What Conditions Must A Static Voltage Stabilizer Meet To Be Compatible With A High-precision Cnc Machine Tool?

The grid voltage may fluctuate, and the static voltage stabilizer for home needs to be able to cope with the mains voltage fluctuations and maintain the output voltage within a narrow range. For three-phase 380V, 50/60Hz industrial power supply environments, the static voltage stabilizer manufacturers should provide high-precision output, and the deviation should be controlled within a low range (such as ±1%) to adapt to the sensitivity of CNC systems to voltage requirements. When voltage fluctuations or transient interference occur, the stabilizer must adjust quickly to prevent tripping, shutdown, or malfunctions in the motor, servo system, or control unit.

Modern CNC machine tool drive systems include many electronic components such as servo drives, encoders, and controllers, which are sensitive to harmonics, spikes, interference, and voltage distortion in the power supply. The stabilizer needs to have the ability to suppress harmonics and interference, and maintain the output voltage waveform close to a sine wave to reduce the potential impact of harmonics on the servo drive and control unit.