C3625/28

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

C3625/28 are open-loop vector control systems for induction machine, widely used in industrial applications like pumps, fans and wind turbine generator. This control system is designed to be used in applications where high torque is needed for starting and superior speed control over a wide speed range is required. To use this control system, two signals are generally needed, namely current clock and torque command.

The current clock signal is generated from an external current sensor which measures the current drive of the application. This signal is compared with the reference signal set by the user. The output of the comparator is used to control the frequency of the current clock drive. When the current clock value is lower than the reference value, the clock is increased. On the other hand, when the current clock value is higher than the reference, the clock is decreased. This frequency control system is designed to ensure that the current clock remains within the predetermined range. The torque command signal is generated by the user. This signal is compared to the actual torque output of the application and when there is a difference in the two, the current clock frequency is adjusted accordingly.

When using the C3625/28 control system, the performance of the application is improved by controlling the torque output and the speed. This control system is designed to operate in any operating voltage range and provide a wide operating speed range. This allows the user to have better control over the application. The system is also designed to be highly efficient with a low distortion factor and a low noise level. The system also provides a smooth start-up and a smooth deceleration.

The working principle of C3625/28 control system is to control the speed and torque outputs of the application by using the two signals, current clock and torque command. The system is designed to use the current clock as an input signal and the torque command as the reference signal. The system then compares these two signals, and adjusts the current clock frequency accordingly. This helps to ensure that the current clock remains within the predetermined range and the torque command is followed. As the current clock drives the application, the system adjust the current clock frequency to match the torque command set by the user. This helps to ensure that the application is running at peak efficiency.

C3625/28 control system is widely used in many industrial applications such as pumps, fans and wind turbine generators. It is designed to provide a wide speed range, superior speed control and high torque for starting applications. The system is very efficient and provides a smooth start-up and deceleration. It is also designed to provide a low distortion factor and low noise level. Overall, it is very well suited for industrial applications requiring high torque and excellent speed control.

The specific data is subject to PDF, and the above content is for reference