Features :
II. Design
- A. Plate Configuration : The system includes multiple metal plates arranged to form a load-sensing area, which can vary in size to accommodate different traffic needs.
- B. Sensors : Integrated sensors within the plates detect vehicle weight and movement, transmitting data to a central processing unit.
- C. Installation : Typically embedded into the road surface, allowing for a seamless integration that does not obstruct traffic flow.
II. Materials
- A. High-Strength Steel : Plates are made from durable steel to handle the stress of heavy vehicles and ensure longevity.
- B. Weather-Resistant Coating : Plates are coated with materials to protect against corrosion and environmental damage.
III. Capacity
- A. Weight Measurement : Designed to handle a wide range of vehicle weights, including heavy trucks and buses.
- B. Traffic Volume : Capable of operating effectively with high volumes of traffic, providing continuous data collection.
IV. Data Management
- A. Real-Time Data : Offers immediate data on vehicle weight and speed, which can be used for monitoring and enforcement.
- B. Integration : Data can be integrated with other traffic management systems for comprehensive analysis and reporting.
Consideration :
Bending plate WIM systems may have varying levels of accuracy compared to traditional weighbridges.
Conclusion :
Bending plate weigh-in-motion systems provide an efficient and robust solution for monitoring vehicle weights and traffic flow in real-time. Their ability to measure weights without interrupting traffic, combined with their durability and data collection capabilities, makes them an excellent choice for managing high-traffic areas and gathering critical transportation data.