Search in GE Gas Turbines catalogs and technical brochures on DirectIndustry and find the information you need in 1 click. Frame 6 Gas Turbine. Of a GE Frame 6 gas turbine and how they were used and developed over the course of ten years, resulting in best practice for remote monitoring. It gives details of the monitoring and diagnostic system and the staffing structure and skills needed to provide the remote monitoring service.
Ge Frame 6 Gas Turbine Manual
Since 2004, PSM has been providing gas turbine solutions for Frame 6B hot gas path buckets, nozzles & shrouds and compressor hardware. Improved durability and lower life cycle cost is achieved using PSM’s component and system level product modeling and data evaluation tools, to identify the issues and failure modes in current Frame 6B OEM gas turbine designs.
PSM manufactures all gas turbine buckets, nozzles and shroud blocks to be compatible with the latest 2085F firing temperature machines – the Engine Model 6571 – and are also backwards compatible. In normal operation the entire Frame 6B hot gas path has a minimum service interval of 24,000 FFH or 900 FS, which can be increased to 32,000 FFH on a unit by unit basis, with consultation from PSM’s experts.
1st Stage Nozzle
- Equivalent to OEM
- Optional NiCoCrAlY & TBC Coatings
1st Stage Buckets
- Improved Aero blade profile and cooling
2nd Stage Nozzle
- Equivalent to OEM
2nd Stage Buckets
- Scalloped tip shroud for improved creep resistance
- Increased tip shroud contact face area mitigates shingling
3rd Stage Nozzle
- Equivalent to OEM
Ge Gas Turbines Specs
3rd Stage Buckets
- Increased tip shroud contact face area mitigates shingling
LEC III™: Field proven 3-5ppm NOx
and
LEC-NextGen: Highly durable sub 9ppm NOx
Compatible with 6581B, 7121EA, 9171E and older turbine models either as a drop in replacement to the OEM DLN1.0 or as a conversion from standard diffusion frame systems. The system has proven versatility with over 70 installations globally on GE Frame 6B, 7E/EA, 9E and most recently 4 x 7B units. Originally fielded in 2001, the patented LEC III™ fuel air mixing technology produces consistent sub 5ppm NOx and single digit CO.
Introduced in 2015, the LEC-NextGen has been developed from the original LEC-I and LEC III™ systems in response to the global power generations requirements for increased durability throughout an increased load range, while maintaining sub 9ppm NOx and single digit CO throughout pre-mix operation.
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