Transcription of Sealed Pump - Liquiflo
1 Tel. fax. PumpMagnetic Coupling (inner and outer magnet)Bore Size for Outer Magnet15 Containment CanAll positions above (in Sealed Pump drawing) not shown here are the same for the Mag-drive version except for Positions 8 & 14, which denote type of PumpBearings7 Wear PlatesIdler GearSeal TypeSize/Model, Housings & Port TypeDrive GearDrive ShaftIdler ShaftOptional Shaft Coating456811O-RingsAnti-rotation Pins for Bearings10 Coupling Method For Close-coupled pumps ; this position indicates the motor frame size used with the pump.
2 For Long-coupled pumps , simply select Code 9 . 13 Retaining Rings12141239 Bearing Flush(Option) (not shown)H-SERIES EXTERNAL GEAR PUMP Liquiflo Chemical Processing Pumps14 H1 H3 H5 H7N H7 H9 H12H14 F = Full Capacity n n n U n n nn R = Reduced Capacity U U n U n n nU S = 316 SS NPT n n n n n n n U L =
3 316 SS Flanged 150# n n n n n n nn X = 316 SS BSPT n n n n n n nU H = Alloy-C NPT n n n n n n nU C = Alloy-C Flanged 150# n n n n n n nU Y = Alloy-C BSPT n n n n n n n U 1 = Alloy-C n n n n n n nU 3 = Teflon CF n n n n n nU 6 = 316 SS n n n n n n nn K = Kynar n n n n n n UU P = PEEK n n n n n n nn 1 = Alloy-C n n n n n n nU 2
4 = Carbon U n n n n n UU 3 = Teflon CF n n n n n nU 6 = 316 SS n n n n n n nn 8 = Ryton n n n n n n nU K = Kynar n n n n n n UU P = PEEK n n n n n n nn 3 = Teflon n n n n n n nU 4 = Silicon Carbide n n n n n n nn E = Carbon 60 n n n n n n nn P = PEEK n n n n n n nU 3 = Teflon n n n n n n nU B = Silicon
5 Carbide n n n n n n nn E = Carbon 60 n n n n n n nn P = PEEK n n n n n n nU 0 = (NEMA 56C) n n n n n n UU 1 = (NEMA 143/145TC) n n n n n n UU 2 = 14 mm (IEC 71 - B5) n n n n n n UU 3 = 19 mm (IEC 80 - B5) n n n n n n U U 4 = 24 mm (IEC 90 - B5) n n n n n n U U 5 = (NEMA 182/184TC) n n n n n n nn 6 = (NEMA 213/215TC) U U U U U U nn 7 = (NEMA 254/256TC) U U U U U U nn 8 = 28 mm (IEC 100/112-B5)
6 U U U n n n nn 9 = 38 mm (IEC 132 - B5) U U U U U U n n U = Single-Int Carbon - SiC n n n n n n nn S = Single-Int Teflon - SiC n n n n n n nU W = Single-Ext Carbon - SiC n n n n n n UU X = Single-Ext Teflon - SiC n n n n n n UU F = Double Carbon - SiC n n n n n n nn H = Double Teflon - SiC
7 N n n n n n nU L = Packing Teflon n n n n n n n n R = Packing Graphoil n n n n n n n n 0 = Standard Housings n n n n n n UU 1 = External Bearing Flush n n n n n n nn 2 = Internal Bearing Flush n n n n n n nn 0 = Material same as housing (uncoated)
8 N n n n n n nn 1 = Chrome Oxide Coated n n n n n n nU 2 = Tungsten Carbide Coated n n n n n n nn 0 = Teflon CF n n n n n nn 6 = 316 SS / FEP encapsulated n n n n n n nn B = Buna-N n n n n n n nn E = EPDM n n n n n n nn V = Viton n n n n n n nn K = Kalrez n n n n n n nn 0 = Material same as housing n n n n n n nn 0 = Teflon n n n n n n UU 1 = Alloy-C n n n n n n nU 6 =
9 316 SS n n n n n n nn 0 = Close-Coupled (NEMA 56C) n n n n n n UU 1 = Close-Coupled (NEMA 143/145TC) n n n n n n n n 2 = Close-Coupled (IEC 71 - B5) n n n n n n UU 3 = Close-Coupled (IEC 80 - B5) n n n n n n UU 4 = Close-Coupled (IEC 90 - B5) n n n n n n UU 5 = Close-Coupled (NEMA 182/184TC) n n n n n n nn 6 = Close-Coupled (NEMA 213/215TC) U U U U U U nn 7 = Close-Coupled (NEMA 254/256TC) U U U U U U nn 8 = Close-Coupled (IEC 100/112 B5) U U U n n n nn 9 = Close-Coupled (IEC 132 B5)
10 U U U U U U nn 9 = Long-Coupled n n n n n n UU U = 75 in-lbs n n n n n n UU B = 120 in-lbs n n n n n n UU V = 200 in-lbs U U n n n n U U K = 325 in-lbs U U U U U U nn J = 650 in.
