High Voltage DC Power Relay for Automotive Market

Omron

Omron's G9E series compact DC relays are capable of interrupting high-voltage and high-current loads. They are ideal for HEV applications and can switch from 30 A up to 200 A. DC Power Relays that Interrupt High-capacity DC Loads and High-voltage DC Circuits in a Compact, Low-noise Design.

  • The switching section and driving section are gas-injected and hermetically sealed, allowing these compact relays to interrupt high-capacity loads. The sealed construction also requires no arc space, saves space, and helps ensure safe applications.
  • Space-saving
  • Compact

Featured Products

Omron G9EA Series - DC Power Relays Capable of Interrupting High-voltage, High-current Loads

G9EA Series - DC Power Relays Capable of Interrupting High-voltage, High-current Loads

A compact relay (73 x 36 x 67.2 mm (L x W x H) capable of switching 400-V 60-A/100-A DC loads (Capable of interrupting 600 A at 300 VDC max.)

Omron G9EB Series - DC Power Relays Capable of Interrupting High-voltage, High-current DC Loads

G9EB Series - DC Power Relays Capable of Interrupting High-voltage, High-current DC Loads

The unique design of the contact switching component and permanent magnet for blowing out the arc eliminates the need for polarity in the main circuit (contact terminal). This improves ease of wiring and installation, and contributes to providing failsafe measures against incorrect wiring.

Omron G9EC Series - Maximum DC Switching Relay

G9EC Series - Maximum DC Switching Relay

A compact relay (98 x 44 x 86.7 mm (L x W x H)) capable of switching 400-V 200-A DC loads. (Capable of interrupting 1,000 A at 400 VDC max.)

 Omron G9EN Series - DC Power Relays that Enable DC Load Interruption at High Voltage and Current

G9EN Series - DC Power Relays that Enable DC Load Interruption at High Voltage and Current

Enables downsizing, weight saving, and non-polarization in the main contact circuit (contact terminal) by using a proprietary design of the contact block. Contributes to improvements in the ease of wiring and mounting, and error-proofing against faulty wiring.