Wear measurement in the bearing
In modern marine diesel engines, the crankshaft bearing is subject to regular maintenance intervals. For predictive maintenance, inductive sensors (eddy current sensors) are used to permanently monitor the bearing wear. Despite harsh ambient conditions such as high temperatures, lubricants and pressures, the sensors measure the bearing movement reliably in long-term use. In modern marine diesel engines, the crankshaft bearing is subject to regular maintenance intervals. For predictive maintenance, inductive sensors (eddy current sensors) are used to permanently monitor the bearing wear. Despite harsh ambient conditions such as high temperatures, lubricants and pressures, the sensors measure the bearing movement reliably in long-term use.
In modern marine diesel engines, the crankshaft bearing is subject to regular maintenance intervals. For predictive maintenance, inductive sensors (eddy current sensors) are used to permanently monitor the bearing wear. Despite harsh ambient conditions such as high temperatures, lubricants and pressures, the sensors measure the bearing movement reliably in long-term use. In modern marine diesel engines, the crankshaft bearing is subject to regular maintenance intervals. For predictive maintenance, inductive sensors (eddy current sensors) are used to permanently monitor the bearing wear. Despite harsh ambient conditions such as high temperatures, lubricants and pressures, the sensors measure the bearing movement reliably in long-term use.
Application challenge
In modern marine diesel engines, the crankshaft bearing is subject to regular maintenance intervals. For predictive maintenance, inductive sensors (eddy current sensors) are used to permanently monitor the bearing wear. Despite harsh ambient conditions such as high temperatures, lubricants and pressures, the sensors measure the bearing movement reliably in long-term use.
Measurement method and system
In modern marine diesel engines, the crankshaft bearing is subject to regular maintenance intervals. For predictive maintenance, inductive sensors (eddy current sensors) are used to permanently monitor the bearing wear. Despite harsh ambient conditions such as high temperatures, lubricants and pressures, the sensors measure the bearing movement reliably in long-term use.
The problem
In modern marine diesel engines, the crankshaft bearing is subject to regular maintenance intervals. For predictive maintenance, inductive sensors (eddy current sensors) are used to permanently monitor the bearing wear. Despite harsh ambient conditions such as high temperatures, lubricants and pressures, the sensors measure the bearing movement reliably in long-term use.
The method
In modern marine diesel engines, the crankshaft bearing is subject to regular maintenance intervals. For predictive maintenance, inductive sensors (eddy current sensors) are used to permanently monitor the bearing wear. Despite harsh ambient conditions such as high temperatures, lubricants and pressures, the sensors measure the bearing movement reliably in long-term use.