다심도 토양 센서

Veswe Tubular Soil Moisture Monitor: Integrated Multi-Parameter Profiling
The Veswe Tubular Soil Moisture Monitor represents a leap forward in integrated soil sensing, designed to provide a complete vertical profile of field conditions. Encased in a durable white PVC tube, this advanced agriculture moisture sensor simultaneously measures soil temperature, moisture content, tilt angle, and electrical conductivity (EC). Its all-in-one design eliminates the need for multiple separate probes, making it an ideal solution for precision irrigation and environmental research. By capturing data across different soil layers, it enables farmers and researchers to understand water movement and root zone health with unprecedented clarity. Whether deployed in lush green fields or arid research plots, this device delivers accurate, reliable data that serves as the cornerstone of any smart agriculture strategy—ensuring every drop of water and every nutrient is accounted for.

Precision, Durability, and Customization: Six Core Strengths
Engineered for rugged performance, this agriculture moisture sensor boasts six key features that set it apart. It utilizes high-frequency dielectric sensing for accurate measurement, while its robust PVC housing protects internal electronics from corrosion and physical damage. With IP68 protection, the buried portion is fully waterproof, allowing for long-term submersion without failure. The device emits a ~1GHz high-frequency detection wave that penetrates the PVC shell to sense the soil without direct contact, ensuring stability. Furthermore, it supports remote data viewing via cloud platforms or local SCADA systems. Crucially, it offers length customization, available in depths from 30cm to 100cm with configurable layer spacing of 10cm or 20cm—making it a versatile solution for academic studies, commercial farming, and government projects alike.

Wide Application Scope: From Irrigation to Ecological Conservation
The versatility of this agriculture moisture sensor extends across a broad spectrum of applications. In farmland irrigation, it optimizes water use by providing real-time moisture profiles at critical root zones. For soil moisture profiling, it tracks vertical water movement to assess drought or flood risks accurately. It is equally vital for ecological environment monitoring, helping study watershed health and erosion patterns. In garden and landscape irrigation, it maintains the vitality of turfgrass and ornamental plants in parks. Additionally, it monitors embankment saturation for dam safety and controls substrate conditions in greenhouse soil testing for high-value crops. As a reliable soil water sensor, it enables scientific scheduling of anti-drought and flood measures, ensuring resilience across diverse environments.

High Accuracy & Strong Anti-Interference Capability
One of the standout features of this agriculture moisture sensor is its immunity to external interference. Encased in a protective shield of high-frequency technology, it remains unaffected by salt ions, fertilizers, pesticides, or irrigation activities that often skew data in traditional sensors. This means that even in intensive farming environments with frequent chemical inputs, measurement accuracy remains consistent season after season. Unlike other devices that suffer from drift due to soil salinity, this sensor ensures data integrity regardless of agricultural practices—making it the perfect choice for modern farms where precision is paramount.

IP68 High-Level Protection for Harsh Environments
Designed to withstand the harshest conditions, this agriculture moisture sensor features an IP68 protection rating for its buried section. Adopting a superior potting process, it is fully waterproof and can be used submerged for long periods, making it ideal for flooded rice paddies, coastal saline soils, or monsoon-prone regions. This robust construction ensures corrosion and moisture resistance, minimal zero drift, excellent repeatability, and fast response time. Whether installed in wetlands or arid zones, it delivers stable performance year after year—guaranteeing that your monitoring network remains operational even under extreme weather.

Premium PVC Housing for Non-Invasive Sensing
The engineering behind this agriculture moisture sensor revolves around its premium PVC plastic tube housing. This non-conductive material allows near-1GHz high-frequency detection waves to penetrate the tube and effectively sense the soil environment without the need for metal electrodes to touch the soil directly. This design avoids electrolysis, prevents corrosion, and eliminates the risk of damaging plant roots, thereby extending the sensor’s lifespan and maintaining ecological neutrality. By ensuring that the act of measurement does not alter the very ecosystem it observes, it is safe for organic farms and sensitive research sites.

Solar Power Support for Autonomous Operation
For remote deployments where grid power is unavailable, this agriculture moisture sensor supports solar power supply systems. When paired with a solar panel, the device can operate autonomously, shutting off during power loss and auto-restarting when power returns—eliminating the need for onsite personnel. With a battery backup that lasts up to 20 days, it ensures continuous data collection even during extended cloudy periods. This makes it an ideal irrigation moisture sensor for rangelands, conservation areas, and distant farms, significantly reducing maintenance costs while ensuring uninterrupted monitoring.

Built-in Rechargeable Battery for Off-Grid Reliability
Addressing the challenge of outdoor power supply, this agriculture moisture sensor comes with a built-in rechargeable battery that provides up to one week of usage on a single charge. This capability resolves power insufficiency issues in remote settings, ensuring that data collection never stops. Importantly, because the sensor electrodes do not directly contact the soil, there is no risk of electrical interference with soil biology or plant health. This safety feature makes it a preferred choice for organic-certified farms and sensitive ecosystems where current leakage must be strictly avoided.

Customizable Multi-Layer Configuration for Specific Crops
Understanding that different crops have different root architectures, this agriculture moisture sensor supports customizable multi-layer configurations. Users can choose between 3, 4, or 5 layers with spacing options of 10cm or 20cm. For example, a 4-layer setup with 10cm intervals is perfect for herbaceous crops like wheat, corn, and rice, while a 2-layer setup with 20cm intervals suits woody perennials like apple, peach, and citrus trees. This tailored approach ensures that the sensor captures data exactly where it matters most for the specific crop being grown—enabling farmers to make highly relevant agronomic decisions.

Smart Agriculture Monitoring: Full-Stack IoT Integration
The Veswe Tubular Soil Moisture Monitor is not just a standalone device; it is a key node in a comprehensive smart agriculture ecosystem. It integrates seamlessly with other sensors like wind speed, rain gauges, and weather stations, transmitting data via RS485 bus to a cloud platform. This soil moisture monitoring system allows for real-time viewing on PCs, tablets, and mobiles, featuring overlimit alarms, permission management, remote control, and large-screen visualization. As part of a moisture sensing irrigation system, it enables 24/7 onsite monitoring of multi-element data, transforming raw numbers into actionable insights. Whether you need a simple volumetric soil moisture check or a complex network, this system scales to meet your needs—empowering enterprise-grade farm management with data-driven confidence.