver-plated copper contacts and polycarbonate housing. Cross-references include Anderson 6326G1.
Specifications
Electrical
| Voltage Rating | 600V AC/DC |
| Rated Current | 175A continuous |
| Wire Gauge | 1/0 AWG |
| Connector Type | SB175 high-current connector |
Material & Construction
| Housing Material | Polycarbonate (blue) |
| Contact Material | Silver-plated copper |
| Spring Material | Stainless steel |
| Touch Protection | Meets IEC 60529 IP20 |
Cross-Reference Information
| Cross-Reference Part Numbers | Anderson Power Products 6326G1, SB175 6326G1 |
| Equivalent Part Numbers | SB175-BLU-1/0, SB175/1-0 BLU |
| Application | Electric lift truck battery connections |
Frequently Asked Questions
Q: What are the amperage and voltage specifications for the SB2-6326G1?
A: The SB2-6326G1 is rated for 175 amps continuous at 600V AC/DC. The blue polycarbonate housing identifies this connector as part of the SB175 series for standard electric lift truck applications.
Q: What wire gauge is the SB2-6326G1 designed for?
A: The SB2-6326G1 accommodates 1/0 AWG wire. The connector features silver-plated copper contacts and stainless steel spring material to handle the current capacity reliably.
Q: Is the SB2-6326G1 compatible with Anderson connectors?
A: Yes. The SB2-6326G1 cross-references to Anderson Power Products 6326G1 and equivalent SB175 models like SB175-BLU-1/0 and SB175/1-0 BLU, all sharing the same 175A and 600V specifications.
Q: What safety features does the SB2-6326G1 include?
A: The SB2-6326G1 includes touch protection that meets IEC 60529 standards, protecting users from accidental contact with live connectors during battery connections.
Q: What materials are used in this connector?
A: The SB2-6326G1 features a blue polycarbonate housing with silver-plated copper contacts and stainless steel springs. These materials provide corrosion resistance and long-term reliability in electric lift truck battery systems.