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  • Industrial IOT Wifi AC Current Monitor Split Core Sensor for Energy Monitoring
  • Industrial IOT Wifi AC Current Monitor Split Core Sensor for Energy Monitoring
  • Industrial IOT Wifi AC Current Monitor Split Core Sensor for Energy Monitoring

Industrial IOT Wifi AC Current Monitor Split Core Sensor for Energy Monitoring

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Product parameters

1. Product Introduction

The D1C9002-01 single-phase smart wifi sensor uses high magnetic permeability ferrite as the magnetic material. It has the characteristics of high precision, stable performance, small size, easy installation, and no rust at the opening. It is suitable for measuring and monitoring electrical parameters such as voltage, current, power, and power factor, and has WiFi and Bluetooth communication functions. It can read electrical parameters in real time, alarm function, and actively reports data.

Industrial IOT Wifi AC Current Monitor Split Core Sensor for Energy Monitoring


2. Main features

Wireless transmission: Supports WiFi/Bluetooth communication, convenient data transmission, and no wiring required.

Easy installation: The split-core structure, easy to disassemble, but need to turn off the power.

Remote Monitoring: Current/voltage/power/frequency data can be viewed anytime, anywhere via the network.

Data Reporting: Data can be reported to the cloud platform via Modbus and other protocols

Bidirectional Measurement: Measures forward and reverse current and power.


3. Technical parameters

Voltage input: 230V (±20%)

Current: 10(100)A

Starting current: 0.04%Ib(4mA)

Minimum current: 5%Ib(500mA)

Pulse constant: 1000imp/kwh

Measurement accuracy: 2%

Rated frequency: 50~60Hz

Threading hole diameter: ≤φ12mm

Temperature range: -20 ~ +60℃


4. Product Wiring

D1C9002-01 Smart Wifi Power Sensor Real-time Electricity Monitoring Split Core Type


5. Product Application

Smart home: monitor the power consumption of home appliances and realize intelligent power management.

Industrial automation: used for current monitoring of AC motors, lighting equipment, air compressors, and other equipment to achieve predictive maintenance

Energy management: monitor power consumption and optimize energy use in smart grids and building automation systems

EV Charger: measure the current output by the charging pile in real time and accurately, providing accurate data for billing and electricity management.

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