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An SP76 Carrier Gas Manifold Design For a Process GC

An SP76 Carrier Gas Manifold Design For a Process GC. ABB Process Analytics Tracy Dye. IFPAC 2008 Baltimore. Parker Hannifin Steve Doe. The Problem. Multiple stacked oven design restricted access from above Carrier gas manifold needed to be serviced from the front.

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An SP76 Carrier Gas Manifold Design For a Process GC

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  1. An SP76 Carrier Gas Manifold Design For a Process GC ABB Process Analytics Tracy Dye IFPAC 2008 Baltimore Parker Hannifin Steve Doe

  2. The Problem • Multiple stacked oven design restricted access from above • Carrier gas manifold needed to be serviced from the front • Bent tubing runs required for traditional manifold design • Labor intensive • Non-standard design, higher engineering costs

  3. The Solution • Carrier gas and purge air regulators of SP76 design • Modular manifold that scales up easily from 1 to 5 zones

  4. Multiple bent tubing runs Multiple fitting points The Results From this … • Multiple potential leak points • Service access to regulators and gauges from above • High labor and material content • Non-standard engineering design

  5. All straight, pre-fab tube runs Limited fitting points The Results To this … • Fewer potential leak points • Easy access to regulators and gauges from the front • Lower labor costs (no tube bends), lower material (less tubing) • Standard, modular engineering design

  6. Traditional Design

  7. SP76 Design

  8. Standard single carrier zone Gauge w/ pipe thread Standard single purge air zone 4 fastener, SP76 design Carrier feed-thru SP76 Carrier Gas and Purge Manifold Design

  9. SP76 Carrier Gas and Purge Manifold Design Easy assembly and disassembly of the carrier gas feed-thru

  10. SP76 Carrier Gas and Purge Manifold Design

  11. Access to the regulators and gauges from the top is not required Regulators and gauges are serviceable from the front SP76 Carrier Gas and Purge Manifold Design

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