Detection of turbocharger rotor dynamics
In order to inspect the behavior of turbochargers during different stress states, eddy current displacement sensors are applied in turbocharger test benches. The miniature design of the sensors and their resistance to oil and high temperatures enable the precise detection of the lubricating gap of hydrodynamically stored rotor shafts.
Request download links
Application "Detection of turbocharger rotor dynamics" (PDF, 164 KB)More application examples in Gap, roller gap, roller convexity
Special roll gap measurement on calender press
Pistons
Piston – Top Dead Center
Piston Secondary Movement and Piston Ring Position
Piston secondary movement
Air gap measurement in large electric motors
Inspecting gaps in car trims
Detection of turbocharger rotor dynamics
Lubrication gap
Measuring the lubricating gap in plain bearings
Weld seam inspection on pipes
Gap measurement in photovoltaic modules
Gap detection on glass
Gap measurement of brake discs
Closed-loop gap control in magnetic bearings
Gap measurement of tripping pins
Gap monitoring in car interiors
Gap and flushness measurement of car bodywork parts
Eddy current sensors in tribology testers
Monitoring oil gaps in hydrostatic bearings
Distinction of brake discs
Oil film thickness measurement in an internal combustion engine
Measuring glass cups
Roller clearance
Windscreen gap
Cylinder breathing of the cylinder head gasket
