GE LM2500 C-Sump Bearing Failure
Apart from slightly higher readings on the C-Sump scavenge temperature, no other engine parameters(including chip detector or vibration readings)indicated abnormalities.
Apart from slightly higher readings on the C-Sump scavenge temperature, no other engine parameters(including chip detector or vibration readings)indicated abnormalities.
The engine was running continuously up to the day of the maintenance period. The power turbine was replaced with minimal engine down time.
Real-time damage detection – anytime, anywhere. Designed for the GE LM2500 gas turbine engine, the MetalSCAN online oil debris sensor easily installs into the oil scavenge lines.
Real-time damage detection – anytime, anywhere. Designed for the GE LMS100 gas turbine engine, the MetalSCAN online oil debris sensor easily installs into the oil scavenge lines.
The ChipCHECK alloy naming convention follows SAE standards which may differ from the Manual. This application guide is a cross reference between the ChipCHECK report and the V2500.
The ChipCHECK alloy naming convention follows SAE standards which may differ from the Manual. This application guide is a cross reference between the ChipCHECK report and the CF6-80.
Gastops is supporting Virtual Vehicle’s latest initiative in conducting high performance engine test cell research and development, supplying custom oil debris monitoring solutions with MetalSCAN.
The ChipCHECK alloy naming convention follows SAE standards which may differ from the Manual. This application guide is a cross reference between the ChipCHECK report and the GE90 and GEnx.
The ChipCHECK alloy naming convention follows SAE standards which may differ from the Manual. This application guide is a cross reference between the ChipCHECK report and the GP7000.
Gastops Ltd. announced that it has received an investment from Raytheon Intelligence & Space under Canada’s Industrial and Technological Benefits (ITB) program. The funding will support a multi-year research and development collaboration with Pratt & Whitney to develop the next generation of critical equipment intelligence solutions for commercial and military aircraft engines.