SZT15-CH-420E Current Transmitter/Sensor - AC/DC Measuring Transformer 0-50A

Features:1.Mutual inductance current monitoring, high current detection accuracy, stable performance, safe input and output isolation.
2.AC current measurement: 0-10A / 20A / 50A can be selected.
3.DC output signal: 0-5V / 0-10V / 4-20mA three formats are available.
4.Installation and operation are easy and convenient; there is no need to connect the DC series to the circuit during measurement.
5. Through-core structure design, insulation withstand voltage up to 2000 V AC.
Specifications:The SZT15-CH-420E AC current transducer provides real-time isolated measurement of AC current in the network or circuit and converts it into a 0-5 V/0-10 V or 4-20 mA DC current output signal.It can be coupled with various ADs to form different centralized digital acquisition systems.Or output to the PLC to form an automatic control system, or to match traditional analog and digital indicator instruments, displaying the measured value.
Features:
1.Mutual inductance current monitoring, high current detection accuracy, stable performance, safe input and output isolation.
2.AC current measurement: 0-10A / 20A / 50A can be selected.
3.DC output signal: 0-5V/0-10V/4-20mA, three formats are available.
4.Installation and operation are easy and convenient; there is no need to connect the DC series to the circuit during measurement.
5. Through-through structure design, insulation capable of withstanding voltages up to 2000 V AC.
6.Magnetic hysteresis of less than 1% allows for use in strong magnetic field conditions.
7.The outer casing is made of a self-extinguishing, safe, and durable material.
8.It is used for AC current monitoring, detection, and overload protection, and is also used as an electronic switch for automatic control systems.
9.It is suitable for various applications requiring current and voltage conversion.
10.It features high overload capacity, high accuracy, high insulation, high safety, low power consumption, and strong anti-interference capability.Based on electromagnetic induction, an inductive current will be generated when the current in the circuit changes.Transform a large current into a small, standard current using a transformer. Thanks to a suitable signal processing circuit and output control circuit, a 0-5/10 V or 4-20 mA DC signal can be generated and transmitted to the next level system.