Fluke N5K 6PP64IPR Norma 5000 Six-Phase Power Analyzer – Precision Electrical Testing

Fluke N5K 6PP64IPR Norma 5000 Six-Phase Power Analyzer – Precision Electrical Testing

Experience industry-leading precision with the Fluke Norma 5000. Perfect for testing motors, inverters, transformers, lighting systems, and automotive components, it delivers high-bandwidth, multi-phase power analysis with modular inputs, digital/analog outputs, and an optional printer. Rugged, reliable, and easy to use, the Norma 5000 ensures safe, accurate measurements whether in the lab or the field.

The Fluke Norma 5000 is a high-precision, six-phase power analyzer designed for the most demanding testing and development of power electronics. With 6 PP64 power phase input modules, IEEE488/Ethernet connectivity, analog and digital output channels, and an optional internal printer, it delivers unmatched accuracy and bandwidth for engineering applications.

Compact yet powerful, the Norma 5000 supports simultaneous measurement of current, voltage, power, harmonics, and FFT analysis. Ideal for:

Motors & Inverter Drives: Capture switching losses, torque transients, and harmonic effects in real time.
Lighting & Ballast Systems: Up to 10 MHz bandwidth ensures detailed high-frequency signal analysis.
Transformers & Power Supplies: Six-phase synchronous measurements for precise efficiency and loss calculations.
Automotive Components: Complete electrical and mechanical power analysis for component and system efficiency.

Key Features:

3–6 power phases with modular input flexibility
High sampling rate and wide bandwidth for detailed analysis
Integrated analog/digital outputs and printer for seamless data logging
Rugged design for reliable field and lab use
Compatible with Fluke NormaView software for advanced data analysis

Safety & Reliability: Built for professional use, with protection against misuse and overload, ensuring safe operation in both field and lab environments.

The Fluke Norma 5000 is the ultimate tool for engineers seeking precision, versatility, and reliability in power analysis.