AC Motor Position Control System Trainer

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Product Details:

Power 50 W
Display Digital position indicator
Usage Educational Training / Laboratory Purpose
Voltage 220 V AC
Product Type AC Motor Position Control System Trainer
Material Powder coated metal and acrylic
Design Tabletop, instructional type
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AC Motor Position Control System Trainer Price And Quantity

Minimum Order Quantity 1 Unit

Control Method Closed-loop position control
Safety Features Overcurrent protection, insulated terminals
Application Engineering Colleges, Technical Institutes, Vocational Training Centers
Color Blue & White
Made In India
Motor Type Single-phase AC synchronous motor
Connectivity Binding posts / terminal connectors for experiments
Controller Module Integrated with PID options
Operating Temperature 0C to 45C
Input Interface Manual control via potentiometer / digital switch
Installation Portable / Desktop use
Teaching Aid Comprehensive manual included
Feedback Digital encoder-based
Frequency 50 Hz
Output Loads Selectable; mechanical disc

AC Motor Position Control System Trainer Product Specifications

Usage Educational Training / Laboratory Purpose
Product Type AC Motor Position Control System Trainer
Detector Optical encoder
Design Tabletop, instructional type
Accuracy 1
Voltage 220 V AC
Dimension (L*W*H) 500 x 275 x 250 mm
Display Digital position indicator
Power 50 W
Power Source Electric
Material Powder coated metal and acrylic
Weight Approx. 12 kg

Control Method Closed-loop position control
Safety Features Overcurrent protection, insulated terminals
Application Engineering Colleges, Technical Institutes, Vocational Training Centers
Color Blue & White
Made In India
Motor Type Single-phase AC synchronous motor
Connectivity Binding posts / terminal connectors for experiments
Controller Module Integrated with PID options
Operating Temperature 0C to 45C
Input Interface Manual control via potentiometer / digital switch
Installation Portable / Desktop use
Teaching Aid Comprehensive manual included
Feedback Digital encoder-based
Frequency 50 Hz
Output Loads Selectable; mechanical disc

AC Motor Position Control System Trainer Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

DESCRIPTION

This set up is designed to study of AC motor position control system. The set up comprises two parts :

A. The Motor Unit : It consists a two phase AC servomotor. It has Operating Voltage : 120V AC, maximum current 0.15Amp. Rated Shaft Speed : -2 2400rmp, Torque : 0.085 10 Kg/m. The motor drives a potentiometric load through gear train. The gear ratio is 1:40 and the load shaft rotation is 60rpm . The angular displacement is sensed by a 360 servo potentiometer. Agraduated disc is mounted upon the potentiometer to indicates angular position with 1 resolution.

B. The Control Unit :

It consists power supply, servo amplifier, error detector and command potentiometer. There is facility given to record the transient period of position control system under step signal.

TECHNICAL SPECIFICATIONS

Study of AC motor position.
Two precision servo-potentiometers at full 360 rotation.
Calibrated dials with 1 resolution for command and output position.
Thyristorized motor controller circuit.
110 volt two phase AC servo motor (60 RPM synchronous).
Built in waveform capture/display card for study dynamics.
Isolated supplies for motor, control circuit and capture/display card.
220V 10%, 50Hz mains operated.
User's Manual with patch cords.

Comprehensive Position Control Training

This trainer provides an interactive platform for understanding closed-loop control with an emphasis on PID tuning and encoder feedback. Students can manually adjust position using a potentiometer or digital switches and observe precise responses via the digital position indicator. The versatile setup allows exploration of mechanical loading, system accuracy, and control algorithms.

Robust Safety and Practical Usability

Safety is prioritized with overcurrent protection and fully insulated terminals, ensuring reliable operations during extended laboratory sessions. Its portable, desktop-friendly design and clear construction, using powder coated metal and acrylic, make it suitable for instructional settings where both performance and protection are essential.

FAQs of AC Motor Position Control System Trainer:

Q: How does the AC Motor Position Control System Trainer enhance learning in engineering and vocational training sessions?

A: The trainer exposes students to real-world scenarios of closed-loop position control. By allowing hands-on experimentation with manual and digital control inputs, encoder-based feedback, and PID settings, it bridges theoretical concepts with practical applications, thereby solidifying technical understanding.

Q: What process is used for controlling the motor position on this trainer?

A: The trainer uses closed-loop position control facilitated by a digital encoder as feedback and an integrated PID controller module. Users set desired positions via potentiometer or digital switches, and the system adjusts the AC synchronous motor accordingly to reach and maintain precise positions.

Q: When and where is this trainer most effectively used?

A: It is most effective in engineering colleges, technical institutes, and vocational training centers during practical laboratory courses on motion control, automation, and electrical drives. It is suitable for installation on benchtops or portable setups in classroom or lab environments.

Q: What safety features are included in the system?

A: Safety measures include overcurrent protection circuitry, insulated terminals to prevent accidental contact, and robust casing, ensuring the trainers secure operation during continuous educational usage.

Q: How accurate is the position control, and what is the role of the optical encoder?

A: The trainer achieves 1 accuracy in position control thanks to its high-resolution optical encoder, which provides real-time position feedback to the PID control unit, ensuring precise and repeatable operations.

Q: What are the main benefits of using this AC Motor Position Control System Trainer?

A: Key benefits include hands-on understanding of advanced motor control, safe experimentation with live electrical systems, development of practical diagnostic skills, and comprehensive instructional content, enhancing both teaching and learning experiences.

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