industriestossdämpfer Powerstop

SERien in der Übersicht

Mini Energy – Der Filigrane

Wenn es um die punktgenaue Dämpfung im Miniaturbereich geht, liefern die Mini Energy eine hohe Energieaufnahme. Auch im Zylinder verbaut für noch mehr Platzersparnis.

 

Produktvorteile

  • Höchste Performance in minimalem Bauraum
  • Integrierter Ölvolumenspeicher
  • Erhöhte Führungslänge

Standard Energy – Der Wirtschaftliche

Der Spitzenreiter unter den Standarddämpfern. Effiziente Dämpfung bei gängiger Energieaufnahme. Dies macht die Serie Standard Energy zum Preis-Leistungs-Sieger.

 

Produktvorteile

  • Preis-Leistungs-Sieger
  • Schwingungsarme Dämpfung dank Wendelnut
  • Geringe Stützkraft

High Energy – Der Leistungsstarke

Der High End Dämpfer für höchste Anforderungen. Dank der Wendelnut in Kombination mit der Druckhülse und dem Ölvolumenspeicher erreicht der High Energy marktübertreffende Zyklenzahlen bei extremen Energieaufnahmen. Dazu bei minimalem Platzbedarf.

 

Produktvorteile

  • Für höchste Anforderungen und Energieaufnahmen
  • Integrierter Ölvolumenspeicher
  • Gehärtete und geschliffene Führung
  • Marktübertreffende Zyklenzahlen

Adjustable Energy – Der Einstellbare

Kann High End übertroffen werden? Ja, mit der neuen einstellbaren Serie lassen sich die hohen Energieaufnahmen feinfühlig auf den gesamten Hub einstellen. Somit wird die Kraft reduziert und die Dämpfung nochmals sanfter.

 

Produktvorteile

  • Optimal einstellbare Dämpfung über den gesamten Hub
  • Reduzierte Stützkraft – geringere Belastung der Konstruktion
  • Für höchste Anforderungen und Energieaufnahmen
  • Gehärtete und geschliffene Führung


