Future Picks — Panasonic Industry Power Relays

Powering Innovation

Offering the durability needed to handle high currents and voltages

Panasonic Industry power relays are compact, easy-to-use devices with switching capacities from 2A to 120A, suitable for both low- and high-power applications. Designed for direct PCB mounting, they offer long durability and handle high currents and voltages. Available in various types, including automotive, signal, miniature, and high-power relays, they are widely used in automotive, appliances, industrial, and consumer electronics.

Future Electronics features Panasonic's HE Relay Series for their low operational power consumption through low coil holding voltages, implemented with pulse width modulation. These relays offer high carry current capability, enabling them to replace traditional contactors in certain applications, with benefits like smaller size, lower cost, reduced power usage, and PCB mounting.

HE-S Series

The Panasonic Industry HE-S series power relays offer high switching capacities up to 30A in a compact design for direct PCB mounting. They are energy-efficient, durable, and ideal for applications in industrial, automotive, and consumer electronics, providing reliable power control in a variety of settings.

HE-R Series

The Panasonic Industry HE-R Series is an Energy Management Relay designed for single-phase or 3-phase AC charging units, combining High Capacity, High Switching, and Low Operating Power into a small size Power Relay.

The HE-R Series Relay also features a low coil-holding voltage for reduced power consumption and is PCB mounted to ease board assembly. This Relay also meets the necessary Short Circuit Current Rating (SCCR) to pass UL and IEC standards for EV charging equipment, making it suitable for charging stations, industrial equipment, and more.

HE-PV Series

The Panasonic Industry HE-PV series power relays offer high switching capacities up to 30A in a compact, PCB-mountable design. Known for low coil power consumption and a long service life, they are ideal for automotive, industrial, and consumer electronics applications, providing reliable and efficient power control.