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ocrdu
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My project involves mounting an ultrasonic transducer on a shaft rotating at >1000 RPM. What possibilities exist to supply power to the transducer.?

I cannot use slip rings because slip rings need to be permanently fixed on the shaft and in this case, the shaft needs to be taken out of the assembly on a regular basis. I would be really grateful if you could give me some suggestions. The accessible area of the shaft is around 10-15 cm.

My project involves mounting an ultrasonic transducer on a shaft rotating at >1000 RPM. What possibilities exist to supply power to the transducer. I cannot use slip rings because slip rings need to be permanently fixed on the shaft and in this case, the shaft needs to be taken out of the assembly on a regular basis. I would be really grateful if you could give me some suggestions. The accessible area of the shaft is around 10-15 cm.

My project involves mounting an ultrasonic transducer on a shaft rotating at >1000 RPM. What possibilities exist to supply power to the transducer?

I cannot use slip rings because slip rings need to be permanently fixed on the shaft and in this case, the shaft needs to be taken out of the assembly on a regular basis. I would be really grateful if you could give me some suggestions. The accessible area of the shaft is around 10-15 cm.

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Ashams Thomas
Ashams Thomas
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Power supply to a sensor to be mounted on a shaft rotating at >1000 RPM

My project involves mounting an ultrasonic transducer on a shaft rotating at >1000 RPM. What possibilities exist to supply power to the transducer. I cannot use slip rings because slip rings need to be permanently fixed on the shaft and in this case, the shaft needs to be taken out of the assembly on a regular basis. I would be really grateful if you could give me some suggestions. The accessible area of the shaft is around 10-15 cm.