3ph. indirect

Our 3-phase power meter EMU Professional II 3/5 is designed to measure current using current transformers with a ratio of 5A or 1A, making it ideal for industrial and commercial energy monitoring and management. It is MID (Measuring Instruments Directive) certified, meaning it is suitable for billing and metering purposes. Using the latest hardware technology allows for more accurate billing and cost management, as well as better monitoring and control of energy usage. The EMU Professional II also has a built-in pulse output, which can be used to interface with external systems such as energy management software or data loggers. This allows for easy integration with existing systems and provides real-time access to energy consumption data. Our 3-phase power meter EMU Professional II 3/5 is designed for easy installation and maintenance, with a compact, rugged construction that is suitable for a wide range of industrial and commercial applications. Features 3-phase indirect power meter with pulse output 3x230/400V Indirect using /5A and /1A current transformers Current transformer ratio configurable several times using the service key MID B+D, for billing purposes Accuracy class B (1%) Power meter readings Active energy consumption (kWh) and supply (kWh) Reactive energy consumption (kvarh) and supply (kvarh) Active power (kw) Reactive power (kvar) Apparent power (kVA) Current (A) Frequency (Hz) Number of voltage failures Current transformer ratio LCD-Display Reading and setting parameters is user-friendly by a 38x28 mm graphic LCD display with LED backlight. This provides excellent visibility of numbers and letters. Display language e.g. english or german can be selected by the keys. Power meter configuration Touch-sensitive control buttons are used for configuration. A sealable service button must be pressed for each configuration change.The current transformer ratio (1 or 5 A transformer, up for up to 20000/5 or 4000/1 A) can be configurable several times. S0 pulse output The 3-phase indirect power meter EMU Professional II 3/5 features a configurable S0 pulse output for active or reactive energy  Pulse rate per kWh / kvarH: 1,10,100, 1000 or 10000 Pulse length in milliseconds: 2ms, 10ms, 30ms, 40ms, 120 ms Energy meter configuration ex factory S0 pulse output: 10 Impulse/ 20 ms Power meter manufacturer The 3-phase indirect power meter meter is produced in Switzerland by EMU Electronic Ltd.More information: https://www.emuag.ch In summary, our 3-phase power meter EMU Professional II 3/5 is a reliable and precise energy monitoring solution that is suitable for billing and metering purposes. With its advanced features and easy integration, it is the ideal choice for industrial and commercial energy management using current transformers with ratio of 5A or 1A.

3-phase power meters with RS485 Modubs RTU interfaces are essential tools for accurately measuring and energy management in industrial and commercial settings. Our 3-phase power meter EMU Professional II 3/5 Modbus is designed to measure current using current transformers with a ratio of 5A or 1A.It is MID (Measuring Instruments Directive) certified, meaning it is suitable for billing and metering purposes. Features Bidirectional three-phase power meter with RS485 interface RS485 Modbus RTU interface 3x230/400V Current transformer /5 and /1A MID B+D, for billing purposes Accuracy class B (1%) RS485 Modbus RTU interface The built-in RS 485 Modbus RTU interface is protected against dirt and manipulation.  Modbus power meter readings Active energy consumption (kWh) and supply (kWh) Reactive energy consumption (kvarh) and supply (kvarh) Active power (kw)  Reactive power (kvar)  Apparent power (kVA) Current (A) Frequency (Hz) Number of voltage failures LCD-Display Reading and setting parameters is user-friendly by a 38x28 mm graphic LCD display with LED backlight. This provides excellent visibility of numbers and letters.Display language e.g. english or german can be selected by the keys. Power meter configuration Touch-sensitive control buttons are used for configuration. A sealable service button must be pressed for each configuration change.The control buttons are used to configure the RS485 Modbs address and the baud rate. Modbus baud rate: Via keys or Modbus Modbus primary address: Via keys or Modbus Modbus address: Via keys or Modbus RS 485 power meter configuration ex factory Modbus address: 000 S0 pulse output: 1'000 Impulse/ 40 ms Manufacturer The 3-phase RS485 power meter meter is produced in Switzerland by EMU Electronic Ltd.More information: https://www.emuag.ch In summary, our 3-phase power meter EMU Professional II 3/100 Modbus is a reliable and precise energy monitoring solution that is suitable for billing and metering purposes. With its advanced features and easy integration, it is the ideal choice for industrial and commercial energy management using RS485 Modbus communication.

