Vitrek PA910 Power Analyzer | High Precision 0.045% Accuracy

The Vitrek PA910 is a state-of-the-art power analyzer designed for demanding industrial and aerospace applications. With its exceptional accuracy of 0.045% and ability to measure up to 500 harmonics at 400Hz, it meets the stringent criteria for Airbus avionics harmonics measurement. This modular instrument allows you to configure up to four power measurement channel cards in any combination of three different types, providing unmatched flexibility for a wide range of testing scenarios.

Key Features & Highlights

• High Precision Accuracy: 0.045% accuracy ensures reliable and precise measurements.
• Advanced Harmonic Analysis: Measures up to 500 harmonics at 400Hz, compliant with Airbus avionics standards.
• Large Touchscreen Display: High-resolution color display with intuitive touchscreen interface for easy navigation and data visualization.
• Modular Design: Supports up to 4 channel cards in any combination of S, W, and A types for customized configurations.
• Built-in Data Logger: Logs up to 16 selectable data results to USB or internal storage with intervals from 10ms to 100 hours.
• Multiple Viewing Modes: Includes Power Data, Custom Power Data, Scope, Cycle, Vector, History, and Standby Power screens for comprehensive analysis.
• Virtual Power Analyzers (VPAs): Configure up to 3 VPAs for three-phase measurements or efficiency tests without interconnecting separate units.
• Connectivity: Ethernet, High-Speed Serial, and USB interfaces for remote control and data transfer.
• Standby Power Testing: Built-in application for EN50564:2011 compliance testing.
• High Sampling Rate: Effective sampling rate of 384MSPS with 22-bit (S & W) or 24-bit (A) resolution.
• CE Certified: Meets EN61010 safety standards.
• Warranty: 2-year parts and labor warranty, 2-year accuracy specifications.

Applications

The Vitrek PA910 is ideal for power quality analysis, motor testing, efficiency measurements, and compliance testing in industries such as aerospace, automotive, electronics manufacturing, and energy. Its advanced features make it suitable for R&D labs, production lines, and field service applications.