Serie

  • Höchste Qualität für extremste Anforderungen und Belastungen
  • Hohe Energieaufnahme durch optimale Auslastung in jeder Kolbenposition
  • Schwingungsarmes und präzises Abbremsen durch die kontinuierliche Verjüngung der Wendelnut
  • Geringer Verschleiß durch hydrostatische Kolbenführung
  • Hohe Betriebssicherheit und Zuverlässigkeit
  • Korrosionsschutz durch Einsatz von rostfreiem Stahl
  • Individuelle Auslegung für kundenspezifische Lösungen
Bestell-Nr.ZIM_ANMOMKONAufprallgeschwindigkeit max.Aufprallgeschwindigkeit min.
PME04X05NHDD-B1.2 [m/s]0.1 [m/s]
PME04X05NHDS-B1.2 [m/s]0.1 [m/s]
PME04X05NHAD-B1.2 [m/s]0.1 [m/s]
PME04X05NHAS-B1.2 [m/s]0.1 [m/s]
PME04X05NMDD-B2.2 [m/s]0.8 [m/s]
PME04X05NMDS-B2.2 [m/s]0.8 [m/s]
PME04X05NMAD-B2.2 [m/s]0.8 [m/s]
PME04X05NMAS-B2.2 [m/s]0.8 [m/s]
PME05X05NHDS-B1.2 [m/s]0.1 [m/s]
PME05X05NHAD-B1.2 [m/s]0.1 [m/s]
PME05X05NHAS-B1.2 [m/s]0.1 [m/s]
PME05X05NMDD-B2.2 [m/s]0.8 [m/s]
PME05X05NMDS-B2.2 [m/s]0.8 [m/s]
PME05X05NMAD-B2.2 [m/s]0.8 [m/s]
PME05X05NMAS-B2.2 [m/s]0.8 [m/s]
PME06X05NHDD-A1.2 [m/s]0.1 [m/s]
PME06X05NHDS-A1.2 [m/s]0.1 [m/s]
PME06X05NHAD-A1.2 [m/s]0.1 [m/s]
PME06X05NHAS-A1.2 [m/s]0.1 [m/s]
PME06X05NMDD-A2.2 [m/s]0.8 [m/s]
PME06X05NMDS-A2.2 [m/s]0.8 [m/s]
PME06X05NMAD-A2.2 [m/s]0.8 [m/s]
PME06X05NMAS-A2.2 [m/s]0.8 [m/s]
PME06X05NSDD-A3.5 [m/s]1.8 [m/s]
PME06X05NSDS-A3.5 [m/s]1.8 [m/s]
PME06X05NSAD-A3.5 [m/s]1.8 [m/s]
PME06X05NSAS-A3.5 [m/s]1.8 [m/s]
PSE08X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE08X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE08X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE08X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE08X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE08X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE08X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE08X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE08X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE08X10NHBS-A1.2 [m/s]0.1 [m/s]
PSE08X10NHBK-A1.2 [m/s]0.1 [m/s]
PSE08X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE08X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE08X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE08X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE08X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE08X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE08X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE08X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE08X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE08X10NMBS-A2.2 [m/s]0.8 [m/s]
PSE08X10NMBK-A2.2 [m/s]0.8 [m/s]
PSE08X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE08X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE08X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE08X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE08X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE08X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE08X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE08X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE08X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE08X10NSBS-A3.5 [m/s]1.8 [m/s]
PSE08X10NSBK-A3.5 [m/s]1.8 [m/s]
PSE08X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE08X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE08X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE08X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE08X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE08X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE08X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE08X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE08X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE08X10NWBS-A5.0 [m/s]3.0 [m/s]
PSE08X10NWBK-A5.0 [m/s]3.0 [m/s]
PHE08X10NHDD-A1.2 [m/s]0.1 [m/s]
PHE08X10NHDS-A1.2 [m/s]0.1 [m/s]
PHE08X10NHDK-A1.2 [m/s]0.1 [m/s]
PHE08X10NHAD-A1.2 [m/s]0.1 [m/s]
PHE08X10NHAS-A1.2 [m/s]0.1 [m/s]
PHE08X10NHAK-A1.2 [m/s]0.1 [m/s]
PHE08X10NHFD-A1.2 [m/s]0.1 [m/s]
PHE08X10NHFS-A1.2 [m/s]0.1 [m/s]
PHE08X10NHFK-A1.2 [m/s]0.1 [m/s]
PHE08X10NHBS-A1.2 [m/s]0.1 [m/s]
