Swagelok® Flow Sensors (FV4 Series)
Receive precise gas flow measurements with the reliable operation of Swagelok® FV4 series flow sensors.
Ask for Further DetailsUtilize Swagelok® FV4 series flow sensors to precisely monitor variations in gas system flow. These sensors feature a snap-action float mechanism with a calibrated orifice that moves vertically within the float guide, enabling precise actuation for accurate gas flow detection as the flow rate changes. The embedded magnet in the float above the orifice alternates electrical continuity between the leads on a nearby reed switch, thereby detecting flow fluctuations.
Constructed entirely of welded 316L stainless steel, these sensors offer robust durability and secure fluid containment. Additionally, the replaceable switch assembly located outside the flow path facilitates straightforward maintenance. The FV4 series flow sensors are designed to withstand working pressures up to 5000 psig (344 bar).
Flow Sensor Specifications
| Material | 316L SS |
| Temperature | –40 to 175°F (–40 to 79°C) |
| Working Pressure | Up to 5000 psig (344 bar) |
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Flow Sensor Catalogs
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Features: Senses increasing or decreasing flow in gas systems; Actuates an electrical switch at a predetermined flow range; Welded 316L SS construction; Working pressures up to 5000 psig (344 bar)
圧縮ガス漏れ検出サービス
圧縮ガスの漏れを特定して数値化することで、排出物の削減、安全性、コスト、生産性の向上などに基づいて、重要な問題から優先して取り組むことができます。
漏れ検出サービスの詳細を見る関連資料／コラム記事
流体システムの漏れの一般的な原因とコスト
プラントにおける流体システムの漏れは、珍しいことではありません。漏れが発生する原因とメカニズム、漏れの発生場所を特定して検査する方法、さらに最終的にはプラント全体で漏れを削減する方法を紹介します。
ブロック・バルブで一般産業用流体システムを遮断する方法
一般産業用流体システムのメンテナンスを行う際は、プラントの安全を確保するため、事前にラインを遮断する必要があります。流体システム・ラインを安全に遮断できる方法のひとつは、2個のブロック・バルブを並べて取り付ける方法です。今回は、システムに最適な構成を設計する方法を紹介します。
샘플링 시스템 정확성과 관련된 주의사항
산업용 샘플링 시스템에서 샘플의 정확성과 대표성을 확보하는 데 필요한 주의사항을 소개합니다.
공정 측정 – 임펄스(Impulse) 라인 모범 사례
공정 계장 애플리케이션에서 발생하는 문제는 전달 체계(transmitter)에만 집중해서는 파악하기 어렵습니다. Swagelok의 모범 사례와 팁을 통해 공정 계장 라인의 문제를 해결하는 방법에 대해 알아보십시오.