Implementing Automated Brake Testing in Commercial Freight with Traxens
The need for efficient and safe transportation of goods is increasing at a rapid pace, making it essential for the transportation industry to improve their technologies and practices. One such aspect is the braking system of commercial freight vehicles that directly affects the safety of goods, passengers, and the environment.
Traditionally, the brake testing process in commercial freight vehicles is performed manually, which is time-consuming and requires significant effort and resources. However, with the advancements in technology, automated brake testing has become a reality.
Traxens, a leading provider of smart digital solutions for the supply chain industry, has partnered with SNCF, a French national railway company, to implement automated brake testing in commercial freight using Traxens digital devices. This technology promises to significantly improve the efficiency and safety of the brake testing process.
How Does it Work?
The Traxens automated brake testing solution utilizes digital devices installed on commercial freight vehicles that continuously monitor cargo movements and track real-time data on brake performance. The data collected from the digital devices is then analyzed using a proprietary algorithm to determine the brakes' efficiency. The braking procedure is carried out by applying a fixed level of force to the vehicle's brake pedal and measuring the vehicle's deceleration.
This automated inertia brake tester ensures that the braking system is functioning correctly and meets the industry's safety standards. It also allows for quick and efficient maintenance of the braking system, minimizing downtime and repair costs.
Benefits of Automated Brake Testing
The implementation of automated brake testing offers several benefits to the transportation industry. Some of these benefits include:
Improved efficiency: The automated brake testing process is significantly faster and more efficient than the manual process, saving time and resources.
Enhanced Safety: Automated brake testing ensures that the braking system is functioning correctly and reduces the risk of accidents caused by brake failure.
Reduced Environmental Impact: Properly functioning brakes can reduce fuel consumption and greenhouse gas emissions.
Cost-effective: Automated brake testing minimizes downtime and repair costs associated with manual brake testing.
Conclusion
Traxens, in partnership with SNCF, has implemented automated brake testing in commercial freight, revolutionizing the transportation industry. This technology ensures that the braking system is functioning correctly, enhancing safety and reducing environmental impact. Moreover, the automated process offers significant cost savings, making it a valuable solution for the transportation industry.
As the transportation industry continues to evolve, it is essential to adopt innovative technologies that improve safety, efficiency and reduce environmental impact. By implementing automated brake testing, the industry can take a step forward in this direction.