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0-5v Output Ac Current Sensor DIN Rail WBI412S91

0-5v Output Ac Current Sensor DIN Rail WBI412S91

WBI412S91 converts AC input current into a load independent output signal DC voltage 0-5V or 0-10V. It has adopted electromagnetic isolation principle for real time measurement of AC current from electric net or electric circuit.

The product has certain advantages of total galvanic isolation between input/output, high accuracy, low drifting by temperature, and wide temperature bearable range, etc.


Product Detail

Product Tags

Product Description and Application

WBI412S91 converts AC input current into a load independent output signal DC voltage 0-5V or 0-10V. It has adopted electromagnetic isolation principle for real time measurement of AC current from electric net or electric circuit.

The product has certain advantages of total galvanic isolation between input/output, high accuracy, low drifting by temperature, and wide temperature bearable range, etc.

Product Dimensional Drawing (unit: mm)

Terminal definition table

1

+E

3

GND

5

Uz

Key Technical Data

Key Technical Data

Attribute

Value

Input

AC 0~5A......0~50A

Output

DC 0~5V, 0-10V

Accuracy

0.2%

Frequency range

25Hz~5kHz

Input impedance (R)

approximate zero

Linear range

0~100% of nominal input

Responding time

300ms

Over load capacity

30 times of nominal input, for 5 seconds

Maximum load

5mA

Static current

5mA

Auxiliary power

DC +12V,+24V

Isolation voltage

2500Vdc, for 1 minute

Output ripple

<6mV

Drifting by temperature

150×10-6/℃

Ambient temperature

-10℃~+50℃

Mounting

DIN rail 35mm mount or screw mount

Instruction of Installation and Use

The product has adopted structure compliance with EN50022; suitable for DIN rail mounting NS35/7.5, NS35/15. Installation steps are as following (please reference to dimensional drawing):

Step 1: Immobilize one side of product's mounting trough to the DIN mounting rail;

Step 2: Pull out the spring clasp;

Step 3: Place whole mounting trough to the DIN mounting rail properly;

Step 4: Release spring clasp to make sure the installation.

The product has calibrated before out of factory. After correctly wiring, it can be powered and used immediately. But for further precise signal sampling, user need to warm-up the product for 3 minutes before use.
basic testing method for accuracy

(1) According to the terminal definition table to connect the testing circuit;

(2) The testing must to be done by under the following conditions;

Auxiliary power: ±5%,ripple≤5mV

Ambient temperature: 25℃±2℃

Relative humidity: RH(45~75)%

Accuracy for Signal Power Source instrument: 0.05

(1) warming up the transducer for 3 minutes

(2) using output monitoring meter V1 to measuring the output of signal power source instrument, set a any input value which is within the measuring range of the transducer Ir. (e.g If the input current is 5A, the output voltage is 0~5V, the expected output value Uz should be calculated as:

Uz = 5V×Ir/ 5A

(3) using output monitoring meter V2 to measuring the output voltage V0 of the transducer, the basic introduced errorγof the transducer should be calculated as:

γ= (Uo-Uz)/5V×100

(1) Repeating (4) (5), if calculated absolute value is less than the given accuracy value of the transducer, it shows the transducer’s accurate grade is qualified.


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