Ohio Valley Industrial Services

Parker IntraFlow™ Modular Systems

Introduction to Serious Simplicity
Parker IntraFlow™ substrate fittings have been developed specifically for analytical, lab and other complex general purpose instrumentation flow control systems. ISA/ANSI SP76.00.02 compliant, Parker IntraFlow™ fittings provide maximum flexibility with minimal space requirements. All flowpaths, regardless of direction, are maintained on a single plane within the system as there are no lower level manifold blocks required. Contiguous fitting flow paths are intra-connected with slip fit pressure connectors, while a threaded pegboard provides connection force and rigidity when fittings are mounted with cap screws. System assembly couldn't be simpler: a 5/32" hex head wrench is all you need to build with Parker IntraFlow™

Design Features:

System size is reduced as much as 75% compared with conventionally plumbed systems, drastically reducing panel space, internal volume and purge times
Compliant with ISA/ANSI SP76.00.02 open architecture standards
Complex system assembly was never easier!
No tube benders or cutters required, and no welding. All that's needed to assemble is a 5/32" hex head wrench!
Every component on your Parker IntraFlow™ system can be reused when upgrading with emerging NeSSI Generation 2 & 3 technologies
All flow paths are on the same plane: Parker IntraFlow™ eliminates lower level manifolds to minimize system weight and leak potentials
Whether mounting a fitting to the standard 1/8" pegboard or a have to the fitting, the same 10-32 x 1/2" SHCS is the only screw required

Specifications:

Pressure Rating:
- Vacuum to 500 psig (34 bar) CWP
Temperature Ratings:
- Fluorocarbon Rubber
  - -15°F to 400°F (-26°C to 204°C)
- Buna-N Rubber
- Ethylene Propylene Rubber
- Neoprene Rubber
- Highly Fluorinated Fluorocarbon Rubber

Heated Systems
Conventionally fabricated heated systems typically utilize convection heaters inside an insulated enclosure. Parker IntraFlow™ systems deliver the heat through conduction directly where it's needed: within 5/32" of the actual fluid flowpath. Replacing the standard 1/8" thick pegboard with a 1/2" thick internally channeled plate, electric heat cartridges are easily inserted to heat fluid to desired temperatures. A steam heat ported pegboard is also available.

Design Features

Heated pegboard is interchangeable with non-heated pegboard and easily converted
Heat is applied through conduction directly to the base of the fitting, increasing heat efficiency
Commercially available standard general purpose heater cartridges insert and connect directly into the pegboard via 1/8" FNPT connections
Class I, Division 2 compliant cartridges are available with direct connect conduit connections
Parker Multitube® heat traced tube bundles are available for sample delivery to IntraFlow™ systems. Multi-zone controllers are capable of integrating all control at one source
Steam heat channeled pegboards are also available

Electric Specifications

120 or 240 VAC, 50/60 Hz
40, 50, 75 watt cartridges
T-3 temperature rating
General purpose 1/4" nominal cartridge with 1/8" FNPT threaded connection
Class 1, Division 2 Group E,F,G cartridges with 1/2" FNPT conduit connector thread

Steam Specifications

1/8" FNPT supply and return connection ports
600 psig (41 bar) maximum steam pressure
Maximum temperature capability determined by system o-ring selection