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  • IM901D IEC62052-31 UC2 90A Single Dual Coil 2 Phase Double Pole Latching Relay for Smart Meter
  • IM901D IEC62052-31 UC2 90A Single Dual Coil 2 Phase Double Pole Latching Relay for Smart Meter
  • IM901D IEC62052-31 UC2 90A Single Dual Coil 2 Phase Double Pole Latching Relay for Smart Meter

IM901D IEC62052-31 UC2 90A Single Dual Coil 2 Phase Double Pole Latching Relay for Smart Meter

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IM901D Bistable Relay

This is a new product---80A/90A dual-phase magnetic latching relay. Even smaller, but just as powerful. The IM901D relay is the consistent further development in the IVY double pole relay series. With its outstanding features and modular design principle, the polarized bistable relays cover a variety of energy management functions, such as load control, supply control, prepayment, etc. 


Its outstanding advantages are the following several points:

1.Price: best cost-effective, one 2-pole IM901D relay < two 1-pole relays

2.Low contact resistance: 100% Guaranteed ≤0.8mΩ, Batch testing: 0.3mΩ 

3.Small in size: 60*34.5*19mm

IM901D IEC62052-31 UC2 90A Single Dual Coil 2 Phase Double Pole Latching Relay for Smart Meter


IM901D Product Features

Dual-pole magnetic latching relay - (PNNP TYPE)

Maximum contact switching capacity: 90A,250VAC

Meets IEC 62052-31:2020 UC2

Instantaneous on and off, low contact resistance

Small size, high cost performance

Custom assemblies available with flexible wire and/or copper straps, and/or  with integrated shunt

Only impulse excitation needed, both for single and double coil


Product Dimension

IM901D IEC62052-31 UC2 90A Single Dual Coil 2 Phase Double Pole Latching Relay for Smart Meter


Single-phase two-wire Meters: If you need to switch the live and neutral wires on and off at the same time, the traditional method is to use two single-phase relays, but it cannot guarantee simultaneous disconnection. Using one dual-pole relay can replace the traditional solution.

Design difficulty: dual-pole > single-pole

Product price: 1 dual-pole < 2 single-pole

Simultaneous switching: 1 dual-pole √ 2 single-pole ×



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