Sensor technology for robust industrial use
LVDT sensors from Messotron can be used to measure almost all mechanical quantities that can be converted into displacement. The sensors are used in the industrial sector to determine measured variables such as position, movement, distance, vibration, elongation, inclination, material thickness etc. Typical applications of the sensors are for example:
- Hydraulic cylinders (piston position)
- Hydraulic valves (valve position)
- Container construction (fill level control)
- Production plants (spacing of components)
- Quality assurance (control of components)
- Test stands (deformation / movement)
- Material testing machines (deformation / movement)
- Power generation (temperature expansion)
- Turbines/turbomachines (machine monitoring)
- Structural monitoring (crack / gap monitoring)
- Paper manufacturing (web tension regulation)
- Steel & sheet metal production (material / coating thickness)
Automotive / vehicle construction
LVDT sensors and transducers from Messotron are used to measure variables such as position, movement, distance, vibration, strain, inclination, material thickness and layer thickness. Applications in the field of automotive and vehicle construction can be found below.
Building monitoring
Structural monitoring is the short-term or continuous metrological monitoring of building structures. The necessity of monitoring results from the increasing age of structures, as well as the increasing requirements due to load and during design.
Mining / Construction machinery
LVDT sensors and transducers from Messotron are used to measure variables such as position, movement, distance, vibration, strain, inclination, material thickness and layer thickness. Applications in the field of mining / construction machinery can be found below.
Condition Monitoring
The areas of application for continuous machine monitoring, or condition monitoring, are extremely diverse. They can be found wherever critical machines and systems have to perform reliably and the acquisition of sensory data contributes to the safety and efficiency of the system.
Mechanical and plant engineering
LVDT sensors and transducers from Messotron are used to measure variables such as position, movement, distance, vibration, strain, inclination, material thickness and layer thickness. Applications in the field of mechanical and plant engineering can be found below.
Dynamic testing machines
Dynamic testing machines are used for material and component testing in the field of research and development, as well as in quality assurance during production. Whether in the laboratory of a material testing institute or in the final testing of a production line, such testing machines can be found in almost all industries and areas of application.
Hydraulics Valve construction
LVDT sensors and transducers from Messotron are used to measure variables such as position, movement, distance, vibration, strain, inclination, material thickness and layer thickness. Applications in the field of valve construction can be found below.
Hydraulics Cylinder construction
LVDT sensors and transducers from Messotron are used to measure variables such as position, movement, distance, vibration, strain, inclination, material thickness and layer thickness. Applications in the field of cylinder construction can be found below.
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Aerospace
LVDT sensors and transducers from Messotron are used to measure variables such as position, movement, distance, vibration, strain, inclination, material thickness and coating thickness. Applications in the aerospace sector can be found below.
High pressure sensors up to 1000 bar
For high-pressure applications in the field of materials testing machines and valve technology, MESSOTRON offers sensors with pressure resistance up to 1000 bar. The demanding applications require the use of special materials and manufacturing processes, as well as the greatest care in construction and design.
High temperature sensors up to 350 °C
Inductive LVDT/LVIT high-temperature sensors are used in various industrial applications, e.g. in power plants in the area near the superheated steam, the combustion chamber or the boiler, as well as in machine, engine and plant construction.