ZES Zimmer LMG670 Precision Power Analyzer - 1 to 7 Channels

The Zimmer LMG670 with its unique Dual Path architecture is the long-awaited solution to a well known dilemma. When optimizing designs for power applications with high-frequency content, engineers were forced to choose between analysis on the full power spectrum or a specific portion only. Simultaneous measurements were impossible. To filter, or not to filter - that was the question.

The Zimmer LMG series has conquered a leading market position thanks to its precision and reliability. It has spread throughout the most diverse areas of the electric and electronic industry - in R&D, quality assurance and compliance test labs - and serves universities and academies to train future scientists and engineers.

With the new LMG670 we not only enable you to cope with increased requirements and latest power electronics innovations - we allow you to put yourself and your products squarely in front of the competition.

In times of beginning scarcity of conventional fuels, power analysis plays an important and growing role, especially when it comes to increasing efficiency and minimizing consumption. Wherever electrical energy is turned into motion, losses get scrutinized ever more critically. Inefficient means of speed control are replaced by variable frequency drives (VFD), and electro mobility in all its varieties is gaining momentum. ZES ZIMMER has attended to typical questions in this area and came up with a groundbreaking innovation: our Dual Path architecture makes possible - for the first time in history - concurrent and precise analysis of both the torque-relevant fundamental and the full spectrum for optimization of overall efficiency.

Besides this spectacular innovation we have also implemented numerous other improvements - some obvious, some rather inconspicuous. We have been exclusively dedicated to precision power analysis and sophisticated measurements for decades and have incorporated the resulting treasure trove of experience into the design of the LMG670.