Temperature and humidity sensors

Air temperature and relative humidity monitor sensors typically consist of two separate sensors packaged in the same housing. Often relative humidity is measured with a capacitive RH sensor, while air temperature is measured by a PRT. Our temp and humidity sensor probe CDW-33A can be with pressure testing optional.

Temperature sensors are parts that change physical temperature into digital information. Similarly, humidity sensors measure moisture in the air and convert it into digital data.

Air temperature and humidity sensor probes are important for monitoring the environment around sensitive electronic equipment. These sensors are useful in many industries. They are top-rated and professional temperature and humidity monitors.

1.Home and Building Automation

In smart homes and intelligent buildings, sensors are important for HVAC systems. They measure temperature and humidity levels in real-time. This helps the system adjust heating, cooling, or ventilation on its own.

The goal is to keep indoor conditions comfortable. The best temperatures are usually between 20 and 26°C. Humidity should be between 40 and 60%.

For example, if humidity goes above a certain level, the sensor can turn on a dehumidifier. This helps stop mold growth and keeps people comfortable. The sensors also work with smart thermostats.

This allows users to check and manage their settings with mobile apps. It helps save energy and keeps them comfortable.

2. Agriculture and Horticulture

In greenhouses, nurseries, and indoor farms, these sensors help plants grow well. They manage irrigation systems and use less water when humidity is high. They also control climate factors, like heating and misting, to help plants grow.

For example, tropical plants need higher humidity levels of 70-80%. Some vegetables grow better in drier conditions of 50-60%. In livestock farming, sensors check barn conditions.

This helps keep animals comfortable and healthy. Too much heat or humidity can stress livestock and lower productivity.

3. Weather Stations and Environmental Monitoring

Meteorological stations use sensors to measure temperature and humidity. This helps with weather forecasts and climate studies. They gather data from the outdoors to create weather models. These models can predict storms, heatwaves, and droughts.

They are also used in environmental studies to watch microclimates in places like forests and deserts. This helps us see how climate change or city growth affects local conditions.