Wind Turbine Torque limiter by Centa
August 25, 2009 by WindPower Engineering
Filed under Couplings, Featured Wind Power Articles, Wind Safety
Excerpt: CENTA produces an enhanced version of its Torque Hub, the slip clutch which offers a simple and low-cost design for torque overload generator protection. In wind power plants, electrical circuit problems are known to cause short-term torque peaks. In this event, slip clutches protect the cost …
A closer look at gearbox-to-generator couplings
July 3, 2009 by Paul Dvorak
Filed under Couplings, Featured Wind Power Articles, Wind Safety, Wind Turbine Design
Excerpt: Wind power stations do not rest. Vibrations are pervasive. Constant alternating loads with difficult environmental conditions make metals fatigue and wear earlier than in other applications. Despite that, expectations for efficiency continuously increase. To meet such challenges, KTR Corp., Michigan …
Composite disc couplings for wind turbines
June 9, 2009 by WindPower Engineering
Filed under Couplings, Mechanical Components
Excerpt: Plymouth, MN - Zero-Max, Inc.announces introduction of its Composite Disc Couplings for the wind turbine industry. “These couplings withstand extreme misalignment while remaining torsionally stiff and have passed the ‘hell hole’ test at Tehachapi, California Wind Farm,” reports James Motz …
Hydraulic pitch control for wind-turbine blades
May 16, 2009 by Paul Dvorak
Filed under Couplings, Drives, Wind Turbine Gearboxes
Excerpt: Generating steady shaft speed on a wind turbine means constantly adjusting the pitch of each blade to accommodate wind variations. The blades connect to a huge hub mounted to a shaft that turns a gearbox and a generator. Best turbine efficiency calls for a continuous pitch control on the b …
Composite coupling handles high-power misalignments
May 16, 2009 by Paul Dvorak
Filed under Couplings, Drives, Wind Turbine Design
Excerpt: The Ixilflex link coupling absorbs misalignment of power transmission shafts through bushes linked to alternate flanges. The bushes are made by vulcanizing rubber to metal parts under high compression. The coupling can be run in either direction without reversing the coupling. Other features incl …

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