Deformation measurement of concrete joints and railway sleepers
The load on rails and sleepers is very high, especially in highly frequented curves. Magneto-inductive displacement sensors are used to test the movement and deformation of concrete sleepers in curves. The sensors are fixed in the foundations and measure to a magnet which is applied to the concrete joint or sleeper. Thanks to their robust design, the sensors are ideal for outdoor measurements and provide long-term stable measurement results that allow statements to be made about deformation. The load on rails and sleepers is very high, especially in highly frequented curves. Magneto-inductive displacement sensors are used to test the movement and deformation of concrete sleepers in curves. The sensors are fixed in the foundations and measure to a magnet which is applied to the concrete joint or sleeper. Thanks to their robust design, the sensors are ideal for outdoor measurements and provide long-term stable measurement results that allow statements to be made about deformation.
The load on rails and sleepers is very high, especially in highly frequented curves. Magneto-inductive displacement sensors are used to test the movement and deformation of concrete sleepers in curves. The sensors are fixed in the foundations and measure to a magnet which is applied to the concrete joint or sleeper. Thanks to their robust design, the sensors are ideal for outdoor measurements and provide long-term stable measurement results that allow statements to be made about deformation. The load on rails and sleepers is very high, especially in highly frequented curves. Magneto-inductive displacement sensors are used to test the movement and deformation of concrete sleepers in curves. The sensors are fixed in the foundations and measure to a magnet which is applied to the concrete joint or sleeper. Thanks to their robust design, the sensors are ideal for outdoor measurements and provide long-term stable measurement results that allow statements to be made about deformation.
Application challenge
The load on rails and sleepers is very high, especially in highly frequented curves. Magneto-inductive displacement sensors are used to test the movement and deformation of concrete sleepers in curves. The sensors are fixed in the foundations and measure to a magnet which is applied to the concrete joint or sleeper. Thanks to their robust design, the sensors are ideal for outdoor measurements and provide long-term stable measurement results that allow statements to be made about deformation.
Measurement method and system
The load on rails and sleepers is very high, especially in highly frequented curves. Magneto-inductive displacement sensors are used to test the movement and deformation of concrete sleepers in curves. The sensors are fixed in the foundations and measure to a magnet which is applied to the concrete joint or sleeper. Thanks to their robust design, the sensors are ideal for outdoor measurements and provide long-term stable measurement results that allow statements to be made about deformation.
The problem
The load on rails and sleepers is very high, especially in highly frequented curves. Magneto-inductive displacement sensors are used to test the movement and deformation of concrete sleepers in curves. The sensors are fixed in the foundations and measure to a magnet which is applied to the concrete joint or sleeper. Thanks to their robust design, the sensors are ideal for outdoor measurements and provide long-term stable measurement results that allow statements to be made about deformation.
The method
The load on rails and sleepers is very high, especially in highly frequented curves. Magneto-inductive displacement sensors are used to test the movement and deformation of concrete sleepers in curves. The sensors are fixed in the foundations and measure to a magnet which is applied to the concrete joint or sleeper. Thanks to their robust design, the sensors are ideal for outdoor measurements and provide long-term stable measurement results that allow statements to be made about deformation.