The 175A High Temperature SB Series Anderson Connector is a heavy-duty power interconnect product optimized for high-temperature and high-load working conditions, inheriting the classic reliable design of Anderson SB series connectors. With a standard continuous current rating of 175A and a maximum withstand voltage of 600V DC, this connector is tailored for high-power electrical equipment that requires long-term stable operation in high-temperature environments. Its core upgrade lies in the high-temperature resistant structural optimization and material upgrading, which solves the problem of unstable connection performance and easy aging of ordinary connectors under prolonged high-current and high-temperature working conditions, providing a safe and durable power connection guarantee for industrial high-temperature scenarios.

In terms of material configuration, the connector adopts upgraded high-temperature resistant engineering plastic housing, which can stably withstand long-term high-temperature exposure up to 105°C without deformation, aging, or performance degradation. The silver-plated thickened copper contacts further enhance high-temperature conductivity, maintaining ultra-low contact resistance even under continuous 175A high-current operation, avoiding excessive heat accumulation and contact burnout. The internal spring pressure balance structure ensures consistent contact tightness during long-term high-temperature operation, preventing poor contact caused by thermal expansion and contraction of components. Meanwhile, the housing has excellent chemical resistance and UV resistance, adapting to complex industrial environments with oil pollution, dust, and outdoor light exposure.

Mechanically, the SB series connector features a foolproof keying and color-coded design, effectively preventing wrong insertion and cross-connection of different voltage-level connectors and improving the safety of equipment operation. It supports more than 10,000 stable plugging cycles, with excellent mechanical durability and vibration resistance, and will not loose connection due to equipment vibration and mechanical impact. It is widely used in high-temperature industrial workshops, commercial vehicle charging systems, heavy-duty material handling equipment, engine peripheral power circuits, and industrial heating equipment power connections. It is an ideal high-temperature resistant power connection solution for heavy industrial high-current systems.