Gigavac

G64LC High Voltage Relay Latching (CO) 50kV

Most relays and contactors are considered “fail safe.” Fail safe relays require coil power applied continuously to make sure the relay is switched. Once coil power is removed the moveable contact in a fail safe relay returns to its default position. Latching relays require a momentary coil pulse to change the position of the moveable. Continuous coil power is not required to keep the relay in a particular switched state. When the application circuit needs to switch a latching relay it sends a pulse to the coil to change the moveable contact position. G64LC Compact design saves precious space while isolating 50kV. Latching coils for lower power consumption. Mounting options in any axis. Convenient HV wire lead connections.

Manufacturer

Gigavac

Coil Voltage

26,5VDC

Contact function

Change over (CO)

Contacts

Latching

Max current

10A

Max system voltage

50kV

Mechanical cycles

1.000.000

Product sheet

Contact Function

Change over (CO)

Gigavac

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Gigavac is a U.S.-based manufacturer specializing in high-voltage relays and hermetically sealed contactors for applications that demand high reliability and safety. Founded in 2003 and headquartered in Carpinteria, California, Gigavac has been part of Sensata Technologies since 2018—a global leader in sensor systems and power control.

Gigavac’s solutions are used across a wide range of industries, including electric vehicles, energy storage, renewable energy, industrial automation, transportation, and aerospace. The company focuses on delivering robust components capable of withstanding extreme environmental conditions, high voltages, and demanding load cycles, making them ideal for modern electrified systems.

All products are manufactured to strict quality standards and are often implemented in safety-critical applications where performance and reliability are essential. With expertise in high-voltage control and a strong drive for innovation, Gigavac has established itself as a key supplier for next-generation power systems.

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