Swagelok® Process Interface Valves (Double Block and Bleed)
Swagelok process interface valves enable a smooth transition from the process piping system to instrumentation in a single configuration, providing fewer potential leak points, lower installed weight, and a smaller space envelope.
Request More InformationCommonly used in the oil and gas, chemical and refining, and power generation markets, Swagelok process interface valves (double block and bleed valves) can be used at process piping installation points, in vents or drains, at chemical injection and sampling points, directly mounted to instruments, for close coupling of instruments, for double block and bleed isolation, or in extreme service applications.
Swagelok process valves have up to 75% lower installed weights and smaller footprints compared to assemblies featuring multiple valves and fittings, and they have fewer potential leak points. They also provide reduced installation time, reduced vibration stress, and reduced fugitive emissions (low emissions options per API 641, API 624, ISO 15848-1, ISO 15848-2 available), as are designs featuring materials listed in accordance with NACE MR0175/ISO 15156 for sour gas service. Integral Swagelok tube fitting connection options are also available.
The Swagelok family of process interface valves includes:
- One-piece forged body valves (VB04 and VS04 series)
- Three-piece bolted body valves (VS03 series)
- Process monoflanges (MS series)
Single block and bleed, block combinations, and block and bleed globe valve modules are also available.
Specifications
| Working Pressures | Class 150 to class 2500, up to working temperatures listed below, in accordance with ASME B16.5 Refer to product catalog for specific pressure ratings |
| Working Temperatures | –58 to 400°F (–50 to 204°C) for stainless steel and duplex valve assemblies Refer to product catalog for specific temperature ratings |
| Sizes Available Include | 1, 1 1/2, and 2 in. (25, 38, and 50 mm) bore size—VS03 series 3/8 in. (9.5 mm) bore size—VS04 series 1/2 and 3/4 in. (14 and 20 mm) bore size—VB04 series |
Process Interface Valves Catalogs
Locate detailed product information, including materials of construction, pressure and temperature ratings, options, and accessories.
Features: stainless steel, carbon steel, and duplex stainless steel materials; pressure ratings in accordance with ASME B16.5; flanged connections compatible with ASME B16.5; ball valve bore sizes from 3/8 to 2 in. (9.5 to 50.8 mm)
Calculate Flow Rate for the Right Valve Selection
Use our valve flow coefficient (Cv) calculator to choose a valve sized correctly for your needs.
Use the ToolRecursos Swagelok Elaborados para Vd.
Cómo Aislar Sistemas de Fluidos Industriales con Válvulas de Cierre
El aislamiento de las líneas de los sistemas de fluidos industriales antes del mantenimiento es vital para la seguridad de planta. Una de las formas más seguras de aislar una línea de un sistema de fluidos es instalar dos válvulas de cierre. Aprenda cómo diseñar configuraciones adecuadas a su sistema.
Cómo Seleccionar las Válvulas Adecuadas para los Sistemas de Fluidos Industriales
Vea cómo aplicar el práctico método STAMPED para seleccionar las válvulas más adecuadas para sus aplicaciones de diseño de fluidos industriales o de sistemas de toma de muestra.
Medición de Proceso — Mejores Prácticas en las Líneas de Impulso
Puede ser difícil identificar problemas en la aplicación de instrumentación de proceso si solo se tiene en cuenta el transmisor. Aprenda cómo solucionar problemas en la línea de instrumentación de proceso gracias a los consejos y mejores prácticas de Swagelok.
Consejos para Mantener una Muestra Representativa en un Sistema de Instrumentación Analítica
Mantener una muestra representativa en un sistema de instrumentación analítica puede ser difícil. Aprenda cómo identificar los problemas más importantes y evitar las complicaciones derivadas de una muestra de representatividad en riesgo por parte de los expertos de Swagelok.
