Portable 8 IN1 Integrated Soil Tester Sensor output USB Type-C｜NiuBoL

Portable 8 IN1 Integrated Soil Tester Sensor Product Overview

NiuBoL Portable 8 IN1 Integrated Soil Tester Sensor is a portable soil multi-parameter tester designed for rapid on-site detection needs. The sensor uses a USB Type-C interface, no external power supply or data collector required, just plug it into a mobile phone to read data, truly achieving "plug and measure".

Based on the FDR (Frequency Domain Reflectometry) principle, this device excels in stability, repeatability, and on-site adaptability. It can simultaneously measure 8 key soil parameters, providing intuitive and referenceable data support for agricultural production, scientific research experiments, and environmental monitoring.

Portable Design and USB Type-C Direct Connection Value

Practical Significance of Portable Design

• No host, no acquisition box, single person can complete on-site testing

• Suitable for mobile scenarios such as fields, greenhouses, experimental plots

• Reduces equipment investment cost and operation complexity

Advantages of USB Type-C Interface

• Strong versatility, compatible with Android and HarmonyOS mobile phones

• Data and power supply integration, no battery maintenance required

• Stable connection, strong anti-interference ability

• More suitable for mobile data acquisition and management

After inserting the sensor into the mobile phone, data can be displayed in real time through the free APP, greatly shortening the time chain from testing to decision-making.

Portable 8 IN1 Integrated Soil Tester Sensor Core Technology and Structural Design

• Measurement Principle: FDR Frequency Domain Reflectometry Technology

• Probe Material: 316L Stainless Steel

• Encapsulation Method: Epoxy Resin Overall Sealing

• Protection Level: IP68, suitable for long-term insertion in soil

• Output Method: USB Type-C (direct connection to mobile phone)

This structural design balances on-site durability and measurement stability, suitable for various complex soil environments.

Portable 8 IN1 Integrated Soil Tester Sensor Measurement Parameters, Range and Accuracy

Role and Application Value of Each Measurement Parameter

Soil Temperature

Directly affects seed germination, root growth, and microbial activity. It is an important indicator for judging the appropriate sowing period and growth status of crops.

Soil Moisture

Used to evaluate soil moisture status, it is the core basis for water-saving irrigation and precision irrigation decisions, avoiding over-irrigation or water shortage.

Soil EC (Electrical Conductivity)

Reflects the overall level of soluble salt ions in the soil, can be used to judge fertilization intensity and salt accumulation risk.

Soil Salinity

Excessive salinity inhibits crop water absorption capacity. This parameter is particularly critical for saline-alkali land improvement and irrigation management.

Soil Available Nitrogen (Alkali-Hydrolyzable Nitrogen)

Closely related to crop leaf growth and yield, suitable for rapid assessment of nitrogen fertilizer supply level.

Soil Available Phosphorus (Effective Phosphorus)

Affects root development and flower/fruit formation, an important reference for judging base fertilizer and topdressing strategies.

Soil Available Potassium (Effective Potassium)

Related to crop stress resistance and quality, suitable for management of cash crops, fruits, and vegetables.

Soil pH Value

Determines nutrient availability and microbial activity, an important basic parameter for fertilization schemes and soil improvement.

NPK and pH Measurement Principle Description (Important Note)

NPK Parameter Description

Soil NPK values are converted based on soil electrical conductivity and are empirical/theoretical reference values, not equivalent to laboratory chemical analysis results. Suitable for trend judgment, relative comparison, and rapid on-site evaluation.

pH Measurement Method

Adopts electrode method, which generates potential difference through the reaction between the electrode and hydrogen ions in the soil, thereby calculating soil acidity and alkalinity.

Free Mobile APP Functions

• Real-time data display

• Parameter setting and data correction

• Data storage and historical records

• Curve analysis

• Excel data export

• Chinese/English interface switching

• Software automatic upgrade

The APP is designed with on-site use as the core, reducing learning costs and improving data utilization efficiency.

Portable 8 IN1 Integrated Soil Tester Sensor Typical Application Scenarios

• Water-saving agriculture and precision irrigation

• Greenhouse and facility agriculture

• Flower, vegetable, and orchard management

• Grassland, pasture, and garden maintenance

• Rapid soil detection and comparative analysis

• Plant cultivation and scientific experiments

• Environmental and ecological monitoring

FAQ:

Q: Is additional power supply required?
A: No, the sensor is powered by the mobile phone through USB Type-C.

Q: Does it support long-term online monitoring?
A: This product is positioned as a portable rapid detection device, more suitable for inspection and on-site testing.

Q: Can NPK values be used as absolute basis for fertilization?
A: It is recommended to use as reference values for trend judgment and comparative analysis.

Summary

NiuBoL Portable 8 IN1 Integrated Soil Tester Sensor output USB Type-C takes "portable direct connection" as its core advantage, deeply integrating multi-parameter soil detection with mobile applications. It is not a replacement for laboratory analysis, but provides a faster, more intuitive, and lower-threshold way to obtain data for agricultural production, scientific research, and on-site management.

For users who need high-frequency, low-cost, and mobile soil detection, this is a professional tool with clear practical value and precise positioning.

8-in-1 Soil Sensor Portable Type-C/USB Soil Multi-Parameter Tester & Analyzer Data Sheet

8-in-1 Soil Sensor Portable Type-C/USB Soil Multi-Parameter Tester & Analyzer.pdf