PHE08X10NHBK-A1.2 [m/s]0.1 [m/s]
PHE08X10NMDD-A2.2 [m/s]0.8 [m/s]
PHE08X10NMDS-A2.2 [m/s]0.8 [m/s]
PHE08X10NMDK-A2.2 [m/s]0.8 [m/s]
PHE08X10NMAD-A2.2 [m/s]0.8 [m/s]
PHE08X10NMAS-A2.2 [m/s]0.8 [m/s]
PHE08X10NMAK-A2.2 [m/s]0.8 [m/s]
PHE08X10NMFD-A2.2 [m/s]0.8 [m/s]
PHE08X10NMFS-A2.2 [m/s]0.8 [m/s]
PHE08X10NMFK-A2.2 [m/s]0.8 [m/s]
PHE08X10NMBS-A2.2 [m/s]0.8 [m/s]
PHE08X10NMBK-A2.2 [m/s]0.8 [m/s]
PHE08X10NSDD-A3.5 [m/s]1.8 [m/s]
PHE08X10NSDS-A3.5 [m/s]1.8 [m/s]
PHE08X10NSDK-A3.5 [m/s]1.8 [m/s]
PHE08X10NSAD-A3.5 [m/s]1.8 [m/s]
PHE08X10NSAS-A3.5 [m/s]1.8 [m/s]
PHE08X10NSAK-A3.5 [m/s]1.8 [m/s]
PHE08X10NSFD-A3.5 [m/s]1.8 [m/s]
PHE08X10NSFS-A3.5 [m/s]1.8 [m/s]
PHE08X10NSFK-A3.5 [m/s]1.8 [m/s]
PHE08X10NSBS-A3.5 [m/s]1.8 [m/s]
PHE08X10NSBK-A3.5 [m/s]1.8 [m/s]
PHE08X10NWDD-A5.0 [m/s]3.0 [m/s]
PHE08X10NWDS-A5.0 [m/s]3.0 [m/s]
PHE08X10NWDK-A5.0 [m/s]3.0 [m/s]
PHE08X10NWAD-A5.0 [m/s]3.0 [m/s]
PHE08X10NWAS-A5.0 [m/s]3.0 [m/s]
PHE08X10NWAK-A5.0 [m/s]3.0 [m/s]
PHE08X10NWFD-A5.0 [m/s]3.0 [m/s]
PHE08X10NWFS-A5.0 [m/s]3.0 [m/s]
PHE08X10NWFK-A5.0 [m/s]3.0 [m/s]
PHE08X10NWBS-A5.0 [m/s]3.0 [m/s]
PHE08X10NWBK-A5.0 [m/s]3.0 [m/s]
PAE08X10NHDD-A5.0 [m/s]0.1 [m/s]
PAE08X10NHDS-A5.0 [m/s]0.1 [m/s]
PAE08X10NHDK-A5.0 [m/s]0.1 [m/s]
PAE08X10NHAD-A5.0 [m/s]0.1 [m/s]
PAE08X10NHAS-A5.0 [m/s]0.1 [m/s]
PAE08X10NHAK-A5.0 [m/s]0.1 [m/s]
PAE08X10NHFD-A5.0 [m/s]0.1 [m/s]
PAE08X10NHFS-A5.0 [m/s]0.1 [m/s]
PAE08X10NHFK-A5.0 [m/s]0.1 [m/s]
PAE08X10NHBS-A5.0 [m/s]0.1 [m/s]
PAE08X10NHBK-A5.0 [m/s]0.1 [m/s]
PSE10X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE10X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE10X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE10X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE10X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE10X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE10X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE10X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE10X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE10X10NHBS-A1.2 [m/s]0.1 [m/s]
PSE10X10NHBK-A1.2 [m/s]0.1 [m/s]
PSE10X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE10X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE10X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE10X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE10X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE10X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE10X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE10X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE10X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE10X10NMBS-A2.2 [m/s]0.8 [m/s]
PSE10X10NMBK-A2.2 [m/s]0.8 [m/s]
PSE10X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE10X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE10X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE10X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE10X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE10X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE10X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE10X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE10X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE10X10NSBS-A3.5 [m/s]1.8 [m/s]
PSE10X10NSBK-A3.5 [m/s]1.8 [m/s]
PSE10X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE10X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE10X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE10X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE10X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE10X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE10X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE10X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE10X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE10X10NWBS-A5.0 [m/s]3.0 [m/s]
PSE10X10NWBK-A5.0 [m/s]3.0 [m/s]
PHE10X10NHDD-A1.2 [m/s]0.1 [m/s]
PHE10X10NHDS-A1.2 [m/s]0.1 [m/s]
PHE10X10NHDK-A1.2 [m/s]0.1 [m/s]
PHE10X10NHAD-A1.2 [m/s]0.1 [m/s]
PHE10X10NHAS-A1.2 [m/s]0.1 [m/s]
PHE10X10NHAK-A1.2 [m/s]0.1 [m/s]
PHE10X10NHFD-A1.2 [m/s]0.1 [m/s]
PHE10X10NHFS-A1.2 [m/s]0.1 [m/s]
PHE10X10NHFK-A1.2 [m/s]0.1 [m/s]
