Electric Pump (GregTech 5)/de

This page is about die Elektropumpe von GregTech 5. For other uses, see Electric Pump.

Elektropumpe
Modifikation	GregTech 5
Typ	Komponente

Die elektrische Pumpe ist eine Komponente, die bei der Herstellung mehrerer GregTech 5 Maschinen verwendet wird, und fungiert auch als Abdeckung, die zur Automatisierung der Flüssigkeitsentnahme und -einführung verwendet werden kann. Mit einer Brechstange kann die Elektropumpe von der Maschine entfernt werden, an der sie angebracht ist.

Rezept

Geformtes Handwerk

Die elektrische Pumpe verfügt über verschiedene Betriebsarten. Der aktive Modus kann mit einem Schraubendreher umgeschaltet werden.

Elektropumpenmodi

Modus	Beschreibung
Export	Flüssigkeit wird aus dem Ausgabetank der angeschlossenen Maschine entnommen und mit der Deckelfläche in den Ausgabetank der Maschine gedrückt.
Import	Aus dem Ausgabetank der Maschine, dem die Abdeckung zugewandt ist, wird Flüssigkeit entnommen und in den Eingangstank der angeschlossenen Maschine gedrückt.
Export (conditional)	If allowed by a Machine Controller, Fluid is taken from the attached machine's output tank, and pushed into the input tank of the machine the cover faces.
Import (conditional)	If allowed by a Machine Controller, Fluid is taken from the output tank of the machine the cover faces, and pushed into the attached machine's input tank.
Export (invert cond)	If disallowed by a Machine Controller, Fluid is taken from the attached machine's output tank, and pushed into the input tank of the machine the cover faces.
Import (invert cond)	If disallowed by a Machine Controller, Fluid is taken from the output tank of the machine the cover faces, and pushed into the attached machine's input tank.
Export allow Input	Fluid is taken from the attached machine's output tank, and pushed into the input tank of the machine the cover faces. Additionally, fluid can be pushed into the attached machine's input tank through the side covered by the Conveyor.
Import allow Output	Fluid is taken from the output tank of the machine the cover faces, and pushed into the attached machine's input tank. Additionally, fluid can be pulled from the attached machine's output tank through the side covered by the Conveyor.
Export allow Input (conditional)	If allowed by a Machine Controller, Fluid is taken from the attached machine's output tank, and pushed into the input tank of the machine the cover faces. Additionally, fluid can be pushed into the attached machine's input tank through the side covered by the Conveyor.
Import allow Output (conditional)	If allowed by a Machine Controller, Fluid is taken from the output tank of the machine the cover faces, and pushed into the attached machine's input tank. Additionally, fluid can be pulled from the attached machine's output tank through the side covered by the Conveyor.
Export allow Input (invert cond)	If disallowed by a Machine Controller, Fluid is taken from the attached machine's output tank, and pushed into the input tank of the machine the cover faces. Additionally, fluid can be pushed into the attached machine's input tank through the side covered by the Conveyor.
Import allow Output (invert cond)	If disallowed by a Machine Controller, Fluid is taken from the output tank of the machine the cover faces, and pushed into the attached machine's input tank. Additionally, fluid can be pulled from the attached machine's output tank through the side covered by the Conveyor.

Each tier of Electric Pump has a different speed at which it moves fluids. Every tick, it attempts to move fluid equal to 1/20th its listed transfer rate, and if it succeeds and is capable of consuming energy it will consume 1 EU per 10L fluid.

Electric Pump rates

Name	Fluid per second (L)	Fluid per tick (L)
Electric Pump (LV)	640	32
Electric Pump (MV)	2560	128
Electric Pump (HV)	10240	512
Electric Pump (EV)	40960	2048
Electric Pump (IV)	163840	8192