Automatic control sensors trainer ( MSA102) is an advanced comprehensive system which demonstrates almost any type of sensors the user can come across in automatic control applications. The trainer is equipped with a wide range of sensors’ modules in addition to powering modules. Using safety connecting cables & the provided software, trainees will be able to connect between different modules to perform experiments . BEDO software is capable of recording & displaying the sensors’ readings and measurements on a PC screen.
- Automatic control sensors trainer is equipped with a grooved panel for easy fixation of the system modules.
- The trainer is equipped with different modules including main controller modules, sensors modules and auxiliary modules.
- Main controller modules included are:
- Sensor controller module
- Power Supply & Breadboard module
- High Ampere power Supply module
- OP-Amp & comparator Amp module
- Voltage / current module
- Breadboard module
- Input / output module
- Lamp / buzzer module
- Sensors modules included are:
- Hall sensor module
- Motion detector sensor module
- Rotary (photogate) sensor module
- Optical (emitting) sensor module
- Optical (collecting) sensor module
- Optical (main) sensor module
- Optical (fiber) sensor module
- Optical (M18) sensor module
- Inductive proximity (M18) sensor module
- Capacitance proximity (M18) sensor module
- Load-cell sensor module
- Auxiliary modules included are :
- Working board
- Heating & cooling module
- Illumination module
- Position Slide module
- Rotary encoder module
- Air pressure module
- Additional modules (Optionally supplied)
- Main Sensors Modules :
- CDS Sensor module
- Photo-diode sensor module
- Photo-transistor sensor module
- Thermistor (NTC) sensor module
- Thermistor (PTC) sensor module
- Thermistor (CTR) sensor module
- PT temperature sensor module
- Microphone sensor module
- PH sensor module
- Auxiliary Modules:
- Tuning fork module
- Chemistry experiment stand
- for some modules , a schematic diagram of the circuit or component is printed on its front panel for better understanding of the system wiring while performing experiments.