Product parameters
Product Introduction
IVY Metering motor relays align with the requirements of the electric power industry’s smart grid initiative. IM-M1202 bi-stable latching relay is designed to provide the highest electrical performance in a compact package. The compact relays utilize innovative technology for accurate switching with low contact resistance. The disconnect relays provide magnet tamper resistance to prevent switching by an external magnetic field as well as safe electrical operation.
IM-M1202 Product Feature
Contact Form:1A/B
Max.Switching Current:100A
Permanent Magnetic Immunity to 500mT
Power Consumption:3W(80ms)
Compact Design of Dimension:29*23.5*16mm
IEC62055-31 UC3 Certified with Appearance Patent
Small contact resistance(less than or equal to 0.5 milliohms)
Strong pull-in between contacts and high reliability
Application Scenarios
1) Smart meters: IC card meters, prepaid meters, single-phase meters, three-phase meters.
2) Reactive power compensation: synchronous switch, composite switch, smart capacitor.
3) Intelligent control: smart home, solar street light control, motor control, industrial automation.
4) New Energy Field: EV charger, Solar PV system
Technical Parameter
Dimension (mm) | 29*23.5*16 | |
Weight | ≈40g | |
Contact Form | 1A/1B | |
Contact Material | AgSnO2 | |
Ambient Temperature | -40~+75℃ | |
Vibration | 1.0mm(DA),10 to 55Hz | |
Shock | 1000m/s²,(100G) | |
Power Consumption | ＜3W | |
Operating Voltage | 10.5-16V | |
Max. Switching Current | 100A | |
Surge Immunity | 6000A/10ms | |
Motor Resistance | 32(1±15%)Ω | |
Contact Voltage | ＜60mV | |
Contact Resistance | ≦1.0mΩ | |
Dielectric Strength | Micro-motor to contact | ＞4000VAC,50/60Hz,1 Min |
Across open contact | ＞2000VAC,50/60Hz,1 Min | |
Electrical Endurance(120 cycles/H) | ＞10,000 Cycles · (resistance 5 k + perceptual 5 k, co ϕ = 0.5) | |
Mechanical Endurance(3600 cycles/H) | ＞100,000 Cycles | |
Pulse Time | ≥60ms(Advise 60ms~100ms) | |
Pick-up Time | ≤60ms | |
Release Time | ≤60ms | |
Insulation Resistance | ＞1000MΩ（500VDC） | |
