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“BingZi” Voltage/Current Transformer Model Choosing Reference
bjingzi兵字精密互感器-1.jpg
“BingZi” Voltage/Current Transformer Model Choosing Reference
“BingZi” Voltage/Current Transformer Model Choosing Reference
“BingZi” Voltage/Current Transformer Model Choosing Reference General Technical Specifications for Standard Products:

 “BingZi Voltage/Current Transformer

Model Choosing Reference

 

Since the early 1990s, our company has been developing and producing the first "Bingzi" current transformer. Up to now, we have launched many product series of different structures, many standard product models and many customized products for customers.

The "Bingzi" current transformers include current transformers, current converters, three-phase current transformers, high frequency current transformers, Rogowski current transformers, zero-sequence current transformers, residual current transformers, on-load tap-changer current transformers, voltage transformers, voltage converters, as well as voltage and current universal transformers. They can be used for monitoring AC current and voltage, as well as relay protection. The recently launched low-voltage system (AC660V) box-type current transformers can be widely used in many fields such as measurement, relay protection, system monitoring and various power systems. The soft start current transformers are widely used in many fields such as measurement, relay protection, industrial automation control, power regulation, voltage regulation equipment and AC motor soft start equipment.

I. The "Bingzi" AC Voltage and Current Transformers DVDI-001 and TVA1421-01 have the same function but different structures. DVDI-001 is horizontally mounted printed circuit board direct soldering. TVA1421-01 is vertically mounted printed circuit board direct soldering. When used as voltage transformers, their principles and uses are the same as TV1013-1 described below. They can measure AC voltage values ranging from 0 to 1000V. When used as current transformers, they can measure AC currents from 0 to 20A and realize multi-ratio output. The biggest feature of these two transformers is their versatility and flexibility.

II. The "Bingzi" Voltage Transformers are current type voltage transformers. This type of transformer uses the principle of current transformers to achieve the function of voltage transformers, with a much smaller volume than voltage transformers.

1. TV1013-1 is a current type voltage transformer. Its rated input voltage can vary according to user needs. When using, users only need to select a current limiting resistor R1VIN÷IIN according to the voltage VIN to be measured and the rated input current I1 of this transformer, connect R1 in series to the input coil of the transformer, connect a sampling resistor or an op amp I/V converter in parallel to the output coil, the voltage can be measured. The measured voltage can be any value within 0 to 1000V.

2. The TVS1908 series voltage transformers have fixed rated input and output voltages, including 380V/5V, 220V/5V and 100V/5V. Its principle is also a current type voltage transformer. We have sealed the current limiting resistor and op amp I/V converter with the transformer, so that the voltage ratio becomes a fixed value.

For the convenience of user selection, we index the "Bingzi" voltage transformers according to the rated input voltage and list the different product models and their main characteristics in Appendix 1.

III. The "Bingzi" Voltage Converters have two working modes: "active" and "passive". The output signals are AC and DC. The input coil lead-out modes include printed circuit board soldering and soft wire. Its principle is also a kind of current type voltage transformer. We have sealed the I/V converter with the transformer to make the rated input and output voltages fixed values.

For the convenience of user selection, we list the main characteristics of "Bingzi" voltage converters in Appendix 2.

IV. The "Bingzi" Single-phase Current Transformers measure currents from 0 to 1000A, divided into multiple current levels. In terms of structure, there are five forms: bus built-in printed circuit board direct soldering (see Appendix for 0A~5A), horizontal printed circuit board through piercing direct soldering (see Appendix for 5A~40A), vertical printed circuit board through piercing direct soldering (see Appendix for 5A~75A), vertical through-piercing base installation (see Appendix for 60A~150A), and vertical through-piercing bus or base universal installation (see Appendix for 100A~1000A). There are different appearances and installation sizes in each structural form. There must be one see Appendix for you.

For the convenience of user selection, we index the "Bingzi" current transformers according to the rated input current and list the different product models and their main characteristics in Appendix 3.

V. The "Bingzi" Current Converters, that is, current input and voltage output. The input current signal frequency range covers 20Hz~20kHz. The product can effectively resist the interference of rapid transient pulse signal currents on the primary side. There are many product parameters, with active and passive inputs to meet different environment uses.

For the convenience of user selection, we index the "Bingzi" current converters according to the rated input current and list the different product models and their main characteristics in Appendix 4.

VI. The "Bingzi" Low Voltage System (AC660V) Box-type Current Transformers are widely used in measurement, relay protection, system monitoring and various power systems. The measured currents range from 0 to 6000A. Transformers with matching window sizes can be selected according to the input and output currents and bus specifications.

For the convenience of user selection, we index the "Bingzi" low voltage system dedicated box-type current transformers according to the rated input current and list the different product models and their main characteristics in Appendix 5.

VII. The "Bingzi" High Frequency Current Transformers are developed to meet the needs of monitoring or measuring high frequency pulse currents in switch power supplies, inverters, frequency converters, etc. The structures include bus built-in, vertical through piercing and horizontal printed circuit board soldering installation. The measurement frequency range covers 2kHz~200kHz to meet different measurement needs.

For the convenience of user selection, we index the "Bingzi" pulse current transformers according to the rated input current and list the different product models and their main characteristics in Appendix 6.

VIII. The "Bingzi" Split Core Current Transformers have an split core structure design for convenient installation and use. The measured current is 0~2000A, see Appendix for installation without disconnecting the cable, and for current control protection.

For the convenience of user selection, we index the "Bingzi" split core current transformers according to the rated input current and list the different product models and their main characteristics in Appendix 7.

IX. The characteristics of the "Bingzi" Zero-sequence Current Transformers are that they can be used to accurately measure the zero-sequence current in a bus current system of 0~500A. The measurement current is 0~1A. The linear range is 2 times the rated value. The structure is compact with soft wire lead-out for convenient installation and high accuracy.

For the convenience of user selection, we index the "Bingzi" zero-sequence current transformers according to the rated input current and list the different product models and their main characteristics in Appendix 8.

X. The "Bingzi" Rogowski Current Transformers are vertically installed with flexible installation methods and extremely strong anti-saturation ability. The measured current can reach several hundred amperes. They are widely used in power protection fields.

For the convenience of user selection, we index the "Bingzi" Rogowski current transformers according to the rated input current and list the different product models and their main characteristics in Appendix 9.

XI. The "Bingzi" Residual Current Transformers can be used to accurately measure the residual current in a bus current system of 0~500A. The measurement current is 0~1A. The linear range is 20 times the rated value. The unbalanced current is 30mA. The structure is compact with soft wire lead-out for convenient installation and high accuracy.

For the convenience of user selection, we index the "Bingzi" residual current transformers according to the rated input current and list the different product models and their main characteristics in Appendix 10.

XII. The "Bingzi" Soft-start Current Transformers are widely used in measurement, relay protection, industrial automation control, power regulation, voltage regulation equipment and AC motor soft starter equipment. The measured currents range from 0 to 800A. Transformers with matching window sizes can be selected according to the input and output currents and bus specifications.

For the convenience of user selection, we index the "Bingzi" soft starter dedicated current transformers according to the rated input current and list the different product models and their main characteristics in Appendix 11.

XIII. The "Bingzi" Three-phase Current Transformers measure currents from 0 to 200A, divided into multiple current levels. They can be used for both measurement and protection to meet different needs.

For the convenience of user selection, we index the "Bingzi" three-phase current transformers according to the rated input voltage and list the different product models and their main characteristics in Appendix 12.

