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CN
TA5060 Series Precision AC Current Transformers
TA5060系列立式穿芯精密交流电流互感器-1.png
TA5060 Series Precision AC Current Transformers
Features:
① Flexible installation modes: can be fixed on primary wire or bottom board.
② Suitable for multiple forms of primary wires, such as flat-type wires, round wires, or bottom cables.
③ Equipped with four output terminals to realize variable ratios output.
④ Output terminals are standard plug pins, making connection easy and solid.
⑤ Completely sealed with strong mechanical and environmental endurance, as well as strong dielectric strength and an elegant outline.
TA5060 General Technical Specifications for Standard Products:

1Features:

Flexible installation modes: can be fixed on primary wire or bottom board.

Suitable for multiple forms of primary wires, such as flat-type wires, round wires, or bottom cables.

Equipped with four output terminals to realize variable ratios output.

Output terminals are standard plug pins, making connection easy and solid.

Completely sealed with strong mechanical and environmental endurance, as well as strong dielectric strength and an elegant outline.

 

2Ambient Conditions:

 Ambient temperature: -55+85;

 Relative humidity: ≤90% at 40;

 Atmospheric pressure: 8601060mbar(about 650800mmHg);

 

3Operating Frequency Range: 20Hz~1kHz

 

4Insulation Thermal ClassClass F (155)

 

5Safety Features:

 Insulation resistance: >1000MΩ in normal condition;

 Insulation withstand voltages: 6000V 50Hz/1min;

 Fire retardancy: In conformity with UL94-V0.

 

6Outline Drawing, Installation Dimension and Coil Diagram:( tolerance ± 0.5mm )

image.png

 Notes:

Terminals 1, 4 are reserved for other variable ratios. Don’t lead out unless needed.

 


² Installation instruction:

Mounted on bottom board:

Take four support legs without riveted nut (included in package along with the product), insert them into the sockets as shown in the right figure. When the legs are inserted to the end, the center distance between the mounting holes is 42.5×52; The diameter of the mounting hole for the support leg is Φ 5.0, and then use M4 screw to fix the current transformer on the bottom board.


 

Mounted on primary wire:


Take two support legs with M4 riveted nut (included in package along with the product) and insert them into the sockets as shown in the right figure. When the legs are inserted to the end, the center distance between the riveted nuts is 42.5. Drill a blind hole at proper position on the wire, and then fix the current transformer on the primary wire with M4 screw.

 image.png

 


 

7Typical Application and Parameters:

 

The parameters in this application as shown in the figure are listed in table below.

 image.png

 

Model

Rated Input Current

Rated Output Current

 

Rated Sample Resistor

RL

Rated Sample Voltage

Phase Shift

Non Linearity

Linear Range

Withstand Voltage

TA5060-1

100A

0.1A

15Ω

1.5V

10’

0.2%

2 times of rated value

6KV

TA5060-1M

100A

0.1A

19Ω

1.9V

12.5

0.25%

TA5060-2

200A

0.1A

30Ω

3V

10’

0.2%

TA5060-2M

200A

0.1A

37.5Ω

3.75V

12.5

0.25%

TA5060-3

300A

0.1A

30Ω

3V

8’

0.2%

TA5060-3M

300A

0.1A

37.5Ω

3.75V

10

0.25%

TA5060-4

400A

0.1A

50Ω

5V

8’

0.2%

1.2 times of rated value

TA5060-4M

400A

0.1A

62.5Ω

6.25V

10

0.25%

TA5060-5

500A

0.1A

50Ω

5V

5’

0.2%

TA5060-5M

500A

0.1A

62.5Ω

6.25V

6.25’

0.25%

TA5060-6

600A

0.1A

50Ω

5V

5’

0.2%

TA5060-6M

600A

0.1A

62.5Ω

6.25V

6.25’

0.25%

 

Notes:

a. In practical applications, it is recommended to use a sampling resistor that is smaller than or equal to the rated value given in the table above, as this can help to improve the non-linearity and phase shift of the device.

 

b. If the required current ratio is not listed in the table above, we can provide custom-made options to meet specific needs.

 

8Attention:

 Connect the primary winding of the current transformer in series with the measured current loop, and operate the secondary winding in near short-circuit mode.

 Do not allow the secondary winding of the current transformer to be open-circuited and do not install any fuse in the secondary circuit.

 

 


Application Case
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