Carbon Based Wind Direction Sensor

The LoRaWAN soil pH sensor is an innovative device. It measures soil pH levels with high precision, allowing for real-time monitoring of soil acidity or alkalinity. Utilizing LoRaWAN technology, it transmits data wirelessly over long distances. This sensor is essential in agriculture and gardening, enabling users to adjust soil conditions promptly, optimize plant growth, and enhance crop yields by maintaining the appropriate pH balance.

The LoRaWAN soil temperature and moisture sensor is an essential tool. It accurately measures soil temperature and humidity levels. Utilizing LoRaWAN technology, it can send data over long distances wirelessly. Ideal for agriculture and environmental monitoring, it helps users make informed decisions to optimize plant growth and land management.

The LoRaWAN soil EC sensor is a cutting-edge device designed for precise soil electrical conductivity measurement. It utilizes LoRaWAN technology for long-range, low-power wireless data transmission. This sensor offers accurate and reliable data, enabling farmers and gardeners to monitor soil conditions effectively, optimize irrigation and fertilization, and enhance crop yields while conserving resources.

The C - type integrated multi - element meteorological transmitter is a highly advanced device. It is designed to accurately measure multiple meteorological parameters simultaneously. With its integrated structure, it occupies less space and is easy to install. This transmitter can precisely monitor temperature, humidity, wind speed, and other elements. It plays a crucial role in weather forecasting, environmental monitoring, and various meteorological - related fields, providing reliable data for accurate analysis.

A carbon based wind direction sensor is a device designed to accurately detect wind direction. It typically operates based on the physical properties of carbon materials, which can respond to the force and direction of the wind.These sensors offer several advantages. They are highly sensitive, enabling precise measurements even in gentle breezes. Their compact design makes them easy to install in various settings, from weather stations to industrial facilities.Moreover, they are reliable and durable, able to withstand different environmental conditions. As a result, they are widely used in meteorology, aviation, and wind energy industries to ensure safety and optimal performance.

The tipping bucket stainless - steel rain gauge is a reliable and precise meteorological instrument designed for accurate rainfall measurement. Its stainless - steel construction ensures high durability, making it suitable for various weather conditions. The tipping - bucket mechanism is the core of its operation. Each time the bucket fills with a pre - set amount of rainwater, it tips, generating an electrical pulse. These pulses are then counted to calculate the rainfall amount. With its easy - to - use design and high - precision measurement, it is widely used in weather stations, agricultural monitoring, and environmental research, providing essential data for weather forecasting and water resource management.

Industrial grade optical rain gauges accurately and reliably measure rainfall and intensity. It is a maintenance free optical rain sensor that can be used for various rainfall monitoring and control applications. Unlike traditional mechanical rain sensors, optical rain sensors are smaller, more sensitive, more reliable, and more intelligent.  

Our integrated shutter box sensor can be widely used for environmental detection, integrated noise collection, PM2.5 and PM10, temperature and humidity, atmospheric pressure and illumination. It is installed in the louver box. The device adopts standard MODBUS-RTU communication protocol and RS485 The transmitter is widely used in various occasions such as measuring ambient temperature and humidity, noise, air quality, atmospheric pressure and illumination, etc. It is safe and reliable, Beautiful in appearance, convenient to install and durable.