In-depth understanding of the NBL-DDM-206A digital water conductivity sensor developed by NiuBoL. This article details the conductivity and TDS measurement principles, RS485 communication protocol, IP68 protection level, and its applications in drinking water, industrial water treatment, and surface water monitoring. Provides professional installation, multi-constant electrode selection, and two-p···

In-depth understanding of the NBL-ZS-206 digital water turbidity sensor developed by NiuBoL. This article details the 90° scattered light measurement principle, infrared LED technology, IP68 protection level, and its applications in tap water monitoring, sewage treatment, and industrial circulating water. Provides professional installation distance specifications, two-point calibration guidelines···

In-depth analysis of the NBL-W-RSS rain and snow sensor developed by NiuBoL. This article covers the conductivity measurement principle of rain and snow sensors, automatic snow-melting heating function, IP65 protection level, and its application scenarios in meteorological monitoring, smart transportation, and agricultural greenhouses, helping to accurately capture meteorological changes.

In-depth understanding of the NBL-W-PARS photosynthetically active radiation sensor developed by NiuBoL technology. This article provides a detailed analysis of the definition of PAR sensors, wavelength measurement principles, internal structure, technical parameters, and agricultural application scenarios. By accurately measuring radiation energy in the 400nm-700nm range, it assists smart agricul···

In-depth exploration of the system architecture and sensor monitoring principles of NiuBoL industrial-grade automatic weather station (AWS). This article details the technical details, measurement methods, and maintenance points of core sensors such as temperature and humidity, ultrasonic wind speed and direction, tipping bucket rain gauge, and solar radiation. Providing high-precision, high-relia···

Explore how NiuBoL professional-grade photovoltaic dust monitoring instrument accurately measures panel surface cleanliness (SR) through blue light OMBP technology. This article deeply analyzes the impact of dust deposition on photovoltaic power generation efficiency, device working principle, technical parameters, and O&M optimization strategies, helping you find the optimal balance between clean···

This article systematically introduces the definition, working principle, internal structure, measurement method, engineering application, maintenance points, and technical parameters of noise sensors, combined with actual noise monitoring project experience, to help users correctly select models and build stable and reliable noise monitoring systems.

Explore NiuBoL professional-grade greenhouse sensor design solutions. This article deeply analyzes smart agriculture environmental monitoring systems, covering the working principles, structural analysis, and RS485 bus applications of air temperature and humidity, light, soil, carbon dioxide, and pH sensors. Through high-precision sensors linked with automatic control, it helps agricultural produc···

In-depth understanding of the working principle of visibility sensors, forward scattering technology, and their applications in smart transportation, meteorological monitoring, and industrial environments. This article details the structural composition, technical parameters, and installation guidelines of the NiuBoL visibility meter to help you build a safer and smarter monitoring system.

Visibility sensor is a meteorological monitoring device based on the optical forward scattering principle, widely used in airports, highways, ports, and automatic weather stations. This article systematically explains the definition, measurement principle, structural composition, manufacturing process, installation height, maintenance methods, price range, and technical parameters and engineering ···