The application of temperature and humidity transmitter

User:JXCTUpload time:Jan 17 2023

Two key variables in plant development – temperature and humidity – can be monitored and controlled using temperature and humidity transmitters. Gardeners build greenhouses to better control their plants’ environment, resulting in better results at harvest time. It also allows us to extend the growing season, especially in regions with extreme temperatures, whether hot or cold.

However, if the weather is too hot, your plants may wilt, and if it is too cold, your plants may not grow, or even grow at all. Balancing humidity by regulating the moisture in the air is also key to ensuring optimal growth and yield.

Wireless Remote Greenhouse Temperature Transmitter

The Remote Greenhouse Temperature Monitor is our top choice for monitoring temperature and humidity. As the name suggests, you don’t need to be in the greenhouse to read the conditions. You can check temperature and humidity from anywhere on your smartphone or PC. Best of all, with a remote greenhouse temperature monitor, you can set alarms to notify you as soon as the temperature or humidity exceeds ideal parameters. You can also store and view historical data to spot trends and identify any issues.

These remote greenhouse thermometers work over a WiFi network or Bluetooth, so you can check conditions and receive alerts anytime, anywhere. Wireless greenhouse temperature monitoring systems are more expensive than standard digital thermometers. However, they are by far the most convenient way to monitor a greenhouse.

Wireless T/H sensor
Wireless T/H sensor
Temperature and humidity sensor

The temperature and humidity transmitter adopts a high degree of protection enclosure, and the degree of protection is IP65. It can be used in outdoor or high dust occasions. High sensitivity, accurate measurement, no fear of condensation, strong anti-interference, stable performance.

Temperature and humidity sensors can be used for temperature and humidity detection in harsh environments such as industrial plants, traffic tunnels, energy, and electricity, as well as temperature and humidity detection in computer rooms and laboratories such as fruit trees, gardens, agricultural pastures, agricultural greenhouses, and flower breeding.