Our 3-phase power meter EMU Professional II 3/5 LoRa is the perfect solution for industrial and commercial energy management and monitoring. It is designed for indirect measurements using current transformers /5 and /1A and is equipped with a LoRa wireless interface, making it easy to remotely monitor and manage energy consumption.The LoRa wireless interface allows for easy integration with existing systems and provides real-time access to energy consumption data. This makes it ideal for use in remote or difficult-to-reach locations, as well as in applications where wired connections are not practical.Our 3-phase power meter EMU Professional II 3/5 LoRa is MID (Measuring Instruments Directive) certified, meaning it is suitable for billing and metering purposes. This guarantees its accuracy and reliability, making it an ideal choice for energy management in industrial and commercial settings LoRa power meter features Bidirectional three-phase power meter with LoRa interface Wireless LoRa interface 3x230/400V Indirect using /5A and /1A current transformers Current transformer ratio configurable several times using the service key MID B+D, for billing purposes Accuracy class B (1%) LoRa interface To ensure a stable, high-performance connection to the LoRaGateway, the LoRa interface continuously adapts the optimal transmission and reception parameters. For easier integration of the electricity meter, the status of the LoRa network connection can be accessed on the display at any time. Frequency band EU 863-870MHz Type: Class C device Two-way communication. LoRa interface is always ready to receive (Class C). The LoRa interface has a signal strength of 14dbm.  Note:  When operating the LoRa power meter EMU Professional II 3/5 on a LoRa network which does not support Class C devices, the power meter EMU Professional II will work as a Class A device.  LoRa Decoder + Payload configurator On the TTN network, the EMU Professional II 3/5 LoRa is immediately available as a template. For integration in other systems, we offer the decoder and payload configurator in GITHUB. Link: GITHUB LoRa Decoder  Indirect LoRa power meter configuration ex factory Every LoRa electricity meter has the following factory configuration  JoinMode: OTAA DevEUI  (starting with 102CEF) Appkey AppEUI  (10 2C EF 00 00 00 00 00)  The DevEUI and the AppKey can be read on the display, the AppEUI is always 10 2C EF 00 00 00 00 00  LoRa power meter readings Active energy consumption (kWh) and supply (kWh) Reactive energy consumption (kvarh) and supply (kvarh) Active power (kw)  Reactive power (kvar)  Apparent power (kVA) Current (A) Frequency (Hz) Number of voltage failures Current transformer ratio LCD-Display Reading and setting parameters is user-friendly by a 38x28 mm graphic LCD display with LED backlight. This provides excellent visibility of numbers and letters.Display language e.g. english or german can be selected by the keys. Power meter configuration Touch-sensitive control buttons are used for configuration. A sealable service button must be pressed for each configuration change.The current transformer ratio (1 or 5 A transformer, up for up to 20000/5 or 4000/1 A) can be configurable several times.Using the control keys a new LoRa key can be generated or a re-join can be started. S0 pulse output The 3-phase indirect power meter EMU Professional II 3/5 LoRa features a configurable S0 pulse output for active or reactive energy  Pulse rate per kWh / kvarH: 1,10,100, 1000 or 10000 Pulse length in milliseconds: 2ms, 10ms, 30ms, 40ms, 120 ms LoRa power meter manufacturer The 3-phase LoRa power meter meter meter is produced in Switzerland by EMU Electronic Ltd.More information: https://www.emuag.ch

3-phase power meters with M-Bus communication are essential tools for accurately measuring and managing energy usage in industrial and commercial settings. Our 3-phase power meter EMU Professional II 3/5 M-Bus is designed to measure current using current transformers with a ratio of 5A or 1A, making it ideal for industrial and commercial energy monitoring and management. It is MID (Measuring Instruments Directive) certified, meaning it is suitable for billing and metering purposes. Using the latest hardware technology allows for more accurate billing and cost management, as well as better monitoring and control of energy usage. Features Bidirectional three-phase power meter with M-Bus interface wired M-Bus interface 3x230/400V Indirect using /5A and /1A current transformers Current transformer