IVY METERING Anniversary PartyView More >
Pulished on Apr. 21, 2023On April 1, 2023, IVY METERING employees have gone through another whole year hand in hand. Over the years, the company has been down-to-earth, actively carried out changes and innovations, gradually developed in the sharpening of the market, and continued to grow in the fierce competition. On this day, the company held an anniversary party.
IVY EM619001 bidirectional DC meter, the best choice for DC fast charging energy measurementView More >
Pulished on Jan. 05, 2023According to the DC charger defined by the International Electrotechnical Commission standard IEC 61851-23, from wall-mounted or column-style 25kW low-power DC piles to integrated or discrete 350kW super fast charging stations, EM619001 DC meter launched by IVY Metering can meet the DC metering requirements of full-power charging pile product.
IM-M1001D/IM-M1201T: A New Force in Motor Latching RelaysView More >
Pulished on Dec. 05, 2022The development of the relay industry has a history of nearly two hundred years. Various types of relays have been derived in the process. Among them, the latching relay can be said to be the best in the circuit application of infrequent switching due to its characteristics of self-holding and low consumption. Widely used in smart meter, EV etc.
RCD/RCMU Type B for Electrical Device Safety ProtectionView More >
Pulished on Nov. 16, 2022IVY MD series residual current device is a new compact rcd current sensor designed for use in e-mobility infrastructure and AC charging station designs to monitor leakage currents in mode two/three/four electric vehicle charging. They can detect sinusoidal AC, pulsating DC, composite of multi-frequency as well as smooth DC residual currents.
IVY METERING Brand RCD for EVSEView More >
Pulished on Nov. 03, 2022Sensors are critical for detecting leakage currents that can flow through the IC-CPD into the battery and then into the Type A/B residual current device (RCD), shutting down the RCD's safety features. IVY offers a sensor based on the magnetic gate principle that provides excellent resolution and accuracy even under harsh electrical conditions.