Product parameters
1. Product Introduction
The D1C9002-01 is the next-generation cost-effective wireless current monitor sensor with Wi-Fi and Bluetooth communication. With its multi-parameter measurement capabilities, the D1C9002-01 can be used for energy monitoring in a variety of application scenarios, including smart home, smart buildings, industrial equipment, IOT, and EV charging stations. For Businesses: Control your company's energy expenditures, identify potential inefficiencies, and improve practices! For Homes: Understand your home's energy consumption, change habits, and save on electricity bills!
It has the characteristics of high precision, stable performance, small size, and easy installation. It is suitable for measuring and monitoring electrical parameters such as voltage, current, power, and power factor. It can read electrical parameters in real time and actively report data.
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.
Real-time 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: 5(100)A
Starting current: 0.04%Ib(4mA)
Minimum current: 5%Ib(250mA)
Pulse constant: 1000imp/kwh
Measurement accuracy: 2%
Rated frequency: 50~60Hz
Threading hole diameter: ≤φ12mm
Temperature range: -20 ~ +60℃
4. Product Wiring
5. Main Reasons to Use a WiFi Current Monitor
Energy Monitoring and Optimization: WiFi current sensors continuously track power usage, reveal patterns, and provide data to implement energy-saving measures and reduce operating costs.
Predictive Maintenance: By analyzing current data, these sensors can monitor machine runtime and detect changes in operating current, helping to predict potential equipment failures.
Anomaly Detection: These sensors can identify deviations from normal current levels, such as overloads or phase imbalances in the electrical system, instantly issuing alerts and taking proactive measures to prevent failures.
Remote Monitoring and Control: Through WiFi capabilities, these sensors can wirelessly send data to a central monitoring system, enabling near-real-time remote analysis, management, and control of connected devices and systems.
Wide Applications: These sensors are deployed in a variety of environments, from industrial plants to smart buildings and homes, to monitor critical equipment and ensure optimal operation.