PHE10X10NHBS-A1.2 [m/s]0.1 [m/s]
PHE10X10NHBK-A1.2 [m/s]0.1 [m/s]
PHE10X10NMDD-A2.2 [m/s]0.8 [m/s]
PHE10X10NMDS-A2.2 [m/s]0.8 [m/s]
PHE10X10NMDK-A2.2 [m/s]0.8 [m/s]
PHE10X10NMAD-A2.2 [m/s]0.8 [m/s]
PHE10X10NMAS-A2.2 [m/s]0.8 [m/s]
PHE10X10NMAK-A2.2 [m/s]0.8 [m/s]
PHE10X10NMFD-A2.2 [m/s]0.8 [m/s]
PHE10X10NMFS-A2.2 [m/s]0.8 [m/s]
PHE10X10NMFK-A2.2 [m/s]0.8 [m/s]
PHE10X10NMBS-A2.2 [m/s]0.8 [m/s]
PHE10X10NMBK-A2.2 [m/s]0.8 [m/s]
PHE10X10NSDD-A3.5 [m/s]1.8 [m/s]
PHE10X10NSDS-A3.5 [m/s]1.8 [m/s]
PHE10X10NSDK-A3.5 [m/s]1.8 [m/s]
PHE10X10NSAD-A3.5 [m/s]1.8 [m/s]
PHE10X10NSAS-A3.5 [m/s]1.8 [m/s]
PHE10X10NSAK-A3.5 [m/s]1.8 [m/s]
PHE10X10NSFD-A3.5 [m/s]1.8 [m/s]
PHE10X10NSFS-A3.5 [m/s]1.8 [m/s]
PHE10X10NSFK-A3.5 [m/s]1.8 [m/s]
PHE10X10NSBS-A3.5 [m/s]1.8 [m/s]
PHE10X10NSBK-A3.5 [m/s]1.8 [m/s]
PHE10X10NWDD-A5.0 [m/s]3.0 [m/s]
PHE10X10NWDS-A5.0 [m/s]3.0 [m/s]
PHE10X10NWDK-A5.0 [m/s]3.0 [m/s]
PHE10X10NWAD-A5.0 [m/s]3.0 [m/s]
PHE10X10NWAS-A5.0 [m/s]3.0 [m/s]
PHE10X10NWAK-A5.0 [m/s]3.0 [m/s]
PHE10X10NWFD-A5.0 [m/s]3.0 [m/s]
PHE10X10NWFS-A5.0 [m/s]3.0 [m/s]
PHE10X10NWFK-A5.0 [m/s]3.0 [m/s]
PHE10X10NWBS-A5.0 [m/s]3.0 [m/s]
PHE10X10NWBK-A5.0 [m/s]3.0 [m/s]
PAE10X10NHDD-A5.0 [m/s]0.1 [m/s]
PAE10X10NHDS-A5.0 [m/s]0.1 [m/s]
PAE10X10NHDK-A5.0 [m/s]0.1 [m/s]
PAE10X10NHAD-A5.0 [m/s]0.1 [m/s]
PAE10X10NHAS-A5.0 [m/s]0.1 [m/s]
PAE10X10NHAK-A5.0 [m/s]0.1 [m/s]
PAE10X10NHFD-A5.0 [m/s]0.1 [m/s]
PAE10X10NHFS-A5.0 [m/s]0.1 [m/s]
PAE10X10NHFK-A5.0 [m/s]0.1 [m/s]
PAE10X10NHBS-A5.0 [m/s]0.1 [m/s]
PAE10X10NHBK-A5.0 [m/s]0.1 [m/s]
PSE12X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE12X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE12X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE12X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE12X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE12X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE12X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE12X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE12X10NHBS-A1.2 [m/s]0.1 [m/s]
PSE12X10NHBK-A1.2 [m/s]0.1 [m/s]
PSE12X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE12X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE12X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE12X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE12X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE12X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE12X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE12X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE12X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE12X10NMBS-A2.2 [m/s]0.8 [m/s]
PSE12X10NMBK-A2.2 [m/s]0.8 [m/s]
PSE12X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE12X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE12X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE12X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE12X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE12X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE12X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE12X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE12X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE12X10NSBS-A3.5 [m/s]1.8 [m/s]
PSE12X10NSBK-A3.5 [m/s]1.8 [m/s]
PSE12X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE12X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE12X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE12X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE12X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE12X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE12X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE12X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE12X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE12X10NWBS-A5.0 [m/s]3.0 [m/s]
PSE12X10NWBK-A5.0 [m/s]3.0 [m/s]
PSE12X10NHDD-A1.2 [m/s]0.1 [m/s]
PHE12X10NHDD-A1.2 [m/s]0.1 [m/s]
PHE12X10NHDS-A1.2 [m/s]0.1 [m/s]
PHE12X10NHDK-A1.2 [m/s]0.1 [m/s]
PHE12X10NHAD-A1.2 [m/s]0.1 [m/s]
PHE12X10NHAS-A1.2 [m/s]0.1 [m/s]
PHE12X10NHAK-A1.2 [m/s]0.1 [m/s]
PHE12X10NHFD-A1.2 [m/s]0.1 [m/s]
PHE12X10NHFS-A1.2 [m/s]0.1 [m/s]
PHE12X10NHFK-A1.2 [m/s]0.1 [m/s]