XIV. The "Bingzi" Digital Output Sensors have a compact size, PCB board solder mounting for easy use, beautiful appearance. They are small sensors recently launched by our company for monitoring AC and DC voltages, quantity output and easy acquisition. Fully enclosed with good mechanical and environmental resistance, strong voltage isolation ability, and high reliability. They can be used to monitor the operating status of power grids, the operating status of equipment and overvoltage or undervoltage protection of equipment, as well as remote monitoring.

For the convenience of user selection, we index the "Bingzi" digital sensors according to the rated input current and list the different product models and their main characteristics in Appendix 13.

 Appendix1: BingZi Voltage Transformers Model Choosing Reference

Test Voltage

Range

Model

Rated Current

Input/Output

Non Linearity

Structure

Dimension

(Tolerance

±0.5)(mm)3

Weight

(g)

Page

Using Resistance

Using Amplifier

0-1000V

TV0815-1

2mA/2mA

≤0.2%

≤0.1%

Used for Voltage onlyWelding Mounting

20×12×19

15

205

TV1005-1M

2mA/2mA

≤0.2%

≤0.1%

20×17×14

15

206

TV1013-1

2mA/2mA

≤0.2%

≤0.1%

19.5×17.5×19

15

207

TV1013-1M

2mA/2mA

≤0.25%

≤0.1%

TV1014-1M

2.5mA/2.5mA

≤0.2%

≤0.1%

18.1×18.1×16

15

208

TV1115-1M

2mA/2mA

≤0.2%

≤0.1%

21×19×18

16

209

DVDI-001

6mA/6mA

≤0.2%

≤0.1%

Horizontal CoredWelding Mounting

26.5×25.5×16

24

199

DVDI-001M

6mA/6mA

≤0.2%

≤0.1%

TVA1421-01

6mA/6mA

≤0.2%

≤0.1%

Vertical CoredWelding Mounting

25.5×18×27

30

202

TVA1421-01M

6mA/6mA

≤0.2%

≤0.1%

0-4000V

TV1907G

5mA/5mA

≤0.2%

≤0.1%

Used for Voltage onlyWelding Mounting

17×20.8×19

40

210

 

Appendix 2BingZi Current Converters Model Choosing Reference

 

Rated Input Voltage

Model

Rated Output Voltage

Non Linearity

Structure

Dimension

(Tolerance

±0.5)(mm)3

Weight

(g)

Page

0-100V

TV1322A-2C

2V

≤0.5%

Busbar Encased

Φ32×26

65

212

TV1322B-1C

3.53V

TVS1908-3

5V

≤0.3%

Amplifier Encased,

Used for Voltage Only,

Welding Mounting

21×18.5×23.5

25

215

TV2033-3

5VAC

≤1%

Used for Voltage Only,

Welding Mounting

37×37×28

80

214

TV2033-3D

5VDC

0-150V

TV1020-01M

2.35V

≤0.3%

Welding Mounting

25×17-32

25

211

TV1322A-1C

0.5V

≤0.5%

Busbar Encased

Φ32×26

65

212

TV1322B-2C

2V

0-220V

TV1020-01

3.53Vrms

1%

Used for Voltage Only,

Welding Mounting

17×25×32

40

211

TVS1908-2

5V

≤0.3%

Amplifier Encased,

Used for Voltage Only,

Welding Mounting

21×18.5×23.5

40

215

TV2033-2

5VAC

≤1%

Used for Voltage Only,

Welding Mounting

37×37×28

80

214

TV2033-2D

5VDC

0-380V

TV1020-02

3.53Vrms

1%

Used for Voltage Only,

Welding Mounting

17×25×32

40

211

TVS1908-1

5V

≤0.3%

Amplifier Encased,

Used for Voltage Only,

Welding Mounting

21×18.5×23.5

25

215

TV2033-1

5VAC

≤1%

Used for Voltage Only,

Welding Mounting

37×37×28

80

214

TV2033-1D

5VDC

 

 

 

 

 

 

 

 

 

 Appendix 3: BingZi Current Transformers Model Choosing Reference

(0.1~4A)Current Transformers


Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension

(Tolerance

±0.5)(mm)3

Weight

(g)

Page

Using Resistance

Using Amplifier

0.1A/2.5mA

TA1015-3

0.5V

≤0.2%

≤0.1%

Busbar Encased,

Welding Mounting

19.5×17.5×19

15

243

TA1015-3M

0.625V

≤0.25%

≤0.1%

0.5A/5mA

TA1013-3Z

0.5V

≤0.2%

≤0.1%

Busbar Encased,

Welding Mounting

19.5×18×19

15

237

TA1013-3ZM

0.625V

≤0.25%

≤0.1%

1A/0.1A

TA2031-1

3V

≤0.5%

-

Terminal Lead-out,

Baseboard Mounting

63×45×41.5

120

282

1.25A/2.5mA

TA1013-2Z

0.75V

≤0.2%

≤0.1%

Busbar Encased,

Welding Mounting

19.5×18×19

15

237

TA1013-2ZM

0.95V

≤0.25%

≤0.1%

1.5A/5mA

TA1520-1M

0.025V

≤0.1%

-

Busbar Encased,

Welding Mounting

29.5×29.5×26.2

40

270

0.05V

≤0.1%

-

0.1V

≤0.2%

-

0.2V

≤0.5%

-

2A/50mA

TA1418-2M

2V

≤0.25%

≤0.1%

Through Core(Φ9.5)

Welding Mounting

25×14×30

15

264

2A/0.1A

TA1418-1M

1V

≤0.25%

≤0.1%

Through Core(Φ9.5)

Welding Mounting

25×14×30

15

264

TA2031-2

3V

≤0.5%

-

Terminal Lead-outBaseboard Mounting

63×45×41.5

120

276

2A/2mA

TA1013-1Z

0.4V

≤0.2%

≤0.1%

Busbar Encased,

Welding Mounting

19.5×18×19

15

237

TA1013-1ZM

0.5V

≤0.25%

≤0.1%

2.5A/1.25mA

TA1905-2

1.0V

≤0.5%

≤0.3%

Busbar Encased,

Welding Mounting

21×21×17.5

19

276

TA1906-2

1.0V

≤0.5%

≤0.3%

Busbar Encased,

Welding Mounting

21×18.5×17.5

20

278

2.5A/2.5mA

TA1905-1

0.5V

≤0.5%

≤0.3%

Busbar Encased,

Welding Mounting

21×21×17.5

19

276

TA1906-1

0.5V

≤0.5%

≤0.3%

Busbar Encased,

Welding Mounting

21×18.5×17.5

20

278

2.5A/5mA

TA1520-2M

0.025V

≤0.1%

-

Busbar Encased,

Welding Mounting

29.5×29.5×26.2

55

270

0.05V

≤0.1%

-

0.1V

≤0.2%

-

0.2V

≤0.5%

-

3A/0.1A

TA2031-3

3V

≤0.5%

-

Terminal Lead-out,

Baseboard Mounting

63×45×41.5

120

282

4A/0.1A

TA2031-4

3V

≤0.5%

-

Terminal Lead-out,

Baseboard Mounting

63×45×41.5

120

282


 

(5A)Current Transformers

 


Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension
(Tolerance

±0.5)(mm)3

Weight

(g)

