HS23-C Series Current Sensor/Transducer

• Type: Hall Type
• Output Signal Type: Analog Output
• Production Process: Integration
• Material: Plastic
• Accuracy Grade: 0.1G
• Application: Switching Power Supply
• Model NO.: HS23
• Customized: Customized
• Transport Package: Carton
• Specification: 38.5*22*24.6cm
• Trademark: TRANSFAR
• Origin: China
• HS Code: 9030339000
• Production Capacity: 100000 Pieces Per Year

Product Description

HS23-C SERIES CURRENT SENSOR/TRANSDUCER


1. Features:
The opening and closing type through the heart , the terminal leads out;
Open-loop Hall effect principle, fast response, low current consumption;
For testing DC, AC and pulsating current;
Fully enclosed, high isolation and pressure resistance;
High mechanical strength, high temperature and high humidity environment.
 

2. Ambient conditions:

Working environment temperature: -25 ºC ~ +85 ºC ;
Storage environment temperature: -25 ºC ~ +85 ºC ;
Relative humidity: ≤ 90% when the temperature is 40 ºC , no condensation;
Atmospheric pressure: 860~1060mbar ( about 650 ~ 800mmHg ) .

3. Safety features:
Insulation resistance: greater than 1000MΩ in normal state ;
Dielectric strength: can withstand power frequency 4000V/1 minute;
Flame retardancy: in line with UL94-V0 standard;
Insulation heat resistance class: B class (130 ºC ) .

4. Outline drawing and installation dimensions: as shown in the following figure ( Unit : mm)
 

OFS:zero point adjustment

GIN:magnitude regulation

0:GND

M:Vout

-:-15V

+:+15V

Instruction:

Ip

5. Performance Data

Model Technical Parameter	HS23- 200A-C	HS23- 300A-C	HS23- 400A-C	HS23- 500A-C	HS23- 600A-C
Rated input current IPN	200A	300A	400A	500A	600A
Measuring range IPM	±300A	±450A	±600A	±750A	±900A
Rated output voltage VSN	4V±40mV
Operating Voltage	±12 ~ ±15VDC(±5%)
Current consumption	±20mA
Load Resistance	≥10kΩ
Linearity	<±1%
Zero offset voltage	<±20mV
Response time	<1μs
Bandwidth	DC to 50kHz
Temperature drift	<±1mV/ ºC

6. Instructions for use and precautions
In order to obtain a positive output voltage at the output, the input current must flow in the direction indicated by the arrow.
When using, first connect the load and connect the working voltage ( ± 15V) , and then connect the input current.
Secondary connection :
+ : +15VDC
   - : -15VDC
   M : output terminal
   0 : ±15V supply relative to zero

7. Applications
DC frequency conversion speed regulation, servo motor
Switched Mode Power Supplies, Uninterruptible Power Supplies
Inverter power supply
Automotive Electronics
Power supplies for welding applications