Amine sweetening circuit concept

Illustrative support frame; foundations and structural design vary.

Hollow vertical enclosure with separate gas, solvent and access openings. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow lower head with separate closed sump marker; original schematic profile. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow upper head with top gas passage; original schematic profile. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate drilled access flange with no rated closure. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Solid closed cover; model reveal is no access permission or procedure. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Annular gasket location; no compression or seal evidence. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Access-boundary envelope with an actual hollow passage. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate visual branch marker; not a metered liquid orifice or tested distributor. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open annular distributor-location marker above contacting zones. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular flange; hole pattern and class unspecified. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open lean-amine inlet boundary; no line design or selected connection. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Annular support-location ring beneath an open contacting zone. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Closed lower marker; no drain, pressure boundary fabrication or procedure. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Annular upper zone marker; no bed compression or restraint design. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate overhead entrainment-control location marker; no removal efficiency. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate overhead entrainment-control location marker; no removal efficiency. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate overhead entrainment-control location marker; no removal efficiency. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate overhead entrainment-control location marker; no removal efficiency. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate overhead entrainment-control location marker; no removal efficiency. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate overhead entrainment-control location marker; no removal efficiency. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular flange; hole pattern and class unspecified. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open rich-amine outlet boundary; no line design or selected connection. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Annular base with actual anchor-location bores. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular flange; hole pattern and class unspecified. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open sour-gas inlet boundary; no line design or selected connection. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth illustrative stud; no threads or preload. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow raised support-location marker. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular flange; hole pattern and class unspecified. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open treated-gas outlet boundary; no line design or selected connection. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate open-lattice contacting marker, with clear spaces between members. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Annular support-location ring beneath an open contacting zone. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Annular upper zone marker; no bed compression or restraint design. Invented teaching proportions only; no hydraulic, mass-transfer, pressure, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Drilled illustrative flange, without a qualified pressure joint. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Solid cover; section control is no permission or procedure for entry. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Gasket position only; no seal or compression result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow access-boundary envelope. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Smooth location marker; no thread, preload or opening instruction. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Closed static lower boundary; no drain or vessel-opening method. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open, perforated contacting-location marker; no actual tray sizing, downcomer or hydraulic result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open, perforated contacting-location marker; no actual tray sizing, downcomer or hydraulic result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open, perforated contacting-location marker; no actual tray sizing, downcomer or hydraulic result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open, perforated contacting-location marker; no actual tray sizing, downcomer or hydraulic result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open, perforated contacting-location marker; no actual tray sizing, downcomer or hydraulic result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Partial raised rim marker. It does not define an operating weir, seal or liquid level. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Partial raised rim marker. It does not define an operating weir, seal or liquid level. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Partial raised rim marker. It does not define an operating weir, seal or liquid level. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Partial raised rim marker. It does not define an operating weir, seal or liquid level. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Partial raised rim marker. It does not define an operating weir, seal or liquid level. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Independent visual branch; no metered outlet or measured uniformity. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored connection marker; no flange class or joint design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open lean-solvent outlet vessel boundary. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored connection marker; no flange class or joint design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open overhead acid-gas outlet vessel boundary. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Overhead location marker; no acid-gas separation or mist-removal result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Overhead location marker; no acid-gas separation or mist-removal result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Overhead location marker; no acid-gas separation or mist-removal result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Overhead location marker; no acid-gas separation or mist-removal result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Overhead location marker; no acid-gas separation or mist-removal result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Overhead location marker; no acid-gas separation or mist-removal result. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored connection marker; no flange class or joint design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open reboiler liquid withdrawal vessel boundary. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored connection marker; no flange class or joint design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open reboiler vapor return vessel boundary. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored connection marker; no flange class or joint design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open reflux return vessel boundary. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Vertical enclosure with independently drilled side openings. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow lower head with separate closed sump region. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Annular base with eight actual location bores. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Raised hollow support location without foundation or load design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow upper head with a central overhead passage. