UMG 800

Modular expandable energy analyzer

Janitza UMG 800 is a modern energy and power quality analyzer that is applied for the monitoring of electrical systems. It is able to measure power, energy, voltage, and current in real-time with accuracy.

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Products Details

Janitza UMG 800 is a modern energy and power quality analyzer that is applied for the monitoring of electrical systems. It is able to measure power, energy, voltage, and current in real-time with accuracy. It can be applied to single-phase or three-phase systems and is readable and communicative. It is designed to be versatile in the sense that functions or sensors can be easily integrated when there is a shift in needs.

It is also able to identify power faults, inefficiency, and defects and hence is a requirement for service engineers and technicians. It identifies faults at an early stage, and hence proper maintenance can be scheduled. With simple-to-use operation and clear menus, it simplifies complex electrical measurement to comprehend.

It is built for life-long operation at low energy consumption and to global standards. It is heavy-duty hardware that functions optimally under extreme conditions. In industrial facilities, commercial high-rise buildings, or power plants based on renewable energy, the Janitza UMG 800 supports smart energy management by offering true, action-driving information.

Janitza UMG 800 Product Features

  • Measures voltage, current, power, and energy
  • Suitable for single-phase and three-phase systems
  • Real-time data recording
  • Easy-to-read digital display
  • Modular design for flexible upgrades
  • Clear and simple user interface
  • Rugged and durable construction
  • Supports multiple communication protocols
  • Advanced software for data analysis
  • Fast detection of power faults and anomalies
  • Compact and lightweight design
  • Low energy consumption

It is a rugged, user-friendly, and extremely versatile tool that is an essential asset in most settings. It enables users to monitor and optimize their power systems, lower energy bills, and avoid unexpected downtime.