DC Analog Hall Current Sensor with RS485 Output and Low Temperature Drift

• Customization: Available
• Test Region: Current
• Application: Industrial Automation
• Model NO.: GL-K20
• Consumption Current: ≤25mA
• Response Time: <200ms
• Working Temperature: -10ºC~+70ºC
• Storage Temperature: -25ºC~+85ºC
• Trademark: Aice Tech
• Origin: China
• HS Code: 9026202000

Product Description

Welcome to Jiangsu Aice Instrument Technology Co., Ltd., your trusted partner in advanced current sensing solutions.

Product Description

1. INTRODUCTION: Discover the forefront of innovation with our DC Analog Hall Current Sensor, equipped with RS485 Output and designed to minimize temperature drift.

Product Use: Engineered for excellence, our sensor is ideal for measuring DC, AC, pulse current, and other arbitrary waveform currents with unparalleled accuracy.
Product Advantages: Experience superior performance and value with our sensor's optimal performance-to-price ratio, minimal power loss, compact design, lightweight build, and effortless installation. The perforated input ensures no insertion loss.
Applications: Perfect for diverse applications such as frequency control systems, welding machines, electrochemical processes, power monitoring, electric locomotives, and motor start-up protection.

Product Parameters

Installation method	Flat screw fixation
Rated current	50A, 100A, 200A, 500A, 800A, 1000A, 1500A, 2000A, 2500A, 3000A
Measuring range	100A-3500A
Rated output	5V, 10V, DC0~20mA, DC4~20mA, user specified
Auxiliary power	DC12V, DC24V, DC±12V, DC±15V, user specified
Load capacity	Voltage output 5mA, current output 6V
Linearity	0.5%
Accuracy	1%
Isolation withstand voltage	2.5kV/50Hz, 1Min
Offset voltage	≤20Mv
Temperature drift	≤500ppm/ºC
Bandwidth	DC20KHz
di/dt follow	>50A/uS
Current consumption	≤25mA
Response time	<200mS
Operating temperature	-10~70ºC
Storage temperature	-25~85ºC

Detailed Photos

Instructions for Use: Ensure optimal performance by aligning the original side current with the sensor arrow to obtain a positive current output. The temperature of the original side bus bar must not exceed 80°C.

Product Showing

Certifications

FAQ