Automatic Control Sensors Trainer
(MSA102)
- Measuring linear distance
- Measuring the speed of a rolling object
- Detecting objects using emitter and collector
- Detecting black & white colors
- Detecting objects using proximity sensor
- Load cell
- Retracting cylinder
- Position slide module
- Resistance range: >10K ohm
- Resistance tolerance: 30 %
- Electrical distance: 50 – 500 mm
- Independent linearity: 2 %
- Rotary encoder module
- Power requirements: 5- 24 V DC
- Output type: transistor
- Shaft allowance load: radial 5kg
- Maximum revolution: 1000 rpm
- Motion detector sensor module
- Voltage: 5V
- Lock time: 0.2 sec
- Trigger methods: L – disable repeat trigger, H enable repeat trigger
- Rotary (photogate) sensor module
- Operating voltage:12 - 24V
- Beam approximately 9 mm from the end of the gate arms
- Optical (emitting) sensor module
- Type: small and light
- Sensing type: through beam
- Sensing distance: 5 m
- Operation mode: light & dark
- Optical (collecting) sensor module
- Type: Small and light
- Sensing type: through beam
- Sensing distance: 5 m
- Operation mode: Light & Dark
- Control output: PNP
- Optical (fiber) sensor module
- Sensing type: diffuse
- Sensing distance: 60 mm
- Head form: standard (M3 Bolt)
- Hood diameter: 3 mm
- Optical (M18) sensor module
- Operating voltage: 5-30 VDC
- Output method: NPN
- Sensing distance: 30 cm
- Inductive proximity (M18) sensor module
- Operating voltage: 10-30 VDC
- Output method: PNP
- Sensing direction: 5mm
- Capacitance proximity (M18) Sensor Module
- Operating voltage: 10-30 VDC
- Output method: PNP
- Sensing distance: 20mm
- Load-cell sensor module
- Max measuring range: 20kg
- Excitation voltage: 5-10 VDC
- Output signal: 2mV/V
- Automatic Control Sensors Trainer (MSA102)
- Hard copy user manual
- BEDO software
- Laboratory PC
Automatic control sensors trainer is 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 and the provided software, trainees will be able to connect between different modules to perform experiments. BEDO software is capable of displaying the sensors’ readings and measurements on a Laboratory 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
- Voltage / current module
- Lamp / buzzer module
- Sensor modules included are:
- Motion detector sensor module
- Rotary (Photo-gate) sensor module
- Optical (emitting) sensor module
- Optical (collecting) sensor module
- Optical (main) sensor module
- Optical (fiber) sensor module
- Inductive module proximity (M18) sensor
- Capacitance proximity (M18) sensor module
- Load-cell sensor module
- Auxiliary modules included are :
- Working board
- Heating & cooling module
- Illumination module
- Laumas 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
- Comparator
- OP-Ame
- PT temperature sensor module
- Microphone sensor module
- PH sensor module
- Auxiliary Modules:
- Tuning fork module
- Chemistry experiment stand