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IM901 IEC61851-1 90A 230VAC Dual Coil 12VDC SPDT Bistable Power Latch Relay for 63A EV Charger

·90A Contact Switching Capacity

·Low Power Consumption, Pulse Drive

·Strong Impact Resistance, High Reliability

·Withstand Voltage Between the Contact and Coil 4kV

·Available for Single Coil and Double Coil

·Environmentally Friendly Products (by RoHS)

·Comply with IEC 62055-31 UC 3 Clause

·Obtained IEC 61810 Certification

·Disconnect Connect Functions & Designed for 63A Solar Panel & EV Charger

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Product Details

Product Features

·90A contact switching capacity

·Low power consumption, pulse drive

·Strong impact resistance, high reliability

·Withstand voltage between the contact and coil 4KV

·Available for single coil and double coil

·Environmentally friendly products (by RoHS)

·Comply with IEC 62055-31 UC 3 clause

·Obtained IEC 61810 certification

·Disconnect Connect Functions & Designed for 63A Solar Panel&EV Charger

IM901 IEC61851-1 90A 230VAC Dual Coil 12VDC SPDT PCB Mount Bistable Relay for 63A EV Charger

Product Parameters

Basic Data	Dimension（mm）		38×30×16.5
	Weight ( g )		≈33g
	Contact Arrangement		1A/1B
	Contact Material		AgSnO₂
	Ambient Temperature		-40~+70℃
	Ambient Humidity		45%~90%RH
	Vibration		10~55Hz,1.5mm(DA)
Specification Data	Nominal Voltage		6~48VDC
	Power Consumption		Single Coil:1.5W, Dual Coil:3W
	Max. Switching Voltage		250VAC
	Max. Switching Current		90A
	Max. Switching Power		22500 VA
	Contact Resistance		<2.0 mΩ
	Insulation Resistance		1000MΩ（DC 500V）
	Dielectric Creepage		10mm
	Dielectric Strength	Across Open Contact	＞2000VAC 1min
		Coil To Contact	＞4000VAC 1min
	Electrical Life		＞10,000cycles
	Mechanical Life		＞100,000cycles
	Picking-up & Release Time		≦20ms
	Pulse Duration		≧100ms
	Functional Shock Resistance		10G
	Destructive Shock Resistance		100G

Product Dimension

IM901 IEC61851-1 90A 230VAC Dual Coil 12VDC SPDT PCB Mount Bistable Relay for 63A EV Charger

Product Application

Electric vehicles have always been considered the development trend of a new generation of sedans. There is no doubt that, as a "gas station" for electric vehicles, with the all-around construction of charging piles, it will provide a huge sales market in the future. Installed in commercial buildings (public houses, large shopping malls, public parking lots, etc.) and underground parking lots or charging stations in residential quarters, charging electric vehicles of different specifications according to different rated voltages.

The input end of the charging pile is connected to the communication AC power grid, and the output end is equipped with a charging power plug, which can charge the electric vehicle. Charging generally provides two charging methods: basic charging and fast charging. You can apply a special charging card on the human-computer interaction technology operation panel provided by charging for credit card applications. Do the actual action.

Including the relative charging method, charging time, copy data information, etc. The charging file display can display data information such as charging amount, cost, charging time and so on.