Sensors And Transducers Trainer

Model No. DL 2312HG

This sensors and transducers trainer is designed to teach the operating principles of the most important sensors/transducers.

It is subdivided in two sections: in the lower section, there are all the input and output transducers, while in the upper side there are all the signal conditioning systems as well as the instrumentation.

TECHNICAL FEATURES:
In a compact structure, the DL 2312HG includes sensors and transducers, signal conditioning components and instruments.
Sensors and transducers: IC transducer, Thermistor, RTD, Phototransistor, Photovoltaic cell, Photoinductive cell, Photodiode, Slotted Opto sensor, Reflective Opto sensor, Hall effect sensor, Inductive sensor, Tachogenerator, DC motor, Servo potentiometer, Strain gauge, Logarithmic slide potentiometer, LVDT, Wheatstone bridge, Carbon track potentiometer, Conductive plastic potentiometer, Linear slide potentiometer, Relay, Microphone, Loudspeaker, Humidity sensor, Ultrasonic sensor, Buzzer, Flow sensor, Pressure sensor.

LIST OF EXPERIMENTS:
Sensor:
– Slider potentiometric sensor
– Rotary potentiometer sensor
– Linear Variable Differential Transformer Characteristics
– Integrated circuit-based accurate sensor
– Negative Temperature Coefficient sensor fast response sensor
– Diode temperature sensor one centigrade, precision design
– Ready to use K type sensor Detector, wide range sensor
– Photovoltaic cell – EM radiation intensity sensor
– Photodiode – fast light sensor
– Phototransistor – simple light sensor
– Light Dependent Resistor – total light sensor
– Slotted optical switch digital sensor
– Reflexive, accurate rotational position sensor
– Hall, non-contact switching sensor
– Inductive proximity sensor
– Tachogenerator, the oldest, the simplest sensor
– Servo-potentiometer
– Strain gauge measurements
– Humidity sensor
– Piezoelectric sensor.
– Sound sensor using a dynamic microphone
– Obstacle and distance detector
– Mass airflow, with superior resistance to environments sensor
Pressure sensor Actuators:
– The study of the relay
– Study of the electronic switch
– Study of the sample and hold function
– The motor is controlled by three input signals
– Additional considerations in conditioning. Load impedance effect compensation
Additional considerations in conditioning. The use of the gain for accurate control Process control:
– Alarming circuit in over-temperature condition Page
– Optical alarm for an over-speed regime of the DC motor
– Level monitoring for pump control

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