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored connection marker; no flange class or joint design. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open rich-solvent feed vessel boundary. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open ring marking a rich-feed distribution location; no actual distributor pattern. Invented teaching geometry; no solvent, pressure, heat, hydraulics, material, corrosion, emissions or service qualification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth rod passing through six baffles and both tube sheets. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Open straight tube, separately selectable; tube wall is the geometric boundary between bore and shell space. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate flat annular channel closure with an axial connection opening; no pressure-boundary design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular channel joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow unpartitioned end channel connecting the twenty-one open tube ends. No two-pass header or removable-bundle procedure. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular shell-end joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tube sheet with twenty-one actual tube bores, four tie-rod holes and twelve edge joint holes. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth joint stud through three drilled plates. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate flat annular channel closure with an axial connection opening; no pressure-boundary design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular channel joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow unpartitioned end channel connecting the twenty-one open tube ends. No two-pass header or removable-bundle procedure. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular joint gasket marker; no qualified contact or compression. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular shell-end joint with twelve actual stud bores. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal nut marker, without threads or preload. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal tie-rod nut marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tie-rod washer marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate tube sheet with twenty-one actual tube bores, four tie-rod holes and twelve edge joint holes. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate curved display support around the lower shell surface. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate curved display support around the lower shell surface. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate display footing with four geometric anchor holes; no anchors or foundation provided. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate display footing with four geometric anchor holes; no anchors or foundation provided. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate support-leg marker, no foundation or thermal-expansion design. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate segmental baffle with actual tube and tie-rod openings and an alternating top/bottom window. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow cylindrical shell around the tube exteriors, with two real connection openings. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate hollow spacer sleeve between neighbouring baffle faces, around a smooth tie rod. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow connection identifying one of the two geometric passage regions; no flow direction, service or temperature data. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection with six actual stud bores, no rated facing. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate gasket marker at the conceptual adjoining-pipe boundary; piping is absent. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate bored hexagonal connection nut. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate smooth connection stud marker. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Separate annular connection washer. Invented static teaching geometry; no rated materials, threads, preload, sealing, heat duty, pressure loss, expansion accommodation or operating instruction. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative support frame; foundations and structural design vary. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic rolling element; this static bearing does not simulate cage or rolling kinematics. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic bearing enclosure; lubrication passages are omitted. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic stationary outer bearing race, without load rating or lubrication design. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic stationary outer bearing race, without load rating or lubrication design. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Supports the bearing housing beneath the shaft line. Foundation and alignment details are not specified. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative low attachment beneath the casing. This foot stays clear of the impeller envelope; foundation loads are not designed. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Conceptual stationary clearance ring at the suction eye. No clearance or wear limit is specified. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Simplified removable guard around the coupling; not a certified guarding design. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative flange ring, with no rated facing or bolt specification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Encloses a side of the volute; this generic cover has a geometric central bore. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic shaft-side race. Bearing performance and fits are not specified. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic shaft-side race. Bearing performance and fits are not specified. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Curved teaching vane forms a passage between the shrouds. Shape, count and clearances are illustrative, without a pump curve. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic flexible-element position between coupling halves. No elastomer specification or torque capacity. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Back plate bounds the impeller flow passages. Thickness and contour are illustrative. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Front plate of this closed-impeller concept. Reveal internals hides it to expose the vanes. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Connects the impeller assembly around the shaft. Keying and fit are illustrative. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Conceptual motor-side coupling half. No alignment procedure is supplied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Simple drive rotor marker; windings, magnetic fields and speed are not modeled. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Conceptual shaft coupling half; alignment tolerances and guard design are omitted. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Conceptual rotating face adjacent to the stationary face. No leakage or temperature performance is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic spring-position marker, not a helical spring or verified face-loading design. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic spring-position marker, not a helical spring or verified face-loading design. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic spring-position marker, not a helical spring or verified face-loading design. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Schematic spring-position marker, not a helical spring or verified face-loading design. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Transfers drive rotation to the impeller. This schematic omits verified fits, fatigue and torque calculations. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrates a keyed connection; key dimensions and stresses are not specified. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

