Swagelok® Druckregler
Für den sicheren Betrieb von Fluidsystemen sind industrielle Druckregler unverzichtbar. Die Druckregler von Swagelok bieten eine konstante und präzise Leistung für den sicheren und wirtschaftlichen Betrieb Ihrer Fluidsysteme. Mit einem weltweiten Expertennetzwerk und kompetenten Field Engineers bietet Swagelok sowohl Qualitätsprodukte als auch wertvolles Know-how zur Druckoptimierung in kritischen Anwendungen und kann so Zuverlässigkeit und Unterstützung für Industrieexperten weltweit gewährleisten.
Finden Sie den besten Druckregler für Ihre BedürfnisseDie Druckregler von Swagelok bieten konstante, präzise und dauerhafte Leistung für Branchenexperten. Sie werden nach strengen Standards konstruiert, gefertigt, montiert und geprüft, um dem Ruf von Swagelok in puncto kompromissloser Qualität gerecht zu werden. Unser umfassendes Portfolio an Druckreglern sorgt für ein effektives Druckmanagement bei unterschiedlichen Durchflussmengen und Anwendungen und trägt so zu einem sicheren, zuverlässigen und kosteneffizienten Betrieb von Fluidsystemen bei.
Unsere Produktpalette umfasst Regler für die Analysen- und Messtechnik (Serie K) für eine präzise Kontrolle in der Prüftechnik, Prozessdruckregler (Serie Process Regulator und Serie RHPS) für groß angelegte industrielle Anwendungen, hochreine Gasregler für hohe Durchflussraten (Serie HF) für saubere Prozesse, Verdampfungsdruckregler (Serie KEV und Serie KSV) für die Probenvorbereitung, Gasflaschen-Umschaltregler (Serie KCM) für den kontinuierlichen Gasfluss und Regler zur Schutzgasüberlagerung für die sichere Lagerung gefährlicher Flüssigkeiten.
Probleme bei der Druckregelung sind häufig auf eine falsche Produktauswahl zurückzuführen. Unsere Beraterinnen und Berater verfügen über das technische Know-how, um Sie bei der Dimensionierung von Komponenten, der Werkstoffauswahl, der Fehlerbehebung vor Ort sowie der Systemauslegung zu unterstützen. So sind Sie in der Lage, den zuverlässigen Betrieb Ihrer unter Druck stehenden Fluidsysteme zu gewährleisten. Mit dem umfassenden Angebot an Druckreglern von Swagelok und der Unterstützung unserer Experten können Sie Ihre Ziele sicher erreichen.
레귤레이터 카테고리
Regulators Catalogs
Whether you need to maintain pressure downstream or upstream in an analytical or instrumentation setting (K series) or control pressure in a challenging industrial environment (RHPS series), a high-purity, high-flow application (HF series), or a system with storage tanks containing hazardous fluids (tank blanketing), we have a configuration to meet your needs. Find detailed product information, including materials of construction, pressure and temperature ratings, options, and accessories in the product literature provided here.
압력 레귤레이터에는 한 편으로 스프링(아래에 표시) 또는 가스 압력에 의해 생성되는 하중의 힘(FS)을 받는 감지 요소(피스톤 또는 다이어프램)가 있습니다. 다른 한 편에서 감지 요소는 시스템 유체의 힘(F)에 영향을 받습니다.
Swagelok offers pressure-reducing and vapor recovery (back-pressure) tank blanketing regulators for systems requiring an inert gas in the vapor space of a storage tank.
HF 시리즈; 최대 유량이 200 std L/min 인 소형 크기; 최대 입구 압력은 500 psig (34.4 bar); 출구 압력은 150 psig (10.3 bar) 까지 수동 조절가능; 초고순도 사양에 적합한 316L VIM-VAR 스텐레스강 몸체; 1/4 in. VCR® 피팅, 1/4 in. 튜브 맞대기 용접, 1.5 in. 및 1.125 in. 블럭 조립식 연결구
특징: 정확한 압력 제어, 탬퍼 프리 설계, 고순도 설계, 프리셋 및 조정 가능한 돔 부하 모델
감압용 모델; 역압용 모델; 스프링 작동식, 돔 작동식 및 공기 작동식; 1/4 ~ 4인치 연결구; 최대 사용 압력 10 150 psig (700 bar); 온도 –20 ~ 80 ºC (–4 ~ 176 ºF)
Need Help Selecting the Right Regulators?
Compare the performance of different regulators under varying application conditions with our regulator flow curve generator tool.
Find the Right RegulatorSwagelok Resources Curated for You
Managing Supply Pressure Effect (SPE) in a Regulator
Supply pressure effect, also known as dependency, is an inverse relationship between inlet and outlet pressure variables within a regulator. Learn how to manage this phenomenon in your pressure regulators with tips from Swagelok.
How to Minimize Droop
Droop, or the decrease in outlet pressure as downstream flow increases, can be an issue for all regulators. Watch this video to discover considerations for minimizing droop in a pressure-reducing regulator.
Heated Regulators (KEV Series) Solution Spotlight
Discover how the reliable Swagelok® KEV Series Heated Regulator for analytic sampling systems responds to changes in operator inputs, ambient temperatures, and other operating conditions to deliver consistent, reliable performance.
How to Use a Regulator to Reduce Time Delay in an Analytical Instrumentation System
Time delay is often underestimated or misunderstood in analytical systems. One way to mitigate this delay is with a pressure-controlled regulator. Learn how to manage your analytical system’s time delay with these tips.
From laboratory benches to busy manufacturing facilities and commercial fueling stations, industrial pressure regulators play a crucial role in ensuring fluids are contained and transferred under optimal pressures. If pressure cannot be properly controlled in these applications, test results may be invalidated, processes may be disrupted, equipment may be damaged, and personnel may be put at risk. You need to know the regulators in your system will consistently and accurately maintain pressure levels over extended operating lifespans—all without requiring frequent maintenance, repair, or replacement.
Swagelok pressure regulators provide the consistent, accurate, and lasting performance needed to operate fluid systems safely, reliably, and cost-effectively.
Learn How Regulators Perform
Swagelok has advisors on fluid systems located at authorized sales and service centers around the world to provide local support in choosing between a spring-loaded, a dome-loaded, or one of the many other available regulator configurations. These advisors can also help diagnose regulator problems and customize and build fluid systems that include regulators such as a gas distribution system.
Find out more about these services as well as related training classes available from Swagelok