2 Support Stand Material (P/S) Maximum diameter Method of Securing Impeller to Pump Shaft () (P/S) 3 Type of Connection of Hose to Pump Unit 6 Outlet (P/S) Key Bolt Conical taper 6.3 Casing Other (specify) Method of Balancing (Single Vane and 2 Material (P/S) Centrifugal Impellers) (S) 7 4/5 Inlet and Outlet Connections (P/S) 8 Wear (P/S) Inlet (Dry Well Applications) Required/provided (Y/N) Nominal bore (mm) Fixing Method Flange type (PN16*) Material(s) Outlet Nominal bore (mm) 6.5 Pump and Shaft Sleeve (Where Fitted) Flange type (PN16*) 8 Renewable Wear Parts (P/S) 6.5.1 General Required/provided (Y/N) 2 Material (P/S) Fixing Method Material(s) 9 Method of Externally 6.5.2 Shaft Sleeve (Where Fitted) Adjusting Casing/ Impeller Clearance 1 Material (P/S) Provided (Y/N) (S) 10 Coatings (P/S) Required/provided (Y/N) 6.6 Pump Shaft Seals Composition Thickness (µm) 6.6.2 Primary (Casing Volute to Buffer Chamber) Seal Expected efficiency increase (%) 1 Seal Details (P/S) Expected service life (yrs) Type Manufacturer 6.4 Impeller Designation 2 Component Materials (P/S) 1 Impeller Type () (P/S) Rotating ring Closed Stationary ring Open Secondary seals Semi-open Spring (s) Vortex Spiral vane 6.6.3 Secondary (Buffer Chamber Seal to Motor Other (specify) Enclosure) Seal 3 Material (P/S) 1 Seal Details (P/S) Type Direction of Rotation of Impeller (viewed from the Non-Drive End) (S) Manufacturer 4 Designation 2 Component Materials (P/S) Impeller Dimensions (mm) (S) Rotating ring 5 Stationary ring Actual diameter fitted Secondary seals
2 Support Stand Material (P/S) 3 Type of Connection of Hose to Pump Unit Outlet (P/S) 6.3 Casing 2 Material (P/S) 4/5 Inlet and Outlet Connections (P/S) Inlet (Dry Well Applications) Nominal bore (mm) Flange type (PN16*) Outlet Nominal bore (mm) Flange type (PN16*) 8 Renewable Wear Parts (P/S) Required/provided (Y/N) Fixing Method Material(s) 9 Method of Externally Adjusting Casing/ Impeller Clearance Provided (Y/N) (S) 10 Coatings (P/S) Required/provided (Y/N) Composition Thickness (µm) Expected efficiency increase (%) Expected service life (yrs) 6.4 Impeller 1 Impeller Type () (P/S) Closed Open Semi-open Vortex Spiral vane Other (specify) 3 Material (P/S) 4 Direction of Rotation of Impeller (viewed from the Non-Drive End) (S) 5 Impeller Dimensions (mm) (S) Actual diameter fitted Maximum diameter 6 Method of Securing Impeller to Pump Shaft () (P/S) Key Bolt Conical taper Other (specify) 7 Method of Balancing (Single Vane and Centrifugal Impellers) (S) 8 Wear (P/S) Required/provided (Y/N) Fixing Method Material(s) 6.5 Pump and Shaft Sleeve (Where Fitted) 6.5.1 General 2 Material (P/S) 6.5.2 Shaft Sleeve (Where Fitted) 1 Material (P/S) 6.6 Pump Shaft Seals 6.6.2 Primary (Casing Volute to Buffer Chamber) Seal 1 Seal Details (P/S) Type Manufacturer Designation 2 Component Materials (P/S) Rotating ring Stationary ring Secondary seals Spring (s) 6.6.3 Secondary (Buffer Chamber Seal to Motor Enclosure) Seal 1 Seal Details (P/S) Type Manufacturer Designation 2 Component Materials (P/S) Rotating ring Stationary ring Secondary seals
102i7datasheets.docx