FR020 Clamp Current Sensor AC 0200A High-precision Portable CT Clamp-shaped AC Current Converter
Tax included.
Description:
- FR020 clamp-shaped current sensor is a high-precision AC current converter, which adopts a clamp-shaped structure design, which can be quickly and easily freely taken and put in use. The small size is easier to carry and more convenient to use. It is suitable for the detection of AC current, leakage current, high-order harmonic current, phase, electric energy, power, power factor, etc.
- FR020 can be used with a variety of measuring instruments, such as: electric energy meter field calibrator, multi-function electric energy meter, oscilloscope, digital multimeter, cable identification instrument, cable fault detector, double clamp ground resistance tester, double clamp phase voltmeter Ammeters, digital current recorders, etc., can measure and compare a variety of electrical parameters in an uninterrupted state. It is widely used in substations, power plants, industrial and mining enterprises, inspection stations, and electrician maintenance departments for current detection and field electrical work.
Specification:
Features |
Portable CT clamp structure, safe and convenient to use |
Jaw size |
20mm |
Range |
AC 0~200A |
Resolution |
AC 0.1mA |
Accuracy |
±0.2%FS (50Hz/60Hz; 23°C ±2°C) |
Phase error |
??° (50Hz/60Hz; 23°C ± 2°C) |
Turns ratio |
30 00:1 |
Reference load |
RL: 0~2A??00 Ω; 0~20A??0Ω; 0~200A?? Ω |
Dimensions |
Length 50mmX Thickness 25mmX Height 160mm |
Output Interface |
3.5mm audio plug |
Output line length |
2m |
W eight |
260g |
Output method |
Current sensing output |
Shell material |
ABS resin, flame retardant grade 94V0 |
Line voltage |
Test at 600Vac (insulated wire) 30Vac (bare wire). |
Operating temperature |
-25°C to +55°C |
Insulation resistance |
100 MΩ @ 500Vdc |
Medium strength |
AC3700V/rms (between core and shell) |
Current frequency |
45Hz~65Hz (frequency of measured current) |
Frequency characteristics |
10Hz~100kHz |
Package includes:
1 x Clamp Current Sensor
Details picture: