About Wind turbine generator encoder removal
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6 FAQs about [Wind turbine generator encoder removal]
What is a wind turbine generator encoder?
Generator encoders High-resolution speed feedback in the wind turbine generator system can ensure a stable operation by enabling efficient control of power and torque. Generator shaft encoders have a key role in the wind turbine control loop system, and they have to be robust, durable and reliable.
What is the resolution of a wind turbine encoder?
A common incremental resolution is 1,024 ppr. So for every complete rotation the encoder produces 1,024 pulses. Another common resolution is 2,048 ppr although incremental encoders come in resolutions from 1 to 80,000 ppr. Most wind-turbine applications will be 1,024 ppr. Some OEMs, however, expect 3,072 ppr on the generator.
What is a generator shaft encoder?
Generator shaft encoders have a key role in the wind turbine control loop system, and they have to be robust, durable and reliable. Be it doubly-fed asynchronous or synchronous equipment, the requirements that need to be met by the communications unit in the generator system are constantly increasing.
Are Leine Linde generator encoders easy to install?
The Leine Linde generator encoders are easy to install. Their product design and mounting solutions are well thought-through. For example, the Bearingless 2000 series, which are robust magnetic ring encoders with a diameter up to two meters, were developed especially for the gearless direct drives and hybrid drives of wind turbines.
How to measure the rotational speed of a wind turbine?
No matter if the shaft is large or small, slow or fast, we have the suitable robust encoder! For wind turbines with gearless drives or medium-speed hybrid drives, the simplest and most reliable solution is often to measure the rotational speed by an encoder directly on the main shaft.
Which parts of a wind turbine fail?
This paper summarizes the failures of wind turbine components, such as frequency converters, generators, gearboxes, pitch systems, yaw systems, blades, braking systems and sub-synchronous machines.
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