COSIMAT C2.2 AVK AVR – Automatic Voltage Regulator

OverviewTheAVK COSIMAT C2.2 Automatic Voltage Regulator (AVR)is a precision-engineered voltage control solution specifically designed for synchronous alternators operating in demanding conditions with nonlinear loads. As a compact and reliable AVR, the COSIMAT C2.2 ensures stable voltage output by continuously monitoring and adjusting the excitation current to the alternator's rotor. This advanced regulator features an effective value measuring system (true RMS) that sets it apart from the standard C2.1 model, making it particularly suitable for applications where generators supply power to nonlinear loads such as variable frequency drives, uninterruptible power supplies (UPS), rectifiers, and modern electronic equipment. The COSIMAT C2.2 delivers consistent voltage regulation even when powering sensitive equipment that can create harmonic distortion and waveform irregularities, ensuring your generator system maintains optimal performance across diverse operating conditions.Engineered by AVK, a globally recognized leader in alternator and generator technology, the COSIMAT C2.2 AVR incorporates sophisticated voltage regulation algorithms that account for alternator frequency variations through its integrated U/F function and under-speed protection features. These capabilities allow the regulator to automatically adjust voltage output proportionally to frequency changes, protecting both the alternator and connected loads during startup, load changes, and varying operating conditions. The true RMS measuring system provides superior accuracy compared to standard average-sensing regulators, ensuring precise voltage control regardless of waveform distortion caused by nonlinear loads. Whether you're operating standby power systems, prime power applications, or specialized industrial generator sets, the COSIMAT C2.2 delivers the reliability and precision required to maintain consistent electrical output and protect valuable equipment from voltage fluctuations, under-voltage