Explore our new mixed signal power analyzer DEWE2e-PA8
DEWE2e-PA8 is the next generation of mixed signal power analyzer from DEWETRON. It meets and exceeds today’s demands for reliable and precision analysis of electrical motors, inverters, complete electric/hybrid electric drive trains and other electrical components.
The precision of the DC and AC voltage inputs (DC ±(0.02% of reading + 0.02% of range), AC ±(0.03% of reading)) and current inputs DC ±(0.02% of reading + 0.02% of range), AC ±(0.03% of reading)) is unrivaled in the industry. 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. Because of the low range error, the DEWE2e-PA8 achieves the highest accuracy available in the market, even with low range utilization. Precision accuracy is guaranteed throughout the whole analysis, without range switching or gaps in recorded data.
Up to 16 power shannels guaranties reliable power analysis for several power groups, from 1 to 9 phases. This guaranteed reliability leads to savings for years to come by decreasing number of required devices, operational and maintenance costs, as well as a reduction in the time required for training. The modular architecture and user exchangeable input modules ensure that the DEWE2e-PA8 is also capable of analyzing both environmental and mechanical parameters simultaneously. Therefore, the DEWE2e-PA8 is the right solution for the complete analysis of drive trains and electrical components today and in the future.
In addition to the mixed signal capability, continuous waveform recording of all channels turns the DEWE2e-PA8 into a multifunctional tool for any application in the lab or on the test bench. Smart interface technology makes it easy to integrate a DEWE2e-PA8 into automation systems and test bed environments with interfaces like XCP oE, SCPI oE, EtherCAT, in compliance with standardized file formats such as ASAM.
Curious? Explore all details about our brandnew DEWE2e-PA8 here.