Humidity and Temperature Probe Manufacturer,Supplier and Exporter in India

Product Code : SCL-PLE-11703

The Humidity and Temperature Probe by Scientifc Equipment is an educational environmental measurement sensor designed for observing, measuring, and recording air temperature and relative humidity during science practicals, weather studies, plant-growth experiments, classroom demonstrations, and STEM projects. It is ideal for school science laboratories, geography classrooms, environmental science lessons, agriculture activities, biology experiments, weather observation programs, and student field investigations.

This probe helps students understand how temperature and humidity affect weather, climate, evaporation, plant growth, soil conditions, comfort level, and environmental changes. It supports hands-on data collection, comparison, graph preparation, and scientific analysis in classroom and outdoor learning activities.

Product Description

A Humidity and Temperature Probe is commonly used to measure surrounding air temperature and relative humidity using built-in sensing elements. The probe detects environmental conditions and sends the readings to a compatible display unit, data logger, digital meter, or educational science interface depending on product configuration.

The Scientifc Equipment Humidity and Temperature Probe is designed for supervised educational use in laboratories, classrooms, weather stations, greenhouses, field study areas, and controlled experiments. It helps learners collect real-time environmental data and understand the relationship between heat, moisture, air conditions, and natural processes.

Key Features

• Educational probe for measuring relative humidity and temperature.
• Useful for weather study, environmental monitoring, plant-growth experiments, and STEM projects.
• Helps students understand air moisture, temperature variation, evaporation, and climate conditions.
• Can be used with compatible meters, displays, data loggers, or classroom science interfaces depending on model design.
• Supports real-time observation, data recording, comparison, and graph preparation.
• Suitable for indoor classroom experiments and supervised outdoor field activities.
• Compact and easy to handle during practical demonstrations.
• Ideal for schools, colleges, science labs, geography labs, agriculture classes, and environmental science projects.
• Designed for repeated supervised educational use.

Product Specifications

How to Use

1. Connect the Humidity and Temperature Probe to the compatible meter, display unit, data logger, or classroom science interface as instructed.
2. Check that the probe, cable, connector, and sensor area are clean, dry, and undamaged before use.
3. Place the probe in the area where air temperature and humidity need to be measured.
4. Keep the probe away from direct artificial heat, water spray, chemicals, and strong airflow unless required by the experiment.
5. Allow the reading to stabilize before recording the data.
6. Record the temperature and relative humidity values in a worksheet, practical notebook, data table, or digital file.
7. Repeat readings at different times, locations, or experiment conditions for comparison.
8. Use the recorded values to prepare charts, graphs, observations, and conclusions.
9. After use, switch off the connected instrument if required.
10. Clean the probe gently with a dry soft cloth if needed and store it safely in a clean, dry place.

Safety and Handling Instructions

• Use under teacher, laboratory instructor, or trained adult supervision during student practicals.
• Do not immerse the probe in water unless the product is specifically designed for that purpose.
• Keep the sensor away from corrosive chemicals, strong solvents, flame, and excessive heat.
• Do not bend, pull, twist, or crush the probe cable or connector.
• Do not touch the sensor opening with sharp objects, fingers, or wet materials.
• Allow the probe to adjust to room conditions before taking accurate readings after moving between hot and cold areas.
• Do not use damaged probes, loose connectors, cracked housing, or faulty instruments.
• Keep the probe dry and clean after use to maintain reliable operation.
• Store the probe in a clean, dry, dust-free, and secure laboratory cabinet.

Educational Applications

• Measuring classroom and outdoor temperature and humidity.
• Weather observation and climate study activities.
• Environmental science experiments involving air moisture and temperature variation.
• Biology and agriculture projects related to plant growth and greenhouse conditions.
• Evaporation, condensation, and humidity comparison experiments.
• STEM projects involving data logging, graph preparation, and scientific analysis.
• School weather station activities, science fairs, practical exams, and field observations.

Why Choose Scientifc Equipment Humidity and Temperature Probe?

The Scientifc Equipment Humidity and Temperature Probe is designed to make environmental measurement simple, practical, and engaging for students. It helps teachers demonstrate temperature and humidity concepts while students gain hands-on experience in data collection, observation, comparison, graphing, and scientific investigation.

FAQ

1. What is a Humidity and Temperature Probe used for?

A Humidity and Temperature Probe is used to measure air temperature and relative humidity during weather study, environmental science, biology, agriculture, and STEM practical activities.

2. Is this probe suitable for school laboratories?

Yes, it is suitable for school science labs, geography classrooms, environmental science lessons, biology experiments, agriculture practicals, STEM projects, and teacher-led demonstrations.

3. What does relative humidity mean?

Relative humidity is the amount of moisture present in the air compared with the maximum moisture the air can hold at a given temperature.

4. Can this probe be used outdoors?

Yes, it can be used outdoors under teacher supervision in safe weather conditions. The probe should be protected from rain, water immersion, direct harsh sunlight, and rough handling unless the product design allows such use.

5. Does the probe require a separate display unit?

Some probes require a compatible meter, display unit, data logger, or science interface to show readings. The exact requirement depends on the product configuration.

6. What experiments can students perform with this probe?

Students can compare indoor and outdoor humidity, study temperature changes, observe greenhouse conditions, investigate evaporation, monitor plant-growth environments, and record weather data over time.

7. Can this probe be used for professional monitoring?

This probe is designed for educational environmental observation and demonstration. It is not intended for professional meteorological, industrial, medical, or critical environmental monitoring unless specifically approved.

8. How should the Humidity and Temperature Probe be stored?

After use, clean the probe gently if required, keep the sensor dry, avoid bending the cable, and store the probe in a clean, dry, and secure place away from moisture, dust, heat, and chemicals.

SEO Keywords

Humidity and Temperature Probe, Scientifc Equipment Humidity and Temperature Probe, temperature humidity sensor for students, classroom humidity probe, environmental science probe, weather study sensor, humidity temperature data logger probe, STEM weather equipment, school lab temperature probe, relative humidity sensor, educational science equipment.

SEO Meta Title

Humidity and Temperature Probe – Scientifc Equipment Environmental Sensor

SEO Meta Description

Buy Humidity and Temperature Probe by Scientifc Equipment for school science labs, weather study, environmental science lessons, biology experiments, agriculture practicals, STEM data collection, and classroom demonstrations. Ideal for measuring relative humidity and air temperature during supervised educational activities.

Google E-E-A-T Focused Content

This product content is prepared to support teachers, laboratory suppliers, educational institutions, geography instructors, environmental science educators, biology teachers, agriculture educators, STEM coordinators, field study leaders, students, and science buyers with clear product information, practical specifications, usage guidance, safety instructions, and helpful FAQs. The content focuses on accurate educational environmental measurement applications, safe supervised use, proper sensor handling, weather observation, plant-growth study, data recording, graph preparation, and trustworthy product guidance while clearly stating that the product is for educational environmental observation and demonstration use only and not for professional meteorological, industrial, medical, or critical environmental monitoring unless specifically approved.