Application of Shidian Industrial IoT Products in Smart Fire Protection Systems

The water pressure transmitter utilizes a stainless steel isolated diaphragm, diffusion silicon piezoresistive pressure sensor as the signal measurement unit, with the signal processing and transmission unit housed within a circular casing.
The sensor signal undergoes high-precision data acquisition, and digital compensation technology is employed to compensate for temperature and static pressure, enhancing measurement accuracy and reducing temperature drift. After data processing, the pressure value is transmitted wirelessly.
Having undergone long-term aging and stability testing, and calibrated against high-precision standard instruments, it offers stable and reliable performance.
This transmitter is suitable for pipeline pressure monitoring in industries such as petroleum, fire protection, water services, and gas.

The level transmitter utilizes a stainless steel isolated diaphragm, diffusion silicon piezoresistive pressure sensor as the signal measurement unit, with the signal processing and transmission unit housed within a circular casing.
The sensor signal undergoes high-precision data acquisition, and digital compensation technology is employed to compensate for temperature and static pressure, enhancing measurement accuracy and reducing temperature drift. After data processing, the level value is transmitted wirelessly.
The FBWLLWLi03BD model has undergone long-term aging and stability testing, and calibration against high-precision standard instruments, ensuring stable and reliable performance.
This transmitter is suitable for liquid level monitoring in industries such as petroleum, fire protection, water services, and gas.

The Outdoor Fire Hydrant IoT Monitoring Terminal can monitor various status information of fire hydrants without altering their original structure. Utilizing low-power detection technology and IoT transmission technology, it transmits alarm information such as water outflow, temperature, pressure, and vibration to the cloud platform via NB, LoRa, LoRaWAN, etc., enabling centralized supervision of fire hydrants. It addresses numerous issues in current fire hydrant management, including illegal theft of firefighting water, insufficient pressure in fire pipelines, hydrant collision and tilting, and weak regulatory capacity of municipal water departments.