TRACK-T2
Configurable trolley for measuring tracks profile and geometry
Portable trolley for measuring the profiles and geometry of tracks. The system can measure both vignole and grooved rail.
Depending on customer needs, the trolley can be configurable.
TRACK-T2
Trolley for measuring tracks profile and geometry of both vignole and grooved rail
The trolley can measure the following tracks parameters:
- Tracks gauge
- Cant Level
- Twist
- Rail profile
- Horizontal Wear
- Vertical Wear
- 45° Wear
Moreover the trolley provides the following measurements:
- GPS position (where the GPS signal is available)
- Kilometric position along the line
- tracks video
- Poles distance and position
- trolley speed
The system is a contactless system and can measure both VIGNOLE and GROOVED rail.
TRACK-T2
Configurable trolley for measuring tracks profile and geometry of both vignole and grooved rail
The trolley can measure both vignole and grooved rail.
TRACK-T2
Software for tracks parameters data analysis
The tracks measuring trolley is equipped with a software of data analysis, TrackView.
This software permits the user to have the complete status of the measured line.
Below there are examples of the software of tracks data analysis. All tracks measurements are synchronized together with the videos, the GPS position, the kilometric chainage and the profile of tracks.
Clicking on the graph of measured parameters, the data analysis software shows the videos of the rails. The videos of the tracks are synchronized to the measured parameters.
The Data analysis software shows all measured parameters in graphs. Clicking on the graph of measured parameters, it is possible to view the numeric data in the specified point.
Together with kilometric position along the line, also the GPS coordinates are measured, in order to find quickly and easily the measured position on a Google map.
Clicking on the graph of measured parameters, the data analysis software shows, on a Google map, the vehicle position in the specified point. Please note in the following example that all data and maps are synchronised. This is a very powerful instrument to immediately find the position of measurements on the map.
