canstack motor designation selection criteria ? the torque C speed curves are essential for selecting the right motor and control drive method for a specific application. ? define your application load C speed required, load inertia, torque and accuracy needed. ? if the application requires no acceleration, then use the pull out torque. ? if the load is inertial (acceleration is required), it is advisable to use pull in torque. ? motor temperature rise is important C so ambient temperature and duty cycle are important selection factors ? it is advisable to use 1.5 to 2 times the margin over the maximum torque required. ? choosing the correct drive is important C for example micro-stepping drives will provide quieter operation. ? our engineering team is capable of designing a special coil with resistance and inductances to suit your needs. ? remember C if it is not in the catalog C it does not mean that we cannot provide a solution for you - portescap may still be able to design a product for your needs as our team can draw from a wealth of customized designs created over the past 40 years. 26 m 048 d 2 b steps per rev 020: 20 ppr 024: 24 ppr 048: 48 ppr 100: 100 ppr coil u = unipolar b = bipolar motor diameter (mm) 15 20 26 35 42 55 voltage 1 = 5 v 2 = 12 v magnet type b = ferrite c = he ferrite d = neodymium rotor dia s = small m = medium l = large how to select your canstack motor 26m048d2b
|
