Typically they are classified as "passive" and "active". Once the vehicle returns to a predetermined point, the device is removed and the data downloaded to a computer for evaluation. Passive systems include auto download type that transfer data via wireless download.
Improve Visibility of Railcars and Cargo Logistics: Tracking railcar location and monitor critical components using timely, accurate and actionable information to optimize fleet performance.
Use GPS and geofencing to deliver near real-time alerts of critical events, such as when railcars enter or leave rail yards, border crossings and other points-of-interest. Gain full visibility of railcars and instant reporting of incidents such as rough handling impacts, truck hunting, low fuel levels on reefer cars, intrusions anywhere on the rail network.
Keep chemicals and other hazardous materials in sight with continuous monitoring using telematics devices for rail and container operations. Monitor Cargo, Fuel Levels and Overspeed Impacts on Refrigerated Railcars Reliably monitor temperature of food and other perishabled goods and reduce claims due to spoilage.
Help prevent food from thawing or freezing depending on outside temperature. Monitor temperature, hatches, cargo, send alerts and use two-way communication to set or adjust temperatures and alarms remotely. Help Protect Railcars with Advanced Impact Monitoring Use advanced impact monitoring accelerometers to gain valuable insight into how railcars are being handled.
Monitor railcars, containers, chassis and cargo for excessive impact in transit and in hump yards. Use device accelerometer to determine when and where damage may have occurred, including exact time, location and force of impact.
Use information to trace and bill back for damage. Locate Railcars and Estimate Dwell Times Quickly find and deploy idle railcars using GPS information to reduce dwell times, excess inventory and ensure greater railcar utilization.
Reduce time spent at terminals and other stop points. Calculate stop times at rail stations and border crossings using geofencing capabilities, and receive unscheduled stop alerts.
Rail Tracking GT Available in cellular or dual-mode satellite-cellular configurations.It is an absolute privilege to use the SPT GPS for Griquas to track performance and manage load in what is a long season for our players.
The GPS has provided some insight and trends on our players both individually and in a team context. The GT is a robust railcar and container tracking device with cellular communications and GPS, providing visibility into the status, movement, loading and unloading transactions of dry intermodal containers or boxcars on rail.
Home/Market Activities/Emerging Markets- Others/ Indian Railways to introduce real-time train tracking via GPS system. Emerging Markets- Others Indian Railways to introduce real-time train tracking via GPS system.
March 27, Success of the GPS-based system may help Railways in running trains at high speed. The GPS application will . Beyond PTC, GPS-based technology gives dispatchers and passengers accurate information on train location and station arrival times.
It enables the automation of track surveying, mapping and inspection systems that work much faster and more accurately than non-GPS based systems, saving time and money while improving safety. TomTom Spark 3 Cardio + Music Black. Train with over songs and your heart rate on your wrist.
GPS-based train positioning in Belgian railway operations J. Winter Bombardier Transportation, Rail Control Solutions, Germany Abstract GPS based train positioning is opening more and more new means for rail transport improvement.
Based on GPS, the train positioning system OPTIVIA (making tracking more difficult).