Where does the shoot cycle operating liquid...

Question 1 of 2707066636eef28f7522a1c520252

Where does the shoot cycle operating liquid first come in contact with the rotating forces of the device shown in the illustration? Illustration MO-0112

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Question 1 of 27070

Where does the shoot cycle operating liquid first come in contact with the rotating forces of the device shown in the illustration? Illustration MO-0112

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🔍 Key Concepts

• Trace the flow path of the shoot cycle operating liquid from where it enters the machine until it reaches the bowl bottom mechanism. • Decide which labeled parts are stationary and which are rotating – the question asks where the liquid first meets a rotating component. • Understand the functional role of the opening chamber and inlet orifices/cones in a self‑cleaning centrifugal purifier.

💭 Think About

• Starting from the supply point, at which label does the liquid still move in a non‑rotating passage, and at which label does it first get forced to rotate with the bowl? • Compare the position of labels L, O, N, and S relative to the bowl spindle and rotating shell: which one is clearly inside the rotating assembly and is the first connection from a stationary passage into that rotating space? • Ask yourself: does the liquid already spin with the disc stack, or must it first pass through some smaller orifice/cone that is attached to the rotating bowl? Which label marks that transition?

✅ Before You Answer

• Confirm which parts of the purifier (by shading/section lines) are keyed to the spindle and therefore rotate with it. • Verify from the drawing whether the opening chamber (L) is a volume that is already rotating or is supplied by a stationary gallery leading to another point. • Check whether the inlet orifice (S) or the inlet cone (O) is the first clearly rotating restriction the liquid passes through after leaving any stationary channel.