LoRaWAN Soil EC Analyzer Battery Operated
1.LoRaWAN Low-Power Long-Distance Transmission
Adopts advanced LoRaWAN remote low-power communication technology, realizing stable, low-consumption data transmission in remote farmland areas. This wireless transmission method breaks the constraints of traditional wired monitoring, making it suitable for large-scale agricultural scenarios without signal blind spots.
2. High-Precision Detection & Multi-Scenario Adaptability
Features high-precision EC detection to accurately reflect soil nutrient status, laying a solid foundation for scientific fertilization. With a high-level protection rating, it resists water immersion, dust and chemical corrosion, and is applicable to diverse scenarios including open farmland, greenhouses and saline-alkali land, meeting both agricultural and industrial soil monitoring needs.
3.Ultra-Long Battery Life & Hassle-Free Installation
Optimized low-power design ensures long battery life, eliminating the trouble of frequent battery replacement and reducing long-term maintenance costs. The wire-free installation mode is quick and convenient, requiring no damage to the soil structure, which can be completed efficiently even in complex terrain.
4.Real-Time Monitoring & Intelligent Alarm System
Matches dedicated supporting software, enabling farmers to track soil nutrient dynamics in real time. It has an automatic abnormal alarm function that promptly alerts users when soil EC values deviate from the normal range, helping to avoid production risks caused by improper soil conditions.
5.Cloud Data Management & Efficiency Improvement
Realizes seamless synchronization of monitoring data to cloud platforms, supporting data visualization display and full-process traceability. Based on the accurate data, users can implement precise fertilization and soil improvement plans, which not only reduces agricultural production costs, but also improves crop yield and quality, promoting the transformation of agriculture towards intelligence and high efficiency.
LoRaWAN Soil EC Sensor Specification:
| Power Supply |
ER26500 Li-SOCl2,3.6V(8500 or 19000 mAh) |
| LW501B Weight |
200g |
| Work Environment |
Temperature: -30 ℃ to 70 ℃; Humidity: ≤ 95% RH |
| Measuring Range |
Humidity:0%RH-100%RH
0-50% inner soil 2%, 50-100% inner soil 3%
(brown soil, 60%. 25 ° C)
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| Temperature:-40°C~+80°C,±0.5℃(25°℃) |
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EC: 0-20000us/cm
Within the range of 0-10000 US/cm, it is ± 3%;
Within the range of 10000-20000us/cm,
it is ± 5%. (Brown soil, 60% RH, 25 ° C)
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| EC Sensor External Dimensions |
45*15*123mm |
| Steel Needle Material |
Stainless Steel |
| Sealing Material |
Black flame retardant epoxy resin |
| Transmitter Line length |
Default 2m (other lengths can be customized) |
| Frequency |
CN470/IN865/EU868/RU864/US915/AU915/KR920/AS923-1&2&3&4 |
| Mode |
OTAA Class A |
| Reporting cycle |
≤3 years (Depending on the reporting cycle)
Note: Due to the high power consumption of EC sensors,
it is not recommended to use short-term data reports for a long time
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| Communication Protocol |
LoRaWAN |
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Equipment information
(Reference)
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AppEUI:0000000000000001
DevEUI:aaaa202404150001
AppKey:00001111222233334444555566667777
MAC Version:LoRaWAN 1.0.3
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Packaging:
Single gross weight: 0.800 KG
Single package size: 23X20X5 cm
Product Applications:
1.High precision: accurately measure the slightest changes in soil EC, with a wide measurement range.
2.It meets the requirements of long-term agricultural monitoring and reduces operational and maintenance costs associated with frequent power replacement.
3.Features battery-powered design, compatible with outdoor deployment scenarios without external power sources.
4.Low - power wireless transmission: use LoRa technology for long - range, low - power data transmission, reducing energy consumption.
5.Strong environmental adaptability: withstand harsh outdoor conditions such as rain, dust, and extreme temperatures.
6.Easy installation and deployment: quick setup with an aviation connector and flexible placement in various soil monitoring scenarios.
