Temperature Measurement Trainer Module

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Temperature Measurement Trainer Module Specification

Accuracy
±1°C

Features
Real Time Temperature Reading, Inbuilt Calibration, Sensor Port, Buzzer Alarm, Compact Design, Training Manual Included

Temperature Resistance
0°C to 150°C

Shape
Rectangular

Display Type
Digital LED Display

Control Type
Manual and Automatic

Power Supply
230V AC

Type
Electronic Training Module

Dimension (L*W*H)
350 mm x 250 mm x 100 mm

Equipment Type
Temperature Measurement Trainer Module

Equipment Materials
Powder Coated MS Sheet, PCB, Electronic Components

Power
230V AC, 50 Hz

Voltage
230 V

Material
Metal and PCB

Application
Educational Laboratory Use for Temperature Measurement Experiments

Calibration
On-board Calibration Controls

Mounting Type
Table Top

Experiment Capability
Supports Multiple Temperature Sensor Experiments

Operating Temperature
5°C to 40°C

User Manual
Included

Fuse Protection
Yes, In-built

Indicators
Status LEDs

Weight
Approx 3.5 kg

Measurement Range
0°C to 150°C

Safety Features
Overload and Short Circuit Protection

Working Environment
Indoor, Lab Use Only

Output
Digital and Analog Output

Sensor Type
PT100/RTD Thermistor Sensor

Temperature Measurement Trainer Module About

Temperature Measurement Trainer Module

Temperature Range	100 deg C
Brand	Micro Technologies
Indicator	3 1/2 digit to read upto +-1999 Counts
Thermocouple Type	J-type Fe/K [J-Type]
RTD	Pt-100
Thermister	10 K ohms@25 deg C [NTC-Type]
Power Supply	230V +-10%@50 Hz
Accessories	Water Heater (kettle),Glass bead thermometer (110 deg C)

Versatile Experimentation

This trainer module supports multiple temperature sensor experiments, allowing users to compare sensor performance and learn calibration procedures. It includes both manual and automatic controls, making it suitable for comprehensive educational demonstrations in laboratory settings.

Real-Time Performance

With digital LED display and analog output options, users receive instant, accurate temperature readings. The built-in calibration controls enable precise adjustments, enhancing the reliability of experiment results by maintaining 1C accuracy throughout the measurement range.

Reliable Safety Features

Designed for indoor lab use, the module incorporates overload, short circuit, and fuse protection. Status LEDs provide visual feedback on system status, while a buzzer alarm alerts users of critical deviations, ensuring a secure and user-friendly operation for trainees and instructors.

FAQ's of Temperature Measurement Trainer Module:

Q: How do I operate the Temperature Measurement Trainer Module for temperature experiments?

A: To operate the trainer, power it using a standard 230V AC supply, connect the desired temperature sensor to the sensor port, and select manual or automatic control. The module will display real-time readings via LED display and analog output, with calibration adjustments accessible directly on the module.

Q: What type of temperature sensors are compatible with this training equipment?

A: The device is designed to work with PT100/RTD thermistor sensors. Its modular sensor port supports multiple types and allows for various temperature measurement experiments in an educational setting.

Q: Where is this module best suited for use?

A: The Temperature Measurement Trainer Module is intended for indoor, laboratory use only. It is ideal for schools, colleges, research centers, and technical training institutes specializing in electronics or instrumentation.

Q: What process is involved in calibrating the temperature readings?

A: Inbuilt calibration controls enable users to adjust and fine-tune the readings by referencing a known standard. The calibration can be performed manually or automatically using the module's adjustment knobs, ensuring ongoing measurement accuracy.

Q: When should the safety features be checked before use?

A: Always inspect status LEDs and verify fuse protection before starting experiments. These features safeguard users from electrical overload or short circuit conditions, and should be confirmed operational at each setup for maximum safety.

Q: How does this module benefit students and trainees?

A: The module provides hands-on experience with real-time temperature measurement, sensor calibration, and signal interpretation. It supports applied learning through experimentation, enabling users to understand the mechanics and technology behind temperature sensing.

Q: What should be done if the buzzer alarm activates during operation?

A: If the buzzer alarm sounds, it indicates an abnormal temperature or safety issue. Users should stop the experiment immediately, check connections, sensor placements, and refer to the user manual for troubleshooting and safety steps.

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