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Hall Effect DC Current Sensor From Acrel Factory

Overview Hall Effect DC Current Sensor from Acrel Factory Product Description In recent years, due to the development of;

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Overview

Basic Info.

Model NO.	HALL
IP Rating	IP40
Certification	IEC, RoHS
Customized	Customized
Secondary Output Current	4-20mA, 5V, 4V
Auxiliary Power	+12V/15V/24V, -12V/15V/24V
Primary Input Current	0-20000A
Input Current	AC or DC
Transport Package	Carton
Specification	Closed type Open-loop Hall-effect
Trademark	Acrel
Origin	China
HS Code	9030339000
Production Capacity	200000

Product Description

Hall Effect DC Current Sensor from Acrel Factory

Product Description

In recent years, due to the development of power electronic devices and the application of new technologies such as frequency conversion, inverter, and chopper, the waveforms of voltage and current are no longer standard sine waves or DC. The traditional transformer is obviously not suitable for the measurement of this waveform. Therefore, many countries have successively carried out the research and development of non-contact current and voltage sensors, especially Hall current and voltage sensors are regarded as representative of this technology. Hall sensor is suitable for isolation and conversion of complex signals such as AC, DC and pulse. Through the principle of Hall effect, the converted signal can be directly collected and accepted by various acquisition devices such as AD, DSP, PLC, and secondary instruments. Small size, long life, easy installation, fast response time, wide current measurement range, high accuracy, strong overload capacity, good linearity, and strong anti-interference ability.

1) HALL open-loop current sensor
★ Technical features:
(1) Small volume
(2) Wide measuring range
(3) Light weight
(4) Low power consumption
(5) No insertion loss
★ Working principle:
After the magnetic field generated by the primary current IP is concentrated through the magnetic core, the HALL induction chip is used to induce the size and direction of the primary current IP at the air gap of the magnetic core. The output voltage of the HALL induction chip passes through the signal processing circuit, so that the output of the sensor can accurately reflect the magnitude of the measured current. In order to improve the performance of the HALL open-loop sensor, silicon steel or permalloy is usually used as the material of the magnetic core. When the operating frequency of the measured current is greater than 10kHz for a long time, the sensor may be damaged by the heating of the magnetic core.