Environmental Perception

Wireless temperature and humidity sensors can measure environmental temperature and relative humidity in real-time and accurately. It enables users to remotely collect and monitor data from the on-site environment, greatly reducing manual labor and highlighting convenience, accuracy, and real-time performance. Monitoring the temperature and humidity of the environment in which the equipment operates is of great significance. 

Wireless illuminance sensor, mainly used for monitoring environmental light intensity. It adopts an integrated structure design and uses high-precision measurement chips, which can be applied to lighting environment monitoring in power, agriculture, industry and other occasions, and can be used as part of micro meteorological monitoring. The wireless illuminance sensor can achieve remote online real-time monitoring of environmental light intensity by accessing the wireless sensor network management platform. 

Wireless air pressure sensor, mainly composed of ultra-low power microcontroller, wireless digital RF transceiver, digital pressure sensor, high-temperature lithium-ion battery, etc. The pressure measurement sensor is made based on the piezoresistive effect of semiconductor materials, and has the advantages of stable electromagnetic compatibility, high accuracy, and fast response speed. It is a mature and widely used pressure measurement technology. Combined with a wireless sensor network platform, remote real-time online monitoring of atmospheric pressure can be achieved. 

Wireless rainfall sensor, integrating tipping sensor and 2.4GHz digital wireless technology, is mainly used to measure natural rainfall status information. It is applied to various meteorological stations, hydrological stations, and rainfall observation stations, and can accurately measure the start and end time, cumulative precipitation, and precipitation intensity of precipitation, providing raw data for flood control, water supply scheduling, and water management of power stations and reservoirs.

Wireless wind velocity and direction sensor, using 2.4GHz digital wireless technology platform, adopts the principle of ultrasonic time difference method to measure wind speed. Under certain measurement conditions, the time for ultrasonic waves to propagate in the air can be functionally correlated with wind speed, and accurate wind speed and direction values can be obtained through calculation. This product can effectively overcome the inherent defects of mechanical anemometers and can work normally 24/7 and for a long time. 

Wireless noise sensor, using 2.4GHz digital wireless technology platform, with average sound level measurement in the range of 30Hz to 3kHz and power frequency noise level measurement at the center frequency of 50Hz. Suitable for monitoring the operating noise of equipment such as motors and transformers. 

Wireless photoelectric smoke detector, using 2.4GHz digital wireless technology platform, alarms by detecting the smoke generated during the initial stage of a fire due to the smoldering of combustibles. It has the characteristics of high sensitivity, long service life, and easy use. It is an advanced technology, stable and reliable smoke detector, suitable for fire smoke detection in most occasions. Test switch: The test switch is located in the recessed opening on the detector housing. Press and hold the test switch, and if the detector sensitivity is within the normal range, the LED will remain on for 5 seconds. 

Wireless water level sensor, based on an immersion static pressure water level probe, uses an isolated diffusion silicon pressure sensor to measure water level through the principle of hydrostatics, with a standard measurement range of 0-5 meters and customizable. The protection level of the water level main body reaches IP65, and the protection level of the liquid level probe reaches IP68. It is designed with imported 316L stainless steel material and widely used for real-time online monitoring of water level in cable wells, cable trenches, water pools, wells and other places. 

Wireless water immersion sensor, based on WSN wireless technology, real-time online monitoring of whether the sensor installation location (place) is submerged (accumulated) in water, and real-time uploading of water immersion information to the control host through the data transmission base station to achieve the purpose of monitoring and alarm. The water immersion sensor generally sends wireless signals at intervals of 60 seconds, and when it changes state, it will continuously send wireless signals three times at intervals of 6 seconds. The signal that changes the state immediately is uploaded to the control host through the data transmission base station. The control host can determine where the status change and alarm occur, as well as the time of the status change, based on the sensor ID. 

Wireless integrated intelligent dehumidification device is a dehumidification device designed for various power and communication equipment, used to reduce the humidity of space gases, avoid condensation on the surface of electronic components, reduce the risk of high-voltage breakdown of insulation components, improve the reliability of components, and extend the service life of equipment. The integrated intelligent dehumidification device adopts thermoelectric refrigeration chips, which can condense water molecules in the air into liquid water. The liquid water is discharged to the outside of the enclosed space through the drainage pipe, thereby achieving the goal of reducing air humidity.