Sensor Trainer System

• Signal Output: 0.4 ~ 4.99V DC
• Rotate the throttle sensor knob downwards to see the signal output on DPM
• VEHICLE SPEED SENSOR
• 3 wire sensor
• Operating voltage: +12V DC
• Hall Effect type sensor
• Signal Output: Square wave shape on CRO (Frequency will increase on speed increase)
• A +6V motor is place for simulation of vehicle speed operation
• Put the speed control knob in fully anticlockwise direction initially
• Now rotate it in clockwise direction slowly to increase speed
• User can see the variation in signal output on CRO

CRANKSHAFT SENSOR

• 2 wire sensor
• Operating voltage: +12V DC
• Signal Output: Square wave shape on CRO
• A +6V motor is place for simulation of crankshaft operation
• Switch ON the motor for simulation of cranckshaft
• MANIFOLD ABSOLUTE PRESSURE SENSOR (MAP)
• 3 wire sensor
• Operating voltage: +12V DC
• Signal Output: 3.3V DC @ 0 Bar and 4.5V DC @ 1 Bar Pressure

A virtual pressure source is place for simulation of MAP operation.
Initially put the pressure regulator on compressor in fully anticlockwise direction and rotate in clockwise direction slowly up to 1 Bar pressure
External pressure from compressor in the range of 0 ~ 1 Bar to see the signal output on DPM.

MASS AIR FLOW SENSOR (MAF)

• 5 wire sensor
• Operating voltage: +12V DC
• Reference voltage: +5V DC
• Signal Output: 1.05V DC @ zero flow and vary upto 1.2V on air flow
• A air blower is place for simulation of MAF operation
• Apply the external air flow from blower to see the signal output on DPM.

KNOCK SENSOR

• 2 wire sensor
• DC coil based sensor
• Signal Output: beep sound on buzzer in DMM
• ELECTRONIC CONTROL UNIT (ECU)
• MCU based PTH card
• It is place with apparatus for demo purpose
• STANDARD ACCESSORIES
• Experimental setup- 01 pc
• Single phase power cable- 01 pc
• Single phase to single phase connector cable- 07 pcs
• Air compressor with PU pipe- 01 pc
• Air blower- 01 pc
• Digital multimeter- 01 pc
• 4 mm red patch cord 1.5 mtr- 02 pcs
• 4 mm black patch cord 1.5 mtr- 02 pcs