The EM513082 is a reliable Class B three-phase smart meter providing precise measurement of both active and reactive energy. With a voltage rating of 3x230/400V and a current range of 5(100)A, this meter supports both forward and reverse energy measurement, ensuring comprehensive monitoring. Compliant with EN50470-1/3 requirements, it offers versatile RS485 communication, seamlessly supporting both the widely adopted Modbus protocol and the DLT645 protocol, enabling easy integration into various monitoring systems. The inclusion of a built-in battery ensures data integrity during power interruptions, and the integrated tariff function allows for multi-rate energy billing. Its compact design allows for simple DIN rail mounting.
1.Introduction
The EM513082 is a reliable Class B three-phase smart meter providing precise measurement of both active and reactive energy. With a voltage rating of 3x230/400V and a current range of 5(100)A, this meter supports both forward and reverse energy measurement, ensuring comprehensive monitoring. Compliant with EN50470-1/3 requirements, it offers versatile RS485 communication, seamlessly supporting both the widely adopted Modbus protocol and the DLT645 protocol, enabling easy integration into various monitoring systems. The inclusion of a built-in battery ensures data integrity during power interruptions, and the integrated tariff function allows for multi-rate energy billing. Its compact design allows for simple DIN rail mounting.
2. Features of our Bidirectional meter
The electricity meter has been approved by CE, MID (B+D)
Din Rail Mounted Direct connection
Real-time reading of electricity meter data through RS485 communication port optional
Bidirectional energy metering
Active/reactive energy and forward and reverse measurement
Various Measurement mode
Accuracy class: B (1%)
Current: from 30A to Max 100A
Display mode: LCD
Frequency range: 50 Hz
LED: 1 flasher/button
Model: Efuturo electric meter for DIN Guide, Mid Tarato, 3 phases, 11 or 22 kW
Power supply: 3 x 230 V / 400 V
Environmental class: mechanic: M1, electromagnetic: E1
3. Why choose this series?
3-Phase Measurement: Suitable for industrial and commercial applications with 3-phase power.
DIN Rail Mounting: Easy installation in electrical panels and distribution boards.
RS485 Communication: Enables remote monitoring and data acquisition, allowing integration with control systems.
100A Capacity: Handles significant power loads.
Accuracy: Provides accurate energy measurements for billing and monitoring purposes.
Data Logging: Some meters include internal data logging capabilities.
4. What are the applications of 3p RS485 Energy Meter
1. Industrial Automation and Monitoring:
Factory Automation: Monitoring energy consumption of machinery, production lines, and overall factory power usage.
Process Control: Measuring energy used in specific industrial processes to optimize efficiency.
Building Management Systems (BMS): Integrating with BMS to monitor and control energy usage in industrial buildings.
2. Commercial Buildings and Facilities:
Shopping Malls and Retail Spaces: Tracking energy consumption of individual tenants or departments for billing and energy management.
Office Buildings: Monitoring energy usage of lighting, HVAC systems, and other electrical equipment.
Data Centers: Measuring and controlling the power consumption of servers and cooling systems.
Hospitals and Healthcare Facilities: Ensuring accurate energy monitoring for critical equipment and overall facility management.
Hotels: Tracking energy usage for billing and optimizing energy efficiency.
3. Renewable Energy Systems:
Solar Power Systems: Measuring the energy output of solar panels and inverters.
Wind Power Systems: Monitoring the energy generated by wind turbines.
Energy Storage Systems: Tracking the charging and discharging of batteries in energy storage applications.
4. Electric Vehicle (EV) Charging Infrastructure:
EV Charging Stations: Measuring the energy consumed by EVs during charging, especially in commercial or public charging setups.
Fleet Charging Management: Tracking the energy usage of EV fleets for cost control and efficiency.
5. Smart Grid Applications:
Distributed Energy Resources (DER) Monitoring: Monitoring energy flow from various distributed generation sources.
Substation Monitoring: Measuring energy usage in substations for grid management.
Load Monitoring and Control: Implementing demand-side management strategies.
6. Residential Applications (Large Homes/Apartment Buildings):
Multi-family Housing: Monitoring energy usage for individual apartments or common areas.
Large Residential Homes: Managing overall energy consumption and potentially integrating with home automation systems.