Mechanical Services
Engine Overhauling
Turbocharging Services
Electrical and Automation Maintenance and Repair
Air Conditioning System
Boiler Services
Workshop Services
Equipment Commissioning
Calibration Services
Calibration Services
Calibration And Certification of 15 Ppm Bilge Alarms Service
Calibration And Certification Of Transmitters Service
Calibration And Certification of Stationary Gas Monitoring Systems For Wbt And Vecs Service
Calibration And Certification of All Models of Gg Stationary O2 Analyzer Service
All ODME (Oil Discharge Monitoring and Control System
Service Testing and Certification of Fire Alarm Systems on Board
Calibration and Certification of the Uti Band
Calibration and Certification of Portable and Personal Gas Detectors
Calibration and Certification of Alcohol Detectors
Mechanical Services
Engine Overhauling
Turbocharging Services
Electrical and Automation Maintenance and Repair
Air Conditioning System
Boiler Services
Workshop Services
Equipment Commissioning
Calibration Services
Calibration Services
Calibration And Certification of 15 Ppm Bilge Alarms Service
Calibration And Certification Of Transmitters Service
Calibration And Certification of Stationary Gas Monitoring Systems For Wbt And Vecs Service
Calibration And Certification of All Models of Gg Stationary O2 Analyzer Service
All ODME (Oil Discharge Monitoring and Control System
Service Testing and Certification of Fire Alarm Systems on Board
Calibration and Certification of the Uti Band
Calibration and Certification of Portable and Personal Gas Detectors
Calibration and Certification of Alcohol Detectors
The detection of engine faults in ships is generally based on the analysis of signals received from the ship's machinery. In modern ship systems, machine performance is monitored and data is collected through a range of sensors and monitoring devices. These data are analyzed by our company's engineering team or automated monitoring systems.
Some common methods used for the detection of engine faults include:
Vibration Analysis: Engines, pumps, and other machinery on board the ship can generate vibrations. Vibration analysis allows for the identification of potential issues in machine components using vibration data.
Temperature Monitoring: Excessive heating of machine parts can be an indicator of faults. Temperature values of components are monitored through sensors, and an alarm is triggered in case of abnormal temperature conditions.
Pressure and Flow Monitoring: Pipelines, valves, and other systems on the ship are monitored for pressure and flow using pressure and flow sensors. Abnormal pressure or flow values may indicate a potential fault.
Oil Analysis: Regular analysis of engine oil can help detect wear particles and other possible issues. Oil samples are examined in a laboratory setting to identify potential problems.
Sound Analysis: Abnormal sounds from machine components can indicate a fault. Sound analysis, conducted through microphones or sensors on board the ship, enables early intervention in response to unusual sounds.
Data Analytics: Big data analytics and machine learning techniques can aid in the analysis of data from ship machinery to detect faults. This method can be used to gain a better understanding of the ship's overall systems and predict issues in advance.