The Measurable difference.

Power Analyzer

Mixed Signal Power Analyzer

DEWETRON’s Mixed Signal Power Analyzers are the best solution
for high-performance power analysis.

  • Measurement error of 0.03 %
  • Up to 10 MS/s @ 18-bit sampling rate
  • Up to 16 different power phases
  • Raw data recording
  • Safety category CAT IV


   18-bit A/D Conversion   10 MS/s/ch        Icon for 1000 V    Icon for direct input with 24 ampere    Icon raw data recording    CAT IV Safety Category    Icon for IEC 61000-4    icon for 6P6W


Thanks to the low measurement error of 0.03 %, the Power Analyzer achieves very high accuracy, even with low range utilization. Precision accuracy is guaranteed through the whole analysis.

Diagram of Power Accuracy versus Frequency shows extremly little Measurement Error

High Dynamic Range

Fast acquisition rates of up to 10 MS/s and 18-bit A/D conversion, as well as the best linearity of the signal conditioning, offers the highest dynamic performance in the whole input range –  up to 1000 V and 20 A with the highest possible accuracy for all your dynamic applications.

Up to 10 MS/s/ch and high dynamic range guarantee data integrity.

Multi-Power Analyzer

A DEWETRON Power Analyzer is the solution for the analysis of several motors, converters or complete drive trains simultaneously. Up to 16 different power phases and the capability for calculation of power parameters even for polyphase motors (up to 9 phases) turns the Power Analyzer into a multi-power analyzer.

OXYGEN Recording with high Data Rates up to 1 GB/s

Raw Data Recording /
Waveform Recording

Waveform data, mixed signals and power analysis? A DEWETRON Power Analyzer combines all. Reliable gapless raw data recording of any analog or digital signal and high performance power calculation of several power groups simultaneously.

Icon for 1 TB Storage Capacity   Raw Data Recording


Our Power Analyzers are also mixed-signal recorders, that means you only need ONE system for all inputs:

  • Modular and Mixed Signal inputs
  • Isolated high voltage & current inputs
  • High-performance auxiliary inputs (e.g. torque, speed, vibration)
  • CAN interface with input and output function
  • EtherCAT and XCP, SCPI over Ethernet
  • High number of mid-speed inputs for low dynamic signals (e.g. temperature)
  • PTP, GPS, IRIG synchronization
  • Counter

Modularity and Expandability

Do you need more input channels? No problem, the Power Analyzers can be extended in many ways. Just add another TRION module, if there is a free slot. Data is automatically synchronized across all channels.

If you need more input channels, you can easily expand the Power Analyzer with a TRIONet Front-end for a higher channel count or add static inputs by using CPAD or EPAD modules.

Integrated Transducer Supply

The Power Analyzers provide integrated (redundant) power supply for 8 current transducers. The integrated transducer power supply enables the engineer to relinquish an additional supply box and connect the transducers directly to the Power Analyzer.

Most of the common sensors with ±15 V or +9 V are compatible, also demanding ones (like zero-flux transducers) can be powered thanks to the superior power supply.

DEWE2-PA7 with current transducers
Testbed with DEWE2-PA7

Testbed interfaces

Smart interface technology makes it easy to integrate a Power Analyzer into automation systems and testbed environments while it is guaranteeing reliable data transmission, easy to use remote control and remote configuration through TCP/IP based protocols in compliance with standardized protocols (e.g. ASAM) and file formats.

Icon for Gigabit Ethernet Icon for USB 3.0 icon for EtherCAT Icon for SCPI Icon for CAN Icon for XCP Icon for ASAM


OXYGEN Measurement Software seamlessly integrates data being transmitted through multiple, totally synchronized signals into calculations for power analysis.

