AC Current Sensor, 200A/400A/600A/800A

SKU: SUCH-ACC-I800
$89.89
● Measuring range 0-200/400/600/800A ● Output signal DC 0/4-20mA, 0/1-5V, 0-10V ● 12/24VDC, 110/220VAC power supply ● Hole Diameter 35/45/55mm
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πŸ•’ Delivery date: 6-12 days
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Overview

AC Current Sensor, 200A/400A/600A/800A features an upgraded pure copper coil design with low resistance for reduced heat buildup and high efficiency across the full current range. Adopting an electromagnetic isolation principle, this isolated current sensor ensures compatibility with PLCs, power distribution cabinets, digital meters, and data loggers. The flame-retardant housing offers strong protection in harsh industrial environments, while the integrated voltage regulation chip guarantees stable long-term operation. With a high-permeability magnetic core, dual-layer windings, and protective insulation, it delivers accurate signal conversion and extended lifespan. Additional surge protection safeguards against voltage spikes and lightning. The advanced insulation process ensures low EMI and clean signal output. It supports 0-200A/400A/600A/800A measurement range, selectable DC 0-20mA/4-20mA, 0-5V/1-5V, or 0-10V output, 12VDC/24VDC or 110VAC/220VAC power supply, and hole diameters of 35/45/55mm.

Feature

  • Upgraded Pure Copper Coils: This isolated current sensor utilizes low-resistance pure copper windings to reduce heat buildup and maintain high-efficiency performance across the 200A to 800A range.
  • Wide System Compatibility: Adopts electromagnetic isolation principle, making the AC current sensor suitable for use with PLCs, power distribution cabinets, digital meters, and data loggers.
  • Flame-Retardant Housing: The AC current sensor is enclosed in flame-resistant material, ensuring safety and reliability even in demanding industrial environments.
  • Stable Power Circuitry: An integrated voltage regulation chip ensures continuous, dependable power for long-term stable operation.
  • Optimized Coil Structure: Designed with high-permeability magnetic cores, dual-layer copper windings, insulation film, and protective coatings to provide accurate current transformation and extended service life.
  • Surge and Lightning Protection: Equipped with a high-isolation anti-surge module that defends the system from voltage spikes and lightning-induced surges, enhancing operational safety.
  • Advanced Insulation Process: Has manually wound coils with precision insulation film to enhance electrical isolation and minimize electromagnetic interference, delivering clean and stable signal output.

Dimension (Unit:mm)

AC current-sensor 1a to 150a size

 

High Current Voltage Monitoring Program

Isolated current sensor high current monitoring program

Specs
Measuring Range of Input Current * AC 0-800A
Hole Diameter * 35mm, 45mm, 55mm
Output Signal * DC 4-20mA, DC 0-20mA, DC 1-5V, DC 0-5V, DC 0-10V (customizable)
Power Supply * DC 24V, DC 12V, AC 220V, AC 110V (customizable)
Accuracy 0.5%F.S.
Isolation Voltage 3kV/50Hz/1min
Offset Voltage ≀10mV
Temperature Drift ≀100PPM/℃
Frequency Bandwidth 20~50kHz
Current Consumption <5mA
Load Capacity Voltage output: 5mA, current output: 6V
Response Time <250ms
Overload Capacity 30 times nominal input
Work Temperature -10~+70℃
Storage Temperature -25~+85℃
Measuring Method Through-hole
Shipping Weight 0.5kg
Installation Screw fixation
Application
Precision instrumentation monitoring

Precision Instrumentation Monitoring

PLC and automation control system

PLC and Automation Control System

HVAC systems and fan control

HVAC Systems and Fan Control

FAQ
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Yes, the analog output (e.g., 4–20mA or 0–10V) can be transmitted to remote systems over long distances using twisted-pair or shielded cables, especially in industrial monitoring setups.

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If the load impedance is outside the recommended range, it may cause output signal distortion or limit the current loop accuracy. Always match output with the receiving device’s input specs.

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Use a true RMS multimeter or calibrated data acquisition system to measure the output signal while applying a known AC current. Compare the result to the expected output (e.g., 4–20mA for full scale) to confirm proper function.

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