Campus Meteorological Station for Science Popularization Education in Primary and Secondary Schools

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

The RH-D4 campus meteorological station for science popularization education in primary and secondary schools is separated from the fully automatic meteorological monitoring station for use in primary and secondary schools. It commonly monitors ten meteorological elements including air temperature, air humidity, wind speed, wind direction, rainfall, soil temperature, soil moisture, atmospheric pressure, light intensity, and water surface evaporation around the clock. The campus meteorological station can transmit data through wired, GPRS/4G communication and software systems, as well as the Internet of Things cloud data platform, for data download, chart application, statistical analysis, and scientific research. It meets the needs of students' interest cultivation, meteorological knowledge popularization, and university project experiments in teaching.

Product Details

RH-D4Campus Meteorological Station for Science Popularization Education in Primary and Secondary Schools

Product Introduction:

RH-D4Campus Meteorological Station for Science Popularization Education in Primary and Secondary SchoolsIt is separated from the fully automatic weather monitoring station for use in primary and secondary schools. The commonly used ten meteorological elements, including air temperature, air humidity, wind speed, wind direction, rainfall, soil temperature, soil moisture, atmospheric pressure, light intensity, and water surface evaporation, are automatically monitored 24/7. The campus weather station can be monitored through wired channelsTheGPRS/4GCommunication and software systems, as well as IoT cloud data platforms, are used for data download, chart application, statistical analysis, and scientific research. They meet the needs of students' interest cultivation, meteorological knowledge popularization, and university project experiments in teaching.

Parameter configuration:

name call, name, say, weigh	measurement range	part distinguish rate	accurate indeed degree
air temperature	-30～+70℃	0.1℃	≤±0.2℃
air humidity	0～99.9%RH	0.1%	±2%RH
wind direction	0～360°	1°	±3°
wind speed	0～75m/s	0.1m/s	±(0.3+0.03V)m/s
Reduce rainfall	≦4mm/min	0.2mm	±0.4mm
soil temperature	-30～+70℃	0.1℃	≤±0.2℃
Soil moisture (soil moisture content)	0～99.9%RH	0.1%	±3%RH
atmospheric pressure	10～1100hPa	0.1hpa	±0.3hPa
illuminance	0～200Klux	0.1lux	±7%
Water surface evaporation	0～100mm	0.1mm	±0.1mm
Other element selection: Click to view more types of sensors and contact customer service to send a campus weather station quotation plan
Automatic weather station host	Functions such as data collection, storage, communication, analysis, and control
power supply system	cityelectricity/suncan/energy storagepool/Multiple power supply systems are optional
communication system	RS485turnUSBTheGPRS/4GCommunication methods such as Internet of Things and Ethernet
Meteorological station bracket	Install protective boxes, sensors, power supplies, communication equipment, etc
Lightning protection system (optional)	Lightning rod and accessories
LEDLCD screen (optional)	Default monochromered3*3You can choose the color and size according to your needs
Camera (optional)	Real time, scheduled photography and video recording, and IoT transmission cloud platform
Base fence (user preset)	First, mail the steel frame of the base to the user to make a cement base and protective fence

Features:

1The campus weather station is installed in outdoor open areas, and suitable meteorological elements are selected based on the geographical location and environmental characteristics of each school;

2Low overall power consumption, supportholdAC220VEquipped with a dual power system for solar energy, supporting connection to solar battery power supplycontinue2Normal operation on rainy days (IoT communication);

3Dozens of sensors to choose from, supporting analog communicationnumberRS485Digital type;

4Users canselectGPRS/4GWireless communication, realizing IoT functions and optional supportholdGPSPositioning function;

5Support multi station networking and multi instrument linkage, such as the networking of meteorological stations in various schools;

6The standalone software has functions such as historical data viewing, data export, data curve generation, and device settings, and is compatible with IoT cloud platforms and mobile devicesmachineAPPSupport independent account and password login and login permission settings for users, allowing them to view historical data, real-time data, take photos, videos, data curves, other analysis icons, online data export, device control, and other functionscan ；

7Collection interval：1minuteto23time59Set arbitrarily and store data：270010000 data storage capacity, if setplace1Hourly storage once can be continuously storedstore3Over years old, you can choose to go outsideministryUDisk data export function;

8The bracket adopts stainless steel spray coating technology, and the surface of the main pole is hot-dip galvanized with strong corrosion resistance. The height of the main pole isfor3.5Equipped with windproof ropes, the appearance is beautiful;

9The meteorological station host adopts touch screen display and system control functions;

10Support selectionpretendLEDDisplay screen (single)color/colorfulcolor/Size);

11Support remote upload of optional photo shooting and video recording;

12The sensor cable supports extension, and the grounding cable supports installation of protective sleeves to prevent mice from biting and pulling and breaking the cable;

13As a manufacturer of campus weather stations, we have advantages such as price advantage, high accuracy, good after-sales service, reliability and stability, and long service life.

Scope of application:

Universities, primary and secondary schools are used for scientific practice, popular science teaching, research projects, and academic experiments.

success cases

中小学科普教育校园气象站

Product Advantages

RHD-36The campus meteorological station for primary and secondary schools is separated from the fully automatic meteorological monitoring station and is used for use in primary and secondary schools. The commonly used meteorological elements, including air temperature, air humidity, wind speed, wind direction, rainfall, soil temperature, soil moisture, atmospheric pressure, light intensity, and water surface evaporation, are automatically monitored 24/7. The campus meteorological station can be monitored through wired channelsTheGPRS/4GCommunication and software systems, as well as IoT cloud data platforms, are used for data download, chart application, statistical analysis, and scientific research. They meet the needs of students' interest cultivation, meteorological knowledge popularization, and university project experiments in teaching.