Fejlett háromfázisú hálózati analizátorok NANO H

Advanced three-phase network analyzers NANO H are modern devices designed for monitoring, recording, and analyzing electrical network parameters in three-phase installations. Thanks to advanced measurement functions, they allow for an accurate assessment of power quality, detection of anomalies, and optimization of energy consumption in industrial plants, commercial facilities, and systems with renewable energy sources (RES).

Functionality of NANO H analyzers:

NANO H analyzers provide comprehensive measurement of electrical parameters, such as:

• Voltage, current, and power (active, reactive, apparent),
• Power factor (cosφ) and power balance,
• Harmonics and total harmonic distortion (THD),
• Voltage sags and surges, voltage and current asymmetry,
• Four-quadrant energy measurement,
• Event recording in accordance with EN 61000-4-30 power quality standard.

Thanks to miniature triple CT transformers, NANO H analyzers can be installed in limited spaces, facilitating installation and reducing wiring costs. Versions with direct current measurement of 63A, 125A, 160A, and 250A are available, eliminating the need for external transformers.

Advantages of NANO H network analyzers:

• RS485-Modbus RTU – integration with SCADA systems and remote monitoring,
• Programmable alarm and pulse outputs – alarm control and energy retransmission,
• Accurate power quality analysis – detection of disturbances and energy consumption optimization,
• Anomaly recording in the network – fast diagnosis of power supply issues,
• Easy installation – compact housing compatible with modular circuit breakers,
• Real-time active and reactive energy measurement – precise energy flow control.

Applications of NANO H network analyzers:

These devices are widely used in:

• Industrial automation and energy sector – precise power quality control,
• Production plants and commercial facilities – energy cost optimization,
• Renewable energy systems and energy storage – monitoring of active and reactive energy flow,
• Office buildings and critical infrastructure – ensuring power supply stability.