Recommended Models of High-end Primary School Campus Weather Station

The FT-XQ4 high-end primary school Campus Weather Station is a scientific research-level weather station with high integration, low power consumption, quick installation, and convenience for teaching purposes.

The hardware is composed of sensors, a vertical pole bracket, an equipment box, a 2m×1m LED screen, a data collector, a cloud platform, a glass fiber reinforced plastic louver box (containing a wet and dry bulb thermometer), a sunshine recorder, a fence, etc.

It has comprehensive functions:

I. It can accurately monitor multiple meteorological elements such as ambient temperature, relative humidity, atmospheric pressure, light intensity, wind speed, wind direction, rainfall, PM2.5, PM10, noise, CO₂ concentration, and oxygen content. For example, the measurement range of the ambient temperature is - 40～60℃, with a resolution of 0.1℃ and an accuracy of ±0.3℃; the measurement range of the relative humidity is 0～100% RH, with a resolution of 0.1% and an accuracy of ±3% RH.

II. It has flexible transmission methods. It adopts GPRS transmission and can also be optionally equipped with wired transmission to ensure that the data can be stably and timely transmitted to the cloud platform or terminal devices.

III. The data display is intuitive. Equipped with a 2m×1m LED screen, it can display various meteorological data in real time, making it convenient for teachers and students to check at any time on campus. The cloud platform supports direct observation via mobile phones and PC browsers without the need to install additional software. It also has functions such as real-time data display and historical data display dashboards, data curve analysis, and data export in table form, which is convenient for teachers and students to conduct in-depth analysis and research on meteorological data.

IV. The data storage capacity is no less than 500,000 pieces, which can meet the needs of long-term data recording and query.

V. The cloud platform supports SMS alarms and threshold setting. When the monitored meteorological data exceeds the preset safe range, it can promptly send alarm messages to relevant personnel so that corresponding measures can be taken.

This weather station is specially designed for the campus environment. The low-power consumption design is not only energy-saving and environmentally friendly but also can adapt to the power supply environment of the campus. The feature of quick installation makes it easy to deploy on campus without complex construction and debugging processes. The overall design helps to enrich the school's scientific education resources, provides students with an intuitive and vivid place for meteorological learning, and enables students to improve their scientific literacy and practical ability by observing and analyzing meteorological data.