Anderson Power Products Female 2 Way Battery Connector, 160A, 600 V

APP DIN connectors

Sturdy advanced polymer housingsDIN 43589-1 voltage keyingMating compatibility with connectors of other manufacturers APP “E” series connectors offer dimensional compatibility for air tube and auxiliary contacts over and above the DIN 43589-1 compatibility of housings and main contactsSilver plated pure copper contacts For lowest voltage drop and superior performance

Sturdy advanced polymer housingsDIN 43589-1 voltage keyingMating compatibility with connectors of other manufacturers APP “E” series connectors offer dimensional compatibility for air tube and auxiliary contacts over and above the DIN 43589-1 compatibility of housings and main contactsSilver plated pure copper contacts For lowest voltage drop and superior performance

Note

Under UL standard, current rating is 220A.

Under UL standard, current rating is 220A.

APP EBC Connectors

APP EBC Connectors

Anderson Power Products’ family of Euro Battery Connectors (EBC) exceeds all the requirements of DIN 43589-1 and EN 1175-1. The connector design incorporates an innovative, cost effective contact carrier for ease of assembly. The connectors have a Degree of Protection of IP23 per IEC 60529. The acid resistance and temperature range of the PBT-PC housing exceeds the requirements of EN 1175-1. Contacts are pure copper with silver plate for maximum conductivity. All materials meet RoHS requirements and are selected to ensure years of reliable service under adverse battery environments.

Anderson Power Products’ family of Euro Battery Connectors (EBC) exceeds all the requirements of DIN 43589-1 and EN 1175-1. The connector design incorporates an innovative, cost effective contact carrier for ease of assembly. The connectors have a Degree of Protection of IP23 per IEC 60529. The acid resistance and temperature range of the PBT-PC housing exceeds the requirements of EN 1175-1. Contacts are pure copper with silver plate for maximum conductivity. All materials meet RoHS requirements and are selected to ensure years of reliable service under adverse battery environments.