Energy Consumption Meter for DC Systems, Voltage Measuring Range 0.05-300V with High Precision Power Analyzer Function, Multi Function Meter with

Energy Consumption Meter for DC Systems, Voltage Measuring Range 0.05-300V with High Precision Power Analyzer Function, Multi Function Meter with Description

Engineered for precision and reliability, this energy consumption meter delivers comprehensive monitoring of DC electrical parameters in industrial, renewable, and automation environments. With a broad voltage measuring range and support for multiple shunt configurations, it ensures accurate real-time data collection. The integrated UART to RS485 interface enables long-distance communication, while ModbusRTU protocol compliance guarantees compatibility with modern control systems. Designed for scalability and safety, it includes programmable alarm functions to safeguard critical infrastructure. A trusted solution for engineers and technicians focused on system optimization and energy management. Energy Monitoring & Data Accuracy : Accurately track DC voltage, current, active power, frequency, and energy consumption with high stability and reliable measurement performance, ideal for system diagnostics and energy efficiency analysis. Voltage Measuring Range Flexibility : Supports a wide input range from 0.05V to 300V, enabling precise monitoring across low and high-voltage DC applications, including solar setups and battery systems. Robust Communication Interface : Features UART to RS485 conversion for long-distance, noise-resistant data transmission, ensuring stable integration into industrial control and automation networks. ModbusRTU Protocol Compatibility : Fully supports standard ModbusRTU commands including 0x03, 0x04, 0x06, 0x41, and 0x42, allowing seamless connectivity with SCADA systems, PLCs, and HMI interfaces. Customizable Alarm Indication : Set voltage thresholds to trigger real-time alerts when limits are exceeded, enhancing system protection and preventing equipment damage due to overvoltage or undervoltage conditions.