Set up wideband power/energy precision measurement system with high frequency V/V conversion standard and TH2000 vector voltage analyzer, measure wideband power/energy signal, calibrate wideband power source, wideband power meter, power analyzer and other equipment.

Set up wideband power/energy precision measurement system with high frequency V/V conversion standard and TH2000 vector voltage analyzer, measure wideband power/energy signal, calibrate wideband power source, wideband power meter, power analyzer and other equipment.

Set up a wideband transformer/sensor measurement system with wideband constant-current source and wideband sensor tester (such as TH2000 vector voltage analyzer) to calibrate the tested transformer or sensor with nominal current ≤ 500 A.

☆ Build Wide Frequency Transformer/Sensor Calibration System

For the calibration of transformer/sensor whose nominal current is greater than 500 A, TH0420 is used as the standard and the secondary signal I/V converter of the equipment under inspection, and a wideband transformer/sensor measurement system is established with a wideband constant current source and a wideband sensor tester (such as TH2000 vector voltage analyzer).

TH0420-0.1A

10

30

12

2.0

1

TH0420-0.2A

5

30

12

2.0

1

TH0420-0.5A

2

30

12

2.0

2

TH0420-1A

1

30

12

2.0

3

TH0420-2A

0.5

30

12

2.5

5

TH0420-5A

0.2

30

12

2.5

5

TH0420-10A

0.1

30

12

2.5

5

TH0420-20A

0.05

30

12

2.5

8

TH0420-50A

0.02

30

12

3.0

10

TH0420-100A

0.01

30

12

3.0

10

Note [1]: The initial deviation is the maximum offset of the resistance under DC condition, usually the manufacturer's guaranteed value; Higher precision can be customized according to user requirements, such as 20 μΩ/Ω.

Note [2]: When the coaxial shunt is used to measure DCI, the resistance's own heat will lead to the change of resistance value under different input currents, thus introducing the error. The calculation formula is as follows:

γ= power coefficient × [1-(current measurement/nominal current value)^2]

53 Hz

1 kHz

10 kHz

100 kHz

TH0420-0.1A

0.1

1

20

25

25

25

TH0420-0.2A

0.2

1

20

25

25

25

TH0420-0.5A

0.5

1

20

25

25

25

TH0420-1A

1

1

20

25

25

30

TH0420-2A

2

1

20

30

35

50

TH0420-5A

5

1

20

30

50

80

TH0420-10A

10

1

20

30

50

100

TH0420-20A

20

1

20

30

50

100

TH0420-50A

50

1

30

50

80

150

TH0420-100A

100

1

30

50

100

200

Note [3]: The measured value of AC current should be calculated according to the following formula, and the unit of the difference between AC and DC is ppm:

Ac current measurement value =(voltage measurement value/calibration resistance value)×(1+ AC-DC difference /(1 000 000))

TH0420-0.1A

0.2 A

1.5 A

TH0420-5A

5.5 A

20 A

TH0420-0.2A

0.5 A

2 A

TH0420-10A

11 A

30 A

TH0420-0.5A

1 A

3 A

TH0420-20A

22 A

50 A

TH0420-1A

1.5 A

4 A

TH0420-50A

55 A

100 A

TH0420-2A

2.5 A

6 A

TH0420-100A

110 A

200 A

53 Hz

400 Hz

1 kHz

10 kHz

50 kHz

100 kHz

TH0420-0.1A

5

5

10

30

150

300

TH0420-0.2A

5

5

10

30

150

300

TH0420-0.5A

5

5

10

30

150

300

TH0420-1A

5

5

10

30

150

300

TH0420-2A

10

10

15

50

300

600

TH0420-5A

10

15

25

100

500

1200

TH0420-10A

10

20

40

150

800

1600

TH0420-20A

10

25

50

200

1000

2000

TH0420-50A

10

30

65

300

1500

3000

TH0420-100A

20

40

80

400

2000

4000

Temperature performance

Operating temperature: 13°C ~ 33°C;

Calibration temperature: 18°C~28°C;

Storage temperature: 5°C to 45 °C

Note: When stored in a harsh temperature environment, the resistance value may change                  temporarily and be restored to the original resistance value within the following 30 days.

Humidity performance

Operating humidity: < 50%  R·H

Storage humidity :(15%~80%) R·H, no condensation

TH0420-0.1A

0.1 A

TH0420-0.2A

0.2 A

TH0420-0.5A

0.5 A

TH0420-1A

1 A

TH0420-2A

2 A

TH0420-5A

5 A

TH0420-10A

10 A

TH0420-20A

20 A

TH0420-50A

50 A

TH0420-100A

100 A