Control Lab

Showing 1–16 of 20 results

AC Motor Position Controller

AC Motor Position Controller

AC Motor Position Control Trainer 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 … Continue reading “AC Motor Position Controller”





AC servomotor torque/ speed characteristics trainer

AC servomotor torque/ speed characteristics trainer

AC servomotor torque/ speed characteristics trainer The devices used in electrical control system are AC and DC servomotors AC servomotor has best suit for low power control applications. It is rugged light weighted and has no brush contacts as in case of DC servomotors. The important parameter of AC servomotor is its speed – torque … Continue reading “AC servomotor torque/ speed characteristics trainer”





Compensators (Analog Phase Meter)

Compensators (Analog Phase Meter)

Compensators (Analog Phase Meter) The instrument consists of two – round scales. One with index and the other with vernier. The first scale (index scale) is for tuning the analyser into the azimuth. The Second scale (Vernier Scale) is for measuring the degree of orientation of a wedge box. The Wedge Box contains two wedges … Continue reading “Compensators (Analog Phase Meter)”





D.C Motor Speed Controller

D.C Motor Speed Controller

D.C Motor Speed Controller D.C motor Speed control trainer built around a small permanent magnet D.C. motor is designed to bring out the salient features of such a system.Facilities are available to directly measure the principal performance features of the speed control system, viz, steady state error and load disturbance rejection, as a function of … Continue reading “D.C Motor Speed Controller”





Dc Motor Position Control Trainer

Dc Motor Position Control Trainer

Dc Motor Position Control Trainer Technical Specifications: Study of DC motor position. Position control of a 12 volt/1 Amp DC geared PM motor. RPM 50/60 Hz Calibrated dials with 1 degree resolution for reference and output position. Two 360° Servo-potentiometers. Built in step signal. Built in waveform capture/display card for study dynamics. 3½ DVM. 220 … Continue reading “Dc Motor Position Control Trainer”





DC servomotor torque/ speed characteristics trainer

DC servomotor torque/ speed characteristics trainer

DC servomotor torque/ speed characteristics trainer DESCRIPTION  The devices used in electrical control system are AC and DC servomotors. DC servomotor has been the prime element most widely used in control applications. In position control the DC servomotor is of the highest choice to simple control circuitry. These motors suffers from wear and tear because … Continue reading “DC servomotor torque/ speed characteristics trainer”





Digital Pid Controller With Microprocessor Trainer

Digital Pid Controller With Microprocessor Trainer

Digital Pid Controller With Microprocessor Trainer Specifications: Based on CPU operating at 2.5/5MHz  Battery backup provided for RAM area RS-232C for CRT Terminal through 8251 Baud rate selection through DIP switch from 110-19,200 baud USB Interface to connect kit to computer V-USB Terminal Software to operate kit from USB Port to execute all commands like … Continue reading “Digital Pid Controller With Microprocessor Trainer”





Light Intensity Controller

Light Intensity Controller

Light Intensity Controller DESCRIPTION It is very common requirement in many industrial applications for the study of the control of the liquid level of a tank . This system works in closed loop process to keep the level of the liquid to constant. Since in open loop we have to operate manually, hence this system … Continue reading “Light Intensity Controller”





Linear System Simulator

Linear System Simulator

Linear System Simulator Experiments: Open and closed loop step response of First Order type-0 system for various values of gain Open and closed loop step response of Second Order type-0 and type-1 systems Response of third order system Steady-State errors for closed loop configuration through triangular wave input. The number of experiments possible on the … Continue reading “Linear System Simulator”





Magnetic Amplifier

Magnetic Amplifier

Magnetic Amplifier Technical Specifications Magnetic Amplifier : High gain, vacuum impregnated with twin storable reactors. Reactor : Storable, made of torroidal core. Core : Torroidal, cold rolled grain oriental core with low loss & high permeability. Windings : 1. Load (gate) windings wound dividually on each saturable eactors. 2. Control winding. 3. Bias winding. 4. … Continue reading “Magnetic Amplifier”





Magnetic Amplifier (Positive & Negative Feedback)

Magnetic Amplifier (Positive & Negative Feedback)

Magnetic Amplifier Trainer Positive & Negative Amplification is the control of a larger output quantity by the variation of a smaller input quantity. Such amplification can be performed by a magnetic device called Magnetic Amplifier or Magamp. This set up is designed to study the basic characteristics of such amplifier with +Ve & “Ve feedback. … Continue reading “Magnetic Amplifier (Positive & Negative Feedback)”





Magnetic Amplifier (Series & Parallel)

Magnetic Amplifier (Series & Parallel)

Magnetic Amplifier (Series & Parallel) Amplification is the control of a larger output quantity by the variation of a smaller input quantity. Such amplification can be performed by saturable reactors connected either in series or in parallel. This set up consists two such reactors, AC and DC power supply, two meters for load and control currents … Continue reading “Magnetic Amplifier (Series & Parallel)”





Pid Controller (Model Process)

Pid Controller (Model Process)

Pid Controller (Model Process) DESCRIPTION This set up is designed to study performance of analog PID Controller with simulated process. The board has built in signal source, building blocks for simulated process and PID Controller with built in regulated dc supply to operate the system. The PID Controller has three adjustable parameters, as P, I, … Continue reading “Pid Controller (Model Process)”





Pid Controller (Simulated System)

Pid Controller (Simulated System)

Pid Controller (Simulated System) DESCRIPTION This set up is designed to study performance of analog PID Controller with simulated process. The board has built in signal source, building blocks for simulated process and PID Controller with built in regulated dc supply to operate the system. The PID Controller has three adjustable parameters, as P, I, … Continue reading “Pid Controller (Simulated System)”





Pid Controller (Water Level Simulation)

Pid Controller (Water Level Simulation)

Pid Controller (Water Level Simulation) DESCRIPTION This set up is designed to study performance of analog PID Controller with simulated process. The board has built in signal source, building blocks for simulated process and PID Controller with built in regulated dc supply to operate the system. The PID Controller has three adjustable parameters, as P, … Continue reading “Pid Controller (Water Level Simulation)”





PID Temperature Controller With On/Off  Controller, (Solid State Sensor)

PID Temperature Controller With On/Off Controller, (Solid State Sensor)

PID Temperature Controller With On/Off Controller, (Solid State Sensor) Based on the skills of our adroit professionals, we are able to offer a wide collection of Temperature Control Systems. The offered range helps to expose the students to a practical control system, its various stages for control, and the tuning of a PID controller. Besides … Continue reading “PID Temperature Controller With On/Off Controller, (Solid State Sensor)”