WTX. Complete Stainless Steel Monoblock Process Pumps

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Jeremy Sullivan
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Complete Stainless Steel Monoblock Process Pumps FEATURES, stainless steel, horizontal shaft, non-self-priming, single stage centrifugal volute pumps are made by advanced techniques such as pressing

1 Complete Stainless Steel Monoblock Process Pumps FEATURES, stainless steel, horizontal shaft, non-self-priming, single stage centrifugal volute pumps are made by advanced techniques such as pressing welding of corrosion resistant plate. Axial suction part and radial discharge part Inlet and outlet flanges are PN Standard DIN flange connection. Discharge parts DN to DN The pumps are of the back pull out design enabling removal of the motor coupling, bearing bracket and impeller without disturbing the pump housing or pipe work. Close-coupled centrifugal pumps, electric motor with extended shaft directly connected to the pump. Extended Shaft: Close-coupled by means of an adaptor bracket with an impeller keyed directly to the special motor shaft extension. Stub Shaft: Rigid-coupled with a bracket, an adaptor and o rigid coupling keyed to the standard motor shaft extension. Low noise motor with high-quality mechanical seal Temperature of pumped liquid - C to + C Ambient temperature up to 4 C Maximum operating pressure Bar IP55 protection, insulation class: F Variable Speed by optional WDRIVE drive PERFORMANCE CURVE SPECIFICATION Tolerances according to ISO996 Annex A The curves based on the measured value of asynchronous motors at z under the constant speed of 9 rpm or rpm. Measurements were carries out with clean water at C of temperature and kinematics viscosity V = mm /s(cst) In order to avoid the risk of over-heating, the pumps should not be used at a flow rate below % of best efficiency point. APPLICATION Water Technologies series is a sort of multi-functional product with wide application. It is suitable for many different applications demanding reliable and efficient products that require constant or variable duty points in cost saving operation. Commercial Building Services Applications VAC Liquid transfer in heating and air-conditioning systems Liquid transfer in ventilating systems Liquid transfer with mildly aggressive liquids or environment WATER SUPPLY Pressure boosting in commercial buildings Irrigation systems Water transfer for green houses Fire-fighting systems DIVERSE OEM APPLICATIONS Industry Applications PROCESS Process cooling, process heating and air-conditioning eat recovery systems WATER SUPPLY Pressure boosting Irrigation systems Water transfer for green houses Moving industrial and mildly aggressive liquids or environment WATER TREATMENT Washing and cleaning plants Water treatment EMPTYING Most Commonly Used Liquids Caustic Soda Water Deionized Citric Acid Acetic Acid (8%) Cutting Fluid Clean Water Cleaning Products (5%) Emulsion Oil and Water (any) Ethylene glycol Mineral Oil Sulphuric Acid (%, 97-98%) Vegetable Oil (particle-free) Glycerin 8

2 Q(IM.GPM) Q(US.GPM) /. -6/.5-6/ Q(L/min) NPS -6/. -6/.5-6/. -6/./.5-6/. 6 4 NPS P /. -6/.5-6/ P P l/min 8 66 Weight 4 V Q kw P A m /h 6 9, /,,,5,6 8,5 6,5 5,5 8 8, -6/,5,5,5 6 4,5,5 8,5 5,5 9,5 9,5 m -6/,, 4,9,5 9,5 7,5 6 4,5,5 8 4, 8

3 - 4 6 Q(IM.GPM) Q(US.GPM) /5.5 -/4. -/ Q (L/min) NPS -/. -/5.5 -/4. NPS -/. -/4./ P /5.5 -/4. -/ P P l/min 8 66 Weight 4 V Q kw P A m /h 6 9, / 4 6, /4 4 5,5 8, 5, , m -/5,5 5,5 7,5, ,4 8

4 Q(IM.GPM) Q(US.GPM) /.5 -/. -/ Q(L/min) NPS -/.5 -/. 6 -/. NPS -/.5 -/. -/. 4 4 P /.5 -/. -/ P P l/min Weight 4 V Q kw P A m /h /,5,5,6 9 7,5 6, ,6 4-/,, 4, m 4-/ 4 6, ,5 84

5 Q(IM.GPM) Q(US.GPM) / -/7.5 -/5.5-6/ Q(L/min) NPS -/7.5 -/5.5 -/ -6/ NPS 4 P / -/7.5 -/5.5-6/4. 4 P P l/min Weight 4 V Q kw P A m /h /4 4 5,5 8, 9 8 6, ,8 4-/5,5 5,5 7,5, , ,5 4-/7,5 7,5 4,9 m 5 5, ,6 4-/ 5, ,

6 - Q(IM.GPM) Q(US.GPM) /. -/ Q(L/min) NPS NPS -/4. -/. 6 4 P /4. -/ P P l/min 8 66 Weight 4 V Q kw P A m /h / 4 6, ,7 -/4 4 5,5 8, m ,9 86

7 - 7 6 Q(IM.GPM) Q(US.GPM) -/ /5 -/ -/9. -/7.5-6/ Q(L/min) NPS 4-6/5.5 -/7.5 -/9. NPS -/ -/5 -/ P /8.5 -/5 -/ -/9. -/7.5-6/ P P l/min 8 66 Weight 4 V Q kw P A m /h /5,5 5,5 7,5, 4,5 4,5 4,5 8, /7,5 7,5 4, , ,5-6,5 -/9, 9,,5 7, ,5 -/ 5, m /5 5 8, /8,5 8,5 4,

8 65 P P l/min 4 V Q kw P A m /h /4 4 5,5 8, /5,5 5,5 7,5, /7,5 7,5 4, /9, 9,,5 7, / 5, m 65-6/5 5 8, /8,5 8,5 4, / / 4 55,

9 8 P P l/min 4 V Q kw P A m /h / 5, /5 5 8, /8,5 8,5 4, / 4 m / 4 55, /7 7 67,

10 Performance Tables and Dimensions Part Material Pump Body AISI 4/AISI 6 Impeller AISI 4/AISI 6 Shaft AISI 4/AISI 6 Mechanical Seal SIC/SIC/EPDM Model P φe F h h h h a m m n n B C D φs L L φd φk φp φd φk φp DNA DNM -6, , , , , , , , , , , , , , , , , , , , , / /5,5 5, /7,5 7, /9, 9, / / /8,5 8, / / , / / /8,5 8, / / , / ,

XVM. Vertical, Multi-Staged Stainless Steel Pumps FEATURES APPLICATIONS

XVM. Vertical, Multi-Staged Stainless Steel Pumps FEATURES APPLICATIONS Vertical, Multi-Staged Stainless Steel Pumps FEATURES The pump is a non-self-priming vertical multistage centrifugal pump coupled to a standard motor. Inlet and outlet are located at the bottom at the