Accurate temperature and humidity data logging is crucial in many fields. Facilities such as poultry farms, greenhouses, mushroom cultivation rooms, and other environments requiring continuous and wireless monitoring can benefit from the THD300W. This IoT temperature and humidity monitoring transmitter allows users to monitor and measure these parameters remotely at any time via a WiFi connection.The wireless temperature and humidity monitoring transmitter offers an advanced solution for environmental control in industrial, commercial, and laboratory settings. With integrated WiFi and support for standard IoT protocols such as MQTT, this device can be seamlessly integrated with intelligent monitoring and control systems.
A key application of this online thermometer and hygrometer is in poultry farming, where maintaining optimal temperature and humidity levels is vital throughout the birds’ growth cycle. The THD300W provides reliable, 24/7 real-time measurement and monitoring. By combining this device with other online environmental sensors such as the chemical gas monitoring transmitter (for ammonia, CO2, smoke, air quality), you can achieve comprehensive environmental monitoring. Integration with the network relay board enables automated control, making advanced smart poultry house automation possible.
The wireless, online temperature and humidity monitoring transmitter offers an advanced solution for continuous environmental monitoring, utilizing high-precision sensors and seamless WiFi connectivity. This device enables real-time viewing and logging of temperature and humidity data from anywhere, eliminating the need for complex wiring and providing maximum flexibility for installation in diverse environments. Through internet connectivity and instant data transmission, it ensures the security and continuous supervision of environmental conditions. The wireless thermometer and hygrometer are suitable for any application where monitoring temperature and humidity parameters is critical.
The network-based temperature and humidity transmitter comes equipped with a combined temperature and humidity sensor, which is installed at the desired location for accurate monitoring. By connecting this transmitter to a wireless relay board, users can both monitor and control temperature and humidity levels in various settings. For temperature and humidity control via WiFi and without cabling, the wireless relay board is recommended. In online smart greenhouse automation systems, it is possible to monitor and control the environmental conditions—including temperature, humidity, and chemical gases—remotely and in real time.
This transmitter enables both data storage and chart access through two methods. If an in-house monitoring system is available, the device can connect via standard protocols such as SNMP. If no monitoring system is present, users can create an account on BRNIT’s cloud servers to access temperature and humidity data, store historical records, and view graphs and charts online. Device management is also available via a mobile application.
