Product Introduction (pdf)

Product Introduction

The KH.TSQ Multi-Parameter Soil Sensor is a high-precision agricultural monitoring device designed for smart farming, precision irrigation, soil research, and environmental monitoring applications.

The sensor integrates four essential soil parameters into one compact probe:

• Soil moisture
• Soil temperature
• Electrical conductivity (EC)
• Total salinity

By providing real-time soil condition data, the KH.TSQ helps farmers, researchers, and environmental professionals optimize irrigation strategies, improve crop management, and monitor soil health.

The sensor features a durable, maintenance-free design for long-term outdoor deployment in agricultural fields and environmental monitoring sites. With RS485 MODBUS communication, it can be easily integrated with IoT platforms, telemetry systems, automatic irrigation systems, and smart agriculture management solutions.

How It Works

The KH.TSQ uses advanced soil sensing technology to measure electrical characteristics and environmental conditions within the soil.

The sensor analyzes soil dielectric properties and conductivity changes to calculate moisture content, temperature, electrical conductivity, and total salinity.

This multi-parameter measurement method provides:

• Real-time soil condition monitoring
• Accurate irrigation decision support
• Continuous field data collection
• Integration with smart farming systems

Key Features

Four-in-One Soil Parameter Monitoring

One integrated probe measures:

• Soil moisture
• Soil temperature
• Electrical conductivity
• Total salinity

Reducing installation complexity and providing comprehensive soil condition information.

High-Precision Soil Measurement

Advanced sensing technology provides stable and reliable measurements with:

• Fast response
• Strong anti-interference capability
• Long-term field stability

Suitable for precision agriculture applications.

Precision Irrigation Support

Real-time soil moisture and salinity data helps optimize:

• Irrigation scheduling
• Water consumption
• Crop growth management
• Soil condition control

Low Power Consumption Design

Energy-efficient operation supports:

• Long-term outdoor deployment
• Remote monitoring stations
• Solar-powered agricultural IoT systems

Durable Outdoor Construction

The rugged probe design provides reliable operation under:

• Agricultural field conditions
• High humidity environments
• Long-term soil installation

RS485 MODBUS Communication

Supports integration with:

• IoT agricultural platforms
• Data loggers
• Telemetry systems
• Automatic irrigation controllers
• Environmental monitoring networks

Easy Installation and Deployment

Compact probe structure enables quick installation and convenient integration into agricultural monitoring systems.

Application Scenarios

Smart Agriculture and Precision Irrigation

Provides soil data for:

• Crop growth monitoring
• Irrigation optimization
• Water-saving agriculture
• Field micro-environment management

Greenhouse and Protected Agriculture

Supports:

• Soil condition monitoring
• Automated irrigation control
• Crop production optimization

Environmental and Hydrological Research

Used for:

• Soil moisture observation
• Ecosystem monitoring
• Water resource studies

Geological Disaster Monitoring

Provides soil condition information for:

• Landslide risk assessment
• Soil erosion monitoring
• Ground stability analysis

Agricultural Research Projects

Supports:

• Soil science studies
• Crop experiments
• Agricultural technology research

Engineering and Landscaping Applications

Provides soil condition data for:

• Landscape management
• Soil quality evaluation
• Infrastructure environment assessment

Technical Specifications