Page

Using Resistance

Using Amplifier

5A/1.67mA

TA1905-3

1.5V

≤0.5%

≤0.3%

Busbar Encased,

Welding Mounting

21×21×17.5

19

276

TA1906-3

21×18.5×17.5

20

278

5A/1.25mA

TA1905-4

2.0V

≤0.5%

≤0.3%

Busbar Encased,

Welding Mounting

21×21×17.5

19

276

TA1906-4

21×18.5×17.5

20

278

5A/2.5mA

TA0913-2M

1.5V

≤0.2%

≤0.1%

Vertical Cored(Φ5),

Welding Mounting

16.8×9×20

13

229

TA0915-2M

1.5V

≤0.2%

≤0.1%

Vertical Cored(Φ5),

Welding Mounting

15.6×18.2×9.5

13

233

TA1005-2M

1.5V

≤0.2%

≤0.1%

Busbar Encased,

Welding Mounting

20×17×14

15

235

TA1013A-1M

2V

≤0.2%

≤0.1%

Busbar Encased,

Welding Mounting

19.5×18×19

15

239

TA1014-2Z

1.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ4.5)

Welding Mounting

19.5×18×17

13

241

TA1014-2ZM

1.25V

≤0.25%

TA1014-2K

1.0V

≤0.2%

TA1014-2KM

1.25V

≤0.25%

TA1015-2

1.0V

≤0.2%

≤0.1%

Busbar Encased,

Welding Mounting

19.5×17.5×19

15

243

TA1015-2M

1.25V

≤0.25%

TA1016-2

1.0V

≤0.2%

≤0.1%

Vertical Cored(Φ5),

Welding Mounting

18.5×17.5×19.6

12

245

TA1016-2M

1.25V

≤0.25%

TA1216-2M

2V

≤0.2%

≤0.1%

Vertical Cored(Φ7),

Welding Mounting

12×11×21

10

248

TA1319-02

1.4V

≤0.2%

≤0.1%

Vertical Cored(Φ7.5)

Welding Mounting

25×24×10.5

14

254

TA1319-02M

2.0V

≤0.25%

TA1520-3M

0.0125V

≤0.1%

-

Busbar Encased,

Welding Mounting

29.5×29.5×26.2

65

270

0.0025V

≤0.1%

-

0.05V

≤0.2%

-

0.1V

≤0.5%

-

5A/5mA

TA0718-01M

0.25V

≤0.25%

≤0.1%

Vertical Cored(Φ6.8),

Welding Mounting

17.3×7.2×18.3

10

226

TA0913-1M

0.75V

≤0.2%

≤0.1%

Vertical Cored(Φ5),

Welding Mounting

16.8×9×20

13

229

TA0915-1M

0.75V

≤0.2%

≤0.1%

Vertical Cored(Φ5),

Welding Mounting

15.6×18.2×9.5

13

233

TA1005-1M

0.75V

≤0.2%

≤0.1%

Busbar Encased,

Welding Mounting

20×17×14

15

235

TA1014-1Z

0.5V

≤0.2%

≤0.1%

Horizontal Cored(Φ4.5)

Welding Mounting

19.5×18×17

13

241

TA1014-1ZM

0.625V

≤0.25%

TA1015-1

0.5V

≤0.2%

≤0.1%

Busbar Encase,

Welding Mounting

19.5×17.5×19

15

243

TA1015-1M

0.625V

≤0.25%

Busbar Encased,

Welding Mounting

TA1216-1M

1V

≤0.2%

≤0.1%

Vertical Cored(Φ7),

Welding Mounting

12×11×21

10

248

TA1319-01

0.7V

≤30’

≤0.1%

Vertical Cored(Φ7.5)

Welding Mounting

25×24×10.5

14

256

TA1319-01M

1.0V

≤30’

5A/5mA

TA1419-01

1.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ4.0)

Welding Mounting

26.5×25.5×16

26

266

TA1419-01M

1.25V

≤0.25%

TA1420-01

1.0V

≤0.2%

≤0.1%

Vertical Cored(Φ5),

Welding Mounting

25.5×18×27

30

268

TA1420-01M

1.25V

≤0.25%

TA1623-1

0.75V

≤0.2%

≤0.1%

Vertical Cored(Φ7.5)

Welding Mounting

30.5×11.5×31.75

26

272

TA1623-1M

0.95V

≤0.25%

5A/0.1A

TA5A/0.1A

3V

≤0.5%

-

Busbar Encased

Welding Mounting

48×43×30

110

217

TA2031-5

3V

≤0.5%

-

Terminal Lead-out

Baseboard Mounting

63×45×41.5

120

282

5A/1A

TA5A/1A

0.3V

≤0.5%

-

Busbar Encased

Welding Mounting

48×43×30

110

217

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

(9~18A)Current Transformers


Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension
(Tolerance

±0.5)

(mm)3

Weight

(g)

Page

Using Resistance

Using Amplifier

9A/6mA

TVA1421-01

1.2V

≤0.2%

≤0.1%

Vertical Cored(Φ5)

Welding Mounting

25.5×18×27

30

202

TVA1421-01M

1.5V

≤0.25%

DVDI-001

1.2V

≤0.2%

≤0.1%

Horizontal Cored(Φ4)

Welding Mounting

26.5×25.5×16

24

199

DVDI-001M

1.5V

≤0.25%

10A/5mA

TA0814-02M

2V

≤0.25%

-

Busbar Encased

Welding Mounting

19.56×14.48×22.48

10

228

TA1419-02

2.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ4)

Welding Mounting

26.5×25.5×16

26

266

TA1419-02M

2.5V

≤0.25%

TA1420-02

2.0V

≤0.2%

≤0.1%

Vertical Cored(Φ5)

Welding Mounting

25.5×18×27

30

268

TA1420-02M

2.5V

≤0.25%

TA1623-2

1.5V

≤0.2%

≤0.1%

Vertical Cored(Φ7.5)

Welding Mounting

30.5×11.5×31.75

26

272

TA1623-2M

1.9V

≤0.25%

10A/10mA

TA0814-01M

1V

≤0.25%

-

Busbar Encased

Welding Mounting

19.56×14.48×22.48

10

228

TA1016-1

0.5V

≤0.2%

≤0.1%

Vertical Cored(Φ5)

Welding Mounting

18.5×17.5×19.6

12

245

TA1016-1M

0.625V

≤0.25%

TA1218-1M

1.5V

≤0.2%

≤0.1%

Vertical Cored(Φ6.5)

Welding Mounting

23×12×25

17.5

250

TA1220-01

3V

≤0.5%

≤0.1%

Busbar Encased

Welding Mounting

2220

30

252

TA1220-01M

1.5V

≤0.2%

TA1318-01M

2V

≤0.2%

≤0.1%

Vertical Cored(Φ5.5)

Φ25.6×14.5

20

254

TA1321-2K

2.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ7.5)

Welding Mounting

27.5×27.5×19

44

260

TA1321-2KM

2.5V

≤0.25%

10A/20mA

TA0914-1

1.0V

≤1%

≤0.5%

Busbar Encased

Welding Mounting

15.5×11.2×18.4

14

231

10A/25mA

TA1321-1K

0.8V

≤0.2%

≤0.1%

Horizontal Cored(Φ7.5)

Welding Mounting

27.5×27.5×19

44

258

TA1321-1KM

1.0V

≤0.25%

15A/5mA

TA1419-03

3.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ4)Welding Mounting

26.5×25.5×16

26

266

TA1419-03M

3.75V

≤0.25%

TA1420-03

3.0V

≤0.2%

≤0.1%

Vertical Cored(Φ5)

