Catalog excerpts
Product Specification Sheet IN-LINE PUMPS Handled Liquids Clean or slightly contaminated low viscosity liquids without solid & fibrous particles. Technical Data Discharge Flange Operating Temperature Casing Pressure (Pmax) (Pmax: Suction Pressure + Shut off Head) (*) Contact company for higher capacity and head values. (**) The Material of pump differs according to the type of pumped liquid, operating temperature and pressure. Contact for detailed information. Design Features •All impellers are balanced dynamically or statically according to ISO 1940 grade 6.3. •Axial thrust is balanced by impeller balancing holes system. •Direction of rotation is clockwise viewed from drive end. •In case of request, wear ring and/or shaft sleeve can be supplied. •In-line, rigidly-coupled, volute casing, single stage centrifugal pump with closed impeller. •The pump and motor have seperate shafts connected by a rigid coupling or through slide fit shaft. Axial and radial forces are absorbed by electric motor bearings. •All impellers are balanced dynamically or statically according to ISO 1940 grade 6.3. •For ECO SNL drawings, please contact us •Suction and discharge flanges conform to EN 1092-2 / PN 16. The flanges are according to EN 1092-1 / PN 16 for steel or stainless steel casing. In case of request, ANSI/ASME flanges can be supplied. •Pumps are rigidly coupled with electric motors of IEC frame sizes with high efficiency class. Pump Designation Shaft Sealing •Depending on customer request or liquid type, mechanical seals are available. Pump Type Suction and Discharge Nozzle (DN-mm) Nominal Impeller Diameter (mm) Special Application X-Cel House, Chrysalis Way, Langley Bridge, Eastwood, Nottinghamshire NG16 3RY Tel: +44 (0) 1773 302 660 | Email: sales@northridgepumps.com
Open the catalog to page 1Product Specification Sheet Assembly Drawings Form: F1 (Slide - fit shaft application) 015 Form: F2 (Slide - fit shaft application) X-Cel House, Chrysalis Way, Langley Bridge, Eastwood, Nottinghamshire NG16 3RY Tel: +44 (0) 1773 302 660 | Email: sales@northridgepumps.com | Website: www.northridgepumps.
Open the catalog to page 2Product Specification Sheet Rigid Coupling Application For motor shaft diameters of Ø60 mm or bigger. Volute Casing Motor Pedestal Bottom Plate Wear Ring (casing) Wear Ring (seal cover) Mechanical Seal Cover Mechanical Seal Spacer Sleeve Impeller Shaft Impeller Nut and Washer Thrower Rigid Coupling Impeller Key Screw Stud, Washer and Nut Screw Alilen Screw and Washer Set Screw Mechanical Seal O-ring Guard Electric Motor X-Cel House, Chrysalis Way, Langley Bridge, Eastwood, Nottinghamshire NG16 3RY Tel: +44 (0) 1773 302 660 | Email: sales@northridgepumps.com | Website: www.northridgepumps.com
Open the catalog to page 3Product Specification Sheet Field Charts X-Cel House, Chrysalis Way, Langley Bridge, Eastwood, Nottinghamshire NG16 3RY Tel: +44 (0) 1773 302 660 | Email: sales@northridgepumps.com | Website: www.northridgepumps.com
Open the catalog to page 4Product Specification Sheet Installation Arrangements Please consult to Standart Pompa in case of installation to vertical pipes. Standard installation type to horizontal pipe. (on ground) The axis of motor below the horizontal line is not admissible. X-Cel House, Chrysalis Way, Langley Bridge, Eastwood, Nottinghamshire NG16 3RY Tel: +44 (0) 1773 302 660 | Email: sales@northridgepumps.com | Website: www.northridgepumps.com
Open the catalog to page 5Volute Casing Mechanical Seal Cover Impeller Shaft Motor Pedestal Wear Ring Mech Seal Spacer Sleeve Mechanical Seal (*) Bottom Plate PART LIST EN 12756 According to pump types, steel or cast iron material can be used. Contact company for non-standard application. (*) Optional :Depending on customer requirement or request different types and brands of mechanical seals are applicable. NOTE: Depends on the request, different than above casting and shaft material can be supplied. Standard manufacturing Optional Material Equivalents TANIM Cast Iron Nodular Cast Iron Nodular Cast Iron Cast Steel...
Open the catalog to page 6