Tubular Soil Sensor- Temperature and moisture up to 80cm depth
$1,960.00
The Tube Soil Temperature and Humidity Sensor integrates imported high-precision components with advanced IoT technology.
It measures key soil parameters at varying depths and transmits data to a central server via a 4G wireless network. Additionally, a dedicated server and software enable real-time data monitoring on PCs.Â
About product
Product Features
- Continuous Power with Solar Panels: Equipped with a high-efficiency lithium battery and a solar panel, the sensor’s RTU is designed for low-power consumption. When fully charged, it can operate for over 180 consecutive rainy days without interruption.
- Integrated GPRS/4G Module and Server Software: The sensor includes a GPRS/4G wireless module and comes with server software that enables real-time data viewing on a web platform. Additional capabilities, such as GPS positioning and parameter expansion, are also available.
- Customizable Depths: The sensor’s modular design is flexible which allows soil temperature and humidity measurement at customizable depths between 10-80 cm (default depths: 10 cm layers). Standard configurations include 4-layer, 5-layer, or 8-layer pipes.
- Integrated Design: Integrates sensing, data collection, transmission, and power supply components into a single, user-friendly design.
- Waterproof rating: IP68
Product Parameters
|
Product Name  |
Tubular soil temperature and humidity sensor with solar panel & Server&Software |
|
Humidity range  |
0~100%Vol  |
|
Humidity Resolution  |
0.1%Vol  |
| Accuracy |
The error within the effective range is less than 3%Vol  |
|
Measuring area  |
90% of the impact is in the cylindrical measuring carrier with a diameter of 10cm around the sensor  |
|
Accuracy drift  |
No |
|
Sensor linear discrete deviation probability  |
1%Â |
|
Soil temperature range  |
-40~+60°C |
|
Temperature resolution  |
0.1°C |
| Accuracy | ±1.0°C |
|
Stabilization time  |
About 1 second after power on  |
|
Response time  |
The response enters a stable state within 1 second  |
|
Sensor operating voltage  |
Sensor input is 5-24V DC, built in battery and solar panel  |
|
Sensor working current  |
Static current 4mA, acquisition current 35mAÂ Â |
|
Sensor waterproof level  |
IP68Â |
|
Working temperature  |
-40°C~+80°C |
|
Actual power supply capacity of solar panels  |
Maximum 0.6WÂ Â |
|
Server and software  |
It has the matched server and software to see the real time data in the website/QR code  |
| Output | RS485/GPRS/4G/Server/Software |
Product UsageÂ
Choosing the Installation Site:
- In hilly regions, select areas with minimal slopes and avoid valleys or steep gradients.
- In plains, choose flat areas that do not retain water.
- For hydrological station use, install the sensor in open spaces away from buildings or fences.
Step-by-Step Installation Process:
1. Select a flat site and drill a hole in the ground, ensuring the depth is 7-8 cm deeper than the sensor’s target measurement depth.
2. Sieve the extracted soil and prepare mud.
3. Partially fill the drilled hole with mud, covering at least two-thirds of the hole’s depth.
4. Insert the sensor into the mud-filled hole, ensuring the marked horizon line is level with the ground.
Product Advantage
Multi-Layer Accuracy
Dedicated sensors for each soil layer ensure precise data collection.
Epoxy Protection
Sealed design enhances durability and prevents data inconsistencies.
Enhanced Stability
Wireless Connectivity
Product Applications
Agriculture
Ideal for monitoring soil temperature and humidity to optimize irrigation and improve crop yield.
Forestry
Tracks environmental data to support sustainable forest management and conservation efforts.
Grasslands
Ensures precise monitoring of soil conditions to enhance pasture quality and livestock grazing plans.
Irrigation Zones
Provides real-time data for efficient water distribution, minimizing waste and reducing costs.