Product Introduction (pdf)

Product Introduction

The KH.QX-3 Integrated Temperature Humidity and Atmospheric Pressure Sensor is a compact and high-precision weather sensor designed for continuous outdoor environmental monitoring, automatic weather stations, and smart agriculture applications.

By integrating temperature, relative humidity, and atmospheric pressure measurement into a single device, the sensor provides reliable multi-parameter atmospheric data for weather observation, agricultural climate monitoring, and environmental research.

The KH.QX-3 supports RS485 Modbus RTU communication, enabling seamless integration with weather stations, telemetry systems, SCADA platforms, and IoT-based environmental monitoring networks.

With a durable ASA engineering plastic housing and low-maintenance design, the sensor delivers stable performance under long-term outdoor deployment conditions, including agricultural fields, hydrological stations, and environmental observation sites.

How It Works

The integrated sensor uses precision electronic sensing elements to measure:

• Air temperature
• Relative humidity
• Atmospheric pressure

The collected environmental parameters are processed internally and transmitted through digital communication interfaces for remote monitoring and data analysis.

This integrated design provides:

• Multi-parameter environmental monitoring
• Reduced installation complexity
• Reliable real-time weather data
• Easy IoT system integration

Key Features

Integrated Temperature, Humidity and Pressure Measurement

Combines three essential weather parameters into one compact sensor, simplifying installation and reducing system complexity.

High-Precision Environmental Monitoring

Provides accurate atmospheric data for:

• Weather observation
• Agricultural climate analysis
• Environmental monitoring

Durable Outdoor Construction

The ASA engineering plastic housing provides excellent resistance against:

• UV exposure
• Outdoor weather conditions
• Corrosion and environmental aging

Maintenance-Free Sensor Design

The non-mechanical sensing structure ensures long-term stability with minimal maintenance requirements.

RS485 Modbus RTU Communication

Supports integration with:

• Automatic weather stations
• IoT telemetry systems
• SCADA platforms
• Environmental monitoring networks

Strong Anti-Interference Performance

Built-in watchdog and automatic reset functions improve system reliability during long-term outdoor operation.

Flexible Data Transmission Options

Optional communication interfaces and wireless modules support customized remote monitoring solutions.

Application Scenarios

Smart Agriculture Weather Monitoring

Used for:

• Precision farming
• Greenhouse climate monitoring
• Irrigation planning
• Agricultural weather networks

Automatic Weather Stations

Provides atmospheric data for:

• Meteorological observation
• Regional climate monitoring
• Weather research

Hydrological and Environmental Monitoring

Suitable for deployment in:

• Rivers
• Lakes
• Reservoirs
• Environmental observation stations

IoT Environmental Monitoring Networks

Integrates with telemetry stations, cloud platforms, and smart environmental management systems for remote data collection.

Technical Specifications