  • Analysis of 1-9 phase power systems (1P2W, 2V2A, 3P3W, 3P4W, 6P6W, …)
  • Several power systems are logically summarized into power groups
  • Gapless cycle-by-cycle calculation, no blind spots

ISO 17025 Calibration

Our Power Analyzers are optionally supplied with an EN ISO/IEC17025 certification. Calibration and adjustment are done in the accredited calibration laboratory at the DEWETRON headquarters in Graz/Austria.

Find out more about DEWETRON’s accredited calibration lab.

Compliance to industry standards

Analysis of harmonics, interharmonics, and higher frequencies as well as voltage fluctuations and flicker emissions are done according to industry standard.

  • IEC 61000-4-7
  • IEC 61000-4-15
  • IEC 61400-21


DEWETRON provides with CAT IV the highest safety class for Power Analyzers on the market.

Compliance to industry standards like IEC 61000-4-7
e-NVH and e-power testing for e-drives

Partnership with Müller-BBM VibroAkustik Systeme

To provide customized tools for e-motor development, DEWETRON and Müller-BBM VibroAkustik Systeme now enable an integrated testing solution for e-NVH and e-power.
Our power analyzers precisely acquire currents and voltages with 10 MS/s sampling rate and can now be connected to the data stream of NVH systems via the PAK device cloud, the live IO hub of Müller-BBM VibroAkustik Systeme. The measurement data is time-synchronous. In this way, electrical quantities, such as power and efficiency values, of electric motors can be directly correlated with NVH data, such as housing vibrations and emitted sound. This allows to view these correlated phenomena in an extended context and to tune the control of the e-motor on the test bench directly.

Please find more information in our Müller-BBM VAS & DEWETRON cooperation brochure

Choose your Power Analyzer Model

Thanks to DEWETRON’s modular approach, any TRION3/TRION-based DAQ system can become a power analyzer. You can choose between several types of power modules with 8 input channels. Because of the unique modularity, at least 4 channels can be equipped with different user-exchangeable sub-modules for direct current or voltage measurement. So almost any kind of voltage or current sensor can be connected to a DEWETRON power analyzer. In the following comparison, you see DEWETRON’s dedicated power analyzer chassis.


Power Analysis with Precision mixed signal and multi power analyzer DEWE2-PA7

DEWE3-PA8 highspeed Power Analyzer DEWE3-PA8-RM as a customer application
Documents for download Brochure DEWE2-PA7

Manual DEWE2-PA7

3D Model (PDF) Download3D-Model (PDF) DEWE2-PA7

3D Model stp-file3D-Model (STP) DEWE2-PA7

Brochure DEWE3-PA8

Manual DEWE3-PA8

3D Model (PDF) Download3D-Model (PDF) DEWE3-PA8

3D Model stp-file3D-Model (STP) DEWE3-PA8

Manual DEWE3-PA8-RM

3D Model (PDF) Download3D-Model (PDF) DEWE3-PA8-RM

3D Model stp-file3D-Model (STP) DEWE3-PA8-RM

Number of different power phases Up to 12 Up to 16 Up to 16
Sampling rate 2 MS/s/ch 10 MS/s/ch 10 MS/s/ch
TRION(3) slots 7 x TRION 8 x TRION3 or TRION 8 x TRION3 or TRION
Signal input/TRION location
Front Rear Front
Measurement error
of analog input U, I
0.03 % 0.03 % 0.03 %
Reading error
of power measurement
0.04 % 0.04 % 0.04 %
Display 9” 11.6”
Weight Typ. 13 kg (28.6 lb.) Typ. 14 kg (30.9 lb.) Typ. 15.8 kg (34.8 lb.)
(W x D x H)
441 x 427 x 177 mm
(17.4 x 16.8 x 7 in.)
4 u plus 1 u for cooling in cabinet required
441 x 435 x 222 mm
(17.4 x 17.1 x 8.7 in.)
5 u
19” rack-mount
442 x 435 x 222 mm
(17.4 x 17.1 x 8.7 in.)
5 u
19” rack-mount

Whitepaper Effcient Analyzation of Dynamic Electric Vehicles

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