SEV100ADXL DC Contactor Relay Switch, 100A, 1000V, for EV Charger and High Voltage Charging Station Applications (48V 1NO)

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 1000V DC, this contactor delivers reliable performance in high-voltage DC power systems. Its compact and robust construction makes it well-suited for seamless integration into EV charger equipment and other high-voltage DC electrical setups. The unit features two sturdy top-mounted terminal posts with secure bolt connections, along with pre-attached control wiring leads for straightforward installation. The installation diagram provides precise dimensional specifications, including a 53.8mm base width and 59.2mm height, ensuring accurate fitment in your application. Whether you are building or maintaining an EV charging station or a DC power switching system, this contactor offers the dependability and performance needed for safe, efficient operation. Please refer to the installation diagram and technical specifications carefully 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 electric vehicle charger switching systems.
• DC POWER RELAY SWITCH: Designed specifically for direct current (DC) electrical systems, providing dependable switching control in EV charger and power distribution equipment.
• COMPACT AND ROBUST DESIGN: Built for efficient integration into charging equipment with mounting dimensions of approximately 53.8mm x 46.4mm base and 59.2mm height for easy installation.
• M5 TERMINAL CONNECTIONS: Features M5 main circuit terminals and 4.7mm diameter mounting holes, allowing for secure and straightforward wiring in high voltage DC power circuits.