PHE12X10NHBS-A1.2 [m/s]0.1 [m/s]
PHE12X10NHBK-A1.2 [m/s]0.1 [m/s]
PHE12X10NMDD-A2.2 [m/s]0.8 [m/s]
PHE12X10NMDS-A2.2 [m/s]0.8 [m/s]
PHE12X10NMDK-A2.2 [m/s]0.8 [m/s]
PHE12X10NMAD-A2.2 [m/s]0.8 [m/s]
PHE12X10NMAS-A2.2 [m/s]0.8 [m/s]
PHE12X10NMAK-A2.2 [m/s]0.8 [m/s]
PHE12X10NMFD-A2.2 [m/s]0.8 [m/s]
PHE12X10NMFS-A2.2 [m/s]0.8 [m/s]
PHE12X10NMFK-A2.2 [m/s]0.8 [m/s]
PHE12X10NMBS-A2.2 [m/s]0.8 [m/s]
PHE12X10NMBK-A2.2 [m/s]0.8 [m/s]
PHE12X10NSDD-A3.5 [m/s]1.8 [m/s]
PHE12X10NSDS-A3.5 [m/s]1.8 [m/s]
PHE12X10NSDK-A3.5 [m/s]1.8 [m/s]
PHE12X10NSAD-A3.5 [m/s]1.8 [m/s]
PHE12X10NSAS-A3.5 [m/s]1.8 [m/s]
PHE12X10NSAK-A3.5 [m/s]1.8 [m/s]
PHE12X10NSFD-A3.5 [m/s]1.8 [m/s]
PHE12X10NSFS-A3.5 [m/s]1.8 [m/s]
PHE12X10NSFK-A3.5 [m/s]1.8 [m/s]
PHE12X10NSBS-A3.5 [m/s]1.8 [m/s]
PHE12X10NSBK-A3.5 [m/s]1.8 [m/s]
PHE12X10NWDD-A5.0 [m/s]3.0 [m/s]
PHE12X10NWDS-A5.0 [m/s]3.0 [m/s]
PHE12X10NWDK-A5.0 [m/s]3.0 [m/s]
PHE12X10NWAD-A5.0 [m/s]3.0 [m/s]
PHE12X10NWAS-A5.0 [m/s]3.0 [m/s]
PHE12X10NWAK-A5.0 [m/s]3.0 [m/s]
PHE12X10NWFD-A5.0 [m/s]3.0 [m/s]
PHE12X10NWFS-A5.0 [m/s]3.0 [m/s]
PHE12X10NWFK-A5.0 [m/s]3.0 [m/s]
PHE12X10NWBS-A5.0 [m/s]3.0 [m/s]
PHE12X10NWBK-A5.0 [m/s]3.0 [m/s]
PAE12X10NHDD-A5.0 [m/s]0.1 [m/s]
PAE12X10NHDS-A5.0 [m/s]0.1 [m/s]
PAE12X10NHDK-A5.0 [m/s]0.1 [m/s]
PAE12X10NHAD-A5.0 [m/s]0.1 [m/s]
PAE12X10NHAS-A5.0 [m/s]0.1 [m/s]
PAE12X10NHAK-A5.0 [m/s]0.1 [m/s]
PAE12X10NHFD-A5.0 [m/s]0.1 [m/s]
PAE12X10NHFS-A5.0 [m/s]0.1 [m/s]
PAE12X10NHFK-A5.0 [m/s]0.1 [m/s]
PAE12X10NHBS-A5.0 [m/s]0.1 [m/s]
PAE12X10NHBK-A5.0 [m/s]0.1 [m/s]
PSE14X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE14X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE14X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE14X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE14X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE14X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE14X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE14X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE14X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE14X10NHBS-A1.2 [m/s]0.1 [m/s]
PSE14X10NHBK-A1.2 [m/s]0.1 [m/s]
PSE14X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE14X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE14X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE14X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE14X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE14X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE14X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE14X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE14X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE14X10NMBS-A2.2 [m/s]0.8 [m/s]
PSE14X10NMBK-A2.2 [m/s]0.8 [m/s]
PSE14X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE14X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE14X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE14X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE14X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE14X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE14X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE14X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE14X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE14X10NSBS-A3.5 [m/s]1.8 [m/s]
PSE14X10NSBK-A3.5 [m/s]1.8 [m/s]
PSE14X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE14X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE14X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE14X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE14X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE14X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE14X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE14X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE14X10NWFK-A5.0 [m/s]3.0 [m/s]
PSE14X10NWBS-A5.0 [m/s]3.0 [m/s]
PSE14X10NWBK-A5.0 [m/s]3.0 [m/s]
PHE14X10NHDD-A1.2 [m/s]0.1 [m/s]
PHE14X10NHDS-A1.2 [m/s]0.1 [m/s]
PHE14X10NHDK-A1.2 [m/s]0.1 [m/s]
PHE14X10NHAD-A1.2 [m/s]0.1 [m/s]
PHE14X10NHAS-A1.2 [m/s]0.1 [m/s]
PHE14X10NHAK-A1.2 [m/s]0.1 [m/s]
PHE14X10NHFD-A1.2 [m/s]0.1 [m/s]
PHE14X10NHFS-A1.2 [m/s]0.1 [m/s]
PHE14X10NHFK-A1.2 [m/s]0.1 [m/s]