Welding Mounting

25.5×18×27

30

268

TA1420-03M

3.75V

≤0.25%

18A/6mA

TVA1421-01

2.4V

≤0.2%

≤0.1%

Vertical Cored(Φ5)

Welding Mounting

25.5×18×27

30

202

TVA1421-01M

3V

≤0.25%

DVDI-001

2.4V

≤0.2%

≤0.1%

Horizontal Cored(Φ4)

Welding Mounting

26.5×25.5×16

24

199

DVDI-001M

3V

≤0.25%

 

 

 

 

 

 

(20~40A)Current Transformers


Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension
(Tolerance±0.5)(mm)3

Weight

(g)

Page

Using Resistance

Using Amplifier

20A/5mA

TA1419-04

4.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ4)

Welding Mounting

26.5×25.5×16

26

266

TA1419-04M

5.0V

≤0.25%

TA1420-04

4.0V

≤0.2%

≤0.1%

Vertical Cored(Φ5)

Welding Mounting

25.5×18×27

30

268

TA1420-04M

5.0V

≤0.25%

20A/10mA

TA060-2

2.0V

≤1%

-

Vertical Cored(Φ9.5)

Welding Mounting

24×11.5×25

10

219

TA1218-2M

3.0V

≤0.2%

≤0.1%

Vertical Cored(Φ6.5)

Welding Mounting

23×12×25

17.5

250

TA1318-02M

4V

≤0.2%

≤0.1%

Vertical Cored(Φ5.5)

Φ25.6×14.5

20

254

TA1321-3K

3.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ7.5)

Welding Mounting

27.5×27.5×19

44

260

TA1321-3KM

3.75V

≤0.25%

20A/20mA

TA060-1

1.2V

≤1%

-

Vertical Cored(Φ9.5)

Welding Mounting

24×11.5×25

10

219

TA0914-1

1.0V

≤1%

≤0.5%

Busbar Encased

Welding Mounting

15.5×11.2×18.4

14

231

20A/25mA

TA1321-6K

0.5V

≤0.2%

≤0.1%

Horizontal Cored(Φ7.5)

Welding Mounting

27.5×27.5×19

44

258

TA1321-6KM

0.625V

≤0.25%

25A/5mA

TA1420-05

5.0V

≤0.2%

≤0.1%

Vertical Cored(Φ5)

Welding Mounting

25.5×18×27

30

268

TA1420-05M

6.25V

≤0.25%

30A/5mA

TA1420-06

6.0V

≤0.2%

≤0.1%

Vertical Cored(Φ5)

Welding Mounting

25.5×18×27

30

268

TA1420-06M

7.5V

≤0.25%

30A/6mA

TA1321-4K

3.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ7.5)

Welding Mounting

27.5×27.5×19

44

260

TA1321-4KM

3.75V

≤0.25%

30A/10mA

TA075-3

8V

≤1%

-

Vertical Cored(Φ11.5)

Welding Mounting

31×14.5×32

35

220

TA1318-03M

5V

≤0.2%

≤0.1%

Vertical Cored(Φ5.5)

Φ25.6×14.5

20

254

30A/15mA

TA075-2

6V

≤1%

-

Vertical Cored(Φ11.5)

Welding Mounting

31×14.5×32

35

220

TA1018-02

3.0V

≤0.5%

-

Busbar Encased

Welding Mounting

23×23×16.5

23

247

30A/30mA

TA075-1

3V

≤1%

-

Vertical Cored(Φ11.5)

Welding Mounting

31×14.5×32

35

220

TA1018-01

1.5V

≤0.5%

-

Busbar Encased

Welding Mounting

23×23×16.5

23

247

40A/50mA

TA1321-5K

1.0V

≤0.2%

≤0.1%

Horizontal Cored(Φ7.5)

Welding Mounting

27.5×27.5×19

44

260

TA1321-5KM

1.25V

≤0.25%

(50~60A)Current Transformers


Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension
(Tolerance±0.5)(mm)3

Weight

(g)

Page

50A/25mA

TA125-2

10V

≤1%

-

Vertical Cored(Φ14.6)

Welding Mounting

35×14.5×36

40

221

TA1320A-3M

5.0V

≤0.2%

-

Vertical Cored(Φ7.5)

Welding Mounting

27×20×27

50

258

TA1338-02M

4V

≤0.2%

-

Vertical Cored(Φ12.8)

Welding Mounting

37.5×14.5×39

45

262

TA1626-1

5.0V

≤0.5%

-

Vertical Cored(Φ9)

Welding Mounting

32×16.5×33

48

274

TA1626-1M

3.5V

≤0.25%

-

50A/50mA

TA125-1

5V

≤1%

-

Vertical Cored(Φ14.6)

Welding Mounting

35×14.5×36

40

221

TA1320A-2M

2.5V

≤0.2%

-

Vertical Cored(Φ7.5)

Welding Mounting

27×20×27

50

256

TA1338-01M

2V

≤0.2%

-

Vertical Cored(Φ12.8)

Welding Mounting

37.5×14.5×39

45

262

TA1626-2

2.5V

≤0.5%

-

Vertical Cored(Φ9)

Welding Mounting

32×16.5×33

48

268

TA1626-2M

1.75V

≤0.25%

-

50A/0.1A

TA1320A-1M

1.25V

≤0.2%

-

Vertical Cored(Φ7.5)

Welding Mounting

27×20×27

50

256

60A/20mA

TA125-3

15V

≤1%

-

Vertical Cored(Φ14.6)

Welding Mounting

35×14.5×36

40

221

60A/60mA

TA2030-03

1.8V

≤0.2%

-

Vertical Cored(Φ13)

Baseboard Mounting

54×23×40

86

280

TA2030-03M

2.25V

≤0.25%

-

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

(75~600A)Current Transformers


Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension
(Tolerance±0.5)(mm)3

Weight

(g)

Page

Using Resistance

75A/25mA

TA200-3

20V

≤1%

Vertical Cored(Φ14.6)

Welding Mounting

39.2×16×40.2

50

222

75A/37.5mA

TA200-2

15V

≤1%

Vertical Cored(Φ14.6)

Welding Mounting

39.2×16×40.2

50

222

75A/50mA

TA1626-3

5.0V

≤0.5%

Vertical Cored(Φ9)

Welding Mounting

32×16.5×33

48

274

TA1626-3M

2.5V

≤0.25%

75A/75mA

TA200-1

7.5V

≤1%

Vertical Cored(Φ14.6)

Welding Mounting

39.2×16×40.2

50

222

75A/0.1A

TA1626-4

2.5V

≤0.5%

Vertical Cored(Φ9)

Welding Mounting

32×16.5×33

48

268

TA1626-4M

1.25V

≤0.25%

80A/20mA

TA200-4

30V

≤1%

Vertical Cored(Φ14.6)

Welding Mounting

39.2×16×40.2

50

222

90A/60mA

TA2030-02

3.0V

≤0.2%

Vertical Cored(Φ13)

Baseboard Mounting

54×23×40

86

280

TA2030-02M

3.75V

≤0.25%

100A/20mA

TA250-5

36V

≤1%

Vertical Cored(Φ19)

Welding Mounting

45×15×46

75

223

100A/25mA

TA250-4

27.5V

≤1%

Vertical Cored(Φ19)

Welding Mounting

45×15×46

75

223

100A/33.3mA

TA250-3

23V

≤1%

Vertical Cored(Φ19)

Welding Mounting

45×15×46

75

223

100A/50mA

TA250-2

15V

≤1%

Vertical Cored(Φ19)

