Z2000 Series New High Performance Loss-in-Value Inverter

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Z2000 Series High Performance Loss-in-Value Inverter

  • Open-loop loss-in-volume control, V/F control
  • Strong overload capacity, 150% rated current/60s, 180% rated current/3s
  • Excellent performance, good environmental adaptability
  • Simple structure, small size, easy to install
  • High-performance lossy frequency converter, sky torque output, can ensure the motor start smoothly under heavy load.
  • With the function of instantaneous stopping and fast current limiting, it can reduce the probability of frequent failure alarm of frequency converter.
  • Complete protection function, with output phase loss protection, overcurrent/overvoltage/overload/overheat protection etc. Support permanent magnet synchronous motor control (Z2000T series)
  • Power range: 220V:0.4~7.5kW 380V:0.4~450kW
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SKU: Z2000 Category:

Product description

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FAQ

Which motor is used for frequency converter?

Frequency converters are mainly used to drive and control AC motors, of which three types are used as common motors as follows:

Induction motors, which are mainly categorized into three-phase induction motors and single-phase induction motors, are simple and adaptable and can operate over a wide range of speeds.

Synchronous motors, with high accuracy of speed and position control, suitable for high dynamic response applications. Permanent magnet synchronous motors for applications requiring efficient and highly accurate control, such as electric vehicles and precision machinery. Brushless DC motors, commonly used in small devices and household appliances such as fans and power tools.

Specialized types of motors, servo motors, for applications requiring precise control of position, speed and torque, such as robots and CNC machine tools. Variable speed motors, specifically designed to work with frequency converters for optimized performance.

Inverters are mainly used to drive induction motors, synchronous motors and some special types of motors. Efficient, precise and reliable motor control can be achieved by selecting the right type of motor and inverter combination for the specific application requirements.

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