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High-precision AC and DC Hall current sensors

The sensor works on the principle of magnetically balanced Hall voltage detection. The magnetic flux generated by the primary current is in balance with the secondary voltage generated by the Hall voltage amplification, and the magnetic flux generated by the secondary coil is balanced, and the secondary voltage can accurately reflect the primary current.
Availability:
  • TR0214-LKH

  • TR

Product Features

*  Measures AC, DC and pulsed  signals.

*  Excellent accuracy,  good linearity.

*  Strong resistance to external interference, high common mode rejection ratio.

*  Low temperature drift, low power consumption, wide frequency band.

*  Split structure, easy to install.


Product Application

*  AC frequency conversion speed regulation.

*  Servo motor traction.

*  Uninterruptible power supply(UPS).

*  Welding machine, battery power supply.


Download Size Sheet


TR0214-LKH.pdf



Product Parameters

Specification

50A/4V

200A/4V

500A/4V

Unit

IPN

Primary Rated Input Current

50

200

500

A

IP

Primary Current Measurement Range

0~100

0~400

0~1000

A

VSN

Secondary rated output voltage

4

V

VC

The Power Supply Voltage

±12~15(±5%)

V

IC

Current Consumption

<25

mA

Vd

Insulation Voltage

Between primary and secondary circuits:2.5kV/50Hz/1min


εL

Linearity

<1

%FS

X

Precision

TA =25℃:≤±1

%

V0

Offset Voltage

TA =25℃:≤±20

mV

VOM

Magnetic Offset Voltage

IP=0 after 3*IPN:≤±20

mV

VOT

Offset Voltage Temperature Drift

IP =0 TA =-40~+80℃:≤±1

mV/℃

Tr

Response Time

≤5

μS

f

Bandwidth(-3dB )

DC~20

KHz

TA

Working Temperature

-40~+80

TS

Storage Temperature

-45~+85

RL

Load Resistance

TA =25℃:≥10


Structure and Dimension                


Circuit link Diagram


Notes:

IPN:Primary current input direction

+ :Positive 12V/15V power supply

- :Negative 12V/15V power supply M :Secondary signal output

G :Power ground OFS:Zero adjustment GIN:Amplitude adjustment


Installation Precautions                  

*  The sensor should be wired correctly, otherwise it may damage the internal components of the sensor.

*  Dynamic performance (di/dt and response time) is best when the input current row is fully filled with the primary perforation.



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