关于罗斯蒙特仪表阀组
仪表阀组是一种过程连接系统，可为各种压力测量应用提供隔离、排放和平衡。
仪表阀组是一种过程连接系统，可为各种压力测量应用提供隔离、排放和平衡。
仪表阀组是一类为各类压力测量应用提供隔离、排放和平衡的过程连接系统。阀组通常与其他测量仪表共同使用，包括压力变送器、压力计或其他任意压力感应设备。
Rosemount Coplanar manifolds attach directly to patented Rosemount Coplanar pressure transmitters, eliminating the need for a flange which results in fewer leak points, cost reduction, and material reduction. This lightweight premium manifold is available in 2-, 3- and 5-valve configurations which allow for instrument isolation and controlled venting to ensure measurement integrity.
Rosemount in-line manifolds provide process isolation and drain/vent capabilities. They also feature various instrumentation and process connection types. In-Line Manifolds are typically used with, but not limited to, in-line style Rosemount pressure transmitters and gauges.
Rosemount conventional style manifolds are designed to be used with applications that require a flange. Conventional manifolds are available in traditional and wafer styles including various types of valving configurations. This product is designed for multivariable, static, and differential pressure transmitters.
Rosemount R305 and R306 enhanced manifolds feature Pressure-Lock™ Valve technology which offers simplified operation, enhanced reliability, and increased operating safety. Enhanced manifolds also contain a large internal process bore to resist plugging. Enhanced manifolds are available in Coplanar and in-line connection styles. This product is compatible with all Rosemount pressure transmitters.
Emerson has redesigned the traditional manifold with the user in mind – adding new features to help simplify operation, increase operator safety and enhance reliability. Learn how Rosemount R305 and R306 Enhanced Manifolds were developed to meet the needs of today’s challenging applications.
Emerson has redesigned the traditional manifold with the user in mind – adding new features to help simplify operation, increase operator safety and enhance reliability. Learn how Rosemount R305 and R306 Enhanced Manifolds were developed to meet the needs of today’s challenging applications.