PHE14X10NHBS-A1.2 [m/s]0.1 [m/s]
PHE14X10NHBK-A1.2 [m/s]0.1 [m/s]
PHE14X10NMDD-A2.2 [m/s]0.8 [m/s]
PHE14X10NMDS-A2.2 [m/s]0.8 [m/s]
PHE14X10NMDK-A2.2 [m/s]0.8 [m/s]
PHE14X10NMAD-A2.2 [m/s]0.8 [m/s]
PHE14X10NMAS-A2.2 [m/s]0.8 [m/s]
PHE14X10NMAK-A2.2 [m/s]0.8 [m/s]
PHE14X10NMFD-A2.2 [m/s]0.8 [m/s]
PHE14X10NMFS-A2.2 [m/s]0.8 [m/s]
PHE14X10NMFK-A2.2 [m/s]0.8 [m/s]
PHE14X10NMBS-A2.2 [m/s]0.8 [m/s]
PHE14X10NMBK-A2.2 [m/s]0.8 [m/s]
PHE14X10NSDD-A3.5 [m/s]1.8 [m/s]
PHE14X10NSDS-A3.5 [m/s]1.8 [m/s]
PHE14X10NSDK-A3.5 [m/s]1.8 [m/s]
PHE14X10NSAD-A3.5 [m/s]1.8 [m/s]
PHE14X10NSAS-A3.5 [m/s]1.8 [m/s]
PHE14X10NSAK-A3.5 [m/s]1.8 [m/s]
PHE14X10NSFD-A3.5 [m/s]1.8 [m/s]
PHE14X10NSFS-A3.5 [m/s]1.8 [m/s]
PHE14X10NSFK-A3.5 [m/s]1.8 [m/s]
PHE14X10NSBS-A3.5 [m/s]1.8 [m/s]
PHE14X10NSBK-A3.5 [m/s]1.8 [m/s]
PHE14X10NWDD-A5.0 [m/s]3.0 [m/s]
PHE14X10NWDS-A5.0 [m/s]3.0 [m/s]
PHE14X10NWDK-A5.0 [m/s]3.0 [m/s]
PHE14X10NWAD-A5.0 [m/s]3.0 [m/s]
PHE14X10NWAS-A5.0 [m/s]3.0 [m/s]
PHE14X10NWAK-A5.0 [m/s]3.0 [m/s]
PHE14X10NWFD-A5.0 [m/s]3.0 [m/s]
PHE14X10NWFS-A5.0 [m/s]3.0 [m/s]
PHE14X10NWFK-A5.0 [m/s]3.0 [m/s]
PHE14X10NWBS-A5.0 [m/s]3.0 [m/s]
PHE14X10NWBK-A5.0 [m/s]3.0 [m/s]
PHE14X10LHDD-A1.2 [m/s]0.1 [m/s]
PHE14X10LHDS-A1.2 [m/s]0.1 [m/s]
PHE14X10LHDK-A1.2 [m/s]0.1 [m/s]
PHE14X10LHAD-A1.2 [m/s]0.1 [m/s]
PHE14X10LHAS-A1.2 [m/s]0.1 [m/s]
PHE14X10LHAK-A1.2 [m/s]0.1 [m/s]
PHE14X10LHFD-A1.2 [m/s]0.1 [m/s]
PHE14X10LHFS-A1.2 [m/s]0.1 [m/s]
PHE14X10LHFK-A1.2 [m/s]0.1 [m/s]
PHE14X10LMDD-A2.2 [m/s]0.8 [m/s]
PHE14X10LMDS-A2.2 [m/s]0.8 [m/s]
PHE14X10LMDK-A2.2 [m/s]0.8 [m/s]
PHE14X10LMAD-A2.2 [m/s]0.8 [m/s]
PHE14X10LMAS-A2.2 [m/s]0.8 [m/s]
PHE14X10LMAK-A2.2 [m/s]0.8 [m/s]
PHE14X10LMFD-A2.2 [m/s]0.8 [m/s]
PHE14X10LMFS-A2.2 [m/s]0.8 [m/s]
PHE14X10LMFK-A2.2 [m/s]0.8 [m/s]
PHE14X10LSDD-A3.5 [m/s]1.8 [m/s]
PHE14X10LSDS-A3.5 [m/s]1.8 [m/s]
PHE14X10LSDK-A3.5 [m/s]1.8 [m/s]
PHE14X10LSAD-A3.5 [m/s]1.8 [m/s]
PHE14X10LSAS-A3.5 [m/s]1.8 [m/s]
PHE14X10LSAK-A3.5 [m/s]1.8 [m/s]
PHE14X10LSFD-A3.5 [m/s]1.8 [m/s]
PHE14X10LSFS-A3.5 [m/s]1.8 [m/s]
PHE14X10LSFK-A3.5 [m/s]1.8 [m/s]
PHE14X10LWDD-A5.0 [m/s]3.0 [m/s]
PHE14X10LWDS-A5.0 [m/s]3.0 [m/s]
PHE14X10LWDK-A5.0 [m/s]3.0 [m/s]
PHE14X10LWAD-A5.0 [m/s]3.0 [m/s]
PHE14X10LWAS-A5.0 [m/s]3.0 [m/s]
PHE14X10LWAK-A5.0 [m/s]3.0 [m/s]
PHE14X10LWFD-A5.0 [m/s]3.0 [m/s]
PHE14X10LWFS-A5.0 [m/s]3.0 [m/s]
PHE14X10LWFK-A5.0 [m/s]3.0 [m/s]
PAE14X10NHDD-A5.0 [m/s]0.1 [m/s]
PAE14X10NHDS-A5.0 [m/s]0.1 [m/s]
PAE14X10NHDK-A5.0 [m/s]0.1 [m/s]
PAE14X10NHAD-A5.0 [m/s]0.1 [m/s]
PAE14X10NHAS-A5.0 [m/s]0.1 [m/s]
PAE14X10NHAK-A5.0 [m/s]0.1 [m/s]
PAE14X10NHFD-A5.0 [m/s]0.1 [m/s]
PAE14X10NHFS-A5.0 [m/s]0.1 [m/s]
PAE14X10NHFK-A5.0 [m/s]0.1 [m/s]
PAE14X10NHBS-A5.0 [m/s]0.1 [m/s]
PAE14X10NHBK-A5.0 [m/s]0.1 [m/s]
PAE14X10LHDD-A5.0 [m/s]0.1 [m/s]
PAE14X10LHDS-A5.0 [m/s]0.1 [m/s]
PAE14X10LHDK-A5.0 [m/s]0.1 [m/s]
PAE14X10LHAD-A5.0 [m/s]0.1 [m/s]
PAE14X10LHAS-A5.0 [m/s]0.1 [m/s]
PAE14X10LHAK-A5.0 [m/s]0.1 [m/s]
PAE14X10LHFD-A5.0 [m/s]0.1 [m/s]
PAE14X10LHFS-A5.0 [m/s]0.1 [m/s]
PAE14X10LHFK-A5.0 [m/s]0.1 [m/s]
PSE14X15NHDD-A1.2 [m/s]0.1 [m/s]
PSE14X15NHDS-A1.2 [m/s]0.1 [m/s]
PSE14X15NHDK-A1.2 [m/s]0.1 [m/s]
PSE14X15NHAD-A1.2 [m/s]0.1 [m/s]
PSE14X15NHAS-A1.2 [m/s]0.1 [m/s]
PSE14X15NHAK-A1.2 [m/s]0.1 [m/s]
PSE14X15NHFD-A1.2 [m/s]0.1 [m/s]
PSE14X15NHFS-A1.2 [m/s]0.1 [m/s]
PSE14X15NHFK-A1.2 [m/s]0.1 [m/s]
PSE14X15NHBS-A1.2 [m/s]0.1 [m/s]
PSE14X15NHBK-A1.2 [m/s]0.1 [m/s]
PSE14X15NMDD-A2.2 [m/s]0.8 [m/s]
PSE14X15NMDS-A2.2 [m/s]0.8 [m/s]
PSE14X15NMDK-A2.2 [m/s]0.8 [m/s]
PSE14X15NMAD-A2.2 [m/s]0.8 [m/s]
PSE14X15NMAS-A2.2 [m/s]0.8 [m/s]
PSE14X15NMAK-A2.2 [m/s]0.8 [m/s]
PSE14X15NMFD-A2.2 [m/s]0.8 [m/s]
PSE14X15NMFS-A2.2 [m/s]0.8 [m/s]
PSE14X15NMFK-A2.2 [m/s]0.8 [m/s]
PSE14X15NMBS-A2.2 [m/s]0.8 [m/s]
PSE14X15NMBK-A2.2 [m/s]0.8 [m/s]
PSE14X15NSDD-A3.5 [m/s]1.8 [m/s]
PSE14X15NSDS-A3.5 [m/s]1.8 [m/s]
PSE14X15NSDK-A3.5 [m/s]1.8 [m/s]
PSE14X15NSAD-A3.5 [m/s]1.8 [m/s]
PSE14X15NSAS-A3.5 [m/s]1.8 [m/s]
PSE14X15NSAK-A3.5 [m/s]1.8 [m/s]
PSE14X15NSFD-A3.5 [m/s]1.8 [m/s]
PSE14X15NSFS-A3.5 [m/s]1.8 [m/s]
PSE14X15NSFK-A3.5 [m/s]1.8 [m/s]
PSE14X15NSBS-A3.5 [m/s]1.8 [m/s]
PSE14X15NSBK-A3.5 [m/s]1.8 [m/s]
