The leakage current sensor is an electric safety protection device used to detect poor grounding or leakage in electrical equipment or lines. It is mainly composed of a leakage transformer, a circuit board, etc. When a leakage problem is detected in the equipment or line, the leakage current sensor will sound an alarm or cut off the power supply.
Charging pile products need to be UL certified to enter the US market, and safety regulations need to comply with UL2594/UL2231-2 standards. This is also a technical challenge that major charging pile companies need to face. Complying with UL certification means that there will be no safety hazards.
New energy is the focus of future development and has attracted everyone's attention. Among them, photovoltaics have the advantages of wide application range, easy use and no pollution. As an important equipment of the photovoltaic system, the photovoltaic inverter plays a vital role. RCMU also the important device for photovoltaic systems
Accurate metering and comprehensive protection are crucial for any electric vehicle charging station. This article describes the key components for implementing a robust metering and protection solution for electric vehicle chargers. We will introduce key equipment such as energy meters, current transformers, relays, leakage protection devices etc
For electrical equipment for public use, such as electric vehicle chargers, safety is the primary consideration, as these devices may be located outdoors, in wet environments, and around children. Protecting people from any risk is our motto and an important part of our mind.
IVY EV charging module AEC-21Y-G1 is an intelligent core charging component designed specifically for AC EV charger. It integrates charging, metering and leakage protection functions, supports flexible switching between three-phase/single-phase charging modes.
EM619001 DC energy meters are designed for measuring and monitoring in DC systems, especially for the DC EV chargers. The din rail DC energy meters can measure of important DC parameters: voltage, current, power and energy etc. It also support bi-directional measurement with pulse output. All data in the meter are accessible via RS485 using Modbus.
EM613005 is a 1 channel direct current DC smart energy meter designed with advanced energy metering chip and SMT technology. With RS485 port, the meter can communicate with the computer to exchange the data. The meter is widely used for monitoring and controlling energy flow in DC systems such as solar PV energy, wind turbine power...
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