Customization: | Available |
---|---|
Type: | Hall Type |
Output Signal Type: | Analog Output |
Still deciding? Get samples of US$ 171/Piece
Request Sample
|
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
Rated current: 0-4000A
Rated output: DC4-20mA
Measuring Aperture: 132*52 mm
Power Supply: 24VDC
Linearity: 1%
The measurement error is not more than 1%
Response time < 10 microseconds
Type | Rated current | Rated output | Measuring Aperture | Power Supply |
AHKC-EKA | 0-(50-500)A | 5V/4V | Φ20mm | ±15V |
AHKC-EKAA | DC 0-(50-500)A | DC4-20mA | Φ20mm | 12V/24V |
AHKC-EKDA | AC 0-(50-500)A | DC4-20mA | Φ20mm | 12V/24V |
AHKC-EKB | 0-(200-1000)A | 5V/4V | Φ40mm | ±15V |
AHKC-EKBA | DC 0-(200-1000)A | DC4-20mA | Φ40mm | 12V/24V |
AHKC-EKBDA | AC 0-(200-1000)A | DC4-20mA | Φ40mm | 12V/24V |
AHKC-EKC | 0-(500-1500)A | 5V/4V | Φ55mm | ±15V |
AHKC-EKCA | DC 0-(500-1500)A | DC4-20mA | Φ55mm | 12V/24V |
AHKC-EKCDA | AC 0-(500-1500)A | DC4-20mA | Φ55mm | 12V/24V |
AHKC-K | 0-(400-2000)A | 5V/4V | 64*16mm | ±15V |
AHKC-KAA | DC 0-(400-2000)A | DC4-20mA | 64*16mm | 12V/24V |
AHKC-KDA | AC 0-(400-2000)A | DC4-20mA | 64*16mm | 12V/24V |
AHKC-H | 0-(500-3000)A | 5V/4V | 82*32 | ±15V |
AHKC-KA | 0-(500-5000)A | 5V/4V | 104*36 | ±15V |
AHKC-HB | 0-(2000-8000)A | 5V/4V | 132*52 | ±15V |
0-(10000-20000)A | 5V/4V | 132*52 | ±15V | |
0-(25000-40000)A | 5V/4V | 132*52 | ±15V | |
AHKC-HBAA | DC 0-(2000-8000)A | DC4-20mA | 132*52 | 12V/24V |
DC 0-(10000-20000)A | DC4-20mA | 132*52 | 12V/24V | |
DC 0-(25000-40000)A | DC4-20mA | 132*52 | 12V/24V | |
AHKC-HBDA | AC 0-(2000-8000)A | DC4-20mA | 132*52 | 12V/24V |
AC 0-(10000-20000)A | DC4-20mA | 132*52 | 12V/24V | |
AC 0-(25000-40000)A | DC4-20mA | 132*52 | 12V/24V |
Notes:
1. When the hall sensor is used, in order to obtain better dynamic characteristics and sensitivity, attention must be paid to the coupling between the primary side coil and the secondary side coil. It is recommended to use a single wire and the wire completely fills the hall sensor module wire hole;
2. When the hall sensor is used, the best measurement accuracy can be obtained under the rated input current value. When the measured current is far lower than the rated current To obtain the best accuracy, multiple turns can be used for the primary side, i.e. IPNP = rated ampere turns. In addition, the temperature of the primary side feeder shall not exceed 80 ºC;
3. The auxiliary power supply of Hall current sensor shall not exceed ± 20% of the calibrated value when it works normally;
4.Hall current sensor shall not fall from a high place (≥ 1m) during installation and use;
5. It is unable to adjust the zero point and full degree adjustment potentiometer;
6. Auxiliary power supply needs to be configured by itself;
7. The positive and negative poles of the power supply cannot be reversed.