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  • IM-NE801A UL508 Short Response Time 40A 240VAC Double Pole DPST PCB Relay for EV Charging System
  • IM-NE801A UL508 Short Response Time 40A 240VAC Double Pole DPST PCB Relay for EV Charging System
  • IM-NE801A UL508 Short Response Time 40A 240VAC Double Pole DPST PCB Relay for EV Charging System

IM-NE801A UL508 Short Response Time 40A 240VAC Double Pole DPST PCB Relay for EV Charging System

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Product parameters

Product Details

AC switching elements are a crucial part of safety and protection function in charging stations and cables. Key parts of the IVY line-up are the 40A IM-NE801A 2 pole power relay and 60A IM601 bistable relay. Both types are availabe with a mirror contact according to IEC 60947-1 and VDE / TUV/UL approvals. They can be used in the latest generation of wallboxes which fulfill either IEC 61851-1 or the recent IEC 62955 norm.


IM-NE801A is specially designed for the applications in the charging pile industry to replace the traditional AC contactor and reduce the large space needed for installation. It's main features as follow: 

Continuous Current: 40A; with Contact Form:2A; Dielectric Strength Up to 4500VAC; Low Temperature Rise; Sealed Structure to Resist Harsh Environment; UL Certified, IEC61810-1 Compliant. 

The relay has short-time overcurrent characteristics, can withstand three times of 1000A 1ms overcurrent, and the contacts will not be damaged, and can continue to work normally to open and close.

short response time (within 30ms).

IM-NE801A UL508 Short Response Time 40A 240VAC Double Pole DPST PCB Relay for EV Charging System


Compared with other power relays on the market, the main advantages of lie in 3mm conntact gap:

Its contact distance can be up to 3mm, and the contact spacing of the general relay is about 0.8mm or 1.5mm. In some ways this feature made contact between medium pressure can improve a lot, the higher the withstand voltage value, and also solve the problem of contact resistance increase rapidly, etc, under non-operation status it can avoid wrong operation or damage caused by external factors. which improves the tensile arc resistance of the contact and prolongs the service life of the relay.


2.Technical Parameters:

Dimension(mm)49×30×26.5
Weight ( g )≈70g
Contact Arrangement2A
Contact MaterialAgSnO2
Environment TemperatureOperation:-40℃~85℃ ; Storage:-40℃~125℃
Continuous Current40A
Max. Switching Voltage277VAC
Initial Contact Resistance10mΩ (at 20A)
Insulation Resistance100MΩ, at 500VDC, 50%RH
Mechanical Endurance1×10^6 ops
Electrical Endurance

50000 ops@32A 230VAC on-off ratio 1s:9s

20000 ops@40A 230VAC on-off ratio 1s:4s

Power Consumption1.8W/3.0W
Rated Voltage12VDC
Pick-up Time30ms. typical
Release Time10ms. typical
Dielectric withstanding voltageAcross Open Contact801A: 4000VAC 1min
Coil to Contact4500VAC 1min
Shock Resistance20g, 11ms
Dielectric Strength500Vrms, 1 min


3. Product Application

EV-Charging is carried out via wall charging stations (wall boxes) or by using charging cables with integrated electronics (IC-CPD). Products that are used here must comply with current standards such as IEC62752 for ICCPD mode 2 charging, or with IEC61851-1 for charging in accordance with mode 3 for wall boxes. These standards carry stringent requirement, for example with respect to the ability to withstand significant short-circuits.

IM-NE801A relay is two-pole power PCB relays that have been specially developed for e-mobility applications and the extremely strict short-circuit strength requirements of the associated standards like IEC62955, IEC62752 and IEC61851-1. The relay is approved at UL, CUR and TÜV with ratings of up to 40 A, with 20000 cycles @40A 230VAC on-off ratio 1s:4s resistive load 50000 cycles @32A 230VAC on-off ratio 1s:9s resistive load

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