Servo motor 115U3C400VACAA115190

Control TECHrIQUES is a professional manufacturer of servo motors and servo drives. Originally an independent brand, it was later acquired by Emerson Group and became a sub brand of Emerson. In 2017, Emerson Group sold the Control TECHNIQUES brand to NIDEC Nidec Group, and now Control TECHNIQUES belongs to HIDEC Nidec
The sub brand of the group. .
Shenzhen Kapert Electromechanical Equipment Co., Ltd. has been operating COHTROL TECH VEs brand servo motors for many years, with fast delivery times. Welcome new and old customers to inquire.Servo motor 115U3C400VACAA115190

142U2E300CACAA165240
115U2D400CACAA115240
115U2D400CACAA165240
115UMD300CACAA
095U2B400CACAA100190
% s d% s to play
142UMD300CACAA

Stepper motorServo motor 115U3C400VACAA115190

Generally, electric motors rotate continuously, while stepper motors rotate step by step, hence they are called stepper motors. For each input of a pulse signal, the motor rotates a certain angle (some stepper motors can directly output linear displacement, called linear motors). Therefore, a stepper motor is an actuator that converts pulses into angular displacement (or linear displacement).

The rotor of a stepper motor is distributed in multiple poles, and the stator is embedded with control windings connected in a multi-phase star shape. A dedicated power supply is used to input electrical pulse signals, and for each pulse signal input, the rotor of the stepper motor advances one step. Due to the input being a pulse signal and the output angular displacement being intermittent, it is also known as a pulse motor.

With the development of digital control systems, the application of stepper motors in printing machinery will gradually expand. For example, in the CPCI control device on the Heidelberg offset printing press in Germany, four sets of 36 stepper motors were used to replace the original ink fountain screws.

Servo motor

Servo motor, also known as executive motor or control motor. In an automatic control system, a servo motor is an actuator that converts signals (control voltage or phase) into mechanical displacement, that is, it converts received electrical signals into a certain speed or angular displacement of the motor. Its capacity is generally between 0.1-100W, with the commonly used being below 30W. Servo motors can be divided into DC and AC types. Currently, both AC and DC servo motors are used in printing machines, with DC servo motors being the most commonly used.

Communication servo motor

The structure of the stator of an AC servo motor is basically similar to that of a capacitor phase separated single-phase asynchronous motor. The stator is equipped with two windings located 90 ° apart from each other, one of which is the excitation winding Rf, which is always connected to the AC voltage Uf; The other is to control winding L and connect the control signal voltage Uc. Therefore, AC servo motors are also known as two servo motors.

095U2B300BACAA100190
055U2A300BREMA06514X
055U2A600BBEMA063110
055U2A600BBEMA063110
190U2F300BBCAA215320
190U2F300BBCAA215320
142U2E300BBCAA165240

Tips for servo motors: