Implementation Plan for Campus Small Meteorological Stations

NegotiableUpdate on 01/11

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Implementation plan for small weather stations on campus: Choose open areas such as playgrounds and science parks to avoid interference from tall buildings and trees. Install an integrated weather station, fix the sensors and brackets to ensure stability and safety, and connect the data acquisition and transmission equipment. Offering meteorological science popularization courses, combining real-time data to explain meteorological knowledge. Organize meteorological observation practice activities, involve students in data recording and analysis, stimulate their interest in scientific exploration, and enhance the campus technology atmosphere.

Product Details

　　Implementation Plan for Campus Small Meteorological StationsChoose open areas such as playgrounds and science parks, and avoid interference from tall buildings and trees. Install an integrated weather station, fix the sensors and brackets to ensure stability and safety, and connect the data acquisition and transmission equipment. Offering meteorological science popularization courses, combining real-time data to explain meteorological knowledge. Organize meteorological observation practice activities, involve students in data recording and analysis, stimulate their interest in scientific exploration, and enhance the campus technology atmosphere.

校园小型气象站实施方案

1Implementation Plan for Campus Small Meteorological StationsProduct Introduction

The XQ3 campus weather station is a highly integrated, low-power, quick to install, and easy to use scientific research grade weather station for teaching purposes.

2、 Product Features

1. Transmission method: GPRS, optional wired transmission;

2. Power supply mode: mains power;

3. Display mode: 1 meter * 0.5 meter LED screen;

4. Hardware components: sensors, pole supports, equipment boxes, LED screens, collectors, cloud platforms, fiberglass louver boxes (including dry and wet bulb thermometers), sunshine meters, fences

3、 Technical parameters

1. Sensor parameters

name	measurement range	resolution	Accuracy
ambient temperature	-40～+80℃	0.01℃	±0.3℃（25℃）
relative humidity	0～100%RH	0.01%RH	±3%RH（20%~80%）
illuminance	0-157286LUX	1Lux	＜±3%
atmospheric pressure	300-1100hpa	0.1hPa	±0.25%
dew point temperature	0~+70℃	0.1℃	±1℃
soil temperature	-30～+70℃	0.01℃	±0.3（-10~70℃）
soil moisture	0～100%	0.1%	±3%
soil salinity	0~20000us/cm	1us/cm	± 3 (0~10000us/cm) ± 5% (full range)
Soil pH	0-14PH	0.01	±0.1PH
Wind direction	0-360 degrees	0.1 degrees	± 1 degree
Wind speed	0-60m/s	0.01m/s	±0.2m/s
Average wind speed ☆	0-60m/s	0.01m/s	±0.2m/s
Rainfall	≦4mm/min	0.2mm	≤±2%
Ultraviolet radiation	0～500W/ ㎡	0.01W/ ㎡	≤±3%
sunshine duration	0～6500h	0.1 h	＜0.2 h
Total photoelectric radiation	0-2000W/m2	1W/m2	＜±3%
Photosynthetically active radiation	0-2000W/m2	1W/m2	≤±5%
PM2.5	0-1000ug/m³	1ug/m³	± 10% (<500 micrograms)
PM10	0-1000ug/m³	1ug/m³	± 10% (<500 micrograms)
carbon monoxide	0-1000ppm	1PPM	±2PPM
sulfur dioxide	0-20PPM	0.1PPM	±1PPM
nitrogen dioxide	0-20PPM	0.1PPM	±1PPM
ozone	0-20PPM	0.1PPM	±1PPM
negative oxygen ion	0-100000 pieces/cm3	1 piece/cm3	Reading ± 10%; Ionic mobility ≤± 20%
oxygen content	0~25%Vol	0.1%	±3%FS
carbon dioxide	400-5000ppm	1PPM	± (50ppm+5% reading value)
evaporation	0-190mm	0.01mm	±1%