GE  IC3600AIAE1  Current Sensor

• High-precision Measurement: It can measure the current value in the circuit relatively accurately, providing reliable current data for the system and meeting the demand for precise current monitoring.
• Electrical Isolation: It can isolate and output the detected current signal, effectively avoiding interference from the output circuit to the input circuit, and preventing external circuit interference from affecting the accuracy of current detection, thus enhancing the system’s stability and anti-interference ability.
• Good Signal Compatibility: The output signal is usually in the form of a standard signal, such as a voltage signal or current signal, which is convenient for interfacing with other control equipment or modules, can be easily connected to various control systems, and has good compatibility with different devices.
• Overload Protection: It has a certain overload capacity. When the measured current exceeds the measurement range and an overload occurs, although it may not measure accurately, it generally will not damage the sensor and can continue to work after the current returns to normal.

• Rated Current Range: Refers to the current interval that the sensor can measure normally. Different models may vary. When selecting, it is necessary to ensure that the measured current is within this range to ensure measurement accuracy.
• Rated Output Voltage/Current: The output voltage or current value corresponding to the sensor when the rated current is input. Generally, the output current is about 10mA-400mA, and the specific value depends on the model.
• Output Error: Measures the deviation between the measured value and the true value. The higher the precision, the smaller the error, which usually can reach about 0.2%-1%.
• Zero Drift: When there is no current input, the output signal may deviate from the zero point due to factors such as temperature changes. The smaller the zero drift, the better the stability of the sensor.
• Temperature Range: The ambient temperature interval in which the sensor works normally, generally around -40℃-125℃. Exceeding this range may affect performance or even damage the sensor.

• Power System Monitoring: It can be used in places such as substations and power plants to monitor and control current, ensuring the stable and safe operation of the power system. It can also be used in power meters to measure and display current.
• Industrial Automation: In industrial automation systems, it can control the running speed and direction of motors and 马达 (motors), realize automatic control and precise position measurement, and also monitor the power status of motors and equipment in real-time to prevent equipment overload.
• New Energy Applications: In new energy fields such as solar energy and wind energy, it can measure current and voltage to realize the control and management of new energy systems, such as monitoring current in photovoltaic inverters.
• Electric Vehicle Charging: Used in electric vehicle charging systems, it controls the power and voltage of the rechargeable battery by measuring the charging current and voltage, ensuring the stability and safety of the charging process.
• Medical Equipment: In some medical equipment such as electrocardiographs and sphygmomanometers, it can obtain human physiological data by measuring changes in current and voltage, which is used for diagnosis and treatment.