Enjoy maximum flexibility with user-exchangeable plug & play sub-modules: Choose your suitable sub-modules, plug them into your PA-TRIONet3 system, turn it on, and get to work. Select between different sub-modules for measurements with zero flux transducers or other sensors such as current clamps, or DC measurements up to 20 ARMS (±40 APEAK).
Use the full potential of the PA-TRIONet3 with our easy-to-use OXYGEN measurement software. It supports you with a huge amount of software features but still is very intuitive to use. OXYGEN seamlessly integrates data being transmitted through multiple, totally synchronized signals into calculations for power analysis.
The power accuracy of the PA-TRIONet3 is stunning. Compared to other power analyzers available on the market, it offers a constant low measurement error of only 0.03 % from 0.5 Hz to 1000 Hz fundamental frequency. Moreover, it comes with a factory calibration. In addition, you can benefit from our accredited ISO 17025 calibration. High-precision measurements over a wide frequency range are an easy task with your PA-TRIONet3 and central requirement for test stand applications.
The integrated synchronization between PA-TRIONet3 systems and remote PCs make them the ideal solution for distributed measurement tasks. Because of the Ethernet interface, multiple PA-TRIONet3 systems can be located up to 100 m (328 ft) apart from each other.
Easily manage decentralized measurement tasks with intelligent cross-linking and the capability to increase the number of input channels as needed. No configuration needed – just connect your PA-TRIONet3 to any PC or laptop.
Test stand manufacturers trust DEWETRON’s measurement data for reliable testing. Our interfaces ensure easy integration. Smart interface technology seamlessly integrates the PA-TRIONet3 power analyzer into test stand automation systems like PAtools? from Kratzer Automation. Instruments are equipped with the right interface for reliable data transmission, remote control, and configuration via TCP/IP-based protocols, tailored to test stand architectures.










