IM901 is 90A high power magnetic latching relay, this bistable latching relay widely application for energy meter, EV charger and Solar PV.
Custom Assemblies with Integrated Shunts, Flex-wire and Copper Extensions and Brass Terminals
As a miniature type switch breaker also pass IEC/UC3 certification,
Dielectric Strength of 4kV
RoHS Compliant Materials and Process
Rated Coil Consumption: 1.5 / 3W(20ms)
Cost Efficiency & Surge Protection
Single Coil Double Coil Optional
External Shielding Case Available
Widely Application for Smart Meter, Lighting Control, UPS Control, EV Charging Station, Solar PV System, Automotive System and Energy Saving Industrial Equipment.
Contact Form: 1A/B
Contact Material: AgSnO2
Max. Switching Voltage: 250VAC
Max. Switching Current: 90A
Max. Switching Power: 22500VA
Contact Resistance： <2mΩ
Pick-up Time： 20ms
Release Time： 20ms
Electrical Endurance： 10000 Cycles
Mechanical Endurance： 100000 Cycles
Temp.Rise： ≤55K When Ambient 40℃
Special Application Scenario---Solar photovoltaic
Solar photovoltaic power generation is an important part of new energy and renewable energy. It is considered to be the most promising new energy technology in the world. All countries have invested huge sums of money to compete for research and development, and actively promote the process of industrialization, and vigorously develop Market application. This has also brought huge market demand for some of the necessary components such as solar relays, one of the related pv components of the relay---magnetic latching relay IM-901, has a load current of 90A, and the open and close states of its contacts are usually maintained by the magnetic force generated by the permanent magnet. When the contact of the relay needs to open or close state, it only needs to use positive (negative) DC pulse voltage to excise the coil, and the relay completes the characteristics of open and close state transition in an instant, so that it has automatic on-off, remote control, monitoring and other functions, which makes it very important in PV.