ZFeng 310 serie 1,5 kW General Vector Variable Frequency Drive

Frequentieomzetter
May 29, 2025
Categorie Verbinding: Vector Vfd
Brief: Discover the ZFeng 310 Series 1.5Kw General Vector Variable Frequency Drive, a high-precision power electronic device designed for efficient AC motor control. Learn how its advanced vector control technology ensures accurate torque and speed adjustments, making it ideal for industrial applications.
Related Product Features:
  • High Precision Vector Control with accuracy up to 0.01% for demanding applications.
  • Excellent low-frequency performance with 150%-200% rated torque at 0.5Hz.
  • Wide motor compatibility, supporting induction and permanent magnet synchronous motors.
  • Energy-efficient operation by precisely controlling motor speed and torque.
  • High reliability and stability in harsh industrial environments.
  • User-friendly interface with LCD display for easy parameter setting and monitoring.
  • Utilizes advanced vector control technology for precise motor adjustments.
  • Designed with high-quality components for long-term durability.
FAQ's:
  • What is the primary function of the ZFeng 310 Series Variable Frequency Drive?
    The ZFeng 310 Series controls the speed and torque of AC motors by varying the frequency and voltage of the power supply, using advanced vector control technology for precise adjustments.
  • How does the vector control technology improve motor performance?
    Vector control decomposes the motor's current into excitation and torque components, allowing independent control for precise torque and speed adjustments, similar to DC motor performance.
  • What types of motors are compatible with the ZFeng 310 Series?
    The drive is compatible with various AC motors, including induction motors and permanent magnet synchronous motors (PMSMs), with automatic or manual parameter input for easy setup.
  • What are the energy-saving benefits of using this variable frequency drive?
    The drive reduces unnecessary energy consumption by precisely controlling motor speed and torque, especially during partial load or low-speed operations, enhancing overall efficiency.