PSE14X15NWDD-A5.0 [m/s]3.0 [m/s]
PSE14X15NWDS-A5.0 [m/s]3.0 [m/s]
PSE14X15NWDK-A5.0 [m/s]3.0 [m/s]
PSE14X15NWAD-A5.0 [m/s]3.0 [m/s]
PSE14X15NWAS-A5.0 [m/s]3.0 [m/s]
PSE14X15NWAK-A5.0 [m/s]3.0 [m/s]
PSE14X15NWFD-A5.0 [m/s]3.0 [m/s]
PSE14X15NWFS-A5.0 [m/s]3.0 [m/s]
PSE14X15NWFK-A5.0 [m/s]3.0 [m/s]
PSE14X15NWBS-A5.0 [m/s]3.0 [m/s]
PSE14X15NWBK-A5.0 [m/s]3.0 [m/s]
PHE14X15NHDD-A1.2 [m/s]0.1 [m/s]
PHE14X15NHDS-A1.2 [m/s]0.1 [m/s]
PHE14X15NHDK-A1.2 [m/s]0.1 [m/s]
PHE14X15NHAD-A1.2 [m/s]0.1 [m/s]
PHE14X15NHAS-A1.2 [m/s]0.1 [m/s]
PHE14X15NHAK-A1.2 [m/s]0.1 [m/s]
PHE14X15NHFD-A1.2 [m/s]0.1 [m/s]
PHE14X15NHFS-A1.2 [m/s]0.1 [m/s]
PHE14X15NHFK-A1.2 [m/s]0.1 [m/s]
PHE14X15NHBS-A1.2 [m/s]0.1 [m/s]
PHE14X15NHBK-A1.2 [m/s]0.1 [m/s]
PHE14X15NMDD-A2.2 [m/s]0.8 [m/s]
PHE14X15NMDS-A2.2 [m/s]0.8 [m/s]
PHE14X15NMDK-A2.2 [m/s]0.8 [m/s]
PHE14X15NMAD-A2.2 [m/s]0.8 [m/s]
PHE14X15NMAS-A2.2 [m/s]0.8 [m/s]
PHE14X15NMAK-A2.2 [m/s]0.8 [m/s]
PHE14X15NMFD-A2.2 [m/s]0.8 [m/s]
PHE14X15NMFS-A2.2 [m/s]0.8 [m/s]
PHE14X15NMFK-A2.2 [m/s]0.8 [m/s]
PHE14X15NMBS-A2.2 [m/s]0.8 [m/s]
PHE14X15NMBK-A2.2 [m/s]0.8 [m/s]
PHE14X15NSDD-A3.5 [m/s]1.8 [m/s]
PHE14X15NSDS-A3.5 [m/s]1.8 [m/s]
PHE14X15NSDK-A3.5 [m/s]1.8 [m/s]
PHE14X15NSAD-A3.5 [m/s]1.8 [m/s]
PHE14X15NSAS-A3.5 [m/s]1.8 [m/s]
PHE14X15NSAK-A3.5 [m/s]1.8 [m/s]
PHE14X15NSFD-A3.5 [m/s]1.8 [m/s]
PHE14X15NSFS-A3.5 [m/s]1.8 [m/s]
PHE14X15NSFK-A3.5 [m/s]1.8 [m/s]
PHE14X15NSBS-A3.5 [m/s]1.8 [m/s]
PHE14X15NSBK-A3.5 [m/s]1.8 [m/s]
PHE14X15NWDD-A5.0 [m/s]3.0 [m/s]
PHE14X15NWDS-A5.0 [m/s]3.0 [m/s]
PHE14X15NWDK-A5.0 [m/s]3.0 [m/s]
PHE14X15NWAD-A5.0 [m/s]3.0 [m/s]
PHE14X15NWAS-A5.0 [m/s]3.0 [m/s]
PHE14X15NWAK-A5.0 [m/s]3.0 [m/s]
PHE14X15NWFD-A5.0 [m/s]3.0 [m/s]
PHE14X15NWFS-A5.0 [m/s]3.0 [m/s]
PHE14X15NWFK-A5.0 [m/s]3.0 [m/s]
PHE14X15NWBS-A5.0 [m/s]3.0 [m/s]
PHE14X15NWBK-A5.0 [m/s]3.0 [m/s]
PHE14X15LHDD-A1.2 [m/s]0.1 [m/s]
PHE14X15LHDS-A1.2 [m/s]0.1 [m/s]
PHE14X15LHDK-A1.2 [m/s]0.1 [m/s]
PHE14X15LHAD-A1.2 [m/s]0.1 [m/s]
PHE14X15LHAS-A1.2 [m/s]0.1 [m/s]
PHE14X15LHAK-A1.2 [m/s]0.1 [m/s]
PHE14X15LHFD-A1.2 [m/s]0.1 [m/s]
PHE14X15LHFS-A1.2 [m/s]0.1 [m/s]
PHE14X15LHFK-A1.2 [m/s]0.1 [m/s]
PHE14X15LMDD-A2.2 [m/s]0.8 [m/s]
PHE14X15LMDS-A2.2 [m/s]0.8 [m/s]
PHE14X15LMDK-A2.2 [m/s]0.8 [m/s]
PHE14X15LMAD-A2.2 [m/s]0.8 [m/s]
PHE14X15LMAS-A2.2 [m/s]0.8 [m/s]
PHE14X15LMAK-A2.2 [m/s]0.8 [m/s]
PHE14X15LMFD-A2.2 [m/s]0.8 [m/s]
PHE14X15LMFS-A2.2 [m/s]0.8 [m/s]
PHE14X15LMFK-A2.2 [m/s]0.8 [m/s]
PHE14X15LSDD-A3.5 [m/s]1.8 [m/s]
PHE14X15LSDS-A3.5 [m/s]1.8 [m/s]
PHE14X15LSDK-A3.5 [m/s]1.8 [m/s]
PHE14X15LSAD-A3.5 [m/s]1.8 [m/s]
PHE14X15LSAS-A3.5 [m/s]1.8 [m/s]
PHE14X15LSAK-A3.5 [m/s]1.8 [m/s]
PHE14X15LSFD-A3.5 [m/s]1.8 [m/s]
PHE14X15LSFS-A3.5 [m/s]1.8 [m/s]
PHE14X15LSFK-A3.5 [m/s]1.8 [m/s]
PHE14X15LWDD-A5.0 [m/s]3.0 [m/s]
PHE14X15LWDS-A5.0 [m/s]3.0 [m/s]
PHE14X15LWDK-A5.0 [m/s]3.0 [m/s]
PHE14X15LWAD-A5.0 [m/s]3.0 [m/s]
PHE14X15LWAS-A5.0 [m/s]3.0 [m/s]
PHE14X15LWAK-A5.0 [m/s]3.0 [m/s]
PHE14X15LWFD-A5.0 [m/s]3.0 [m/s]
PHE14X15LWFS-A5.0 [m/s]3.0 [m/s]
PHE14X15LWFK-A5.0 [m/s]3.0 [m/s]
PAE14X15NHDD-A5.0 [m/s]0.1 [m/s]
PAE14X15NHDS-A5.0 [m/s]0.1 [m/s]
PAE14X15NHDK-A5.0 [m/s]0.1 [m/s]
PAE14X15NHAD-A5.0 [m/s]0.1 [m/s]
PAE14X15NHAS-A5.0 [m/s]0.1 [m/s]
PAE14X15NHAK-A5.0 [m/s]0.1 [m/s]
PAE14X15NHFD-A5.0 [m/s]0.1 [m/s]
PAE14X15NHFS-A5.0 [m/s]0.1 [m/s]
PAE14X15NHFK-A5.0 [m/s]0.1 [m/s]
PAE14X15NHBS-A5.0 [m/s]0.1 [m/s]
PAE14X15NHBK-A5.0 [m/s]0.1 [m/s]
PAE14X15LHDD-A5.0 [m/s]0.1 [m/s]
PAE14X15LHDS-A5.0 [m/s]0.1 [m/s]
PAE14X15LHDK-A5.0 [m/s]0.1 [m/s]
PAE14X15LHAD-A5.0 [m/s]0.1 [m/s]
PAE14X15LHAS-A5.0 [m/s]0.1 [m/s]
PAE14X15LHAK-A5.0 [m/s]0.1 [m/s]
PAE14X15LHFD-A5.0 [m/s]0.1 [m/s]
PAE14X15LHFS-A5.0 [m/s]0.1 [m/s]
PAE14X15LHFK-A5.0 [m/s]0.1 [m/s]
PSE16X10NHDD-A1.2 [m/s]0.1 [m/s]
PSE16X10NHDS-A1.2 [m/s]0.1 [m/s]
PSE16X10NHDK-A1.2 [m/s]0.1 [m/s]
PSE16X10NHAD-A1.2 [m/s]0.1 [m/s]
PSE16X10NHAS-A1.2 [m/s]0.1 [m/s]
PSE16X10NHAK-A1.2 [m/s]0.1 [m/s]
PSE16X10NHFD-A1.2 [m/s]0.1 [m/s]
PSE16X10NHFS-A1.2 [m/s]0.1 [m/s]
PSE16X10NHFK-A1.2 [m/s]0.1 [m/s]
PSE16X10NMDD-A2.2 [m/s]0.8 [m/s]
PSE16X10NMDS-A2.2 [m/s]0.8 [m/s]
PSE16X10NMDK-A2.2 [m/s]0.8 [m/s]
PSE16X10NMAD-A2.2 [m/s]0.8 [m/s]