Welding Mounting

45×15×46

75

223

TA300-02M

10V

≤0.25%

Horizontal Cored(Φ19)Flexible wire Lead-out

Φ44×17.5

60

224

TA2030-01

4.0V

≤0.2%

Vertical Cored(Φ13)

Baseboard Mounting

54×23×40

86

280

TA2030-01M

5.0V

≤0.25%

TA2035-02

3V

≤0.5%

Busbar Cored(Φ12+□16×5)

Φ43×24

110

286

TA2535-02

3V

≤0.5%

Vertical Cored(Φ19)

Baseboard Mounting

58×20×53.5

75

280

TA2739-02

4V

≤0.5%

Horizontal Cored(Φ45+□1.7×21)

Φ45×18

70

288

100A/0.1A

TA250-1

10V

≤1%

Vertical Cored(Φ19)

Welding Mounting

45×15×46

75

223

TA300-01M

5V

≤0.25%

Horizontal Cored(Φ19)

Flexible wire Lead-out

Φ44×17.5

60

224

TA2035-01

3V

≤0.5%

Busbar Cored(Φ12+□16×5)

Φ43×24

110

286

TA2535-01

1.5V

≤0.5%

Vertical Cored(Φ19)

Baseboard Mounting

58×20×53.5

75

280

TA2739-01

2V

≤0.5%

Horizontal Cored(Φ45+□1.7×21)

Φ45×18

70

288

TA4566-1

3.0V

≤0.5%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

306

TA5060-1

1.5V

≤0.2%

266

308

TA5060-1M

1.9V

≤0.25%

TA5565-1

0.6V

≤0.5%

Vertical Cored(Φ46)

Baseboard Mounting

76×25×77

250

314

100A/1A

TA4565-1

1.0V

≤1%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

304

120A/40mA

TA2030-00

6.0V

≤0.2%

Vertical Cored(Φ13)

Baseboard Mounting

54×23×40

86

280

TA2030-00M

7.5V

≤0.25%

TA3240-3

5.4V

≤0.5%

Vertical Cored(Φ26)

Baseboard Mounting

51×18×46

85

290

150A/50mA

TA2032-00

9.0V

≤0.5%

Vertical Cored(Φ13)

Baseboard Mounting

54×23×40

106

284

150A/75mA

TA2032-01

6.0V

≤0.5%

Vertical Cored(Φ13)

Baseboard Mounting

54×23×40

106

284

TA3240-2

3.6V

≤0.5%

Vertical Cored(Φ26)

Baseboard Mounting

51×18×46

85

290

150A/0.1A

TA2032-02

4.5V

≤0.5%

Vertical Cored(Φ13)

Baseboard Mounting

54×23×40

106

284

150A/0.15A

TA2032-03

3.0V

≤0.5%

Vertical Cored(Φ13)

Baseboard Mounting

54×23×40

106

284

TA3240-1

1.8V

≤0.5%

Vertical Cored(Φ26)

Baseboard Mounting

51×18×46

85

290

200A/40mA

TA500-5

60V

≤1%

Vertical Cored(Φ23.4)

Welding Mounting

22.5×58.2×58.2

190

225


200A/50mA

TA500-4

45V

≤1%

Vertical Cored(Φ23.4)

Welding Mounting

22.5×58.2×58.2

190

225


200A/66.6mA

TA500-3

33V

≤1%

Vertical Cored(Φ23.4)

Welding Mounting

22.5×58.2×58.2

190

225


200A/0.1A

TA500-2

24V

≤1%

Vertical Cored(Φ23.4)

Welding Mounting

22.5×58.2×58.2

190

225


TA4555-02

8.0V

≤0.5%

Horizontal Cored(Φ61+□3×40)

Φ61×25.5

100

300


TA4555A-02

8.0V

≤0.5%

Horizontal Cored(Φ61+□5×40)

Φ61×25.5

100

302


TA4566-2

6.0V

≤0.5%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

306


TA5060-2

3.0V

≤0.2%

266

308


TA5060-2M

3.75V

≤0.25%


TA5565-2

1.2V

≤0.5%

Vertical Cored(Φ46)

Baseboard Mounting

76×25×77

250

314


200A/0.2A

TA500-1

15V

≤1%

Vertical Cored(Φ23.4)

Welding Mounting

22.5×58.2×58.2

190

225


TA4555-01

4.0V

≤0.5%

Horizontal Cored(Φ61+□3×40)

Φ61×25.5

100

300


TA4555A-01

4.0V

≤0.5%

Horizontal Cored(Φ61+□5×40)

Φ61×25.5

100

302


200A/1A

TA4565-2

2.0V

≤1%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

304


250A/0.1A

TA3547-1

5.0V

≤0.5%

Vertical Cored(Φ19+□6x26)

Busbar/baseboard Mounting

53×24×55

185

292


250A/62.5mA

TA3547-2

7.5V

≤0.5%


300A/0.1A

TA4051-01

9V

≤0.5%

Horizontal Cored(Φ58+□2.7×31)

Φ58×20

130

296


TA4566-3

9.0V

≤0.5%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

306


TA5060-3

3.0V

≤0.2%

266

308


TA5060-3M

3.75V

≤0.25%


TA5565-3

1.8V

≤0.5%

Vertical Cored(Φ46)

Baseboard Mounting

76×25×77

250

314


300A/0.15A

TA4051-02

6V

≤0.5%

Horizontal Cored(Φ58+□2.7×31)

Φ58×20

130

296


300A/0.2A

TA6070-01

3V

≤0.5%

Horizontal Cored(Φ78+□3×52)

Φ78×25

260

316


300A/1A

TA4565-3

3.0V

≤1%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

304


400A/0.1A

TA4052-1

7.5V

≤0.5%

Vertical Cored(Φ25+□7×31)

Busbar/baseboard Mounting

60×25×62

228

298


TA4566-4

12.0V

≤0.5%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

306


TA5060-4

5.0V

≤0.2%

266

308


TA5060-4M

6.25V

≤0.25%


TA5565-4

2.4V

≤0.5%

Vertical Cored(Φ46)

Baseboard Mounting

76×25×77

250

314


400A/0.2A

TA4050A-02

5V

≤0.5%

Busbar Cored(Φ31.5)

Φ56×30

185

294


TA4052-2

5.0V

≤0.5%

Vertical Cored(Φ25+□7×31)

Busbar/baseboard Mounting

60×25×62

228

298


TA6070-02

4V

≤0.5%

Horizontal Cored(Φ78+□3×52)

Φ78×25

260

316


400A/0.4A

TA4050A-01

4V

≤0.5%

Busbar Cored(Φ31.5)

Φ56×30

185

294


400A/1A

TA4565-4

4.0V

≤1%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

304


500A/0.1A

TA4566-5

15.0V

≤0.5%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

306

TA5060-5

5.0V

≤0.2%

266

308

TA5060-5M

6.25V

≤0.25%

TA5061-1

10V

≤0.5%

Horizontal Cored(Φ70+□2.7×40.5)

Φ70×21.5

280

310

TA5565-5

3V

≤0.5%

Vertical Cored(Φ46)

Baseboard Mounting

76×25×77

250

314

500A/0.2A

TA5061-2

5V

≤0.5%

Horizontal Cored(Φ70+□2.7×40.5)

Φ70×21.5

280

310

TA6070-03

5V

≤0.5%

Horizontal Cored(Φ78+□3×52)

