• Induskey INK434 Vehicle-Mounted Environmental Monitor
  • Induskey INK434 Vehicle-Mounted Environmental Monitor

Induskey INK434 Vehicle-Mounted Environmental Monitor

No.INK434
The INK434 is a compact, IP65-rated vehicle-mounted environmental monitor for mobile meteorological and emergency applications. It measures wind speed/direction, temperature, humidity, pressure, rainfall, and solar radiation in real time, with GPS synchronization, magnetic mounting, and probe heating for harsh conditions.
  • Induskey INK434 Vehicle-Mounted Environmental Monitor

Description

1. Product Overview

The INK434 Vehicle-Mounted Environmental Monitor is a compact, all-in-one automatic weather station purpose-built for mobile emergency and traffic meteorological monitoring. It delivers real-time, multi-parameter environmental data including wind direction/speed, temperature, humidity, precipitation, pressure, solar radiation, and solar temperature. Designed for robust deployment in mobile scenarios, it features IP65 protection, concealed wiring, and strong magnetic mounting, making it ideal for emergency response vehicles, mobile meteorological units, and traffic patrol fleets to provide on-site decision-support data for meteorological and traffic safety operations.

2. Sensing Technology & Self-Cleaning System

  • Sensing Technology:
    • Ultrasonic Wind Sensors: Non-contact ultrasonic transducers measure wind speed (0-70 m/s) and direction (0-359°) with high precision, eliminating moving parts for durability.
    • Integrated Environmental Sensors: Digital probes for temperature (-40~+80°C), humidity (0-100% RH), atmospheric pressure (300-1100 hPa), and optical rainfall (0-999.9 mm) provide accurate, real-time readings.
    • Radiation Sensors: A pyranometer measures total solar radiation (0-2000 W/m²) for solar energy and environmental monitoring applications.
  • Environmental Adaptation:
    • Probe Heating System: Built-in heating elements prevent frost, ice, and condensation buildup on sensors in harsh cold environments, ensuring continuous operation down to -40°C.
    • IP65 Enclosure: Sealed housing protects against dust, rain, and splashing water, suitable for all weather conditions.

3. Key Features & Competitive Advantages

Feature Competitive Advantage
Integrated, Concealed Wiring Design Clean installation, reduced cable damage risk, improved reliability for mobile use
Fully Customizable Monitoring Parameters Tailor sensor suites to specific use cases (emergency response, traffic safety, research)
IP65 Protection Rating Rugged performance in rain, snow, dust, and high-humidity environments
Probe Heating for Harsh Conditions Maintains accuracy in temperatures as low as -40°C, preventing sensor freeze-up
Strong Magnetic Bracket Quick, secure mounting on vehicle roofs without permanent modifications
Electronic Compass Calibration True mobile monitoring with accurate wind direction readings regardless of vehicle orientation
Built-in GPS & Time Synchronization Automatic geotagging and time-stamping of data for location-aware applications
Multi-Protocol Output (RS485/RS232/GPRS) Seamless integration with industrial control systems, SCADA, and cloud platforms

4. Technical Specifications

Parameter Specification
Output Interfaces RS485 / RS232 / GPRS wireless
Power Supply DC 12 V / AC 220 V; Power consumption: 40 mA
Operating Temperature -40 ~ +70 °C
Communication Protocol Standard Modbus; customizable
Temperature Range: -40 ~ +80 °C; Resolution: 0.1 °C; Accuracy: ±0.2 °C
Humidity Range: 0 ~ 100 % RH; Resolution: 0.1 % RH; Accuracy: ±2 % (≤80 %), ±5 % (>80 %)
Atmospheric Pressure Range: 300 ~ 1100 hPa; Resolution: 0.1 hPa; Accuracy: ±0.3 hPa
Optical Rainfall Range: 0 ~ 999.9 mm; Resolution: 0.1/0.2 mm; Accuracy: ±10 %
Ultrasonic Wind Direction Range: 0 ~ 359°; Resolution: 1°; Accuracy: ±3°
Ultrasonic Wind Speed Range: 0 ~ 70 m/s; Resolution: 0.1 m/s; Accuracy: ±(0.3+0.03V) m/s
Total Radiation Range: 0 ~ 2000 W/m²; Resolution: 1 W/m²; Accuracy: <5 %

5. Applications

  • Mobile Emergency Meteorological Response: Deployed on emergency response vehicles to collect real-time weather data at disaster sites.
  • Traffic Patrol & Highway Safety: Mounted on traffic police vehicles to monitor road weather conditions (wind, rain, visibility) for safety alerts.
  • Meteorological Research & Field Surveys: Used in mobile research stations for environmental and climate studies in remote areas.
  • Railway & Transit Operations: Installed on maintenance vehicles to monitor trackside weather conditions and support safety decisions.
  • Maritime & Coastal Patrol: Mounted on patrol boats to monitor wind, temperature, and humidity in coastal and offshore environments.
  • Smart City & Urban Monitoring: Deployed on municipal vehicles for real-time urban environmental data collection.
  • Construction & Infrastructure Sites: Mounted on mobile cranes or work vehicles to monitor wind speed and weather for safety compliance.
  • Aviation Ground Support: Used in airport mobile units to collect on-site weather data for ground operations.

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