Stepping motor converts pulse signal into angular displacement or linear displacement.
RELEASE：admin TIME： 2018-08-11 BROWSING： 960SECOND
First, good overload. Its speed is not affected by the size of the load, unlike ordinary motor, when the load increases, there will be a decline in speed, stepping motor use of speed and position are strictly required.
The two is control convenience. The stepping motor is rotated by "step", and the number characteristics are obvious.
Three, the whole machine is simple in structure. The traditional mechanical speed and position control structure is more complex and difficult to adjust. After using stepper motor, the whole machine structure becomes simple and compact. The speed motor converts the speed into voltage and transfers it to the input terminal as feedback signal. Velocity measuring motor is a kind of auxiliary motor. The speed measuring motor is installed at the tail end of the ordinary DC motor. The voltage generated by the speed measuring motor is fed back to the DC power supply to control the speed of the DC motor.
The two is control convenience. The stepping motor is rotated by "step", and the number characteristics are obvious.
Three, the whole machine is simple in structure. The traditional mechanical speed and position control structure is more complex and difficult to adjust. After using stepper motor, the whole machine structure becomes simple and compact. The speed motor converts the speed into voltage and transfers it to the input terminal as feedback signal. Velocity measuring motor is a kind of auxiliary motor. The speed measuring motor is installed at the tail end of the ordinary DC motor. The voltage generated by the speed measuring motor is fed back to the DC power supply to control the speed of the DC motor.
