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Fuel Nozzle Cart
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Used for PWA JT8D & JT9D Engine
Functional Description
The BEI 3670-5 Portable Fuel Nozzle Cleaning Cart provides and reliable means of dissolving and removing carbon and other deposits from fuel nozzle and manifolds used in industrial gas turbine engines produced by leading manufactures. The cart consist of hydraulic and electrical systems integrated in such a way as to enable wash solution to be supplied to components within specified pressure, temperature, and wash cycle limits. The cart is designed for automatic or manual operation. This simple to operate, compact unit is mounted on four 6" swivel casters, making it easy to move around. Its portability enables nozzles and manifolds to be cleaned in or out of an engine. When removed from an engine, these components can be individually cleaned or cleaned as an assembly. The cart has the additional capability of being used as a gas path cleaner to remove foreign material build up on blades and vanes.
Function
The cart is designed and built to clean fuel nozzles and manifolds used in Turbo Power & Marine GG4/FT4 industrial gas turbine engines. The cart also may be used for other industrial engines such as the General Electric LM2500 and Westinghouse W251.
Hydraulic System
Centrifugal pump - 35 GPM at 125 PSIG (optional 200 PSIG pump is available)
Operating Temperature - 125º-170ºF (wash solution), 55º-75ºF (rinse water)
Filtration - 75 microns
Type of Fluid
Cleaning Solution - Turco T-5884 or equivalent, held in a 60 gallon reservoir
Rinse Water - cold, portable, held in a 20 gallon reservoir
Control & Instruction
Predetermining counter - range 0-9999
Cycle timer - range 0-15 seconds (wash time), 0-8 minutes (sock time)
Pressure Gauges - (2) 0-16 PSIG with ± 1% accuracy full scale
Dial thermometer - range + 30º- 180ºF with ± 2ºF accuracy
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Units
Subject To Prior Sale
Copyright 1999 American
Lab and Systems, U.S.A.
All Rights Reserved. No portion of this site
may be copied, retransmitted, reposted, duplicated
or otherwise used without the express written
permission of American Lab and Systems
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