Type-C Soil Sensor for Instant Results Ideal for Gardening & Agriculture

NiuBoL Plug-and-Play Multi-Parameter Soil Testing Solution

In horticultural management, agricultural production, and on-site technical services, quickly and intuitively understanding soil conditions is often more important than pursuing laboratory-grade test results.

The Type-C Soil Sensor launched by NiuBoL integrates the measurement, recording, and management of multiple soil parameters into one Android phone through direct phone connection, providing an efficient and easily deployable on-site testing solution for horticulture and agriculture applications.

Type-C Soil Sensor Product Overview

The NiuBoL Type-C Soil Sensor features a USB Type-C interface design and can be directly connected to Android and HarmonyOS system phones.

The device requires no external display instrument or battery power; simply plug it into the phone to complete power supply and data communication, achieving true plug-and-play with instant results.

This sensor can simultaneously measure the following 8 key soil parameters:

• Soil Temperature

• Soil Moisture

• Soil Electrical Conductivity (EC)

• Soil Salinity

• Soil Available Nitrogen (N)

• Soil Available Phosphorus (P)

• Soil Available Potassium (K)

• Soil pH Value

The overall structure is compact with a sturdy probe, suitable for both rapid on-site insertion measurements and burial monitoring over certain periods.

Type-C Soil Sensor Main Measurement Parameters and Technical Specifications

Type-C Soil Sensor Core Measurement Principle Explanation

About the Measurement Logic of NPK Parameters

This Type-C Soil Sensor does not directly measure nitrogen, phosphorus, and potassium content through chemical methods.

The device first measures the soil's electrical conductivity (EC), then converts it to corresponding NPK estimated values based on the empirical relationship between N, P, K and EC in conventional soils using built-in algorithm models.

Features of this approach include:

• Fast measurement speed

• No reagents or sample processing required

• Suitable for on-site trend judgment and comparative analysis

It should be noted that due to significant differences in soil structure, organic matter content, and fertilization history across different regions, the results are empirical and theoretical reference values and cannot be fully equated to laboratory chemical analysis data.

About the Soil pH Measurement Method

This soil pH sensor adopts the electrode method principle.

When the probe is inserted into the soil, the zinc electrode reacts with hydrogen ions in the soil, generating a potential difference related to the hydrogen ion concentration. The soil acidity and alkalinity (pH value) is calculated by measuring this potential difference.

This method is suitable for:

• Rapid on-site judgment of pH trends in horticulture and agriculture

• Basic reference before irrigation and fertilization

In complex or high-precision requirement scenarios, if higher precision pH values are needed, glass electrode pH sensors are generally recommended.

Advantages of the Type-C Direct Connection Solution

Compared to Bluetooth or traditional handheld meter solutions, the Type-C direct connection method has clear advantages in practical applications:

• No battery required; directly powered by the phone

• No Bluetooth pairing process, more stable connection

• Real-time data transmission with fast response speed

• No independent display or acquisition equipment needed, lower overall cost

It is particularly suitable for application environments that require rapid deployment, multi-user operation, or on-site project work.

Free APP Functions and Data Management

NiuBoL provides a supporting free mobile APP with the following main functions:

• Multi-parameter real-time display

• Parameter calibration and correction

• Automatic storage of historical data

• Data curve visualization

• Excel file export

• Chinese/English interface switching

• Online automatic upgrade

Data collection, organization, and export can be completed directly through the phone, facilitating subsequent analysis and decision-making.

Type-C Soil Sensor Installation and Usage Instructions

System Requirements and APP Installation

Supported systems: Android / HarmonyOS 4.3 and below
Unsupported systems: Apple iOS, HarmonyOS 5.0 and above

The APP can be downloaded and installed by scanning the QR code on the back of the product or on the instruction page.

During installation on some phones, system interception prompts may appear:

• Huawei: Disable Pure Mode

• Xiaomi: Allow single installation authorization

• OPPO: Allow this installation

• VIVO: Disable Security Guard

Type-C Soil Sensor Device Connection and Measurement Process

1. After installing the APP, insert the sensor's Type-C connector into the phone's charging port

2. If the phone does not have OTG enabled by default, search for “OTG” in settings and manually enable it

3. After successful connection, fully insert or bury the probe into the soil to be tested

4. Wait for the data to stabilize, then read and save the measurement results

Typical Usage Process Example for Type-C Soil Sensor

In greenhouses or farmlands, technicians can carry the Type-C Soil Sensor and an Android phone to perform rapid insertion measurements at different points.

Data from each point will be automatically stored in the APP, allowing on-site comparison of differences in moisture, EC, and salinity, and exporting Excel files on the same day for reference in adjusting irrigation or fertilization plans.

Suitable and Unsuitable Application Scenarios

Suitable users for this Type-C Soil Sensor:

• Horticultural growers and farmers

• Agricultural technical service personnel

• Preliminary research and evaluation for agricultural projects

• Users needing quick comparison of soil conditions across different plots

• Application scenarios requiring mobile phone recording and data export

Less suitable application scenarios:

• Scientific research projects requiring laboratory-grade quantitative NPK analysis

• Scenarios where regulations or standards require chemical detection methods

• Users with iOS systems or HarmonyOS 5.0 and above phones

FAQ:

Q1. Can a Type-C soil sensor replace laboratory soil testing?
No. It is designed for on-site reference and trend analysis, not for certified laboratory testing.

Q2. How accurate is a portable soil NPK sensor?
The NPK values are estimated based on EC measurement and are suitable for comparison and management decisions.

Q3. Does this soil sensor require calibration before use?
Basic factory calibration is provided. Users can apply parameter correction through the APP if needed.

Q4. Can it be buried in the soil for a long time?
The device supports short-term or periodic burial; for long-term use, it is recommended to regularly check the probe condition.

Q5. Is an external power supply required?
No, the device is powered by the phone's USB Type-C interface.

Summary:

The NiuBoL Type-C Soil Sensor is a multi-parameter soil testing tool that emphasizes immediacy, portability, and practical value.

It is not a laboratory device but a solution for quickly obtaining soil status, assisting decision-making, and recording data in horticulture and agricultural field applications.

For users who need to rapidly assess soil conditions, optimize irrigation, and manage fertilization, this is a choice with low deployment cost, simple operation, and wide applicability.

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