Motor Control Trainer Manufacturer,Supplier and Exporter in India
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Product Code : SCL-EELE-13349
Indian Lab Suppliers supplies the Motor Control Trainer (Product ID: 13349) as part of its electronics engineering lab equipment range. It is a motor control trainer covering stepper, DC and servo motors, driven by switches, an 8051 microcontroller or a PC over RS232.
Quick Answer
On-board actuators are a unipolar stepper motor, a bipolar stepper motor, a servo motor and a DC motor. A 16x2 LCD shows mode, direction and step rate, and red LEDs show motor phase, direction and mode. In stand-alone mode, SPDT switches select half, full or wave stepping, speed, step or run; in microcontroller or RS232 mode a matrix keypad selects the mode, direction and stepping. The controller is an 8051-family microcontroller with 32 KB flash and 512 bytes of RAM. Experiments include stepper forward/reverse, positioning, speed control in the self-starting and accelerating/decelerating zones, closed-loop control with an encoder, potentiometer control, DC motor speed and direction, and servo positioning at +90, +45, 0, -45 and -90°. Power comes through an on-board 5 V adapter jack.
Key Specifications
| Parameter | Detail |
|---|---|
| Actuators | Unipolar stepper, bipolar stepper, servo motor, DC motor |
| Stepping modes | Half, full and wave; manual or auto clock |
| Controller | 8051-family microcontroller, 32 KB flash, 512 bytes RAM |
| PC link | RS232 serial port |
| Display | 16x2 LCD; red LED indicators |
| Inputs | Matrix keypad; SPDT switches for stand-alone mode |
| Servo angles | +90, +45, 0, -45, -90° |
| Power | On-board 5 V adapter jack |
Where This Is Used
Used in mechatronics, microcontroller and control labs. Related: Study of Stepper Motor (Product ID: 13332) and PC Based Analog & Digital Motor Control Trainer (Product ID: 13343). Browse the full Electronics Engineering Lab Equipment range or related Electronics Lab Equipment products.
Frequently Asked Questions
What is the difference between full and half stepping?
Half stepping alternates one- and two-phase excitation, doubling the number of steps per revolution.
Can it run without the microcontroller?
Yes, in stand-alone mode using the SPDT switches.
How is closed-loop stepper control shown?
With an encoder feeding position back to the controller.
Related Categories
Electronics Engineering Lab Equipment · Electronics Lab Equipment · Engineering Lab Equipment
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