- Basic module equipped with:
– Variable DC power supply (-10v to 0 and 0 to +10v)
– Sine and Square wave Function generator
- Digital controller module equipped with:
- ATmega16 microcontroller
- AVR programmer
- 2*16 characteristic LCD
- Level process module Equipped with:
– Transparent cylinder to view fluid level (has overflow path)
– Special pressure sensor to measuring fluid level
– Graded ruler to accurate view of fluid height and volume calculating
– Two kind of level-fluid detector (magnetic and hydrostatic)
– Special valve in order to applying distortion to system
- Flow process module equipped with:
- Turbine flow-meter ( an electronic sensor in order to measure water flow)
- Rota-meter (a mechanical sensor in order to measure water flow)
- Humidity process module equipped with:
– Two kind of analog and digital humidity sensor
– Display for showing humidity percent and environment temperature
- Signal conditioning module in order to prepare the sensor’s signal for use in control loop
- PID controller module in order to analog control of different processes
- High-Pressure process module equipped with:
- Air storage tank and electrical wind pump
- Two pressure gage and industrial mano-meter
- MPXV2200DP sensor ( accurate high-pressure sensor)
- Low-pressure process module equipped with:
- Two kind of pressure sensor in kilo-pascal range
- Medical mano-meter
- A source to generate low-pressure gas
- Bridge amplifier module in order to get acquainted with strain-gauge and basic training for instrumentation amplifiers
- Set-point Generator module in order to test and adjusting of desired point adjust in control process
- Furnace module equipped with:
- Temperature controller between 0 to 300 degree
- Digital display
- Cooler system with variable rotation
- Transmitter module equipped with:
- LM35, RTD, PTC, NTC, J and K Thermocouple sensors
- Digital multi-purpose transmitter (connectable to PC for detailed calibration)
- J and K thermocouple calibrator
- Low-Temperature Furnace
- Temperature Calibrator module in order to detailed simulation of RTD and Thermocouple output (equipped with color LCD and connectable to PC and adjustable by remote controller software)
- Standard Non-contact Temperature sensor
- Temperature signal conditioning module equipped with:
- Hot-box for simulation of temperature variations
- 2-wire and 3-wire transmitters
- Resistive sensors transmitters
- Basic transmitter module in order to generate standard voltage (0-10v) and current (4-20ma) instrumentation signals
- Signal conditioning circuits included low pas filters in common mode and differential mode to remove RF noise
- Linear Displacement module Equipped with:
- Hall-effect, Ultrasonic and Infrared sensors
- Magnetic, Capacitive and Inductive proximity sensors
- 50cm printed-ruler for position checking
- Stepper-motor and belt in order to forming a linear motion mechanism
- Rotational module equipped with:
- 90volt-1800rpm DC motor in order to forming a circular movement system
- Snail-gearbox with 11: 1 conversion ratio
- 1024 Pulse incremental encoder
- Mechanical tachometer for analog measuring of motor speed
- Freewheeling potentiometer for analog measuring of motor position
- 4-bit absolute encoder for digital measuring of motor position
- Metal couplings for connect motor to encoder and encoder to tachometer
- Force sensors module equipped with:
- Mechanical system includes an education loadcell, an industrial loadcell and a torque measuring loadcell
- Transducer module includes an instrumentation amplifier, filtering block and offset rejection block
- Data Acquisition module in order to monitoring, sampling and controlling the different systems (connectable to PC with RAYANNIK software and controllable by MATLAB with special RAYANNIK library)
