Product Description
Stepper Motor, Sm-03
To recognise new opportunities, we are engaged as manufacturer, supplier and exporter of Stepper Motor in Roorkee, Uttarakhand, India.
# Stepper motor operation through pulse circuit
# Stepper motor operation through 8085 kit
# Built-in programs in EPROM
# Dynamic response study
Features and Specifications:
* Single stepping and free running modes of operation with speed variation and direction reversal - internal TTL circuit.
* 360 degree motion Servo-Potentiometer position-pickup for motor dynamics
* Operation through microprocessor kit - sample control programs provided
* Stepper motor specification
Torque: 2.8 Kg-cm
Step angle: 1.8 degree
Power: 12V, 1A/phase
* 220V(+-)10%, 50Hz mains operation
* Complete in all respects, except a measuring CRO
Technical Specifications of the mP Kit Supplied:
* High performance 8085A CPU operating at 3MHz
* 4K powerful monitor FIRMWARE in 2732. Includes all standard commands, codes,functions and utility sub-routines
* 4K user RAM 6116
* Versatile Keyboard/Display controller using 8279
* Serial I/O lines, 22 parallel lines from 8155 and 24 from 8255
* Built-in audio cassette interface
* 6 digit seven segment LED display
* Power Supply: Built-in in the Stepper Motor Unit
Precise Control for Laboratory ExperimentsThe Stepper Motor SM-03 ensures precise position and speed adjustments, making it ideal for various control laboratory experiments. Its digital display provides instant feedback, enabling researchers and students to monitor outcomes accurately and improve experimental reliability.
Durable Construction and Easy IntegrationBuilt with high-grade electronics and a sturdy frame, the SM-03 withstands rigorous laboratory use. Its versatile design allows easy integration into laboratory setups, providing consistent performance for a wide range of applications in control experiments.
FAQ's of Stepper Motor, Sm-03:
Q: How can the Stepper Motor SM-03 be used in laboratory experiments?
A: The Stepper Motor SM-03 is used to teach control principles and automation by enabling students and researchers to precisely manipulate motor movements within laboratory instruments and setups.
Q: What is the weight range of the SM-03 stepper motor, and why is it relevant?
A: The SM-03 has a weight range of 15 to 20 kilograms. This robust build ensures stability during operation and compatibility with laboratory control trainers and experimental apparatus.
Q: When should I use the SM-03 for control laboratory experiments?
A: You should use the SM-03 when a reliable and precise positioning motor is required for experiments involving control systems, automation simulations, or motion studies in a laboratory environment.
Q: Where is the SM-03 stepper motor manufactured and exported from?
A: The SM-03 is produced and supplied by reputable manufacturers, exporters, and suppliers in India, ensuring adherence to international laboratory equipment standards.
Q: What is the process of integrating the SM-03 into laboratory setups?
A: Integration involves connecting the SM-03 to control trainers or laboratory instruments using standard electronic interfaces, then configuring its digital display for monitoring experimental parameters.
Q: What are the benefits of using a digital display in the SM-03 stepper motor?
A: The digital display allows real-time monitoring and precise adjustment of motor parameters, enhancing experimental accuracy and streamlining the learning process during laboratory training.
Q: What type of material and color does the SM-03 feature?
A: The SM-03 is constructed from durable electronic components and comes in a neutral grey color, providing longevity and a professional look for laboratory environments.