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This Leaf wetness sensor is a high-tech product designed for precision agriculture, which is not only perfectly adapted to the Arduino platform, but also provides unprecedented data support for researchers and growers with its excellent performance and convenient installation with a wide range of application scenarios. It has become an indispensable tool for modern agriculture and scientific research.
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Niubol Leaf wetness sensor Arduino compatible version, is a high-performance sensor designed for modern agriculture and environmental monitoring. It not only supports connection to Arduino, but also has the following remarkable features to provide reliable guarantee for your research and agricultural production.
Niubol Leaf wetness sensor, designed for accurate monitoring of temperature and humidity on the surface of plant leaves, is a powerful assistant for agricultural research, greenhouse management, and plant pathology research. The sensor not only supports fast connection to Arduino and other mainstream microcontroller platforms, but also incorporates a number of innovative technologies to ensure the accuracy and stability of data collection, providing strong data support for modern agriculture and scientific research.
Leaf wetness sensor product features
Arduino-friendly interface: Seamlessly connects to Arduino and similar open-source hardware platforms, simplifying circuit design and programming process, suitable for DIY enthusiasts and professional researchers.
Excellent performance:
Rapid response: instantly capture changes in leaf surface humidity, providing a reliable basis for instant decision-making.
Stable and Reliable: Adopting high quality materials, no drift for long time operation, ensuring data continuity and accuracy.
High sensitivity: accurately identifies trace moisture or ice crystal residue, details can be mastered.
Wide detection range: Covering a wide range of humidity states such as fog, dew, ice and rainfall, adapting to a variety of complex weather conditions.
Sealed waterproof design: IP65 rated sealed waterproof, suitable for outdoor use in multiple venues, fearless of harsh weather challenges.
Low power consumption and long battery life: low power consumption design, support long-term uninterrupted monitoring, reduce the frequency of battery replacement, energy saving and environmental protection.
Convenient installation: simulates the appearance of real leaves, hanging next to plant leaves through non-metallic wires, easy to integrate into the natural environment and reduce the impact on plant growth.
High-precision measurement: temperature accuracy of ±0.5℃, humidity accuracy of ±5% RH, to meet the needs of high-precision scientific research and agricultural management.
Multi-functional expansion: using RS485 communication protocol, supporting data transmission and customised protocols, it can additionally expand the atmospheric temperature, humidity, illuminance and other environmental monitoring elements to build an all-round environmental monitoring system.
With its advanced technology, wide applicability and convenient operation, the Leaf wetness sensor has become an ideal choice for agriculture, horticulture and environmental monitoring.
Supply Voltage: | DC 12V-24V |
Communication method: | RS485 |
Power Consumption: | Peak power consumption:120mW Standby power consumption: 72mW |
Baud rate: | 9600bps |
Temperature range: | -40—80℃ |
Temperature accuracy: | ±0.5℃ |
Humidity Range: | 0—100%RH |
Humidity Accuracy: | ±5%RH |
Working Environment: | -40—85℃ |
- Agricultural research: monitoring crop leaf humidity, preventing pests and diseases, and optimising irrigation strategies.
- Environmental monitoring: real-time grasp of the leaf surface environment, providing data support for ecological research.
- Precision irrigation in agriculture: automatically adjust the irrigation amount according to the humidity of the leaves to improve the efficiency of water use.
- Greenhouse environment monitoring: real-time monitoring of the temperature and humidity of plant leaves in the greenhouse to optimise the greenhouse environment.
- Plant pathology research: help researchers understand the relationship between leaf humidity and disease occurrence, providing scientific basis for disease prevention and control.
- Horticultural management: assist gardening enthusiasts to monitor the health of plants and adjust maintenance strategies in a timely manner.
Niubol Leaf wetness sensorArduino compatible version, with its excellent performance and convenient installation, has become the preferred tool for modern agricultural monitoring and plant scientific research. Choose Niubol for your agricultural production and environmental monitoring!
Summary:
Niubol this Leaf wetness sensor designed for precision agriculture high-tech products, not only perfectly adapted to the Arduino platform, but also with its excellent performance and convenient installation and a wide range of application scenarios, for researchers and growers to provide unprecedented data support. It has become an indispensable tool for modern agriculture and scientific research.
Brand Introduction:
Niubol, a well-known brand in this field, is committed to developing high-performance environmental monitoring equipment. This foliar temperature and humidity sensor is an example of its close integration of technological innovation and user needs, paving a data-driven path for the future of precision agriculture.
Seamless integration with Arduino gives the foliage temperature and humidity sensor unlimited possibilities. Developers and researchers can take advantage of Arduino's powerful programming capabilities to develop customised monitoring systems for intelligent management of crop growing environments. Whether it is real-time data analysis, remote monitoring, or linkage with other environmental sensors, it becomes a breeze, providing powerful technical support for the digital transformation of agriculture.
NBL-W-LM-Leaf-Temperature-and-Humidity-Sensor-Instruction-Manual.pdf
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