Search Icon
Menu icon
Portable Weather Station

PRODUCT CENTER

Recommended articles

Contact us

Tianyi Sensor IOT Technology Co., Ltd

Sales Manager：Ms. Emily Wang

Cel,Whatsapp,Wechat:+86 15898932201

Email：info@fengtutec.com

Add：No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China

location：Home>News
3D Ultrasonic Anemometer All-Metal, No-Moving-Parts Design for Simultaneous Measurement of Horizontal and Vertical Wind

3D Ultrasonic Anemometer All-Metal, No-Moving-Parts Design for Simultaneous Measurement of Horizontal and Vertical Wind

The 3D ultrasonic anemometer utilizes ultrasonic measurement technology and features an all-metal construction devoid of any moving parts; it is capable of simultaneously measuring wind direction in both horizontal and vertical planes while outputting wind speed components along the X, Y, and...

Read More
Anemometer Sensors Primarily Classified into Mechanical and Ultrasonic Types

Anemometer Sensors Primarily Classified into Mechanical and Ultrasonic Types

Anemometer sensors are categorized into two main types based on their operating principles: mechanical and ultrasonic. Mechanical sensors feature structures such as wind cups or propellers, while ultrasonic sensors rely on the time-of-flight method for measurement. Different models are suited...

Read More
Meteorological and Environmental Monitoring Equipment Enabling 24-Hour Continuous Online Observation of Multiple Environmental Parameters

Meteorological and Environmental Monitoring Equipment Enabling 24-Hour Continuous Online Observation of Multiple Environmental Parameters

Meteorological and Environmental Monitoring Equipment is a highly integrated, low-power automated weather observation system capable of real-time monitoring of wind speed and direction, temperature and humidity, atmospheric pressure, optical rainfall, PM2.5, PM10, and various gaseous pollutant...

Read More
Piezoelectric Rain Gauge Maintenance-Free Measurement Utilizing PVDF Films and AI Neural Networks—No Mechanical Parts Required

Piezoelectric Rain Gauge Maintenance-Free Measurement Utilizing PVDF Films and AI Neural Networks—No Mechanical Parts Required

Piezoelectric Rain Gauge employs a PVDF piezoelectric film as its rain-sensing element, utilizing an embedded AI neural network to distinguish rain droplet signals and prevent false triggers caused by interference from grit, dust, vibration, and similar factors. The device features a completel...

Read More
Underwater Side-Scan Sonar Provides Scanned and 3D Views of Riverbeds and Waterways

Underwater Side-Scan Sonar Provides Scanned and 3D Views of Riverbeds and Waterways

Underwater Side-Scan Sonar utilizes the underwater propagation characteristics of sound waves to perform underwater detection through electro-acoustic conversion and information processing. Equipped with a 7-inch high-brightness IPS screen, it supports independent control of four- or six-way s...

Read More
Present weather and visibility sensor Atmospheric Visibility Monitoring for Road Traffic, Meteorology, and Related Sectors

Present weather and visibility sensor Atmospheric Visibility Monitoring for Road Traffic, Meteorology, and Related Sectors

Present weather and visibility sensor employs the forward-scattering method to measure the total atmospheric extinction coefficient, thereby calculating visibility. It features a measurement range of 2 km and a resolution of 1 m, with measurement errors controlled in segments based on distance...

Read More
Water Rescue Equipment Enabling Underwater Salvage and Rescue with Clear Imaging

Water Rescue Equipment Enabling Underwater Salvage and Rescue with Clear Imaging

Leveraging the propagation characteristics of sound waves underwater, Water Rescue Equipment performs underwater detection through electro-acoustic conversion and signal processing. It provides scanned views, 3D visualizations, and underwater life detection capabilities for riverbeds and water...

Read More
Weather Phenomenon Sensor Measuring Visibility and Identifying Precipitation Types Using the Forward-Scatter Method

Weather Phenomenon Sensor Measuring Visibility and Identifying Precipitation Types Using the Forward-Scatter Method

Weather Phenomenon Sensor employs the forward-scatter method to measure the total atmospheric extinction coefficient, thereby calculating current visibility. It is capable of identifying various weather phenomena—including fog, rain, snow, mixed precipitation, and clear conditions—and provid...

Read More
COD Analyzer Water Quality Monitoring for Environmental Protection, Water Conservancy, Municipal Services, and Scientific Research

COD Analyzer Water Quality Monitoring for Environmental Protection, Water Conservancy, Municipal Services, and Scientific Research

COD Analyzer employs the dichromate method to determine the Chemical Oxygen Demand (COD) in water bodies. Its measurement range covers selectable options of 0–200 mg/L, 0–500 mg/L, and 0–1000 mg/L. The indicated value error is ≤ ±3%, the detection limit is 10 mg/L, and the repeatability i...

Read More
Road Weather Sensors is capable of identifying five distinct phenomena: fog, rain, snow, mixed precipitation, and clear conditions

Road Weather Sensors is capable of identifying five distinct phenomena: fog, rain, snow, mixed precipitation, and clear conditions

Road Weather Sensors employs the forward-scattering method to measure the air extinction coefficient and calculate visibility. It is capable of identifying five distinct phenomena—fog, rain, snow, mixed precipitation, and clear conditions—with an identification accuracy rate of ≥95%. With a...

Read More
Skype Skype whatsapp whatsapp mail mail