how it moves the fluid
also called hydraulic principle · pump design · pump mechanism
THE HYDRAULIC PRINCIPLE BY WHICH THE PUMP MOVES FLUID - turbine, roller cell, gerotor, diaphragm, plunger, centrifugal, gear, vane, peristaltic. Delphi publishes it as a named field, `Pump Design: Turbine` on the FE0114; Bosch names it on its own datasheets - the FP 200-7 and FP 200-E are each published as `an inline roller cell pump`. UNSPSC files nine of these as commodities of one class - `Centrifugal pumps` 40151503, `Diaphragm pumps` 40151548, `Plunger pumps` 40151527, `Gear pumps` 40151551, `Sliding vane pumps` 40151560, `Screw Pumps` 40151558, `Rotary lobe pumps` 40151556, `Turbine pumps` 40151526, `Rotary pumps` 40151521 - nine leaves distinguished by one answer, which is a property. IT IS NOT READ OFF `pump_installation` [A13] and the near-correlation is the trap: Bosch's roller-cell pumps are inline and Delphi's turbine pumps are in-tank, so the function looks total - and it breaks on Habib's own row 22, the HEP-02A, an INLINE PLUNGER pump, and on the gerotor in-tank units that share their siting with the turbines. Concern measurement.
How it moves the fluid is answered with one word chosen from the pump mechanisms list — the same word shared across every product that uses it.
It belongs to measurement — its measurable, physical facts.
asked by the kinds that answer it
1 kind answers it, each for a single value. The same question can be reused by unrelated kinds — one meaning, many homes.
asked by kinds that answer it
The same question can be reused by unrelated kinds — one meaning, many homes.
| kind | how many |
|---|---|
| pump | one |