In-depth analysis of the core technologies of NiuBoL wireless level transmitter and submersible level meter. This article covers 77GHz radar flow velocity measurement, diffused silicon hydrostatic sensing principle, 4G/NB-IoT remote monitoring, IP68 protection, and 120,000 offline storage records function. It provides professional selection and installation solutions for firefighting, water supply···

Looking for an efficient and stable level monitoring solution? This article deeply analyzes how the NiuBoL wireless level meter solves the pain points of traditional wired monitoring—difficult wiring and high costs—through 4G/NB-IoT communication, low-power design, IP68 protection, and automatic temperature compensation technology. It is suitable for all-weather level monitoring scenarios such a···

Want to achieve remote, intelligent, and wiring-free level monitoring? This article deeply analyzes the performance and advantages of the NiuBoL wireless level meter. It covers 4G/NB-IoT communication technology, ultra-low power consumption endurance, IP68 protection rating, and offline data storage functions. It also details comprehensive application solutions of wireless level sensors in complex···

Want to achieve high-precision remote water level monitoring? This article comprehensively analyzes the working principle, core advantages, and selection techniques of the NiuBoL submersible level transmitter. It covers technical details such as diffused silicon piezoresistive sensor, 4G/NB-IoT/GPRS wireless monitoring, IP68 waterproof rating, and automatic temperature compensation, providing prof···

For river water level monitoring, Radar vs Submersible water level sensor for river—which is better? This article deeply compares the principles, accuracy, maintenance costs, and application scenarios of NiuBoL radar water level gauge and submersible pressure sensor. Understand why 77GHz non-contact radar technology is becoming the mainstream choice for smart water conservancy, flood warning, and···

This article systematically analyzes the main types of water level sensors, their working principles, technical differences, and engineering application logic. It provides an in-depth comparison of the advantages and limitations of submersible, ultrasonic, radar, float, and capacitive water level sensors to help industrial, hydrological, and IoT projects select the appropriate water level monitori···

This article deeply analyzes the NiuBoL radar hydrological monitoring station and its 77GHz millimeter-wave radar velocity meter and water level meter. It covers the non-contact flow calculation principle, ModBus-RTU protocol integration, smart water management cloud platform linkage, and flood early warning solutions in harsh field environments.

Want to build an efficient water quality online monitoring system? This article deeply integrates the core features of the NiuBoL water quality online monitoring station, the working principles of high-precision sensors (pH, dissolved oxygen, turbidity, conductivity, etc.), and shares in detail the key precautions and preprocessing strategies for 72-hour installation debugging, helping achieve pre···

How to scientifically select installation points for water quality monitoring stations? This article deeply analyzes the working principle of the NiuBoL buoy water quality monitoring station, detailing the functions of core sensors such as pH, dissolved oxygen, and turbidity, and providing detailed site selection standards and installation precautions for complex water areas like rivers, lakes, an···

Facing water quality challenges brought by intensive farming, how does shore-based water quality monitoring systems assist the aquaculture industry? This article deeply analyzes the technical advantages, core functions, and diverse application scenarios of the NiuBoL wireless water quality monitoring station. It explores how 24-hour online monitoring of dissolved oxygen, pH, ammonia nitrogen, and ···