A generic electric drive enclosure; electrical internals are omitted. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative external cooling fin. No motor thermal rating is implied. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Supports the generic motor enclosure. Mounting feet and foundation loads are illustrative. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic gland around the shaft; seal-flush piping and cartridge design are omitted. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Conceptual stationary annular face in a mechanical seal. Materials and seal balance are not specified. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Hollow generic connection with illustrative wall thickness. Welds, facing and pressure ratings are not specified. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Generic fastener position. Quantity and size do not specify a rated connection. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Illustrative flange ring, with no rated facing or bolt specification. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

Encloses a side of the volute; this generic cover has a geometric central bore. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

A generic widening spiral surrounds the impeller, with a geometric discharge opening. This teaching contour is not hydraulically designed. Reused at invented scene scale and position. The unit is not selected, connected or qualified for this layout.

An original hollow-shell role marker with separate vessel-side interfaces. Heat source, duty and circulation are absent. Hollow visual envelope only; no selected internals or simulated process.

End boundary marker; no head, pressure joint or rated closure.

End boundary marker; no head, pressure joint or rated closure.

Invented support-location marker; no foundation or load design.

Invented support-location marker; no foundation or load design.

A separate original cooling-location marker. There is no duty, cooling utility or verified phase change. Hollow visual envelope only; no selected internals or simulated process.

End boundary marker; no head, pressure joint or rated closure.

End boundary marker; no head, pressure joint or rated closure.

Invented support-location marker; no foundation or load design.

Invented support-location marker; no foundation or load design.

Original small vessel marker for separating acid-gas boundary and reflux return; no liquid inventory or separation performance. Hollow visual envelope only; no selected internals or simulated process.

End boundary marker; no head, pressure joint or rated closure.

End boundary marker; no head, pressure joint or rated closure.

Invented support-location marker; no foundation or load design.

Invented support-location marker; no foundation or load design.

Original cooler-location marker. Heat transfer, utility, temperature and solvent condition are not simulated. Hollow visual envelope only; no selected internals or simulated process.

End boundary marker; no head, pressure joint or rated closure.

End boundary marker; no head, pressure joint or rated closure.

Invented support-location marker; no foundation or load design.

Invented support-location marker; no foundation or load design.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

Declared teaching endpoint; the graph records a conceptual role, not a fabricated joint.

A source-side gas boundary. Composition, pressure and pretreatment are outside this model. Open boundary marker, not a destination or line specification.

Downstream gas boundary only. Quality, water content, metering and delivery conditions are outside this scene. Open boundary marker, not a destination or line specification.

Stops at a separate acid-gas boundary. Destination, composition, sulfur recovery, emissions and permits are unmodeled. Open boundary marker, not a destination or line specification.

Original gas relationship: Feed gas to absorber. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original gas relationship: Treated-gas boundary. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original rich relationship: Rich solvent to exchanger. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original rich relationship: Rich solvent to regenerator. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original lean relationship: Lean solvent to exchanger. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original lean relationship: Lean solvent to pump. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original lean relationship: Pump to lean cooler. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original lean relationship: Cooled lean solvent to absorber. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original reboiler relationship: Regenerator withdrawal to reboiler. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original reboiler relationship: Reboiler interface return. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original overhead relationship: Regenerator overhead to condenser. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original overhead relationship: Condenser to overhead receiver. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original reflux relationship: Receiver reflux return. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.

Original overhead relationship: Acid-gas handling boundary. Hollow static route and arrow; not a P&ID, constructed pipe, measured flow, operating sequence or process simulation.

Static teaching arrow; no velocity, quantity, pressure or actual flow is represented.