ratio configurable several times using the service key MID B+D, for billing purposes Accuracy class B (1%) M-Bus interface The built-in M-Bus interface is protected against dirt and manipulation and is designed according to EN13757-2, -3 (previously EN1434-3). The power meter EMU Professional II 3/5 M-Bus communicates via M-Bus at 300, 600, 1,200, 2,400, 4,800 and 9,600 baud. The M-Bus load of the EMU Professional II 3/5 M-Bus is only 1.5 mA, which corresponds to a standard load.M-Bus connection: The EMU Professional 3/5 M-Bus 2x2 M-Bus connection terminals for easy M-Bus looping. Power meter readings Active energy consumption (kWh) and supply (kWh) Reactive energy consumption (kvarh) and supply (kvarh) Active power (kw)  Reactive power (kvar)  Apparent power (kVA) Current (A) Frequency (Hz) Number of voltage failures Current transformer ratio LCD-Display Reading and setting parameters is user-friendly by a 38x28 mm graphic LCD display with LED backlight. This provides excellent visibility of numbers and letters.Display language e.g. english or german can be selected by the keys. Power meter configuration Touch-sensitive control buttons are used for configuration. A sealable service button must be pressed for each configuration change.The current transformer ratio (1 or 5 A transformer, up for up to 20000/5 or 4000/1 A) can be configurable several times.The control keys are used to configure the M-Bus primary and secondary address, and the baud rate. M-Bus baud rate: Via keys or free EMU MB-Connect software M-Bus primary address: Via keys or free EMU MB-Connect software M-Bus secondary address: Via keys or free EMU MB-Connect software Power meter configuration ex factory M-Bus primary address: 000 M-Bus secondary address: serial number, e.g. 23451234 M-Bus baud rate: 2400 S0 pulse output: 10 Impulse/120 ms Power meter manufacturer The 3-phase indirect power meter meter is produced in Switzerland by EMU Electronic Ltd.More information: https://www.emuag.ch In summary, our 3-phase power meter EMU Professional II 3/5 M-Bus is a reliable and precise energy monitoring solution that is suitable for billing and metering purposes. With its advanced features and easy integration, it is the ideal choice for industrial and commercial energy management using M-Bus communication.Our 3-phase power meter EMU Professional II 3/5 M-Bus is designed for easy installation and maintenance, with a compact, rugged construction that is suitable for a wide range of industrial and commercial applications.

Our 3-phase power meter EMU Professional II 3/5 LoRa is the perfect solution for industrial and commercial energy management and monitoring. It is designed for indirect measurements using current transformers /5 and /1A and is equipped with a LoRa wireless interface, making it easy to remotely monitor and manage energy consumption.The LoRa wireless interface allows for easy integration with existing systems and provides real-time access to energy consumption data. This makes it ideal for use in remote or difficult-to-reach locations, as well as in applications where wired connections are not practical.This version has an internal LoRa antenna and SMA antenna connector for external antenna. Our 3-phase power meter EMU Professional II 3/5 LoRa is MID (Measuring Instruments Directive) certified, meaning it is suitable for billing and metering purposes. This guarantees its accuracy and reliability, making it an ideal choice for energy management in industrial and commercial settings LoRa power meter features Integrated LoRa antenna and SMA connector for external antenna Bidirectional three-phase power meter with LoRa interface Wireless LoRa interface 3x230/400V Indirect using /5A and /1A current transformers Current transformer ratio configurable several times using the service key MID B+D, for billing purposes Accuracy class B (1%) LoRa interface To ensure a stable, high-performance connection to the LoRaGateway, the LoRa interface continuously adapts the optimal transmission and reception parameters. For easier integration of the electricity meter, the status of the LoRa network connection can be accessed on the display at any time. Frequency band EU 863-870MHz Type: Class C device Two-way communication. LoRa interface is always ready to receive (Class C). The LoRa interface has a signal strength of 14dbm.  Note:  When operating the LoRa power meter EMU Professional II 3/5 on a LoRa network which does not support Class C devices, the power meter EMU Professional II will work as a Class A device.  