Φ78×25

260

316

500A/1A

TA4565-5

5.0V

≤1%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

304

600A/0.1A

TA4566-6

18.0V

≤0.5%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

306

TA5060-6

5.0V

≤0.2%

266

308

TA5060-6M

6.25V

≤0.25%

TA5062-01

12V

≤0.5%

Horizontal Cored(Φ70+□4.7×40.5)

Φ70×21.5

280

312

TA5565-6

3.6V

≤0.5%

Vertical Cored(Φ46)

Baseboard Mounting

76×25×77

250

314

600A/0.2A

TA5062-02

6V

≤0.5%

Horizontal Cored(Φ70+□4.7×40.5)

Φ70×21.5

280

312

600A/1A

TA4565-6

6.0V

≤1%

Vertical Cored(Φ25+□7×36)

Busbar/baseboard Mounting

73×25×73

385

304

 

 Appendix4BingziCurrent Converters Model Choosing Reference

Rated Input Current

Model

Rated Output Voltage

Non Linearity

Structure

Dimension
(Tolerance±0.5) (mm)3

Weight

(g)

Page

0-1A

TA1424A-1CM

2V

≤0.5%

Busbar Encased

20×30×32

40

322

TA1322B-1BM

0.3535V

≤0.5%

Busbar Encased

Φ32×26

55

318

0-5A

TA1322A-1CM

0.5V

≤0.5%

Busbar Encased

Φ32×26

55

318

TA1322A-2CM

2V

≤0.5%

TA1322B-1CM

2.5V

≤0.5%

Busbar Encased

Φ32×26

55

318

TA1322B-2CM

3.53V

TA1323A-1CM

2V

≤0.5%

Busbar Encased

32×35×28

55

320

TA1323B-1CM

TA1424A-2CM

2V

≤0.5%

Busbar Encased

20×30×32

40

322

0-5A

TA1424B-2CM

3.53V

≤0.5%

Busbar Encased

20×30×32

40

322

TA1323A-2CM

3.53V

≤0.5%

Busbar Encased

32×35×28

55

320

TA1323B-2CM

TA1424B-1CM

5V

≤0.5%

Busbar Encased

20×30×32

40

322

TA1322A-1BM

0.055V

≤0.5%

Busbar Encased

Φ32×26

55

318

TA1322A-2BM

0.1765V

TA1322B-2BM

0.1V

TA1323A-1BM

0.115V

≤0.5%

Busbar Encased

32×35×28

55

320

TA1323B-1BM

TA1323A-2BM

0.1765V

TA1323B-2BM

TAS1907-1

5V

≤0.3%

Busbar Encased

Welding Mounting

21×18.5×23.5

24

324

 

 

 Appendix5“Bingzi兵字Low Voltage (AC660V)Box-type Current Transformers

 Model Choosing Reference(600~2000A)

Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Busbar

(mm)

Dimension
(Tolerance±1)(mm)3

Weight

(kg)

Power

(VA)

