501K

501 turbine engine overhaul and repair

RWG USA has been performing repairs and overhauls on 501K industrial gas turbine engines since 1972. Today, we lead the world in repair development, technical services and inventory investment. RWG USA is growing as a result of our dedication to a single purpose; support of 501K Industrial gas turbine operators.

With a power range of 3.9 to 6.4 MW, the current 501K range of gas turbine engines draws upon 30 years of evolution. The 501 has accumulated over 60 million hours of operation with more than 500 customers in 40 countries.

Rolls Wood Group is a Rolls-Royce Approved Maintenance Centre (AMC) with the added distinction of being the OEM's preferred overhaul and repair workshop.

In addition to the 501K engine, RWG USA supports full overhaul and test of the Dresser-Rand GT22 & 40 power turbine, and is the OEM for the KSS power turbine, both of which operate in the two-shaft configuration.

Facilities

Rolls Wood Group provides full shop support services to the worldwide fleet of 501 engines and turbines. The Rolls Wood Group facilities in Houston, Texas and Aberdeen, Scotland specialise in service and support for the 501K and 570/571K product lines.



Experience

Rolls Wood Group has 30 years experience in the 501K repair and overhaul field. Employee backgrounds range from ex-military, civil aviation and industrial gas generators and it is through this vast range of experienced personnel that we have become known as the customers’ no. 1 choice.

Rolls Royce 501 Accreditation Certificate


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The 501 Engine

With a power range from 3.9 to 6.4 MW, the 501K range of engines draws upon 40 years of evolution and derived from the T56 engines.

Repair & maintenance 501K turbine engine

The aero-derivative design of the 501-K series engine provides a lightweight, modular product that helps lower operation costs through improved fuel consumption, extended hot section life and ease of maintenance.

All new 501 gas generators can be configured to run on gas, liquid or dual fuels at thermal efficiencies of up to 31%. Dry Low Emissions (DLE) technology is available.