Oil gap measurement in shafts
With regard to predictive maintenance, the oil gap should be measured, i.e. the distance between the bearing surface and the shaft filled with lubricants. Despite pressure, high temperatures and lubricants, robust eddy current sensors from Micro-Epsilon can provide a permanent statement about the lubricating gap based on high measurement accuracy. With regard to predictive maintenance, the oil gap should be measured, i.e. the distance between the bearing surface and the shaft filled with lubricants. Despite pressure, high temperatures and lubricants, robust eddy current sensors from Micro-Epsilon can provide a permanent statement about the lubricating gap based on high measurement accuracy.
With regard to predictive maintenance, the oil gap should be measured, i.e. the distance between the bearing surface and the shaft filled with lubricants. Despite pressure, high temperatures and lubricants, robust eddy current sensors from Micro-Epsilon can provide a permanent statement about the lubricating gap based on high measurement accuracy. With regard to predictive maintenance, the oil gap should be measured, i.e. the distance between the bearing surface and the shaft filled with lubricants. Despite pressure, high temperatures and lubricants, robust eddy current sensors from Micro-Epsilon can provide a permanent statement about the lubricating gap based on high measurement accuracy.
Application challenge
With regard to predictive maintenance, the oil gap should be measured, i.e. the distance between the bearing surface and the shaft filled with lubricants. Despite pressure, high temperatures and lubricants, robust eddy current sensors from Micro-Epsilon can provide a permanent statement about the lubricating gap based on high measurement accuracy.
Measurement method and system
With regard to predictive maintenance, the oil gap should be measured, i.e. the distance between the bearing surface and the shaft filled with lubricants. Despite pressure, high temperatures and lubricants, robust eddy current sensors from Micro-Epsilon can provide a permanent statement about the lubricating gap based on high measurement accuracy.
The problem
With regard to predictive maintenance, the oil gap should be measured, i.e. the distance between the bearing surface and the shaft filled with lubricants. Despite pressure, high temperatures and lubricants, robust eddy current sensors from Micro-Epsilon can provide a permanent statement about the lubricating gap based on high measurement accuracy.
The method
With regard to predictive maintenance, the oil gap should be measured, i.e. the distance between the bearing surface and the shaft filled with lubricants. Despite pressure, high temperatures and lubricants, robust eddy current sensors from Micro-Epsilon can provide a permanent statement about the lubricating gap based on high measurement accuracy.