Page

100A/5A

TAM3123-1

0.5V

≤0.5%

Φ23+□11×31

82×60×35

0.24

2.5

328

TAL3230-1

0.625V

≤0.5%

30×32

101×64×44

0.37

2.5

330

TAM4231-1

0.33V

≤0.5%

Φ31+□11×42

98×75×45

0.37

2.5

332

150A/5A

TAM3123-2

0.75V

≤0.5%

Φ23+□11×31

82×60×35

0.24

2.5

328

TAL3230-2

0.938V

≤0.5%

30×32

101×64×44

0.37

2.5

330

TAM4231-2

0.5V

≤0.5%

Φ31+□11×42

98×75×45

0.37

2.5

332

TAL5232-1

0.75V

≤0.5%

32×52

114×87×45

0.52

2.5

336

200A/0.1A

TA4252-2

12V

≤0.5%

Φ23+□11×32

71×61×36

0.25

1.2

334

200A/0.2A

TA4252-1

6V

≤0.5%

Φ23+□11×32

71×61×36

0.25

1.2

334

200A/5A

TAM3123-3

1.0V

≤0.5%

Φ23+□11×31

82×60×35

0.24

5

328

TAL3230-3

1.25V

≤0.5%

30×32

101×64×44

0.37

5

330

TAM4231-3

0.66V

≤0.5%

Φ31+□11×42

98×75×45

0.37

2.5

332

TAL5232-2

1V

≤0.5%

32×52

114×87×45

0.52

5

336

250A/5A

TAM3123-4

1.25V

≤0.5%

Φ23+□11×31

82×60×35

0.24

5

328

TAL3230-4

1.56V

≤0.5%

30×32

101×64×44

0.37

5

330

TAM4231-4

0.83V

≤0.5%

Φ31+□11×42

98×75×45

0.37

5

332

TAL5232-3

1.25V

≤0.5%

32×52

114×87×45

0.52

5

336

TAM10162-1

0.83V

≤0.5%

Φ62+□11×101

162×146×45

1.20

5

350

300A/0.15A

TA5266-1

6V

≤0.5%

Φ31+□14×42.5

89×75×40

0.49

3

338

300A/5A

TAM3123-5

1.5V

≤0.5%

Φ23+□11×31

82×60×35

0.24

5

328

TAL3230-5

1.88V

≤0.5%

30×32

101×64×44

0.37

5

330

TAM4231-5

1V

≤0.5%

Φ31+□11×42

98×75×45

0.37

5

332

TAL5232-4

1.5V

≤0.5%

32×52

114×87×45

0.52

5

336

TAM10162-2

1V

≤0.5%

Φ62+□11×101

162×146×45

1.20

5

350

400A/5A

TAM3123-6

2.0V

≤0.5%

Φ23+□11×31

82×60×35

0.24

5

328

TAM4231-6

1.33V

≤0.5%

Φ31+□11×42

98×75×45

0.37

5

332

TAL3230-6

2.5V

≤0.5%

30×32

101×64×44

0.37

5

330

TAL5232-5

2V

≤0.5%

32×52

114×87×45

0.52

5

336

TAL8353-1

0.67V

≤0.5%

53×83

141×120×47

1.20

5

346

TAH8535-1

1.33V

≤0.5%

35×85

115×165×52

1.25

5

348

TAM10162-3

1.33V

≤0.5%

Φ62+□11×101

162×146×45

1.20

5

350

500A/0.2A

TA7888-1

10V

≤0.5%

Φ45+□21×61.5

116×101×45

0.75

6

344

500A/5A

TAM3123-7

2.5V

≤0.5%

Φ23+□11×31

82×60×35

0.24

5

328

TAM4231-7

1.66V

≤0.5%

Φ31+□11×42

98×75×45

0.37

5

332

TAL5232-6

2.5V

≤0.5%

32×52

114×87×45

0.52

5

336

TAL8353-2

0.83V

≤0.5%

53×83

141×120×47

1.20

10

346

TAH8535-2

1.66V

≤0.5%

35×85

173×123×52

1.25

10

348

TAM10162-4

1.66V

≤0.5%

Φ62+□11×101

162×146×45

1.20

10

350

600A/5A

TAM4231-8

2V

≤0.5%

Φ31+□11×42

98×75×45

0.37

5

332

TAL5232-7

3V

≤0.5%

32×52

114×87×45

0.52

5

336

TAL8353-3

1V

≤0.5%

53×83

141×120×47

1.20

10

346

TAH8535-3

2V

≤0.5%

35×85

173×123×52

1.25

10

348

TAM10162-5

2V

≤0.5%

Φ62+□11×101

162×146×45

1.20

10

350

750A/0.15A

TA5266-2

12V

≤0.5%

Φ31+□14×42.5

89×75×40

0.49

3

338

750A/5A

TAM4231-9

2.5V

≤0.5%

Φ31+□11×42

98×75×45

0.37

5

332

TAL5232-8

3.75V

≤0.5%

32×52

114×87×45

0.52

5

336

TAL8353-4

1.25V

≤0.5%

53×83

141×120×47

1.20

10

346

TAH8535-4

2.5V

≤0.5%

35×85

173×123×52

1.25

10

348

TAM10162-6

2.5V

≤0.5%

Φ62+□11×101

162×146×45

1.20

10

350

TAL10381-1

1.88V

≤0.5%

81×103

172×144×51

1.55

10

352

TAH13255-1

2.5V

≤0.5%

55×132

223×148×60

1.55

10

354

800A/5A

TAM4231-10

2.66V

≤0.5%

Φ31+□11×42

98×75×45

0.37

5

332

TAM10162-7

2.66V

≤0.5%

Φ62+□11×101

162×146×45

1.20

10

342

1000A/0.2A

TA7888-2

20V

≤0.5%

Φ45+□21×61.5

116×101×45

0.75

6

344

1000A/5A

TAL5232-9

5V

≤0.5%

32×52

114×87×45

0.52

5

336

TAL8353-5

1.67V

≤0.5%

53×83

141×120×47

1.20

15

346

TAH8535-5

3.33V

≤0.5%

35×85

173×123×52

1.25

15

348

TAM10162-8

3.33V

≤0.5%

Φ62+□11×101

162×146×45

1.20

10

350

TAL10381-2

2.5V

≤0.5%

81×103

172×144×51

1.55

10

352

TAH13255-2

3.3V

≤0.5%

55×132

223×148×60

1.55

15

354

1200A/5A

TAL5232-10

6V

≤0.5%

32×52

114×87×45

0.52

5

336

TAL8353-6

2V

≤0.5%

53×83

141×120×47

1.20

20

346

TAH8535-6

4V

≤0.5%

35×85

173×123×52

1.25

20

348

TAM10162-9

4V

≤0.5%

Φ62+□11×101

162×146×45

1.20

15

350

TAL10381-3

3V

≤0.5%

81×103

172×144×51

1.55

15

352

TAH13255-3

4V

≤0.5%

55×132

223×148×60

1.55

20

354

1250A/5A

TAM10162-10

4.16V

≤0.5%

Φ62+□11×101

162×146×45

1.20

15

350

1500A/5A

TAL5232-11

7.5V

≤0.5%

32×52

114×87×45

0.52

5

336

TAL8353-7

2.5V

≤0.5%

53×83

141×120×47

1.20

20

346

TAH8535-7

5V

≤0.5%

35×85

173×123×52

1.25

20

348

TAM10162-11

5V

≤0.5%

Φ62+□11×101

162×146×45

1.20

20

350

TAL10381-4

3.75V

≤0.5%

81×103

172×144×51

1.55

20

352

TAH13255-4

5V

≤0.5%

55×132

223×148×60

1.55

20

354

2000A/0.1A

TAR5896-2

5V

≤0.5%

35×61.5

120×46×138

0.817

-

340

2000A/1A

TAR6589-2

2V

≤0.5%

31.5×62

102×47.5×96

1.00

4

342

2000A/5A

TAL8353-8

3.33V

≤0.5%

53×83

141×120×47

1.20

20

346

TAH8535-8

6.66V

≤0.5%

35×85

173×123×52

1.25

20

348

TAM10162-12

6.66V

≤0.5%

Φ62+□11×101

162×146×45

1.20

20

350

TAL10381-5

5V

≤0.5%

81×103

172×144×51

1.55

20

352

TAH13255-5

6.6V

≤0.5%

55×132

223×148×60

1.55

20

354

2500A/0.1A

TAR5896-1

5V

≤0.5%

35×61.5

120×46×138

0.817

-

340

2500A/1A

TAR6589-1

2V

≤0.5%

31.5×62

102×47.5×96

1.00

4

342

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

2500A/5A

TAL8353-9

4.16V

≤0.5%

53×83

141×120×47

1.20

30

346

TAH8535-9

8.33V

≤0.5%

35×85

173×123×52

1.25

30

348

TAM10162-13

8.33V

≤0.5%

Φ62+□11×101

162×146×45

1.20

20

350

TAL10381-6

6.25V

≤0.5%

81×103

172×144×51

1.55

20

352

TAH13255-6

8.3V

≤0.5%

55×132

223×148×60

1.55

30

354

3000A/5A

TAL8353-10

5V

≤0.5%

53×83

141×120×47

1.20

30

346

TAH8535-10

10V

≤0.5%

35×85

173×123×52

1.25

30

348

TAM10162-14

10V

≤0.5%

Φ62+□11×101

162×146×45

1.20

20

350

TAL10381-7

7.5V

≤0.5%

81×103

172×144×51

1.55

20

352

TAH13255-7

10V

≤0.5%

55×132

223×148×60

1.55

30

354

4000A/5A

TAL10381-8

10V

≤0.5%

81×103

172×144×51

1.55

20

352

TAH13255-8

13.3V

≤0.5%

55×132

223×148×60

1.55

30

354

5000A/5A

TAR150-01

5V

≤0.5%

52×122

166×48×138

2.00

25

326

TAL10381-9

12.5V

≤0.5%

81×103

172×144×51

1.55

20

352

TAH13255-9

16.6V

≤0.5%

55×132

223×148×60

1.55

30

354

6000A/5A

TAH13255-10

20V

≤0.5%

55×132

223×148×60

1.55

30

354

 

 

 

 Appendix 6High Frequency Current Transformers Model Choosing Reference

Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension
(Tolerance±0.5)

(mm3)

Weight

(g)

Page

2A/2mA

TA0916-02

8V

≤1.5%

Busbar Encased

Welding Mounting

22.5×23.3×14.8

20

359

2A/4mA

TA0916-01

4V

≤2%

10A/100mA

TA0510-02

0.8V

≤2%

Busbar Encased

Welding Mounting

112.5×8

10

356

10A/200mA

TA0510-01

0.4V

≤2%

20A/20mA

TA0813-3

10V

≤2%

Vertical Cored(Φ5)

Welding Mounting

16.8×9×20

7

358

20A/40mA

TA0813-2

5V

≤2%

20A/0.1A

TA0813-1

2.5V

≤2%

20A/100mA

TA0714-02

2.5V

≤2%

Busbar Encased

Welding Mounting

19.56×14.48×22.48

20

357

20A/200mA

TA0714-01

1.5V

≤2%

50A/50mA

TA1526-3

30V

≤2%

Horizontal Cored(Φ8)Welding Mounting

Φ35×20

45

360

50A/0.1A

TA1526-2

15V

≤2%

50A/0.25A

TA1526-1

7.5V

≤2%

70A/0.35A

TA3006-01

7V

3%

Busbar Encased

Welding Mounting

34×34×22

50

363

100A/0.5A

TA1931-02

6V

≤2%

Vertical Cored(Φ13)

Lead Tab

38×20×39

45

362

100A/1A

TA1931-01

3V

≤2%

 Appendix 7Split Core Current Transformers Model Choosing Reference

Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Busbar

Dimension
(Tolerance±1)

Weight

(g)

