DIN Rail three-phase Modbus smart wireless electronic meter is a high-precision, intelligent power metering device with Modbus communication protocol and wireless data transmission function, suitable for various industrial and commercial scenarios. Through accurate power data collection, real-time monitoring and remote management, it helps users achieve energy management and optimization.
Main functions:
Three-phase power measurement: It can accurately measure the voltage, current, power (active power, reactive power), power factor, frequency, total power, etc. of three-phase AC power.
Modbus communication protocol: It supports Modbus RTU (RS485) and Modbus TCP protocols, and can realize data communication with industrial automation systems, PLCs, remote monitoring systems and other equipment, which is convenient for integration into existing energy management systems.
Wireless communication: Built-in wireless module (such as Wi-Fi or LoRa), supports remote wireless data transmission, facilitates remote monitoring and management of equipment, and reduces the complexity of on-site wiring.
High precision: It has high-precision power metering function, complies with relevant standards such as IEC 62053-21, and ensures the accuracy and reliability of data.
Real-time monitoring and alarm function: It can monitor power parameters in real time. Once an abnormality occurs (such as voltage exceeding the standard, low power factor, etc.), the system can automatically alarm and notify the user in time for processing.
Remote management: Supports data storage and analysis based on cloud platforms or local servers to help users manage and optimize energy.
Main technical parameters:
Voltage range: The three-phase voltage range is usually 380V to 480V (suitable for most industrial environments).
Current range: According to load requirements, it is usually in the range of 5A to 100A (supports external current transformer).
Frequency range: 50Hz/60Hz, adapted to global power system standards.
Communication interface: Support Modbus RTU (RS485) or Modbus TCP (Ethernet interface) communication protocol.
Wireless function: Support Wi-Fi/LoRa wireless transmission, support remote data acquisition and control.
Working temperature: -20°C to +60°C (adapt to industrial field environment).
Installation method: DIN Rail installation method, convenient for installation in a standard electrical control cabinet.
Application scenarios and fields:
Industrial automation and energy management:
In industrial production lines, factories, mines and other scenarios, it is widely used for monitoring, data collection and analysis of power consumption.
It helps to achieve efficient management and optimization of energy, reduce energy consumption and operating costs.
Building energy monitoring:
In commercial buildings, office buildings, shopping centers and other buildings, wireless electronic meters are used to monitor three-phase power in real time to help buildings analyze and manage energy efficiency.
Distribution network monitoring:
It can be used for online monitoring of distribution transformers, distribution cabinets and other power equipment, real-time collection of power data, and reliable data support for power companies to ensure the stability of the power grid.
Smart grid and distributed energy system:
In smart grid and distributed energy systems, real-time monitoring and remote data transmission of power data through this electronic meter will help improve the intelligence and automation level of the power grid.
Remote monitoring and data collection:
It is suitable for places where frequent inspections are not possible, such as wind farms, solar power stations, mining equipment, transportation warehouses, etc. With the help of wireless communication function, users can view power parameters in real time through cloud platforms or remote terminals.
Commercial and retail industries:
Shopping malls, supermarkets, hotels and other places use smart meters to accurately measure three-phase power supply, conduct statistics and analysis of power consumption, and help realize smart electricity use.