Product Description:
Soil Sensor: Affordable & Fast Measurement
This is a Soil Integrated Sensor, and its key advantage is "low measurement cost". Compared with traditional laboratory measurements, it has these features:
1. Wireless wireless deployment without wiring, suitable for complex terrains
Traditional sensors rely on wired connections, resulting in high wiring costs and susceptibility to damage in fields such as farmland and mountain orchards; LoRaWAN sensors rely on wide area wireless communication, with a single gateway covering 2-15km without the need for excavation or wiring. They can be quickly deployed at dispersed monitoring points, greatly reducing construction difficulty and initial investment.
2. Ultra low power consumption and long battery life, reducing operation and maintenance costs
Traditional wired sensors rely on mains power or frequent battery replacement (once a month/quarter), which puts a lot of pressure on unmanned operation and maintenance; The LoRaWAN sensor adopts a sleep wake mode, with a sleep current as low as μ A, and can achieve 3-5 years of maintenance free operation with a lithium-ion battery, significantly reducing labor and battery replacement costs.
3. Real time remote data transmission, bidding farewell to manual collection
Traditional sensors require manual on-site readings or wired transmission within a limited range, resulting in data lag and susceptibility to errors; LoRaWAN sensors support real-time remote reporting of EC values, temperature, and humidity data, which can be viewed through mobile/computer IoT platforms. They can also set up over limit alarms to achieve centralized control of large-scale land parcels.
4. High protection and anti-interference, suitable for harsh soil environments
Traditional sensors have low protection levels (mostly below IP54) and are susceptible to soil acid-base corrosion and rainwater immersion; The LoRaWAN sensor adopts an IP67/IP68 sealed design, and the probe is made of corrosion-resistant materials (such as PTFE, 316L stainless steel). The LoRa technology has strong anti-interference ability and can work stably in complex environments such as high humidity, high dust, and saline alkali land.
5. Flexible networking expansion, compatible with IoT ecosystem
Traditional sensor protocols are closed, difficult to integrate with other devices or platforms, and have poor scalability; LoRaWAN sensors support standard LoRaWAN protocols (Class A/B/C) and can seamlessly connect to private gateways or public platforms (such as TTN and mainstream Cloud). They can also be linked with irrigation systems and meteorological sensors to build a complete smart agriculture monitoring solution.
6. Lightweight installation+batch management to improve project efficiency
Traditional wired sensor installation requires a professional construction team, which is time-consuming and labor-intensive, and the configuration of a single unit is cumbersome; LoRaWAN sensors are compact in size and support multiple installation methods such as plug-in and embedded. They can be deployed in just 10 minutes, and also support batch device configuration and remote upgrades, catering to the needs of large-scale projects such as agricultural cooperatives and planting bases.
Its device & interface details are as follows:
Device name: Soil EC Sensor (LoRa Soil EC Sensor)
Interface/component descriptions:
- Transmitter Interface: Includes 4 color-coded wires
- Red: VCC (power positive)
- Black: GND (ground)
- Yellow: RS485-A (communication line A)
- Blue: RS485-B (communication line B)
- TYPE-C Interface: The TYPE-C port of the device
- Power switch button: The power switch of the device
Application:
The sensor is mainly oriented to smart agriculture and ecological monitoring scenarios, with strong adaptability to different scales and types of application needs:
1. Large-Scale Field Crop Planting
2. Greenhouse Horticulture & Protected Agriculture
3. Orchard & Fruit Tree Planting
4. Small-Scale Planting & Family Farms
5. Agricultural Scientific Research & Experiment
6. Ecological Restoration & Environmental Monitoring
Production Process:
Why choose us:
1. Strong R & D: 30+ Senior experts and highly educated personnel formed a R & D team, heavy investment, master a number of core technologies and patents.
2. Professional and effective solutions: for smart environmental protection, agriculture and other fields, to provide customized compound networking solutions.
3. Full range of products: covering the whole industry chain products from data collection to platform services to meet diverse needs.
4. Excellent quality: we have perfect quality control system, strictly quality control each production link, low defective rate.
5. Good service: 7×24 hours fast response, Professional pre-sale, sale, after-sales team support.
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LoRaWAN Soil EC Analyzer Featuring Battery Operated Wireless Communication and Durable Design for Soil Nutrient Analysis Images
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