Thermistor Characteristics Trainer (JITH-14)
- Negative temperature co- efficient thermistor as a temperature sensor
- Signal conditioner for thermistor sensor output
- In Built resistance calibration source
- Water bath / Kettle as a heat source
Temperature Measurement Using Various Thermocouple (JITC -01E)
- 3 No’s of different thermocouple (J, K, T Type) as a temperature sensor
- 3 No’s of signal conditioner for thermocouple sensor
- Zero potmeters for (J, K, T Type) signal conditioner
Step Response Characteristics of RTD and Thermocouple
- Digital panel type controller to control the heater temperature
- RTD and Thermocouple as a temperature sensor
- Signal conditioner for each sensor
- Digital display to indicate the temperature value
Temperature Measurement Using RTD (3 Wire) and (4 Wire) Trainer
- RTD 3 wire and 4 wire as a temperature sensor
- Signal conditioner and Zero potmeter
- Inbuilt resistance calibration source
- Water bath / Kettle as a heat source
- Digital display to indicate the bath temperature
Temperature Calibrator (Industrial Product)
- Range : Ambient to 600°C
- Resolution (Set & Display) : 0.1°C
- Stabilization Time : 10 min
- Heating Time : 20°C/Min
- Controller : PID
- Dry Block Material : Copper
Humidity And Temperature Measurement Trainer (JIHT-20)
- Stem type humidity & temperature sensor
- Humidity chamber setup with cooling fan
- Signal conditioner for humidity & temperature sensor output
- Zero adjustment potentiometers
Temperature Measurement Using RTD (JIRT-03)
- RTD (PT-100) as a temperature sensor
- Signal conditioner for RTD sensor output
- Resistance calibration source
- Water bath / Kettle as a heat source
- Digital display to indicate the water
Temperature Measurement Trainer Using Thermocouple and Thermistor Sensor (JIRT-10A)
- Thermocouple and Thermistor as a temperature sensor
- Signal conditioner for each sensor output
- Resistance calibration source provided
- Water bath / Kettle as a heat source
Calibration of Thermocouple
- J and K type temperature sensor with SS housing
- Variable milli volt source provided
- Signal conditioner for above sensor
- Digital display to display the water bath temperature in degree
- Water bath / Kettle as a heat source
Temperature Measurement using Diode Thermometer
- Diode thermometer
- Signal conditioner for diode thermometer
- Heating source
- Mercury filled analog thermometer
- Digital display
Temperature Measurement using Photo Cell
- Photo cell sensor
- Signal conditioner for above sensor
- Digital display
- Inbuilt power supply
Design of Temperature Transmitter with Source
- Thermocouple (J Type) as a temperature sensor
- Voltage with current converter
- Zero and span potmeter provided
- Gain potmeter source provided
- Mini furnace with cooling fan as a heat source.
Various Transducer Study Trainer (Load cell, Temperature, LVDT)
- Load cell sensor with stand provided
- 3 kg weights (different kg) to apply the load
- LVDT sensor spring leaded type fixed on the calibration jig
- LVDT calibration jig with screw gauge
Temperature Measurement Using AD 590 (JIAD-30)
- AD 590 with SS housing as a temperature sensor
- Signal conditioner for AD590 sensor
- Regulated power supply and Zero potmeter
- Water bath / Kettle as a heat source
Temperature Measurement Trainer using RTD, Thermistor sensor (JIRT-10)
- RTD and Thermistor with SS thermo well as a temperature sensor
- Signal conditioner for each sensor
- Resistance source provided for room temperature
- Water bath / Kettle as a heat source
Temperature Measurement Trainer using RTD, Thermistor and Thermocouple, AD 590 sensor
- RTD, Thermistor, Thermocouple, AD 590 as a temperature sensor
- Signal conditioner for each sensors
- Regulated power supply and zero adjustment potmeters
- Water bath / Kettle as a heat source
- Mercury filled analog thermometer
Design of RTD Transmitter
- RTD (PT100) as a temperature sensor
- Variable resistance source
- Instrumentation amplifier circuit
- Mini furnace with cooling fan as a heat source
Transient Response of Thermocouple with and without thermowell
- Thermocouple (J, K Type) as a temperature sensor
- Signal conditioner for compensation sensor and thermocouple sensor
- Air heater with dimmerstat as a heat source
Linearization of Thermocouple
- J type thermocouple as a temperature Sensor
- Signal conditioner for non- linear output voltage
- Cold junction compensation sensor with circuit
Measurement of High Temperature using Radiation Pyrometer
- Muffle furnace
- Controller : Digital (ON/OFF)
- Provision provided to check the pyrometer
- Radiation pyrometer
- LCD display
Temperature (ON/OFF) Controller (JITC-112)
- Mini furnace with cooling fan
- Digital indicator to display the set point and real temperature
- Temperature sensor to sense the furnace temperature
- Signal conditioner for above sensor
Seebeck Effect Study Trainer (JISE-17)
- Thermocouple sensors
- Hot junction and cold junction sensor with study provision
- Air heater as a heat source
- Digital DC panel ammeter and milli voltmeter
Linearization of Thermistor Using Microprocessor
- Thermistor as a temperature sensor
- Signal conditioner for above sensor
- Water bath / Kettle as a heat source
- Mercury filled analog thermometer
- Microprocessor with ADC/DAC board
- Digital Display to display the Linearized and Non-Linearized output
Time Constant of Different Thermometers
- Heater with cooling fan
- 5 Digit display to indicate the temperature
- Digital controller to control heater temperature
- RTD sensor to sense the heater temperature