VEIKONG VFD500 110KW VFD: Precision Vector Control

通用变频器
December 03, 2025
Category Connection: VFD Variable Frequency Drive
Brief: Watch the demo to catch practical tips and quick performance insights. This video provides a detailed walkthrough of the VEIKONG VFD500 series, showcasing its precision vector control capabilities for superior AC motor performance. You'll see how the advanced sensorless torque control and thermal simulation testing ensure reliable operation in various industrial applications.
Related Product Features:
  • Precision vector control with sensorless flux vector control (SVC) and sensor speed flux vector control (VC) for superior motor performance.
  • Powerful starting torque of 180% at 0.25Hz with SVC and 200% at 0Hz with VC, eliminating the need for external sensors.
  • Advanced thermal simulation platform ensures design reliability by closely matching physical test results under limit conditions.
  • Wide input voltage compatibility from 200V to 480V with multiple phase options for global industrial applications.
  • Multiple control modes including V/f control, SVC, and VC with speed ranges up to 1:1000 for precise motor management.
  • Comprehensive communication interfaces including standard MODBUS and optional CAN OPEN/PROFINET for seamless integration.
  • Robust protection features with overvoltage/undervoltage stall control and comprehensive fault recording capabilities.
  • Flexible installation options with wall-mounted or cabinet mounting and IP20 protection for various industrial environments.
FAQs:
  • What voltage ranges does the VEIKONG VFD500 support?
    The VFD500 supports various voltage configurations including single-phase 220V input/output, three-phase 220V input/output, and three-phase 380V input/output from 0.4KW to 710KW, with input voltage fluctuation tolerance of -15% to +10%.
  • What packaging standards are used for the VFD500 series?
    Units below 37KW use carton packaging, while 45KW and above models are packaged in wooden crates for secure transportation and handling.
  • What factors should be considered when selecting a VFD500 for specific equipment?
    Key considerations include previous inverter usage history, motor specifications (voltage, current, power, speed), load characteristics (impact or lifting loads), installation environment conditions, and whether cabinet installation or transformers are required.
  • What control modes are available in the VFD500 series?
    The VFD500 offers three control modes: V/f control for basic applications, sensorless flux vector control (SVC) for enhanced performance, and sensor speed flux vector control (VC) for high-precision applications requiring encoder feedback.