Parker’s close-coupled valve is designed to improve overall system performance, reliability and safety by eliminating impulse lines and connections. The range includes three main assembly types, each of which can reduce the number of potential leak paths by as much as 85%.  Every Parker CCIMS solution offers a choice of instrumentation connection styles, including single ferrule or Parker A-LOK double ferrule compression type end connections, as well as NPT threaded connections.

Markets:
• Oil and Gas Offshore
• Oil and Gas Onshore
• Petrochemical
• Chemical

Features/Benefits: CCIMS Flow Measurement
This assembly combines an instrument manifold and a piping isolation valve interface and is designed for direct-mounting differential pressure transmitters to orifice carriers and flanges in a close-coupled installation. Key features include:

• Only 5 connections
• Straight-through flow path
• Unique ‘PhasFit’ interlocked

Features/Benefits: CCIMS Monoflange
This assembly integrates an instrument manifold with a piping isolation monoflange and is designed for direct-mounting static pressure transmitters in a close-coupled installation. Key features include:

• Only 2 connections
• Reduced length flow path

Features/Benefits: CCIMS Level-flange
This assembly also integrates an instrument manifold with a piping isolation monoflange, but is specifically designed for direct-mounting differential pressure transmitters in a close-coupled liquid level installation. Key features include:

• Only 4 connections
• Reduced length flow path

Applications:
• Instrument isolation
• Inline process isolation