LoRa Decoder + Payload configurator On the TTN network, the EMU Professional II 3/5 LoRa is immediately available as a template. For integration in other systems, we offer the decoder and payload configurator in GITHUB. Link: GITHUB LoRa Decoder  Indirect LoRa power meter configuration ex factory Every LoRa electricity meter has the following factory configuration  JoinMode: OTAA DevEUI  (starting with 102CEF) Appkey AppEUI  (10 2C EF 00 00 00 00 00)  The DevEUI and the AppKey can be read on the display, the AppEUI is always 10 2C EF 00 00 00 00 00  LoRa power meter readings Active energy consumption (kWh) and supply (kWh) Reactive energy consumption (kvarh) and supply (kvarh) Active power (kw)  Reactive power (kvar)  Apparent power (kVA) Current (A) Frequency (Hz) Number of voltage failures Current transformer ratio LCD-Display Reading and setting parameters is user-friendly by a 38x28 mm graphic LCD display with LED backlight. This provides excellent visibility of numbers and letters.Display language e.g. english or german can be selected by the keys. Power meter configuration Touch-sensitive control buttons are used for configuration. A sealable service button must be pressed for each configuration change.The current transformer ratio (1 or 5 A transformer, up for up to 20000/5 or 4000/1 A) can be configurable several times.Using the control keys a new LoRa key can be generated or a re-join can be started. S0 pulse output The 3-phase indirect power meter EMU Professional II 3/5 LoRa features a configurable S0 pulse output for active or reactive energy  Pulse rate per kWh / kvarH: 1,10,100, 1000 or 10000 Pulse length in milliseconds: 2ms, 10ms, 30ms, 40ms, 120 ms LoRa power meter manufacturer The 3-phase LoRa power meter meter meter is produced in Switzerland by EMU Electronic Ltd.More information: https://www.emuag.ch

Our 3-phase bidirectional power meter EMU Professional II 3/5 TCP/IP is an advanced and reliable solution for industrial and commercial energy management and monitoring. It is designed for measuring by current transformers /5 and /1A and is equipped with a TCP/IP interface, making it easy to remotely monitor and manage energy consumption via a network connection. The meter's TCP/IP interface allows for easy integration with existing systems, providing real-time access to energy consumption data via Modbus TCP protocol and API. Features Bidirectional three-phase power meter with LAN TCP/IP interface Remote reading via Modbus TCP and API Webserver access protection with password Logging of different measurement values and export to CSV or via API Memory depth of over 3 years at a 15-minute interval  3x230/400V Current transformer /5A and /1A MID B+D, for billing purposes Accuracy class B (1%) TCP/IP interface | Modbus TCP The built-in LAN TCP/IP interface is protected against dirt and manipulation.You can analyse different measurement readings via your web browser and IP address in a LAN or WAN. Remote reading via Modbus TCP   HTTP-GET API   NTP time server Buffered clock with synchronisation DHCP or fixed IP Modbus TCPModbus TCP is similar to Modbus RTU, but TCP/IP packages are used to transfer data. TCP-Port 502 is reserved for Modbus TCP. Power meter readings Active energy consumption (kWh) and supply (kWh) Reactive energy consumption (kvarh) and supply (kvarh) Active power (kw)  Reactive power (kvar)  Apparent power (kVA) Current (A) Frequency (Hz) Number of voltage failures LCD-Display Reading and setting parameters is user-friendly by a 38x28 mm graphic LCD display with LED backlight. This provides excellent visibility of numbers and letters.Display language e.g. english or german can be selected by the keys. Power meter configuration Touch-sensitive control buttons are used for configuration. A sealable service button must be pressed for each configuration change.Network parameters are easy to configure via the website. Power meter configuration ex factory Netwok configuration: DHCP S0 pulse output: 1'000 Impulse/ 40 ms Manufacturer The 3-phase LAN power meter meter is produced in Switzerland by EMU Electronic Ltd.More information: https://www.emuag.chIn summary, our 3-phase power meter EMU Professional II 3/100 with TCP/IP interface, Modbus TCP and API is a reliable and precise energy monitoring solution that is suitable for billing and metering purposes. With its advanced features and easy integration, it is the ideal choice for industrial and commercial energy management in remote and hard-to-reach locations.