ME 1050
ME 1050 - Instrumentation Trainer Using Transducers (Complete with following Experimental study)
Objective:
‘Mars' made Instrumentation Trainer is used to Study of LVDT, RTD, Thermocouple, Thermostat, Opt Devices (Photo Diode, Photo Transistor, LDR, Zener, Diode), Wheatstone Bridge & Instrumentation Amplifier
Instrumentation Trainer is used to learn how to sense temperature, position & optical using passive sensory devices and circuits.
This trainer gives learning about the fascinating world of sensors.
To become efficient and productive, a computer based control system must be capable of sensing its surroundings and employ enough intelligence to respond to changing environment.
This is especially true in robotics.
In fact, sensors are the key ingredients for present and future intelligent robots.
Technical Specifications:
Output voltage: ±12V/150mA, 5V/ 150mA
5V/ 1A (Variable), ±15V/ 500mA (Variable)
Digital Multi meter: To measure output DC Voltages, AC Voltages, Current & Resistance.
Instrumentation Amplifier
Voltage Gain (G): 1-100
Output Voltage: ±10V
Output Current: ±10mA
DC Output Impedance: 0.15
Off Set Voltage: ± (6+600G) mV
Dynamic Response: 10 Khz
LVDT
Highly accurate metal LVDT Highly Precise Micrometer (0-10) attached
Provision to connect it through 5pin female connector
Oven : 0-100 Degree C
Wheatstone' Bridge
RTD: Resistance Temperature Detector (PT - 100)
Thermocouple : K type
Thermostat: 1K Ohm
LDR, Photo Transistor & Photo Diode is provided to study as optical sensors
Semiconductor Junction Diode: Oa79
Application of thermostat (Op-amp as a comparator: Temp. Controller)
Resistors and Potentiometers of different values
Circuit Diagram: Screen printed on front panel Housed in metal Cabinet & Connection of all important output, control switches & test point brought out at front panel.
Dimensions : 530mm x 520mm x 280mm Weight : 15.5 Kgs Approx.
Power Requirement : 220VAC +10%, 50Hz
Standard Accessories:
Power Cords, Patch Cords, Instruction Manual.
Power Cords, Patch Cords, Instruction Manual.
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