Electromechanical and semiconductor relays panasonic industry

HE series high power relays

Up to 120A high power relays for PCB mounting.

A portfolio of high power PCB relays from Panasonic

Thanks to latest relay technology, Panasonic is enabling customers to use PCB-mount devices in high current applications. This contributes to considerable savings, financially and in terms of energy consumption.

Key features

  • Switching current ≤120A AC (HE-N)
  • Switching voltage ≤1000VDC (HE-V)
  • Galvanic separation large contact gap
  • Extremely low contact resistance
  • Low coil power dissipation
  • Temperature range: -40 to +85°C
  • Conform to UL and VDE further approvals on request
  • De-Electric strength and protection against surge voltages

HE-R relay

HE-R relay

The small box for the wallbox: World's first 40A PCB relay that can be used as the main switching element in three-phase systems
HE-S relay

HE-S relay

- 35A, 277V AC - Coil-holding power 170mW - Mirror contact mechanisms according to IEC 60947-4-1
HE-V relay: 1 Form A relay with 1000V DC, 20A cut-off capability

HE-V relay: 1 Form A relay with 1000V DC, 20A cut-off capability

- High DC switching in compact housing - Low coil-holding power of 210mW - High surge withstand voltage of 10000V
HE-PV relay: 1 Form A 35A/48A/90A devices for inverters

HE-PV relay: 1 Form A 35A/48A/90A devices for inverters

High surge withstand voltage: 10,000V and a contact gap of 3.6mm (max.). Excellent thermal behavior ensures long electrical life.
HE-N series

HE-N series

High capacity 120A / 480V AC 1 Form A power relay
HE relay: TV-10/TV-15 rated; 1 Form A 30A and 2 Form A 25A

HE relay: TV-10/TV-15 rated; 1 Form A 30A and 2 Form A 25A

- Protective construction, dust cover type available as plug-in - TM and screw terminal types - Flux-resistant types available as PCB version

Downloads

Name File type Size Date Language
PDF HE Relays Datasheet (Power Relays (Over 2A)) Data sheet 398 KB 23.06.2024 English
PDF HE-N Relays Datasheet (Power Relays (Over 2A)) Data sheet 234 KB 07.11.2023 English
PDF HE Relays PV Type Datasheet (Power Relays (Over 2A)) Data sheet 352 KB 28.04.2024 English
PDF HE-R Relays Datasheet (Power Relays (Over 2A)) Data sheet 394 KB 07.11.2023 English
PDF HE-S Relays Datasheet (Power Relays (Over 2A)) Data sheet 291 KB 17.09.2024 English
PDF EV Charging Solutions from Panasonic Industry.pdf Catalog, Brochure 3 MB 25.10.2023 English
PDF Whitepaper: High power relays HE series. Switching high loads efficiently on the PCB. Whitepaper 5 MB 08.03.2024 English
PDF Data sheet HE-V relay Data sheet 480 KB 08.03.2024 English

Inverter

Wind turbines, solar panels, energy lines Panasonic Industry
  • Photovoltaic
  • Wind Energy
  • Industrial Motor Control

Battery storage

Wind turbines, solar panels, battery energy storage Panasonic Industry
  • Uninterruptable Power Supply
  • Energy Self-Sufficient Housing

EV Charging

EV chraging, car charging station, electric vehicle Panasonic Industry
  • Charging Cable
  • AC/DC Wallbox
  • AC/DC Charging Station

Product Range

Series HE-V HE-S AHE-R 4 form A / AHE-R 2 Form A HE-Y5 HE-Y6 HE-N (Y7) AHE-A
Contact arrangement 2FormA 2FormA, 2FormA 1FormB 4FormA, 4FormA 1FormB / 2FormA, 2FormA 1FormB 1FormA 1FormA 1FormA 1FormA, 1FormA 1FormB
Switching current 20A DC 35A AC 40A AC / 80A AC 48A AC 90A AC 120A AC 90A AC
Max. switching voltage 1000VDC 480VAC 480VAC / 277V AC 277VAC 277VAC 800VAC 800VAC
Contact gap 3.8mm 3.2mm 3.6mm 2.5mm 3.0mm 3.6mm 3.6mm
Holding power 210mW 170mW 490mW 310mW 310mW 400mW 310mW
Dimensions 41 x 50 x 39.4mm 30 x 36 x 40mm 35 x 58 x 47mm / 37 x 60 x 47mm 38 x 33 x 36.3mm 38 x 33 x 38.8mm 50 x 40 x 43mm 38 x 33 x 38.8mm

HE-S unique relay structure

HE-S power relay unique relay structure Panasonic Industry

1FormB mirror contact compliant with EN60947-4-1 for safety circuits, conform to EN61851-1.

DC load performance

Relay: Power HES DC load performance Panasonic Industry

Conditions : resistive load, electrical expected life of 104 cycles (reference value)

  1. HE-S: Each 1 Form A contact connected in series