Advantages of Yaskawa servo motors

Create Date: 2024-8-30 12:03:23|Source: YASKAWA/Yaskawa

1. The highest amplifier responsiveness in the industry, with a speed and frequency response of 1.6kHz

Second, the greatly enhanced vibration control function.

3. The maximum speed is increased to 6000 rpm

Fourth, the temperature rise is reduced, the efficiency is improved, and the peak torque is increased to 350%

5. The first domestic safety standards in Japan and other overseas standards.

6. No tuning function, power on can run.

7. Powerful debugging software, extremely easy to use.

8. The volume is the smallest for similar products, saving valuable space for you.

Yaskawa servo motor is driven by the old series of rectangular wave, 8051 single-chip microcomputer control to sine wave drive, 80C, 154CPU and gate array chip control, the torque fluctuation is reduced from 24% to 7%, and the reliability is improved. In this way, it took only a few years to form a relatively complete system of eight series (power range of 0.05-6kW), which met the different needs of working machinery, handling mechanisms, welding robots, assembly robots, electronic components, processing machinery, printing machines, high-speed winding machines, winding machines, etc.

1. Confirmation of speed and encoder resolution.

2. Conversion of load torque on motor shaft and calculation of acceleration and deceleration torque.

3. Calculate the load inertia and the matching of inertia, Yaskawa stepper servo motor as an example, the inertia matching of some products can reach 50 times, but the actual smaller the better, so that the accuracy and response speed are good.

Fourth, the calculation and selection of regenerative resistance, for servo, generally more than 2kw, to be configured.

Fifth, cable selection, encoder cable twisted pair shielding, for Yaskawa servo and other Japanese products the absolute encoder is 6 cores, incremental is 4 cores.

Sixth, the role of the embodiment: the stepper servo motor is used in a closed ring. That is to say, it transmits signals to the system at any time, and at the same time uses the signals given by the system to correct its own operation. Yaskawa servo motors can also be controlled by single-chip microcontrollers.

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