Automatic Control Sensors Trainer

(MSA102)

1.Breadboard module, 2.Heating and cooling module, 3.Weight scale to analog converter, 4.Load cell module, 5.Input/output module, 6.Inverter & Non-inverter AMP, 7.Comparator AMP, 8.Lamp/Buzzer module

Measuring linear distance
Measuring the Speed of a Rolling Object
Detecting objects using emitter and collector
Detecting black & white Colors
Detecting non-metallic objects
Detecting metallic objects
Detecting Objects using proximity sensor
Load Cell
Retracting cylinder

Position Slide Module
- Resistance range: (Rn) 2.5 kΩ /100 mm distance
- Resistance tolerance: 30 %
- Electrical distance: 50 – 500 mm
- Independent linearity: 2 %
- Resolution: < 0.1mm
- Load resistance: > 100* Rn
- Max. load current in case of fault: 5 mA
- Typical supply voltage: 5 VDC
- Lifetime: 50 million cycles
- Travel speed: ≤ 3 m/s
- Cable connection L: 46 mm; W: 10.16 mm
- Max. measuring distance from magnet to sensor: 2 mm
- Type of mount Adhesive film
- Operating temperature: −10°C ...
  + 70°C
- Protection class IP 65
Rotary Encoder Module
- Power requirements: 5- 24 V DC
- Power ripple: max 3 % rms
- Power consumption: max 60 mA
- Output type: Transistor
- Shaft allowance load: radial 5kg, thrust 3kg
- Maximum revolution: 5000 rpm
Hall Sensor Module
- Product type magneto resistive digital position sensor
- Package style plastic bushing
- Supply voltage: 6.0 Vdc to 24.0 Vdc
- Output type sink
- Termination type: 152,4 mm [6.0 in] stranded lead wires
- Magnetic actuation
- Operating temperature range: -20 °C to 85 °C [-4 °F to 185 °F]
- Output voltage: 0.4 Vdc max.
Motion Detector Sensor Module
- Range: 0.15 to 6 m
- Resolution: 1 mm
Rotary (Photogate) Sensor Module
- Power requirements: 5v DC at 40 mA
- Infrared source: Peak at 880 nm
- Output is high and LED off for unblocked gate
- Output is low and LED on for blocked gate
- Beam approximately 9 mm from the end of the gate arms
Optical (Emitting) Sensor Module
- Type: Small and light (old) type
- Sensing type: Through Beam
- Sensing distance: 5 m
- Operation mode: Light & Dark
- Control output: PNP
Optical (Collecting) Sensor Module
- Type: Small and light (old) type
- Sensing type: Through Beam
- Sensing distance: 5 m
- Operation mode: Light & Dark
- Control output: PNP
Optical (Main) Sensor Module
- Display: Single
- Output: NPN
- Type: Amplifier
- Beam source: Red
Optical (Fiber) Sensor Module
- Sensing type: diffuse
- Sensing distance: 60 mm
- Head form: standard (M3 Bolt)
- Hood Diameter: 3 mm
- Cable length: 2 m
- Cable type: standard type (-40 to 70 C)
- Fiber diameter: 0.5, 0.25 x 9 mm coaxial
Optical (M18) sensor module
- Operating voltage: 10-30 VDC
- Output method: PNP
- Output current: max 150 mA
- Current consumption: max 25 mA
- Sensing distance: 30 cm
- Sensing direction: horizontal
- Response time: 2 ms
Inductive proximity (M18) sensor module
- Operating voltage: 10-30 VDC
- Power ripple: <20% peak to peak
- Output current: max 150 mA
- Current consumption: <10 mA
- Output status: NO
- Output method: PNP
- Sensing direction: 5mm
- Response frequency: 800 Hz
Load-Cell Sensor Module
- Ultra-low deflection
- Robust strain relief
- 17-4 PH stainless-steel construction
- For use in compression
- Utilizes metal foil strain gauge technology
- Rated output (RO): 1 mV/V nom (25 lb)
- 2 mV/V nom (50 lb)
- Excitation (VDC or VAC) 18 max
- Bridge resistance 350 Ohm nom
- Insulation resistance ≥500 M ohm @ 50 VDC
- Connection #29 AWG, 4 conductor, spiral shielded Teflon cable 10-ft [3 m] long
- Weight (approximate) 0.7 oz [20 g]
- Safe overload 150% of RO
- Material PH stainless-steel
- Max measuring Range: 50 lb (22kg)

Automatic control sensors trainer- (MSA 102)
Set of components (main & auxiliary)
BEDO Software
Hard copy user manual

Set of additional components
Digital content (BI01)

Laboratory PC

Download Catalog

Description
Technical Details

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.

Digital content (BI-01)

BI-01

Automatic Control Sensors Trainer

(MSA102)