Stepper motor from 0.28 Nm to 29 Nm and standard flange.
You can also discover our models of programmable stepper motor drivers with modbus communication.
A stepper motor is a motor that runs depending on electric impulses received in the windings. It transforms electric impulses into an angular movement (1.8° as a basis) which is a good choice for applications that need motion and position control.
Nema stepper motors represent the standards of the National Electrical Manufacturers Associations, which regroup big manufacturers of electric material.
Stepper motors are controlled by pulse trains (PWM: Pulse-width modulation). The pulse trains are generated by the programmable logic controller and current amplifying by the stepper driver. This gives the stepper motor torque. The frequency determines the speed, and the direction signal determines the rotation direction.
DC motors have a torque which decreases when the rotation speed increases. Motors have a specific torque curve according to the supply voltage, which can be up to 90 VDC.
Stepper motors with integrated driver are made to control them directly via a “STEP” and “DIR” sign without using an amplifying driver.
The rotation angle of stepper motors is proportional to the input pulse. Moreover, they have a full torque at standstill, if windings are powered up.
We can use them for mechanical applications where the position or the speed need to be controlled.
Finally, these motors are reliable because they are brushless, their lifespan depends on the winding.
