【 BK-WQX5 】 Shandong Boke Instrument is customer-centric, service-oriented, and driven by innovation.

The five element micro meteorological instrument is a compact device that integrates multiple core meteorological parameter monitoring functions, usually covering the five key elements of wind speed, wind direction, temperature, humidity, and air pressure, focusing on fine microclimate monitoring in local areas. Its compact size and flexible deployment enable it to accurately capture subtle changes in meteorological parameters within the region, providing comprehensive micro meteorological data support for precision agriculture, ecological protection, urban microclimate research, and other fields.

Integrated design is the core advantage of the five element micro meteorological instrument. The device integrates monitoring modules for five meteorological parameters into a single casing, without the need for separate installation, greatly reducing deployment difficulty and space occupation. The products are mostly installed in a pole style, with standard flanges at the bottom that can be quickly fixed with expansion bolts. Installation and debugging can be completed by a single person, making them suitable for quickly setting up monitoring networks in various scenarios such as farmland, orchards, urban parks, and ecological protection areas.

In terms of measurement performance, the five element micro meteorological instrument emphasizes the accuracy and synchronization of parameters. Wind speed measurement adopts ultrasonic or high-precision mechanical principles, with an accuracy of ± 0.1m/s, and can capture low wind speed changes above 0.1m/s; The wind direction accuracy is ± 1 °, which can accurately identify the incoming direction of the wind; Temperature and humidity sensors are usually equipped with radiation shields to avoid measurement errors caused by direct sunlight, with a temperature accuracy of ± 0.2 ℃ and a humidity accuracy of ± 2% RH. Pressure sensors can accurately capture subtle changes in air pressure, with an accuracy of up to ± 0.5hPa. The device achieves multi parameter synchronous acquisition through a unified signal processing unit, ensuring the correlation and timeliness of data.

Environmental adaptability and low-power design are the guarantees for the long-term stable operation of equipment. The shell is mostly made of corrosion-resistant engineering plastic or aluminum alloy, with the protection level of IP65 or above, which can effectively prevent dust and water, adapt to the operating temperature range of -40 ℃ to 85 ℃, and can operate stably in high temperature, cold, rainstorm and other harsh environments. For remote scenarios without mains power, the device supports a solar+lithium battery power supply mode, with a low-power design that ensures continuous operation for more than 7 days even on rainy days with insufficient light, and is suitable for long-term unmanned outdoor monitoring.

The data transmission methods are flexible and diverse, supporting various methods such as RS485, LoRa, 4G, etc. The appropriate transmission scheme can be selected according to the network conditions of the monitoring scenario. The data can be uploaded in real-time to the cloud monitoring platform, and users can view real-time data and export historical data through mobile apps or computer web pages. Some platforms also support data trend analysis and abnormal warning functions. When the parameters exceed the preset threshold, timely warning reminders will be issued.