UMG 605-PRO

Janitza UMG 605-PRO is the ultimate power monitor with the best accuracy and ease. It is meant to monitor huge amounts of vital information on energy and power quality. It is ideally applicable in the majority of applications. It provides real-time measurement of voltage, frequency, current, and power.

It is robust and reliable equipment. It possesses an explicit display and uncomplicated controls easy to operate. It boasts of an intelligent interface and smart communications and can find application in small installations as well as in power systems large in size.

The device is made compatible with different applications in household, commercial, and industrial usage. It is equipped with numerous technical features for cost saving and energy saving. Its quality design gives accurate data at low levels of energy usage. It can support multiple communication protocols, and therefore it is compatible with different automation systems.

Janitza UMG 605-PRO Product Features

• High measurement accuracy
• Four-quadrant metering
• Real-time data processing
• Multiple input channels
• Digital signal processing
• Integrated display panel
• Simple configuration setup
• Low energy consumption
• Wide measuring range
• High resolution data capture
• Built-in communication interfaces
• Ethernet and RS485 support
• Flexible mounting options
• Robust design for harsh environments
• Easy integration with SCADA systems
• Overload and short-circuit protection
• Firmware upgradability
• Compact and lightweight design
• Secure data storage
• User-friendly software tools
• Multiple operating modes
• Remote monitoring capability
• Built-in time synchronization
• Industry standard compliance

Areas of Applications

• Industrial Automation
• Energy Management
• Building Management
• Process Optimization
• Renewable Energy Systems
• Infrastructure Monitoring
• Smart Grid Applications

Janitza UMG 605-PRO is a smart power flow monitoring and power supply protection device. It is built from high-quality material that ensures extended duration of service and precise data collection even in unfavorable conditions of use.