Air temperature and relative humidity sensor

Air Temperature and Relative Humidity Sensor Product Overview

Our Air Temperature and Relative Humidity Sensor is a fully digitally detectable, highly accurate sensor that integrates temperature, humidity and barometric pressure measurement. This sensor is ideal for meteorological, marine, environmental monitoring, airports, harbours, laboratories, industry, agriculture and transport applications due to its excellent performance and reliability.

Air Temperature and Relative Humidity Sensor Core Features

All-digital detection: advanced digital signal processing technology to ensure the accuracy and stability of data transmission.

High precision measurement: temperature measurement range from -40℃ to 80℃, humidity measurement range from 0%RH to 100%RH, air pressure measurement range from 10hPa to 1200hPa.

Excellent accuracy: temperature measurement accuracy ±0.5℃, humidity measurement accuracy ±5%RH, barometric pressure measurement accuracy ±1.5hPa.

High resolution: temperature resolution is 0.1℃, humidity resolution is 0.1%RH, air pressure resolution is 0.1hPa.

Flexible output form: support RS485 or 4-20mA output, to meet different system integration requirements.

Wide voltage power supply: support DC 12V to 24V power supply, adapt to a variety of power supply environment.

All-in-one design: integrates temperature, humidity and barometric pressure measurement, reducing the number of devices and lowering installation costs.

Rapid response: real-time monitoring, rapid data update, providing immediate basis for decision-making.

Stable and Reliable: Adopt high quality components and undergo strict testing to ensure long-term stable operation.

Easy to install and maintain: compact structure, easy to install, low maintenance cost.

Widely used: can be widely used in meteorology, marine, environment, airport, port, laboratory, industry and agriculture, and transport and other fields.

Air Temperature and Relative Humidity Sensor Technical Parameters

Air Temperature and Relative Humidity Sensor Application Scenario

This high-precision air temperature, humidity and barometric pressure sensor has a wide range of application scenarios, and its high-precision, fully digital features make it play an important role in various fields. The following is a detailed description of its main applications:

1. Meteorological Observation

Weather Stations and Weather Forecasting: The sensors are widely used in weather stations to monitor temperature, humidity and barometric pressure changes in the atmosphere in real time, providing accurate data support for weather forecasting. These data help meteorologists predict weather trends more accurately and provide timely weather information to the public.

Climate research: In the field of climate research, long-term data collected by sensors can be used to analyse climate change trends and provide valuable information for scientific research.

2. Marine science

Ocean Observation: In ocean observatories, sensors can monitor the temperature, humidity and air pressure of the ocean surface, helping scientists to understand the changes in the marine environment and the impact of climate change on the oceans.

Marine Science Research: Oceanographers can use these data to study marine ecology, ocean circulation and other scientific issues, and promote the development of marine science.

3. Environmental monitoring

Air quality monitoring: In environmental monitoring stations, sensors can monitor the temperature, humidity and air pressure in the air in real time, assess the air quality condition and provide data support for environmental protection.

Industrial Pollution Monitoring: In industrial areas, sensors can monitor the impact of emissions on the surrounding environment, helping companies comply with environmental regulations and reduce pollution.

4. Airports and Ports

Airport Management: Airports need to monitor the temperature, humidity and air pressure of runways and aprons in real time to ensure the safety of aircraft landing and taking off. The data provided by the sensors helps airport managers to adjust runway conditions in time to ensure normal flight operations.

Port Operations: Ports also need to monitor the temperature, humidity and air pressure in the harbour area and shipping lanes to ensure the safety of cargo and ships. The data provided by the sensors help port managers to make appropriate operation plans and improve operational efficiency.

5. Laboratories and Research

Laboratory environment control: In scientific research laboratories, sensors monitor and control the temperature, humidity and air pressure of the experimental environment to ensure the accuracy and reproducibility of experimental results.

Scientific research data collection: In scientific research projects, the data collected by the sensors can be used for purposes such as analysing experimental phenomena and verifying scientific hypotheses.

6. Industrial and agricultural production

Agricultural production: In greenhouses, sensors can monitor parameters such as soil moisture, air temperature and humidity, and air pressure to help farmers adjust irrigation schedules, greenhouse ventilation, and other management measures to improve crop yield and quality.

Industrial production: In the process of industrial production, the sensor can monitor the temperature, humidity and air pressure and other environmental parameters of the production plant to ensure the normal operation of production equipment and the stability of product quality.

7. Transport

Aerospace: In aerospace, sensors can monitor the meteorological conditions (such as temperature, humidity and air pressure) outside the aircraft, providing real-time meteorological information for pilots to ensure flight safety.

Automotive Manufacturing and Driving: In automotive manufacturing, sensors can be used to monitor the temperature, humidity and air pressure of the workshop environment; in driving, sensors can monitor the temperature, humidity and air pressure inside and outside the vehicle to provide a comfortable driving experience for drivers and passengers.

Conclusion

Our Air Temperature and Relative Humidity Sensor is a high-performance sensor that meets your need for accurate measurements in a variety of harsh climatic environments. It is widely used in meteorological, marine, environmental, airports, harbours, laboratories, industry, agriculture and transport applications. If you have any questions about our products, please feel free to contact us, we will be happy to serve you.

Atmospheric Temperature Humidity and pressure Sensor data sheet

NBL-W-LBTH-Atmosphere-temperature-humidity-and-pressure-sensor-instruction-manual-V4.0.pdf

NBL-W-WHT-Wall-Mounted-Temperature-Humidity-Sensors-Instruction-Manual.pdf