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Grace Scientific Corporation
GSC-EE-241 - Stepper Motor Interfacing Board
GSC-EE-241 - Stepper Motor Interfacing Board
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Specifications:-
Stepper Motor Trainer
General Description
•Educational laboratory kit designed to study the operation and control of a 12 V DC unipolar stepper motor.
•Provides a practical platform for understanding stepper motor characteristics, stepping sequences, and motion control techniques.
•Easy to operate, suitable for academic laboratories, enabling students to perform experiments and analyze motor performance under different operating modes.
Features
•Supports half-step and full-step angle operation for studying different control techniques.
•Visual indication of coil excitation to demonstrate motor winding energization sequence.
•External connector for interfacing/programming with different controllers.
•Motor provided as a separate unit housed in a transparent cabinet for observation of operation and internal mechanism.
•Supports multiple modes of operation for comprehensive study and experimentation.
Technical Specifications
•Motor Type: Unipolar
•Operating Voltage: 12 V DC
•Torque: 6 kg-cm
•Phase Current: 0.8 A
•Stepping Angle: 1.8° / 0.9°
•Input Pulse: 5 V TTL compatible
•Test Points: 20
•Motor Cabinet Dimensions: 165 × 140 × 145 mm
•Motor Weight: ~500 g
•Power Supply: 110/230 V AC ±10%, 50/60 Hz
•Overall Unit Dimensions: 326 × 252 × 52 mm
•Operating Conditions: 0–40 °C, up to 80% RH
Experimental Capabilities The trainer shall support practical experiments including:
1.Study of Stepper Motor in Wobble Mode.
2.Full-Step Single-Phase Free-Running Mode.
3.Full-Step Single-Phase Step-Running Mode.
4.Full-Step Two-Phase Free-Running Mode.
5.Full-Step Two-Phase Step-Running Mode.
6.Half-Step Free-Running Mode.
7.Half-Step Step-Running Mode.
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