AC Current Transmitter DC4‑20mA Output Power Distribution Control Current Transformer AC0‑100A

Feature: 1. Hall‑type current conversion, which can withstand 30 times the nominal input, prevents instantaneous high current access and burns out the internal components of the sensor. The measurement circuit is isolated from the incoming signal 2. Isolate the detection signal and the output signal, effectively filter the noise in the signal, which will greatly improve the signal‑to‑noise ratio and signal stability of the product, and effectively enhance the product s anti‑interference ability 3. The primary and secondary sides of the hole current transmitter are highly insulated and isolated, which bring high accuracy, small size, low power consumption, wide frequency response, and anti‑interference 4. No insertion loss because of erforated input, fixed with standard guide rail and flat screws, easy to install 5. Especially suitable for load current intelligent monitoring systems such as generators, motors, intelligent low‑voltage power distribution cabinets, air conditioners, fans, street lamps, power grid monitoring, motor signal monitoring, railway system signal monitoring industries Specification: Item Type: AC Current Transmitter Material: ABS Power Supply: DC24V Installation Method: Standard rail + flat screw fixation Product Use: Used to measure AC current, especially for power frequency 50Hz sine wave AC current Rated Current: AC0 100A Rated Output: DC4 20mA Load Capacity: Voltage Output: 5mA; Current Output: 6V Accuracy: 0.5percent Overload Capacity: 30 Times the nominal input Isolation withstand Voltage: 3KV 50Hz, 1Min Offset Voltage: less than 10mV Temperature Drift: less than 500PPM celsius Linearity: 0.1percent Frequency Bandwidth: 20 5KHz Current Consumption: <15mA+ output current Response Time: <200ms Working Temperature: 109 celsius +70 celsius Storage Temperature: 25 celsius 85 celsius . Package List: 1 x AC Current Transmitter Note: Please do not use 250ohm or 500ohm to connect 4‑20mA output version of the transmitter to get 0‑5V or 0‑10V, this is a completely wrong method, you cannot get 0‑5V or 0‑10V signal, and it will make transmit becomes overheated or damaged.