Three-phase VFD FT2/MH/ST300/ST310
single-phasefor synchronous motorfan

Three-phase VFD - FT2/MH/ST300/ST310 - Guangdong Dingshen Electric Technology Co. LTD - single-phase / for synchronous motor / fan
Three-phase VFD - FT2/MH/ST300/ST310 - Guangdong Dingshen Electric Technology Co. LTD - single-phase / for synchronous motor / fan
Three-phase VFD - FT2/MH/ST300/ST310 - Guangdong Dingshen Electric Technology Co. LTD - single-phase / for synchronous motor / fan - image - 2
Three-phase VFD - FT2/MH/ST300/ST310 - Guangdong Dingshen Electric Technology Co. LTD - single-phase / for synchronous motor / fan - image - 3
Three-phase VFD - FT2/MH/ST300/ST310 - Guangdong Dingshen Electric Technology Co. LTD - single-phase / for synchronous motor / fan - image - 4
Three-phase VFD - FT2/MH/ST300/ST310 - Guangdong Dingshen Electric Technology Co. LTD - single-phase / for synchronous motor / fan - image - 5
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Characteristics

Type
single-phase, three-phase
Applications
for synchronous motor, fan, pump
Protection class
IP20
Other characteristics
high-performance, compact, regenerative, torque vector, motor
Power

Min.: 0.75 kW

Max.: 450 kW

Output frequency

Min.: 0 Hz

Max.: 300 Hz

Description

The combination of servo motors and frequency converters has many advantages in industrial automation: High-precision control: The servo motor and frequency converter combination enables precise speed, position and torque control. The servo motor has a closed-loop feedback system that can make real-time adjustments based on changes in actual position or speed to ensure accuracy. Fast dynamic response: The response speed of the servo motor is very fast and can reach the set speed or position in a very short time. By cooperating with the frequency converter, it can adapt to changes in working conditions more quickly and improve production efficiency. Energy saving: The frequency converter can adjust the motor speed according to the actual load to achieve energy saving. For some occasions that do not require full power operation, using a frequency converter to regulate speed can significantly reduce energy consumption. Low speed and high torque output: The servo motor can still provide large torque at low speed, and the low-speed and high-torque output characteristics can be further optimized through the adjustment of the frequency converter, which is suitable for applications requiring high precision and large torque. Smooth start and stop: The frequency converter can realize the smooth start and stop of the motor, avoid the impact of traditional direct start, and reduce the wear and tear on the mechanical structure. Intelligent control: Modern servo systems and frequency converters usually support integration with control systems such as PLC, which can realize complex automation tasks through programming and provide flexible control solutions.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.