• stable process flows • Securing production • secure and stable network • Optimized operational processes due to fewer network flickers • phase imbalance compensation • Potential savings of up to 6%

• Audio technology, test fields, laboratory technology, IT and control technology • According to DIN EN 61558-2-12 • Single-phase / three-phase version • Output up to 3,200 A • Control speed up to 40 V/s • Degree of protection up to IP65 • phase-separated regulation

• Avoidance of overlapping processes • minimized line-to-line losses • Stabilization of operational processes • N conductor relief • Potential savings of up to 7%

• fast, stepless control • Compensation of inductive and capacitive loads • no risk of resonance as with conventional compensation systems • maintenance-free construction • Potential savings of up to 6%

• less power losses • optimized and coordinated processes Increased performance of the end devices • longer service life of the end devices • stabilized mains voltage • phase imbalance compensation • Potential savings of up to 8%

• Securing production • stable and secure operations • minimized response times • Avoidance of power failures • Compensation for voltage fluctuations • Mains voltage stabilization +/- 1.5% • Potential savings of up to 5%

• Regulation with 33.3% per phase • Reduction of electricity consumption (kWh) • Load power reduction (kW) • Reduction of transformer power loss