Sensor-Based Signal Systems
Smart Signal Systems

Sensor-Based
Signal Systems

Intelligent Traffic Management with Real-Time Adaptation

Smart traffic signals that use sensors to adjust signal timing based on real-time traffic, reducing waiting time and improving safety at junctions.

Smart Adaptive Traffic Control

Revolutionary sensor-based systems that automatically adjust signal timing based on real-time traffic conditions.

Vehicle Detection

Advanced sensors detect vehicle presence and density

Adaptive Timing

Real-time adjustment of signal phases

Traffic Optimization

Reduced waiting times and improved flow

Advanced Sensor Technologies

Multiple sensor types working together to create intelligent traffic management systems.

Inductive Loop Sensors

Buried wire coils that detect vehicles through electromagnetic field changes.

  • Highly accurate vehicle detection
  • Works in all weather conditions
  • Long lifespan (10+ years)
  • Vehicle counting and classification
Applications:

Stop line detection, advance detection, and queue management at signalized intersections.

Video Detection Systems

AI-powered camera systems that analyze traffic patterns and vehicle movements.

  • Multiple lane monitoring from single camera
  • Real-time traffic analytics
  • Vehicle classification and speed detection
  • Incident detection capabilities
AI Features:

Machine learning algorithms provide advanced traffic analysis and predictive optimization.

Radar Detection Sensors

Microwave radar technology for reliable vehicle detection and speed measurement.

  • Non-intrusive installation above ground
  • Accurate speed and distance measurement
  • Unaffected by weather conditions
  • Multi-zone detection capability
Advantages:

Easy installation, maintenance-free operation, and reliable performance in harsh environments.

Pedestrian Detection

Specialized sensors for detecting pedestrian presence at crosswalks and intersections.

  • Push button activation systems
  • Thermal and infrared sensors
  • Automated pedestrian phase extension
  • Audio signals for visually impaired
Safety Features:

Enhanced pedestrian safety with automatic detection and extended crossing times when needed.

Benefits of Sensor-Based Systems

Significant improvements in traffic efficiency, safety, and environmental impact.

30-50% Reduction

in average waiting times at intersections

25% Increase

in traffic throughput capacity

20% Reduction

in fuel consumption and emissions

Enhanced Safety

Reduced accidents and improved pedestrian safety

Implementation Process

Systematic deployment of sensor-based traffic control systems with comprehensive testing and optimization.

1

Traffic Analysis & Planning

Comprehensive study of traffic patterns, peak hours, and intersection characteristics.

  • • 24/7 traffic volume counting
  • • Peak hour analysis
  • • Vehicle classification study
  • • Pedestrian movement patterns
2

Sensor Selection & Design

Optimal sensor technology selection based on site conditions and requirements.

  • • Technology comparison and selection
  • • Sensor placement optimization
  • • Detection zone configuration
  • • Integration with existing systems
3

Installation & Calibration

Professional installation with precise calibration for optimal performance.

  • • Sensor installation and mounting
  • • Controller programming
  • • System calibration and testing
  • • Communication setup
4

Optimization & Monitoring

Continuous monitoring and fine-tuning for maximum efficiency and performance.

  • • Performance monitoring
  • • Algorithm optimization
  • • Regular maintenance
  • • System upgrades