NBL-W-SNOW is a device that uses ultrasonic telemetry technology to measure snow depth. It calculates snow depth by transmitting ultrasonic pulses and receiving their reflected signals to determine the difference in distance between the snow surface and the ground.

ultrasonic snow depth sensor is a device used to measure snow depth. It determines the difference in distance between the snow surface and the ground by transmitting ultrasonic pulses and receiving their reflected signals to calculate the snow depth.This product can be widely used in meteorology, airports, ports, laboratories, agriculture and transport and other fields of measurement.

NiuBoL Photoelectric Pyranometer (Model: NBL-W-HPRSL) adopts the principle of photoelectricity, which can be used to measure the solar radiation in the spectral range of 0.3~3μm. The Pyranometer adopts high-precision photoelectric sensing element, with wide spectral absorption, high absorption in the whole spectral range, and good stability; at the same time, it is equipped with a dust cover and ···

NiuBoL thermoelectric pyranometer (Model: NBL-W-SRS) adopts the thermoelectric principle, which can be used to measure solar radiation in the spectral range of 0.3~3μm. The sensing element is a wire-wound electroplated thermopile with a highly absorptive black coating on the sensing surface.The product adopts the standard Modbus-RTU 485 communication protocol, analogue two signal output methods, ···

Product Introduction of pyranometer:The Total Radiation pyranometer is mainly used to measure the total solar radiation in the wavelength range of 0.3 to 3 μm. When placed horizontally facing downwards, it can measure reflected radiation; when placed on an inclined surface, it can measure the solar radiation incident on the surface; with the addition of a scattering shading ring, it can measure s···

pyranometer is primarily used to measure the total radiation within the wavelength range of 0.3 to 3 μm. When placed horizontally, it measures the reflected radiation; when inclined, it measures the incident radiation on the inclined surface. With the addition of a scattering shading ring, it can measure scattered radiation.

Wind speed sensors are widely used in meteorological observation, aerospace, wind energy utilization, environmental monitoring and other fields. Its ability to measure wind speed quickly, accurately and in real time provides important data support for related industries and fields.Here are a few tips to consider when choosing a wind speed sensor:Determine the needs: first of all, you should define···

A wind speed sensor is a device used to measure the speed of wind in the atmosphere. It typically determines wind speed by detecting the force generated by the wind on the sensor or by measuring the effect of wind flow on the sensor.Wind speed sensors can be categorized into various types according to their working principles and measurement methods, including rotary wind speed sensors, ultrasonic···

Wind speed sensor is a widely used sensor and its application areas include but are not limited to the following:Meteorological monitoring: wind speed sensors play an important role in meteorological monitoring. They are widely used to measure wind speed and direction in the atmosphere, providing data for weather forecasting, climate research, environmental monitoring, etc.wind speed sensors can b···

Common faults of wind speed sensors:No output or unstable output from the sensor: it may be caused by power supply problems, connection problems between the sensor and the data acquisition equipment, or failure of the sensor itself. You need to check the power cable connection, signal cable connection, sensor voltage and impedance, etc. If there is any damage or abnormality, you need to repair or ···