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projects:pafront:pafront [2013/05/30 14:31]
carsten
projects:pafront:pafront [2015/01/21 13:15] (current)
rhaseitl
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 ====== Front end electronic for pressured air drives ====== ====== Front end electronic for pressured air drives ======
  
 +Links:\\
 +[[projects:pafront:cables:cables|Interconection cables ( Kabel )]] \\
 +[[projects:pafront:numbers:numbers|Numbers of Pressure Air Drives (Anzahl der Pressluftantriebe)]] \\
 +[[projects:pafront:pa-terminal:pa-terminal|PA-Terminal]] \\
 +[[projects:pafront:plcunit:plcunit|PLC unit (SPS Einheit)]] \\
 +[[projects:pafront:rs485bus:rs485bus|RS485 -bus for counter control]] \\
 +[[projects:pafront:sixfoldnode:sixfoldnode|Six fold node - Überblick]] \\
 +[[projects:pafront:testboard:testboard|Testboard PA-System]] \\
 +
 +
 +Some base elements:\\
 +|{{ :projects:pafront:pa-terminal:pa-terminal_gedreht.jpg?direct&400 |}} | {{ :projects:pafront:basiselemente.jpg?direct&400 |}} | {{ :projects:pafront:sixfoldnode:sfn_oben_block.jpg?direct&400 |}} |
 ===== Context ===== ===== Context =====
  
-| Here discribed electronic builds the front end beetween hardware of an air pressure drive that moves different diagnostic device into a vacuum pipe and the controlling PLC system. It enables fast replacement of defect parts a the drive by simular normalizised spare parts by plug and play and some cable ties. It although ensures strightly hardware based interlocking of up to six drives blocking each others if necessary to prevent in chamber collisions, for example at on vacuum chamber. No high end electronic has to be placed close to beamline with possible hard radiation ocourring.\\ Second half of electronic is more sophisticated using a microcontroller to count and store  the movements with the drive itselfes. It is capable of storing values even if completely powered of and maybe stored in a stock for later use at different accelarator position. This is of importance, because the life time of a linear drive correlates with that of its velded steel vacuum bellows| <color white>XX</color> | Die hier beschriebene Elektronik bildet das Frontend zwischen der elektromechanischen Hardware eines Pressluftantriebes, um Diagnoseinstrumente in das Vakuumrohr mit dem Partikelstrahl einzufahren und der steuernden SPS-Einheit.| +| Here discribed electronic builds the front end beetween hardware of an air pressure drive that moves different diagnostic device into a vacuum pipe and the controlling PLC system. It enables fast replacement of defect parts a the drive by simular normalizised spare parts by plug and play and some cable ties. It although ensures strightly hardware based interlocking of up to six drives blocking each others if necessary to prevent in chamber collisions, for example at on vacuum chamber. No high end electronic has to be placed close to beamline with possible hard radiation ocourring.| <color white>XX</color> | Die hier beschriebene Elektronik bildet das Frontend zwischen der elektromechanischen Hardware eines Pressluftantriebes, um Diagnoseinstrumente in das Vakuumrohr mit dem Partikelstrahl einzufahren und der steuernden SPS-Einheit. Sie ermöglicht den schnellen Austausch defekter Antriebselemente durch standardisiert Ersatzteile. Weiter ermöglicht das Frontend über den Sechsfachverteiler eine hardwarenahe Interlockblockierung von bis zu sechs Antrieb gegeneinander, um ggf. Kollisionen in der Vakuumkammer durch Software- bzw. Verbindungsfehler zu vermeiden. Die Überwachung der zum Fahren notwendigen Pressluft am Nutzort ist durch Anschluss optionaler Pressluftschalter möglich. Der Einsatz der recht elementaren Elektronik am Strahlrohr vermeidet Strahlungsschäden. |  
  
 ===== PA-Terminal ===== ===== PA-Terminal =====
projects/pafront/pafront.1369917107.txt.gz · Last modified: 2013/05/30 14:31 by carsten