Page

80A/26.2mA

TAK010-01

3V

2%

Φ9.5

23×23×39.33

40

364

100A/0.1A

TAK030-01

10V

0.5%

Φ30

97×94×24

300

366

500A/5A

TAK60-01

0.8V

1.0%

62×33

106×48.5×124

450

367

600A/5A

TAK80-01

1.0V

1.0%

82×33

126×48.5×124

500

369

1000A/5A

TAK100-01

1.5V

0.5%

102×33

146×48.5×124

620

371

2000A/5A

TAK120-01

50V

1.0%

122×33

126×48.5×124

1140

373

 

 Appendix 8Zero-sequence Current Transformers Model Choosing Reference

 

Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension
(Tolerance±1) (mm)3

Weight

(g)

Page

1A/0.5mA

TA3238-02M

0.2V

≤0.5%

Horizontal Cored

Flexible wire Lead-out

Φ45×13

30

375

TA5765-02M

≤0.5%

Φ75×14.5

65

377

TA8595-02M

≤0.5%

Φ105×15

135

381

1A/1mA

TA3238-01M

0.1V

≤0.5%

Horizontal Cored

Flexible wire Lead-out

Φ45×13

30

375

TA5765-01M

≤0.5%

Φ75×14.5

65

377

TA8595-01M

≤0.5%

Φ105×15

135

381

20A/10mA

TA7086-1M

1V

≤0.1%

Vertical Cored(Φ60)Baseboard Mounting

Φ96×25

240

379

30A/10mA

TA7086-2M

 

 Appendix 9BingziRogowski Current Transformers Model Choosing Reference

 

Rated Input Current

Model

Rated Output Voltage

Non Linearity

Structure

Dimension
(Tolerance

±1)(mm)3

Weight

(g)

Page

40A

TA3659-1

0.12V

0.5%

Vertical Cored(Φ30)

Baseboard Mounting

Φ65×32

135

383

3×40A

STA4460-1

3×0.12V

Vertical Cored(Φ37)

Baseboard Mounting

210×45×70

490

385

 

 Appendix 10“Bingzi”Residual Current Transformers Model Choosing Reference

Rated Current

Residual/

Circuit

Model

u

Sampling Resistance

Unbalanced Current

Non Linearity

Through Core

Dimension

(Tolerance

±1)(mm)3

Weightg

Page

0~1A

TA3241-01M

2000:1

40

-

≤0.25%

Φ26

51×18×46

80

400

0~1A/250A

TAR15626-01M

2000:1

360Ω

≤30mA

≤0.5%

156×26

203×56×19

500g

402

0~1A/500A

TAR21642-01M

2000:1

360Ω

≤30mA

≤0.5%

216×42

246×79×21

700g

404

 

 

 Appendix 11 “Bingzi”SS Series Model Choosing Reference(0~800A)

Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Busbar

(mm)

Dimension
(Tolerance±1)

(mm)3

Weight

(g)

Page

15A/0.1A

SS1503-01

0.6V

≤0.5%

□17×4

318×35

60

386

20A/0.1A

SS1503-02

0.8V

25A/0.1A

SS1503-03

1.0V

35A/0.1A

SS1503-04

1.4V

40A/0.1A

SS1503-05

1.6V

50A/0.1A

SS1503-06

2.0V

65A/0.1A

SS1503-07

2.6V

75A/0.1A

SS1503-08

3.0V

90A/0.1A

SS2003-01

5.5V

22×4

44×24×41

125

388

110A/0.1A

SS2003-02

6.5V

150A/0.1A

SS2003-03

9.0V

175A/0.1A

SS3004-01

13.0V

22×5

55×29×45

180

392

200A/0.1A

SS2243-01

3V

22×4.5

48×19×32

85

390

200A/0.2A

SS2243-02

1.5V

210A/0.1A

SS3004-02

15.5V

22×5

55×29×45

180

392

250A/0.1A

SS3004-03

18.5V

320A/0.1A

SS5006-01

26V

52×7

75×33×54

335

398

370A/0.1A

SS5006-02

30V

400A/0.1A

SS3046-01

8V

32×6.5

50×24×44

145

394

400A/0.2A

SS3046-02

4V

410A/0.1A

SS5006-03

34V

52×7

75×33×54

335

398

480A/0.1A

SS5006-04

40V

550A/0.1A

SS5006-05

45V

610A/0.1A

SS5006-06

50V

800A/0.1A

SS4076-01

10V

62×8.5

80×30×60

350

396

800A/0.2A

SS4076-02

5V

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 Appendix12BingziThree-phase Current Transformers Model Choosing Reference

Rated Current

Input/Output

Model

Rated Sampling Voltage

Non Linearity

Structure

Dimension
(Tolerance±1)(mm)3

Weight

(g)

Page

0.5A/5mA

STA1318A-1M

25mV

≤0.1%

Busbar Encased

Baseboard Mounting

110×28×28

100

408

50mV

≤0.1%

100mV

≤0.2%

200mV

≤0.5%

1.5A/5mA

STA1318A-2M

25mV

≤0.1%

110

50mV

≤0.1%

100mV

≤0.2%

200mV

≤0.5%

1.5A/7.5mA

STA1318B-1M

37.5mV

≤0.1%

140

70mV

≤0.1%

150mV

≤0.2%

300mV

≤0.5%

5A/5mA

STA1318B-2M

25mV

≤0.1%

220

50mV

≤0.1%

100mV

≤0.2%

200mV

≤0.5%

10A/10mA

STA1218-01M

1.5V

≤0.2%

Vertical Cored

(3×Φ6.5)

Flexible wire Lead-out

67×26×12

55

406

20A/10mA

STA1218-02M

3.0V

≤0.2%

30A/10mA

STA1218-03M

4.5V

≤0.2%

3Φ-10A/3Φ-1mA

STA3340-01

3Φ-200mV/Phase

≤1%

Vertical Cored

(3×Φ18)

Busbat/Baseboard Mounting

104×50×101

300

413

3Φ-25A/3Φ-1mA

STA3340-02

3Φ-200mV/Phase

≤1%

3Φ-50A/3Φ-1mA

STA3340-03

3Φ-200mV/Phase

≤1%

3Φ-100A/3Φ-1mA

STA3340-04

3Φ-200mV/Phase

≤1%

20AIe≤80A

STA3137-01

80A/0.11V

≤0.5%

Vertical Cored

(3×Φ20)

Busbar/baseboart Mounting

929×92.5

300

411

Ie≤2A

STA3137-02

2A/0.11V

≤0.5%

2A≤Ie≤5A

STA3137-03

5A/0.11V

≤0.5%

5A≤Ie≤20A

STA3137-04

20A/0.11V

≤0.5%

Ie200A

STA3137-05

2A/0.11V

≤0.5%

Ie200A

STA3137-06

5A/0.11V

≤0.5%

0AIe≤200A

STA4046-01

200A/0.11V

≤0.5%

Vertical Cored

(3×Φ30)

Busbar/baseboart Mounting

111×56.5×99

700

415

 

 Appendix 13“Bingzi”Digital Output Sensors

Model

Input Threshold Voltage

(Vac)

Input Absorption Current

(mAdc)

Oput voltage

(Vcc)

Input Power Consumption(W)

Input Overload

(Vac)

Input Overload Non Linearity

(%)

Output CP Terminal Voltage

(Vdc)

Page

VDS01-150

150

0.5

0.5

0.4

280

20

5

417

VDS02-260

260

0.5

0.5

0.4

390

30

5

419

 


Application Case
Driven by market demand, we are committed to continuous innovation and customer satisfaction.
Standard Product Reservation
Custom Product Reservation
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