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
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
Model:FT-BLG1
Brand:tianyi
1.Weather Instrument Shelter Product Overview
Weather Instrument Shelter is a professional weather shelter designed to protect certain weather instruments from exposure to direct sunlight.Weather Instrument Shelter consists of three parts: louvered box, connecting bracket and base, all of which are made of high-quality fiberglass.
Both the design principle and the comparison test show that it not only overcomes the problems of perishing, easy to crack and short life of the log louver box, but also significantly improves the comprehensive performance of ventilation, heat insulation, radiation protection and weather protection.
2.Product features of Weather Instrument Shelter
1.The material is made of fiberglass with low thermal conductivity, small heat capacity, corrosion resistance, crack resistance and strong anti-radiation force.Weather Instrument Shelter does not rot in rainy, acid rain, and humid environments, does not crack under drought and scorching sun, and has a long life.
2.The structure adopts an inverted "V" overall frame layered tightening structure, which is strong and will not loosen.It can not only ensure the normal exchange of gas inside and outside the box, but also effectively prevent rain and snow from blowing into the box.The upper cover plate has been changed to an inverted "funnel-type" ventilation cover.In the clear and windless situation and the sharp changes in the external environment, the gas inside and outside the box can be exchanged quickly, and the internal and external environment will quickly become consistent, making the observation data more accurate and representative.
3.Weather Instrument Shelter has beautiful and elegant shape, snow-white and smooth surface, no need for paint care, and its service life is more than fifteen years.The performance is relatively high and affordable.
3.Use of Weather Instrument Shelter Products
Used for conventional air temperature and humidity observation.
Because of the good insulation performance of Weather Instrument Shelter, it has electric suspension and excellent ventilation, rainproof, radiationproof and insect-proof properties, it can be used as a station for automatic hydrological and meteorological observation stations.
4.Main technical parameters of Weather Instrument Shelter
Louver box:
Box content: 520 (Length)×480 (Width)×610 (Height)(mm)
Dimensions: 720 (Length) × 780 (Width) × 880 (Height) (mm) Weight: 40kg
Connecting bracket: Height: 220 (mm) Weight: 7kg
Base: Height: 1050 (mm) Weight: 10kg.Installation: 3-Φ15 circumferential diameter Φ480 on the disk base plate, 120° aliquots
Overall height: 2150mm
(1) Specification parameters of the louver box: External dimensions: width 720× depth 780× height 880 (mm).The above-mentioned "door"-shaped blades, ventilation upper cover, base, top cover and other parts are made of high-quality fiberglass material, with a honeycomb structure inside, and the installation size is: 4-M1O.
(2) Top cover size: length 780×width 720×thickness 22 (mm).The section line is approximately cycloid, and the distance between the ventilation opening and the top cover is 10mm.On the inner base and ventilation cover of the box, the brackets are installed interlaced with wooden partitions, which are used for the installation and fixation of the observation instruments in the box.The base column is made of fiberglass material, with beautiful shape and lightweight.The coupling frame is composed of angle steel and has a surface plating treatment to connect the box and column.
As a key device in modern meteorological monitoring, one of the primary advantages of the wireless Small Automatic Weather Station is its adoption of wireless data transmission technology.1. Freedom from Wired Infrastructure LimitationsTraditional wired weather stations are constrained by cabling, b...
People have been measuring the wind for a long time, and the tools for wind measurement have been constantly upgraded. In the 15th century, Leonardo da Vinci designed a vane anemometer, marking the beginning of the era of scientific wind measurement. In 1846, Thomas Romney Robinson, a British naval...
Traditional meteorological monitoring stations are relatively fixed in distribution, making it difficult to comprehensively cover complex terrains and vast areas. There are also certain limitations in the timeliness of data. Mobile meteorological monitoring can flexibly penetrate different regions t...
Hydrological flow monitoring equipment plays a crucial role in water conservancy work, helping us grasp the dynamics of water resources and facilitating flood control, water dispatch, and other tasks. Below is a detailed introduction to common equipment.Water Level Monitoring StationThe battery-powe...