Eddicy Contactors for EV Charging

Schaltbau Eddicy contactors for EV charging offer easy, safe, and fast re-charging mobility solutions for ‎electric vehicles

Image of Schaltbau Eddicy Contactors for EV ChargingSchaltbau Eddicy C300, C303, and C310 series contactors for the fast charging of cars, buses, and commercial vehicles with direct current ensure the necessary safety for people, charging infrastructure, and vehicles in the charging points. Featuring low contact resistance, they avoid power loss and allow efficient electrical power transfer. In an emergency, they reliably disconnect and ensure galvanic isolation between the vehicle and the charging point. Eddicy's efficient switching devices have a main contact system with extremely low contact resistance, reducing heat loss and saving costs over many years of continuous operation.

Features
  • C300
    • High making capacity of up to 4,500 amps
    • High thermal continuous current up to 500 amps
    • High short time withstand current rating of up to 6,000 amps
    • High rated insulation voltage of up to 1,500 volts
    • Full bidirectionality - reliable disconnection of high performances
    • Auxiliary switches with mirror contact function
  • C303
    • Three versions: Coil control with energy-saving PWM module, economical high-efficiency drive, or special version as pre-charging contactor
    • High breaking capacity up to 1.5 megawatts max.
    • High thermal continuous current up to 500 amps
    • High rated insulation voltage of up to 1,500 volts
    • Full bidirectionality – reliable disconnection of high performances
    • Auxiliary switch with mirror contact function
 
  • C310
    • High making capacity of up to 2,500 amps
    • High thermal continuous current up to 500 amps
    • High short time withstand current rating of up to 3,000 amps
    • High rated insulation voltage of up to 1,500 volts
    • Full bidirectionality - reliable disconnection of high performances
    • Auxiliary switches with mirror contact function
Applications
  • DC solutions in charging stations for electric vehicles, hybrid vehicles, and trolley buses
  • Bidirectionality for applications with energy recovery
  • Battery management systems
发布日期: 2025-01-10