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Der Kataloginhalt muss ganz durchgelesen werden, um sicherzustellen, dass der Systementwickler und der Benutzer eine sichere Produktauswahl treffen. Bei der Auswahl von Produkten muss die gesamte Systemanordnung berücksichtigt werden, um eine sichere, störungsfreie Funktion zu gewährleisten. Der Systemdesigner und der Benutzer sind für Funktion, Materialverträglichkeit, entsprechende Leistungsdaten und Einsatzgrenzen sowie für die vorschriftsmäßige Handhabung, den Betrieb und die Wartung verantwortlich.

⚠ Warnung: Swagelok-Produkte oder -Bauteile, die nicht den industriellen Entwicklungsnormen entsprechen, einschließlich Swagelok Rohrverschraubungen und Endanschlüsse nicht durch die anderer Hersteller austauschen oder mit den Produkten oder Bauteilen anderer Hersteller vermischen.

  • API Plan 14 Flush, Combination of Plans 11 & 13

    API Plan 14 combines Plan 11 and Plan 13. Flow is recirculated from the pump discharge into the seal chamber and from the seal chamber to the pump suction. Fluid flow is increased since the seal chamber is continuously vented, leading to higher cooling capacity. API Plan 14 Kit components shown s...

  • API Plan 21 Cooled Flush

    API Plan 21 adds a cooler to Plan 11 for applications requiring better control of flush vapor margin. Flow is routed from the discharge side of the pump through an orifice and a cooler before being returned to the seal chamber. API Plan 21 Kit components shown solid and include some optional comp...

  • API Plan 22 Cooled Flush with Strainer

    API Plan 22 adds a strainer to Plan 21. Flow is routed from the discharge side of the pump, through a strainer, an orifice, and a cooler before being returned to the seal chamber. The addition of pressure gauges on either side of the strainer allows the strainer to be monitored for servicing. In dry...

  • API Plan 23 Cooled Flush, Recirculated through Seal Chamber

    < Back to Process Side Plans API Plan 23 utilizes a circulation device, typically a pumping ring, to route the fluid from the seal chamber through a cooler before returning the cooled fluid to the seal chamber. A throat bushing isolates the cooled seal chamber flush fluid from the hotter pumped liq...

  • API Plan 31 Flush with Cyclone Separator

    API Plan 31 is used to remove solids from the flush stream by incorporating a cyclone separator into the flush tubing. Flow is routed from the discharge side of the pump through the cyclone separator. Clean flush fluid leaving the separator is routed to the seal chamber while fluid containing the so...

  • API Plan 41 Cooled Flush with Cyclone Separator

    API Plan 41 is a cooled version of Plan 31. Solids are removed from the flush fluid by incorporating a cyclone separator. Flow is routed from the discharge side of the pump through the cyclone separator. Clean flush fluid leaving the separator is routed through a cooler before being returned to the ...

  • Mechanical Seal Design Principles & Basics

    Better by Design: Swagelok Seal Support Systems Swagelok leverages deep fluid system expertise to design and construct simple-to-configure, easy-to-maintain,and safe-to-operate seal support systems. If you are tasked with keeping rotating equipmentonline and operating efficiently, you will find tha...

  • Fluid System Assembly Service FAQs

    Fluid System Assembly Service FAQs   What Are the Main Components of Fluid System Design? Fluid systems can vary dramatically depending on the application, from hydraulic or pneumaticsystems- along with systems that handle real, ideal, Newtonian & non-Newtonian fluids. Regardless of the exact ap...

  • Hydrogen Tubing System Training

    The Swagelok ® Tubing System Training Program, Hydrogen Applications One of the most formidable challenges in the development of safe, dependable, and leak-tight hydrogen fluid systems is the nature of hydrogen itself. Hydrogen is a small-molecule gas that can easily escape through the tiniest of c...

  • The Swagelok® Tubing System Design Elements, Hydrogen Applications

    The Swagelok ® Tubing System Design Elements, Hydrogen Applications One of the most formidable challenges in the development of safe, dependable, and leak-tight hydrogen fluid systems is the nature of hydrogen itself.  Designing tubing systems to overcome these challenges requires the right compone...

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