SEV100ADXL DC Contactor Relay Switch, 100A, 1000V, for EV Charger and High Voltage Charging Station Applications (110V 1NC)

The SEV100ADXL DC Contactor Relay Switch is a high-performance switching component engineered for demanding electric vehicle charging station applications. Rated for a continuous current of 100A and a main circuit voltage of up to 1000V DC, this contactor delivers reliable and consistent performance in high-power DC power systems. Its robust construction ensures stable operation under the rigorous conditions found in EV chargers and energy storage solutions. The compact design makes installation straightforward, and the unit comes with pre-attached lead wires for convenient integration into your existing setup. M5 terminal studs provide secure cable connections, while the durable housing protects internal components from environmental stress. With dimensions of approximately 53.8mm x 46.4mm x 59.2mm, this contactor fits neatly into a variety of enclosures and custom configurations. Whether you are building or upgrading an EV charging station or a high-voltage DC power circuit, this relay switch offers the dependable switching capability your system demands. Please refer to the installation diagram for precise mounting dimensions before installation.

• HIGH VOLTAGE DC CONTACTOR: Rated for 1000V main circuit voltage, making it well-suited for high voltage EV charging station applications.
• 100A CONTINUOUS CURRENT RATING: Handles up to 100 amps of continuous DC current, ensuring reliable performance in demanding high-power electrical circuits.
• EV CHARGER COMPATIBLE: Designed as a core relay switching component for electric vehicle chargers and energy storage systems requiring dependable DC power control.
• COMPACT AND DURABLE DESIGN: Sturdy construction with M5 terminal studs and a stable mounting base measures approximately 2.12 x 1.83 x 2.33 inches for easy installation.
• PRECISE COIL CONTROL: Operates on a 24V DC coil voltage, allowing straightforward integration into customized EV charger control circuits and high-power DC systems.