![]() For non-repetitive operations such as milling, calculate the peak speed and acceleration required for the application.ģ. Be sure to allow for acceleration and deceleration time servomotors are not magic, and cannot make step changes in speed. Define what the application’s motion profile looks like.įor equipment that performs a repetitive operation, plot out the required motor speeds throughout the cycle. ![]() Servos are available in 100 VAC, 200 VAC, and 400 VAC models, and are compatible with single phase or three-phase power. ![]() The first and easiest factor to consider is the available power for the equipment. With so many different servos to choose from, how do you ensure that the right one was chosen? Fortunately, the process of choosing the right servo motor and drive, known as sizing, can be broken down into eight simple steps. ![]() Unfortunately, choosing the wrong servo can lead to difficulty in tuning, poor accuracy, or underwhelming performance. Updated July 2016 by Lisa Eitel || Servo systems provide amazing levels of speed, accuracy, and flexibility in automated equipment when the correct servo is chosen for the application.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |