Control Lab

Overview

Control Lab covers PID, servo, and closed-loop control training systems that introduce students to the theory and practice of automatic control engineering. ASFAN supports lab planning, equipment supply, installation, commissioning, and training resources so each learning space is practical, safe, and ready for repeated academic use.

Key Equipment (24 Items)

• PID Controller (Simulated System)
• PID Controller (Water Level Simulation)
• PID Controller (Model Process)
• Digital PID Controller with Microprocessor Trainer
• Linear System Simulator
• Potentiometer as Error Detector
• Compensators (Analog Phase Meter)
• Synchro Transmitter & Receiver Pair
• Stepper Motor (with uP Interface) With Microprocessor Trainer
• DC Motor Speed Controller
• DC Motor Position Controller
• AC Motor Position Controller
• AC Servomotor Torque / Speed Characteristics Trainer
• DC Servomotor Torque / Speed Characteristics Trainer
• Magnetic Amplifier (Mag Amp)
• Magnetic Amplifier (Series & Parallel)
• Magnetic Amplifier (Negative & Positive Feedback)
• Light Intensity Controller
• Stroboscope (LED)
• Control Transformer
• Servo Stabilizer
• Relay Control System (Simulated)
• Analog Computer
• PID Temperature Controller with ON/OFF Controller (Solid State Sensor)

Practical Skills

• Set up, operate, and safely shut down each trainer using standard lab procedures
• Take accurate readings and record experiment results in a structured lab notebook
• Interpret measured data and relate it back to the underlying engineering theory
• Troubleshoot basic wiring and connection faults under instructor supervision
• Prepare practical lab reports suitable for coursework assessment

Applications / Training Outcomes

• University and polytechnic electrical / electronics engineering programs
• ITI and vocational training centers building practical lab capacity
• Instructor-led demonstrations paired with individual student experiments
• Graduation projects, applied research, and skills-competition preparation