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  • IM-NE801 High Insulation 40A 24VDC Two-Pole Solar PV Power Relay with 3mm Contact Gap
  • IM-NE801 High Insulation 40A 24VDC Two-Pole Solar PV Power Relay with 3mm Contact Gap
  • IM-NE801 High Insulation 40A 24VDC Two-Pole Solar PV Power Relay with 3mm Contact Gap
  • IM-NE801 High Insulation 40A 24VDC Two-Pole Solar PV Power Relay with 3mm Contact Gap

IM-NE801 High Insulation 40A 24VDC Two-Pole Solar PV Power Relay with 3mm Contact Gap

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Product parameters

Product Details

IM-NE801 is an Two-pole PCB power relay for Solar PV and AC charging pile. Considering the better demand for cost performance, the dual-circuit is on and off at this time. The functional advantages of IM-NE801A are reflected. From the perspective of contact withstand voltage, IM-NE801A has more advantages. IM-NE801A may be a better choice for AC slow charging piles. It is not an exaggeration to say that it is specially designed for charging piles. Its appearance also makes the use of relays in new energy vehicle charger more efficient, rational and safe!


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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.


IM-NE801 High Insulation 40A 24VDC Two-Pole Solar PV Power Relay with 3mm Contact Gap

2.Technical Parameters:

Dimension(mm)49×30×26.5
Weight ( g )≈70g
Contact Arrangement2A/2B
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 Endurance5×105 ops
Electrical Endurance6×103 ops
Power Consumption1.8W/3.0W
Rated Voltage12VDC/24VDC
Pick-up Time30ms. typical
Release Time10ms. typical
Dielectric withstanding voltageAcross Open Contact801:3000VAC 1min ;801A: 4000VAC 1min
Coil to Contact4000VAC 1min
Shock Resistance20g, 11ms
Dielectric Strength500Vrms, 1 min