PRO PA-800 Portable Power Quality Analyser

Description

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The Metravi Pro PA-800 Portable Power Quality Analyser is a highly accurate and versatile three-phase power data logger, designed to provide precise energy measurement and analysis for a variety of applications.

With an accuracy of up to 999.9 GWh, this device ensures reliable data collection for energy management and optimisation. The Metravi Pro PA-800 measures currents and voltages, reporting real-time RMS values for all three phases and neutral.
Additionally, it provides essential power quality data, including:

• Power Factor Analysis
• Real Power & Reactive Power Measurement
• Voltage Dips & Harmonic Analysis
• Phase Imbalance Detection

The Metravi Pro PA-800 Portable Power Quality Analyser is a powerful, user-friendly, and precise tool for comprehensive energy measurement and power quality analysis.
Its high accuracy, robust design, multi-functional display, and extensive application scope make it an essential instrument for energy management professionals, building operators, and industrial users seeking to optimise their energy usage and improve system reliability.

Features:

• Accurate Energy Measurement: Capable of measuring energy usage with high precision, ensuring detailed and reliable data for comprehensive energy analysis.
• Wide Operating Temperature Range: Functions seamlessly in environments ranging from -25°C to +55°C, making it suitable for diverse operational conditions.
• Durable & Portable Design: With a compact size of 21.5x10x3.5cm, it is easy to handle and transport, enhancing usability in the field.
• Multi-Functional Display: Features a 3.5-inch TFT screen display for clear visibility and efficient monitoring of power consumption and system performance.
• User-Friendly Interface: Powered by either 4xAA batteries or USB Type-C, allowing for up to 7 hours of battery operation or continuous use when plugged into a power source.

Applications:

This advanced three-phase energy logger is an indispensable tool for various energy monitoring and optimisation tasks, including:

• Building Energy Load Profiling: Track energy usage over time to understand load distribution.
• Peak Power Usage Determination: Identify when and where peak demand occurs.
• Power Quality Testing: Assess supply quality, voltage dips, and harmonics to ensure compliance with standards.
• Solar PV System Planning: Optimize panel count and placement based on energy usage data.
• Backup Power System Planning: Determine the required inverter and battery capacity for backup solutions.
• Generator Sizing & Planning: Ensure the correct generator capacity for reliable backup power.
• Cost-Saving Opportunities:
  • Enhance energy efficiency and reduce wastage.
  • Improve Power Factor to lower energy costs.
  • Monitor peak-demand (KVA) usage to identify cost-saving measures.
  • Prevent phase imbalances and avoid overloading issues.