Manifolds Instrumentation Title Here Process Valve and Manifold Solutions H Series Product Range

PROCESS INSTRUMENTATION VALVE AND MANIFOLD SOLUTIONS Introduction The top five target markets for Parker Instrumentation are shown below, but Parker manifold solutions are suitable for the widest range of process measurement and control applications in a diverse spectrum of industries. Welcome to the Parker Superior Advantage for your process to instrument hook ups. Wholly designed and manufactured from decades of development, experience and knowledge from within our ISO 9000 compliant UK facility, the Parker H-series valve and manifold solutions range enjoys world leading recognition for quality,...

General Technical Information Design General information - materials of construction All valves and manifolds are designed to meet the pressure and temperature ratings of ANSI B16.34 Class 2500/Class 4500 as applicable, limited only by selection of gland packing materials. Conformity to the recommendations of MSS SP-99 is also assured. Relevant codes, standards and specifications Code/Specification Mating dimensions between differential pressure (type) measuring instruments Power Piping Specification for Pipeline Valves Valves - Flanged, Threaded and Welding End Pipe Flanges and Flanged Fittings...

Connections Introduction Parker valve and manifold products are available with a wide array of connection types and sizes. These products are manufactured at the highest quality to applicable standards, utilising state of the art machinery and processes backed by decades of expertise. As standard, manifolds are offered with PTFree connectTM style solutions to the inlet connections for direct mount types and also to the outlet connections for remote mount types. Other ports (such as vent) are also offered with Parker Instrumentation’s unique PTFree connectTM solution. Some manifold types can be...

Connections Other connections Tube end dimensional data Inches Straight Thread Straight Thread Tapered Pipe Threads - Male and Female NPT Tapered Thread NPT Tapered Thread conforming to ASME B1.20.1 with enhanced manufacturing tolerance for optimal assembly and inspected by three step gauging with Parker enhanced tolerancing to ANPT requirement per ASTM SAE AS71051. Parallel Pipe Threads - Male and Female Weld Connections Many users desire the elimination of taper threads and their associated sealant. The PTFree connect™ system enables users to assemble tube lines to any of the manifold ports...

Bonnet Assemblies Transmitter flange connections - DIN/IEC 61518 Standard bonnet design Class 2500 (6,000 PSI) and Class 4500 (10,000 PSI) As standard, Parker manifolds have inlet and outlet interface connections in full accordance with DIN/IEC 61518. For the Manifold to Transmitter interface, the type B connection is standard, type A is optionally available. gas or vapours. The maximum allowable temperature of 120°C (248°F) considers the requirement that manifolds and transmitters need to be protected against undue heating by hot media. This requirement should be achieved by using adequate hook-ups...

Bonnet Assemblies Fire safe bonnet design - Class 2500 (6,000 PSI) Larger bore bonnet design Class 2500 (6,000 PSI) and Class 4500 (10,000 PSI) 6mm seat orifice size, allowing the provision of larger 5mm or 6mm flow passages Ideal for applications with dirtier/denser service media and/or those prone to blocking in small bore installations Can enhance other aspects of performance and measurement accuracy Will result in the use of larger body material sizes Not possible for all styles and types of product All other technical information remains unchanged from standard Power plant bonnet design...

Bonnet Assemblies Low emission bonnet design Rising plug bonnet design Features • HRPV valve is unique to Parker and is patentprotected • Non-rotating plug/tip • Dynamic response moulded seat insert with guaranteed alignment • Standard straight through orifice size: 1/4” (6.4mm) • Cv: 1.8 • Rolled spindle operating threads • Straight through flow path • Multi-port gauge style available as standard. Other styles can be considered - please consult the factory • Bi-directional flow • Backstop spindle for blowout prevention and minimal atmospheric leakage • Low torque operating T bar handle • Externally...

Bonnet Assemblies Bonnet assembly options Low emission bonnet design Reference 1 Gland packing adjuster Gland adjuster lock nut Thrust bush Gland packing (adjustable) Valve bonnet Anti blow-out spindle Anti extrusion ring Elastomeric o-ring (stem seal) Anti-extrusion ring Elastomeric o-ring (body seal) Positive handle retention Graphite packing PTFE packing 6,000 PSI (414 bar) standard PTFE packing 6,000 PSI (414 bar) standard Graphite packing Available as a factory fit or as retrofit, these useful bonnet assembly options are provided in all 316 Stainless Steel material. For locking options padlocks...

Hand Valves & Gauge Valves Hand Valves - HNV Series Straight pattern Following years of valve design and development, the Parker needle pattern hand and gauge valves range is one of the most comprehensive to be found. The valves are available to users from a wide market spectrum and are suitable for all industries and applications. HNV* - Integral A-LOK® connections - up to 6,000 PSI Inlet In combination with Parker A-LOK or CPI compression tube fitting technologies, a superior advantage is gained allowing users to eliminate threaded connections and reduce leak paths whilst offering superior...

Hand Valves - HNAV Series Gauge Valves - HNVV Series Angle pattern Single block gauge vent valves HNAV* - Integral A-LOK® connections - up to 6,000 PSI Inlet Generally used in conjunction with the measuring instrument, these valves allow for the function of venting/draining any process media that may be trapped, following isolation of the instrument for maintenance and/or removal purposes. Example shown: HNVV single block gauge vent valve with Parker Superior Advantage integral inverted A-LOK® tube connections to inlet and outlet and with Parker PTFree connectTM to the vent. HNAV* - Integral...