Description
The GTSP Series Integrated Stepper Motors are compact, high-performance servo-stepper hybrid motors that combine a stepper motor, driver, and controller in a single unit. Designed for precision motion control in industrial electric power systems, these motors deliver reliable open-loop or closed-loop operation with simplified wiring, space savings, and low cost.
GTSP integrated motors are ideal for OEMs and system integrators looking to streamline control panel design while achieving accurate positioning, smooth motion, and real-time performance feedback in automation, robotics, and machine building.
GTSP Series Integrated Stepper Motor adopts the integrated design of motor and drive, which makes the product structure more compact, lower cost, more convenient wiring and faster debugging. The motor drive is integrated to avoid the difficult matching between the motor and the driver and the complicated setting of the driver current. Its built-in high-precision encoder, position output accuracy can reach 0.011 degrees, to prevent the loss of location information caused by load changes; advanced field-oriented control, to avoid rapid positioning in the shake. GTSP Series Integrated Stepper Motor ensures the stability of products and improves the reliability of equipment through strict testing environment.
GTSP Series Integrated Stepper Motor is suitable for non-standard equipment, simple Scara robot, screw rod electric cylinder and other fields.
- Motor driven integration reduces wiring and wiring time, saves installation space and saves costs.
- Motor driven integration avoids the user to use the motor and driver matching problems and user to drive current and other cumbersome settings
- The torque output is two times the traditional servomotor.
- Advanced magnetic field orientation control to avoid sway in rapid positioning.
- Built-in high-precision encoder, position output accuracy can reach 0.011 degrees, to prevent the loss of location information caused by load changes
- Impulse and Canopy communication are supported. Customers can either use traditional PLC for local single point control or use network controllers for remote, high-speed and multi-point control.
- Suitable for synchronous belt drives.
