IT-4412 Control Application Training System

Experiments Included:

  • To Study and Observe LED Bar Display with Analog Source
  • To Study and Observe Voltage to Frequency Converter
  • To Study and Observe Frequency to Voltage Converter
  • Study of PWM Controller Using Analog Source
  • Study of ON/OFF Controller Using Analog Source
  • Study of Amplifier
  • To Study and Observe Characteristics of Photoconductive Cell (LDR)
  • To Study and Implement Light Intensity Control Using PWM Method
  • To Study and Implement Motor Speed, Direction and Input Characteristics
  • To Study and Implement Tacho Generator Using F/V Converter
  • To Study and Implement Motor Control Using PWM Method
  • To Study and Implement Temperature Control Using Heater, Fan

 

Experiments Performed Using

Software:

  • To Study and Observe Position Control of R/C Servo Motor
  • To Study and Implement DC Motor Control Open Loop
  • To Study and Observe DC Motor Control Close Loop
  • To Study and Implement Stepper Motor Control Open Loop
  • To Study and Implement Stepper Motor Control Closed Loop
  • To Study and Implement Temperature Control Open Loop
  • To Study and Observe Temperature Control Close Loop
  • To Study and Implement Light Intensity Control Open Loop
  • To Study and Observe Light Intensity Control Close Loop

Description

The system is design to demonstrate the control system theory and feedback system. Trainer demonstrates DC motor and DC servo control techniques comprehensive. Trainer contains on board temperature and light sensors which can be used for the study of Control system. There is a wide range of experiments which can be performed on the trainer. Application software for Interfacing with PC increases range of experiments.

Features:

  • Sensors installed on-board
  • Control Circuits Installed
  • Drivers Installed
  • Protection Circuits Installed

Technical Features:

  • Fixed DC Power Supply: +12V, -12V & +5V
  • Motor: DC Motor with IR Encoder, R/C Servo, Stepper with IR Encoder
  • Sensor: Temperature, Light Intensity, Rotational (IR)
  • Light Source: 2X Lamps with Disturbance Control
  • Temperature Source: Resistive Heater with Fan
  • Driver: Dual H-Bridge, Relay
  • Alarm Indicator: Buzzer
  • Analog Source: 0~10V
  • Display: 10-point LED Bar
  • PC Interface: Analog I/O, Digital I/O with USB interface
  • Software: Interfaced with Training System to Implement Open/Closed Loop Experiments

Signal Conditioning: V/F Converter, F/V Converter, PWM Generator, ON/OFF Controller &  Amplifier

Accessories: Power Cord, Experiment Manual, 2mm Patch Cords, Software CD, USB Cable