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LD DIDACTIC

LD DIDACTIC Power Analyser CASSY (727101NA)

The Power Analyser CASSY is a multifunctional measurement device designed for demonstration and laboratory experiments. Combining the capabilities of an isolated and differential oscilloscope, multimeter, wattmeter, energy analyser, and recorder, it enables comprehensive analysis of electrical systems and components. The device is suitable for applications in power grids, electrical machines, and power electronics, allowing users to investigate parameters such as voltage and frequency stability, transformer performance, machine efficiency, and the behavior of converters and filters. An additional LAN connection enhances connectivity, while real-time processing and compatibility with CASSY Lab 2, MATLAB®, and LabVIEW™ support advanced measurement, analysis, and visualization tasks.

SPECIFICATIONS

  • Simultaneous measurement of voltage (U), current (I), phase angle, frequency (f), and power (P)4 isolated measurement channels (CAT III 300) with voltage and current measurement

  • Measurement ranges up to 700 VAC / ±1000 VDC and 16 A

  • Sampling rate up to 1,000,000 values/s per channel

  • Communication interfaces: RJ45 Ethernet, Wi-Fi, and USB-C

  • Integrated 4 GB microSD card for data storage

  • Compatible with CASSY Lab 2, MATLAB®, and LabVIEW™

FEATURES

  • Combines oscilloscope, multimeter, wattmeter, energy analyser, and recorder in a single device
  • Real-time measurement and analysis of electrical parameters
  • Automatic and manual range selection
  • Built-in display with graphical, tabular, and vector diagram views
  • Supports FFT analysis, modelling, and power calculations
  • Remote access and measurement data sharing via network connections
  • Direct operation through onboard controls and display
  • Suitable for single-phase and three-phase system analysis
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Learning Outcomes

  • Electrical power measurement and analysis
  • Voltage and frequency stability studies
  • Transformer and machine performance evaluation
  • Three-phase system analysis
  • Harmonic and load behavior investigation
  • Power electronics testing and evaluation
  • Energy and power calculations
  • Data acquisition and signal analysis techniques

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