Ensuring Air Tank Monitoring

The ArdentiX® Air Tank Monitoring Sensor optimizes vehicle performance through real-time air pressure monitoring. Designed for modern and legacy pneumatic systems, this high-precision sensor provides accurate air pressure management, advanced leak detection, and predictive maintenance capabilities. It ensures enhanced operational efficiency, safety, and reduced maintenance downtime for fleets.

Core Features

Real-Time Air Pressure Monitoring
Continuously measures air pressure levels to ensure optimal vehicle operation.
High-precision sensors with immediate alert capabilities.

Advanced Leak Detection
Identifies and reports air pressure leaks to avoid system failures.
Built-in diagnostics for real-time troubleshooting.

Fleet-Wide Integration
Syncs seamlessly with fleet management systems for centralized air pressure data.
Connectivity with IoT-based platforms.

Improved Vehicle Efficiency
Maintains optimal air pressure for better braking and system performance.
Adaptive algorithms ensure consistent pressure regulation.

Enhanced Safety Standards
Alerts operators to critical air pressure levels for timely intervention.
Audible and visual warnings integrated with vehicle systems.

Durable Design
Operates under extreme temperatures and harsh road conditions.
Built for heavy-duty applications with water and dust resistance.

Predictive Maintenance
Analyzes air pressure data to forecast maintenance needs and reduce downtime.
Advanced analytics for operational planning.

Industry-Standard Compatibility
Works seamlessly with existing pneumatic systems.
Supports CAN-Bus and MQTT protocols for real-time communication.

System Integration

The ArdentiX® Air Tank Monitoring Sensor seamlessly integrates with:

• ArdentiX® Edge Embedded Logic Controller
  Provides local air pressure analysis and alerts for immediate action.
• ArdentiX® IoT Gateway
  Enables cloud-based data sharing for predictive analytics and fleet-wide insights.
• Traktiq® Fleet Management Platform Modules
  Optimizes fleet maintenance schedules through historical and real-time air pressure data.