Product Description
Industrial specification for SKU 3060663: Connector (SB175 1/0 Yellow) for electric lift trucks. Features multipole quick disconnect, genderless high-current contacts for 1/0 AWG wire, 175A continuous at 600V AC/DC, silver-plated copper contacts, yellow-keyed for 12V battery circuits. OEM-equivalent Anderson 6328G1. Housing molded polycarbonate; dimensions 3" × 2" × 1"; operating range -20°C to 105°C. Includes cross-reference 6328G1
Specifications
Electrical
| Rated Current | 175A continuous per UL 1977, up to 280A max (mated with 1/0 AWG wire). |
| Voltage Rating | 600V AC/DC UL listed rating. |
Part Numbers
| OEM Part Number | 6328G1. |
Performance
| Contact/Disconnect Life | Rated for up to 10,000 no-load cycles. |
Frequently Asked Questions
Q: What is the continuous current rating for SKU 3060663?
A: This SB175 1/0 Yellow connector is rated 175A continuous per UL 1977 with 1/0 AWG wire, with a maximum surge rating of 280A when properly mated.
Q: What is the OEM equivalent part number for SKU 3060663?
A: The OEM equivalent is Anderson Power Products 6328G1, used in electric lift truck 12V battery circuits and low-voltage power applications.
Q: What does the yellow key designate on the 3060663 connector?
A: The yellow key indicates this connector is designed for 12V battery circuits in electric lift trucks. The color coding prevents accidental mating with other voltage systems.
Q: What is the operating temperature range for the 3060663?
A: This connector operates from -20 degrees Celsius to 105 degrees Celsius, making it suitable for both cold storage and standard warehouse environments.
Q: How many disconnect cycles is the 3060663 rated for?
A: This connector is rated for up to 10,000 no-load cycles, providing reliable service life for frequent battery connections and equipment service scenarios.
Q: What material are the contacts on the 3060663?
A: The contacts are silver-plated copper with genderless design on a multipole quick-disconnect housing, ensuring reliable conductivity across mating cycles.