Editing Control modes
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− | + | Three main control modes in motion & motor control are torque, velocity and position control. | |
==Torque control== | ==Torque control== | ||
− | + | Torque control mode makes motor a torque or force transducer. I.e. user sets torque reference to 1 Nm, then motor will produce 1 Nm torque regardless of spinning speed. | |
− | Torque control mode makes motor a torque or force transducer. I.e. user sets torque | + | |
;Typical applications | ;Typical applications | ||
− | *Feeding/pulling | + | *Automatic tightening of screws |
− | * | + | *Feeding/pulling |
− | + | *Cascaded controller after velocity or position controller | |
− | + | *Non-motion applications: high current LED & Peltier driver when drive used just as adjustable current source | |
==Velocity control== | ==Velocity control== | ||
− | + | Goal of velocity control is to regulate motor speed. I.e. if user velocity reference is 500 rpm, then motor attempts to rotate exactly at 500 rpm no matter how much load is attached to motor. | |
− | Goal of velocity control is to regulate motor speed. I.e. if user velocity | + | |
;Typical applications | ;Typical applications | ||
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*Feeding | *Feeding | ||
*Fans & pumps | *Fans & pumps | ||
− | * | + | *Position control when used with external or internal position controller |
− | + | ||
− | + | ||
==Position control== | ==Position control== | ||
− | + | Position control mode attempts to provide precision positioning. Motor follows reference set point and if set point is kept constant, motor holds position even if external forces attempt to displace it. | |
− | Position control mode attempts to provide precision positioning. Motor follows | + | |
;Typical applications | ;Typical applications | ||
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*2D/3D printing | *2D/3D printing | ||
*Robotics | *Robotics | ||
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