Frequency and Voltage Stabilized Power Supply

Product Overview:

Our company's LW series voltage and frequency stabilizing power supply is specifically designed and developed for unstable grid supply voltage and frequency, severe voltage distortion, and comprehensive voltage quality issues such as flicker and sag, to ensure the operation of precision electrical equipment with high grid requirements.

The power supply adopts advanced high-frequency pulse width modulation (SPWM) IGBT inverter technology, featuring an AC-DC-AC circuit design structure. It is equipped with a dedicated power frequency isolation transformer, ensuring safety and reliability. It completely eliminates grid interference, providing pure output waveform with high-precision voltage and frequency stabilization functions. Additionally, it has the characteristics of lightweight and small size.

Technical Features:

  • Equipped with over-voltage, over-current, short-circuit and overheating warning devices

  • 16-bit microprocessor control, intelligent operation, flexible and convenient

  • Low distortion interference, complete input/output isolation, safe and reliable

  • Unique instantaneous value control, small waveform distortion, high control precision

  • Extremely fast dynamic response, steady-state response time when load changes from 0-100%

  • Provides standard grid voltage and frequency for various countries, simulates testing of various electrical products

  • No radiation interference, low harmonic content, and specially processed to prevent interference

  • Efficiency up to 85% or more, suitable for a wide range of loads, including inductive, capacitive, and resistive loads

  • Original imported German Siemens IGBT high-frequency inverter and core components, stable and reliable

  • Output voltage: low range 0-150V, high range 0-300V continuously adjustable

  • Multi-purpose, integrated instrument and source: output with 0.5-class voltage, current, frequency, power/power factor meters

Technical Parameters and Selection

Technical Parameters and Selection