PSE16X10NMAS-A2.2 [m/s]0.8 [m/s]
PSE16X10NMAK-A2.2 [m/s]0.8 [m/s]
PSE16X10NMFD-A2.2 [m/s]0.8 [m/s]
PSE16X10NMFS-A2.2 [m/s]0.8 [m/s]
PSE16X10NMFK-A2.2 [m/s]0.8 [m/s]
PSE16X10NSDD-A3.5 [m/s]1.8 [m/s]
PSE16X10NSDS-A3.5 [m/s]1.8 [m/s]
PSE16X10NSDK-A3.5 [m/s]1.8 [m/s]
PSE16X10NSAD-A3.5 [m/s]1.8 [m/s]
PSE16X10NSAS-A3.5 [m/s]1.8 [m/s]
PSE16X10NSAK-A3.5 [m/s]1.8 [m/s]
PSE16X10NSFD-A3.5 [m/s]1.8 [m/s]
PSE16X10NSFS-A3.5 [m/s]1.8 [m/s]
PSE16X10NSFK-A3.5 [m/s]1.8 [m/s]
PSE16X10NWDD-A5.0 [m/s]3.0 [m/s]
PSE16X10NWDS-A5.0 [m/s]3.0 [m/s]
PSE16X10NWDK-A5.0 [m/s]3.0 [m/s]
PSE16X10NWAD-A5.0 [m/s]3.0 [m/s]
PSE16X10NWAS-A5.0 [m/s]3.0 [m/s]
PSE16X10NWAK-A5.0 [m/s]3.0 [m/s]
PSE16X10NWFD-A5.0 [m/s]3.0 [m/s]
PSE16X10NWFS-A5.0 [m/s]3.0 [m/s]
PSE16X10NWFK-A5.0 [m/s]3.0 [m/s]
PHE16X10NHDD-A1.2 [m/s]0.1 [m/s]
PHE16X10NHDS-A1.2 [m/s]0.1 [m/s]
PHE16X10NHDK-A1.2 [m/s]0.1 [m/s]
PHE16X10NHAD-A1.2 [m/s]0.1 [m/s]
PHE16X10NHAS-A1.2 [m/s]0.1 [m/s]
PHE16X10NHAK-A1.2 [m/s]0.1 [m/s]
PHE16X10NHFD-A1.2 [m/s]0.1 [m/s]
PHE16X10NHFS-A1.2 [m/s]0.1 [m/s]
PHE16X10NHFK-A1.2 [m/s]0.1 [m/s]
PHE16X10NMDD-A2.2 [m/s]0.8 [m/s]
PHE16X10NMDS-A2.2 [m/s]0.8 [m/s]
PHE16X10NMDK-A2.2 [m/s]0.8 [m/s]
PHE16X10NMAD-A2.2 [m/s]0.8 [m/s]
PHE16X10NMAS-A2.2 [m/s]0.8 [m/s]
PHE16X10NMAK-A2.2 [m/s]0.8 [m/s]
PHE16X10NMFD-A2.2 [m/s]0.8 [m/s]
PHE16X10NMFS-A2.2 [m/s]0.8 [m/s]
PHE16X10NMFK-A2.2 [m/s]0.8 [m/s]
PHE16X10NSDD-A3.5 [m/s]1.8 [m/s]
PHE16X10NSDS-A3.5 [m/s]1.8 [m/s]
PHE16X10NSDK-A3.5 [m/s]1.8 [m/s]
PHE16X10NSAD-A3.5 [m/s]1.8 [m/s]
PHE16X10NSAS-A3.5 [m/s]1.8 [m/s]
PHE16X10NSAK-A3.5 [m/s]1.8 [m/s]
PHE16X10NSFD-A3.5 [m/s]1.8 [m/s]
PHE16X10NSFS-A3.5 [m/s]1.8 [m/s]
PHE16X10NSFK-A3.5 [m/s]1.8 [m/s]
PHE16X10NWDD-A5.0 [m/s]3.0 [m/s]
PHE16X10NWDS-A5.0 [m/s]3.0 [m/s]
PHE16X10NWDK-A5.0 [m/s]3.0 [m/s]
PHE16X10NWAD-A5.0 [m/s]3.0 [m/s]
PHE16X10NWAS-A5.0 [m/s]3.0 [m/s]
PHE16X10NWAK-A5.0 [m/s]3.0 [m/s]
PHE16X10NWFD-A5.0 [m/s]3.0 [m/s]
PHE16X10NWFS-A5.0 [m/s]3.0 [m/s]
PHE16X10NWFK-A5.0 [m/s]3.0 [m/s]
PHE16X10LHDD-A1.2 [m/s]0.1 [m/s]
PHE16X10LHDS-A1.2 [m/s]0.1 [m/s]
PHE16X10LHDK-A1.2 [m/s]0.1 [m/s]
PHE16X10LHAD-A1.2 [m/s]0.1 [m/s]
PHE16X10LHAS-A1.2 [m/s]0.1 [m/s]
PHE16X10LHAK-A1.2 [m/s]0.1 [m/s]
PHE16X10LHFD-A1.2 [m/s]0.1 [m/s]
PHE16X10LHFS-A1.2 [m/s]0.1 [m/s]
PHE16X10LHFK-A1.2 [m/s]0.1 [m/s]
PHE16X10LMDD-A2.2 [m/s]0.8 [m/s]
PHE16X10LMDS-A2.2 [m/s]0.8 [m/s]
PHE16X10LMDK-A2.2 [m/s]0.8 [m/s]
PHE16X10LMAD-A2.2 [m/s]0.8 [m/s]
PHE16X10LMAS-A2.2 [m/s]0.8 [m/s]
PHE16X10LMAK-A2.2 [m/s]0.8 [m/s]
PHE16X10LMFD-A2.2 [m/s]0.8 [m/s]
PHE16X10LMFS-A2.2 [m/s]0.8 [m/s]
PHE16X10LMFK-A2.2 [m/s]0.8 [m/s]
PHE16X10LSDD-A3.5 [m/s]1.8 [m/s]
PHE16X10LSDS-A3.5 [m/s]1.8 [m/s]
PHE16X10LSDK-A3.5 [m/s]1.8 [m/s]
PHE16X10LSAD-A3.5 [m/s]1.8 [m/s]
PHE16X10LSAS-A3.5 [m/s]1.8 [m/s]
PHE16X10LSAK-A3.5 [m/s]1.8 [m/s]
PHE16X10LSFD-A3.5 [m/s]1.8 [m/s]
PHE16X10LSFS-A3.5 [m/s]1.8 [m/s]
PHE16X10LSFK-A3.5 [m/s]1.8 [m/s]
PHE16X10LWDD-A5.0 [m/s]3.0 [m/s]
PHE16X10LWDS-A5.0 [m/s]3.0 [m/s]
PHE16X10LWDK-A5.0 [m/s]3.0 [m/s]
PHE16X10LWAD-A5.0 [m/s]3.0 [m/s]
PHE16X10LWAS-A5.0 [m/s]3.0 [m/s]
PHE16X10LWAK-A5.0 [m/s]3.0 [m/s]
PHE16X10LWFD-A5.0 [m/s]3.0 [m/s]
PHE16X10LWFS-A5.0 [m/s]3.0 [m/s]
PHE16X10LWFK-A5.0 [m/s]3.0 [m/s]
PAE16X10NHDD-A5.0 [m/s]0.1 [m/s]
PAE16X10NHDS-A5.0 [m/s]0.1 [m/s]
PAE16X10NHDK-A5.0 [m/s]0.1 [m/s]
PAE16X10NHAD-A5.0 [m/s]0.1 [m/s]
PAE16X10NHAS-A5.0 [m/s]0.1 [m/s]
PAE16X10NHAK-A5.0 [m/s]0.1 [m/s]
PAE16X10NHFD-A5.0 [m/s]0.1 [m/s]
PAE16X10NHFS-A5.0 [m/s]0.1 [m/s]
PAE16X10NHFK-A5.0 [m/s]0.1 [m/s]
PAE16X10LHDD-A5.0 [m/s]0.1 [m/s]
PAE16X10LHDS-A5.0 [m/s]0.1 [m/s]
PAE16X10LHDK-A5.0 [m/s]0.1 [m/s]
PAE16X10LHAD-A5.0 [m/s]0.1 [m/s]
PAE16X10LHAS-A5.0 [m/s]0.1 [m/s]
PAE16X10LHAK-A5.0 [m/s]0.1 [m/s]
PAE16X10LHFD-A5.0 [m/s]0.1 [m/s]
PAE16X10LHFS-A5.0 [m/s]0.1 [m/s]
PAE16X10LHFK-A5.0 [m/s]0.1 [m/s]
PSE16X15NHDD-A1.2 [m/s]0.1 [m/s]
PSE16X15NHDS-A1.2 [m/s]0.1 [m/s]
PSE16X15NHDK-A1.2 [m/s]0.1 [m/s]
PSE16X15NHAD-A1.2 [m/s]0.1 [m/s]
PSE16X15NHAS-A1.2 [m/s]0.1 [m/s]
PSE16X15NHAK-A1.2 [m/s]0.1 [m/s]
PSE16X15NHFD-A1.2 [m/s]0.1 [m/s]
PSE16X15NHFS-A1.2 [m/s]0.1 [m/s]
PSE16X15NHFK-A1.2 [m/s]0.1 [m/s]
PSE16X15NMDD-A2.2 [m/s]0.8 [m/s]
PSE16X15NMDS-A2.2 [m/s]0.8 [m/s]