UMG 801 Power Analyser

The Janitza UMG 801 is a high-precision, all-in-one expandable power quality analyser designed to provide comprehensive metering solutions for a wide range of applications. With its flexible design and advanced features, the UMG 801 is ideal for ensuring optimal power quality and efficiency in industrial, commercial, and residential environments.

• High Sampling Frequency: The UMG 801 features a high sampling frequency of 1024 samples per cycle (voltage), ensuring accurate and detailed power quality analysis.
• Active Energy Class 0.2: Achieves Class 0.2 accuracy for active energy measurements across all channels, delivering precise and reliable data.
• Harmonics Analysis: Measures voltage up to the 127th harmonic and inter-harmonics, providing detailed information on THDv (total harmonic distortion voltage) and THDi (total harmonic distortion current).
• Unbalance, Event, and Transient Detection: Detects and reports on voltage unbalance, power quality events, and transients to help maintain optimal system performance.
• Extensive Current Measurement: It supports up to 88 current measurement channels with 1/5 A inputs, making it suitable for large-scale monitoring.
• Multifunction Channels: It includes four multifunction channels for temperature measurement or residual current monitoring (RCM), enhancing its versatility.
• Expandable Modules: Can be expanded with up to 10 current measurement modules, each up to 100 meters apart, allowing for scalable solutions in complex installations.
• Large Data Memory: Equipped with 4 GB of storage for extensive data logging and historical analysis.
• Digital I/O and Analogue Output: Features two groups with four digital I/O and analogue outputs for flexible integration and control.

• Industrial Facilities: Monitor and ensure power quality in manufacturing plants, processing facilities, and other industrial environments.
• Commercial Buildings: Optimise energy efficiency and maintain power quality in office buildings, shopping centres, and other commercial spaces.
• Residential Complexes: Ensure reliable and efficient power distribution in residential buildings and complexes.
• Power Utilities: Ideal for utility companies to monitor and analyse power quality across the grid.