Technical Parameters


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1. Measurement range and accuracy of the instrument:

a. Capacitance measurement

(1) Capacitance measurement range: 0.1μF to 2,000μF;

(2) Capacity measurement range: 5 to 20,000kvar;

(3) Measurement accuracy: ±1.0%;

(4) Resolution: 0 to 1.999μF ±1.0%rdg;

0 to 19.99μF ±1.0%rdg;

0 to 199.9μF ±1.0%rdg;

0 to 1999μF ±1.0%rdg;

b. Current measurement

(1) Current measurement range: 0 to 199.9mA;

0 to 1.999A;

0 to 19.99A;

0 to 199.9A

0 to 1000A;

(2) Measurement accuracy: ±1.0%;

2. Working power supply:

a. Rated voltage: industrial frequency 220V±10%;

b. Rated frequency: 50Hz;

c. Rated output: 26V/500VA;

3. Normal working conditions of the instrument:

a. Ambient temperature: 0℃ to +40℃

b. Relative humidity: ≤90%

4. Display mode: large screen liquid crystal display with full Chinese output,

TPμp-40 panel-type thermal printer

5. Dimensions / Weight: 320×360×160 mm / 8 kg

6. Working principle

The capacitance bridge adopts a bridge circuit structure, with the standard capacitor and the capacitor under test as two arms of the bridge circuit. When measuring the capacitance value of the capacitor, close the test switch K, and the test voltage is applied to both the standard capacitor and the capacitor under test simultaneously. The processor collects the current signals flowing through both via sensors and processes them to obtain the capacitance value of the capacitor under test.

Due to the synchronous sampling technology of the standard capacitor and the capacitor under test, it is not affected by power supply voltage fluctuations; in addition, the measurement process is fully automatic, avoiding errors caused by manual operation, so it has the characteristics of good stability, good repeatability, and accuracy and reliability.

Error Values


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Capacitance measurement gear: Error value:
0.020μF to 0.200μF ±0.5%
0.200μF to 2.000μF ±0.5%
2.000μF to 20.00μF ±0.5%
20.00μF to 200.0μF ±0.5%
200.0μF to 2000.μF ±0.5%

























Inductance measurement gear Error value
0.10mH to 0.200H ±0.5%
2.000H to 20.00H ±0.5%
20.00H to 200.0H ±0.5%
200.0H to 2000.H ±0.5%





























Inductor reactive power 0 to 20.00Mvar Error value ±1%
Inductor active power 0 to 20.00kW Error value ±1%
Inductor dissipation factor 0 to 20.00% Error value ±1%
Inductor resistance component 0 to 10.00MΩ Error value ±1%