Smart Meter Parts
Home > Product > Application Oriented > Smart Meter Parts
  • IM901D IEC62055-31 UC2 90A 250VAC 12VDC Coil Dual Pole Latching Relay for Smart Meter
  • IM901D IEC62055-31 UC2 90A 250VAC 12VDC Coil Dual Pole Latching Relay for Smart Meter
  • IM901D IEC62055-31 UC2 90A 250VAC 12VDC Coil Dual Pole Latching Relay for Smart Meter

IM901D IEC62055-31 UC2 90A 250VAC 12VDC Coil Dual Pole Latching Relay for Smart Meter

Share :
Product parameters

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 new 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 IEC62055-31 UC2 90A 250VAC 12VDC Coil Dual 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 ×



E-mail

WhatsApp