Category
KH.CQX-6 Six-Parameter Micro-Meteorological Instrument for Wind Speed Wind Direction Temperature Humidity Pressure and Rainfall Monitoring in Smart Agriculture Urban Environmental and Renewable Energy Applications
High-Precision Six-in-One Ultrasonic Weather Sensor for Meteorological Monitoring Smart Agriculture Urban Climate and Renewable Energy Assessment
Product Introduction
The KH.CQX-6 Six-Parameter Micro-Meteorological Instrument is a compact high-precision ultrasonic weather sensor designed for continuous online monitoring of six essential meteorological parameters.
Using frequency-converting ultrasonic technology, the sensor accurately measures wind speed and wind direction without errors caused by timer drift, sensor startup delay, or temperature variation. This all-in-one device simultaneously monitors ambient temperature relative humidity atmospheric pressure wind speed wind direction and optical rainfall, providing real-time data for analysis and control.
Digital communication output allows seamless integration with weather stations smart agriculture platforms urban environmental networks and renewable energy assessment systems, supporting precision climate monitoring and environmental management.
Key Features
- Hidden Ultrasonic Probe Design
The top-cover structure minimizes interference from rain snow and crosswinds, ensuring stable and reliable wind speed and direction readings.
- Six-in-One Integrated Monitoring
Measures wind speed wind direction temperature humidity atmospheric pressure and optical rainfall simultaneously, providing comprehensive micro-meteorological data.
- Advanced Real-Time Sensing
No minimum startup wind speed is required, enabling immediate and accurate readings under all environmental conditions.
- Strong Anti-Interference
Built-in watchdog circuit and automatic reset maintain stable long-term operation even in harsh or dynamic outdoor environments.
- Maintenance-Free Design
No moving parts, zero mechanical wear, and no field recalibration are needed, reducing operational costs and maintenance requirements.
- Durable ASA Housing
UV-resistant color-stable engineering plastic housing ensures reliable year-round outdoor deployment in all climates.
- Flexible Communication Interfaces
Standard RS485 MODBUS output with optional RS232 USB or Ethernet supports easy integration. Optional wireless transmission with ≥1-minute update intervals enables IoT and smart agriculture applications.
- Snap-On Probe Assembly
Ensures secure installation and transport stability, simplifying field deployment.
Application Scenarios
- Meteorological Monitoring Stations and Climate Observation Networks
Provides real-time multi-parameter meteorological data for climate research and environmental assessment.
- Urban Environmental Monitoring and Smart City IoT Systems
Supports air quality monitoring urban climate observation and smart city applications.
- Wind and Solar Energy Site Assessment and Planning
Assists in renewable energy site evaluation and energy yield optimization.
- Marine Vessels Offshore Platforms and Port Meteorology
Enables continuous monitoring of environmental conditions for maritime operations and offshore installations.
- Aviation Airport Weather Monitoring and Flight Safety Systems
Delivers precise real-time data for airports flight operations and aviation safety.
- Highway Bridge and Tunnel Environmental Monitoring
Provides continuous environmental and weather monitoring for transportation infrastructure safety.
Technical Specifications
| Parameter | Measuring Principle | Range | Accuracy | Resolution |
|---|---|---|---|---|
| Wind Speed | Ultrasonic | 0–60 m/s | ±0.1 m/s | 0.01 m/s |
| Wind Direction | Ultrasonic | 0–360° | ±2° | 1° |
| Air Temperature | Diode junction voltage | -40–80°C | ±0.3°C | 0.01°C |
| Relative Humidity | Capacitive | 0–100% RH | ±3% RH | 0.01% RH |
| Atmospheric Pressure | Piezoresistive | 300–1100 hPa | ±0.25% | 0.1 hPa |
| Optical Rainfall | Optical | 0–4 mm/min | ≤ ±4% | — |
| Power Consumption | — | — | — | 0.84 W |
