JVB VERTICAL MULTISTAGE IN-LINE PUMPS FULL STAINLESS STELL. 50 Hz POMPE VERTICALI IN-LINE COMPLETAMENTE IN ACCIAIO INOX

Transcription

1 JVB VERTICAL MULTISTAGE IN-LINE PUMPS FULL STAINLESS STELL Hz JMS ELETTROPOMPE S.R.L. POMPE VERTICALI IN-LINE COMPLETAMENTE IN ACCIAIO INOX VERTICAL MULTISTAGE IN-LINE PUMPS FULL STAINLESS STEEL POMPE VERTICAL IN-LINE EN ACERO INOXIDABLE BOMBA VERTICAL IN-LINE EN ACERO INOXIDABLE I N - L I N E P U M P S Hz

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3 General Information The vertical multistage pumps are designed to pump the water with the required capacity&head for the industrial applications, high buildings, fire fighting systems and booster applications. The inline design gives the advantage of same horizontal line installation and same size of inlet&outlet connection advantage. This feature provides a compact system design. The bearings are lubricated with the pumped water. The pump designed for the working conditions between - ºC to + ºC up to bar pressure. Applications High Pressure Applications Agricultural use Geothermal use Chemicals Hygenic applications Special solutions General Features Mechanical Seal All VIP Pumps are produced with Si-C cartridge type mechanical seal provides the longlife and maintanence free operation. Coupling The removable coupling design supplies easy replacement operation for the motor without dismautling the pump from the pipeline. Wet Parts All impellers and difusers are made from AISI Stainless Steel. As an option the net pants of the top&bottom brackets can also made from AISI.

4 Additional Features Stainless Steel Inlet,& Outlet It is a must to use stainless steel components to pump an agressive water or in the applicetion of drinking water pumping. In-line Fire Fighting Pumps Vertical Multistage In-line Fire Fighting Pumps", certified by NFPA, are used for fire fighting systems with capacity range "-m /h" for industrial plants and residential buildings applications in general. In-line Pump With Frequency Inverters The use of frequency inverters increasing the life time of the booster system and acc. to the system the arrangement of the speed will same energy. - Highly energy saving. - Extremely silent operation performance - Much longer working life

5 Product Code System JVB C S / Power / Stage Diffuser/Imperial Material (S: AISI, S:AISI) Body Material (C: Cast Iron, S: Stainless Steel) Capacity (m /h) Part List No a b - Part Name Chamber Chamber Impeller Suction Case Pump Head Strap Coupling Guard Shaft Coupling Discharge Staybolts Shaft Seal Plug Vent Plug Stop Spacer Spacing Pipe Stop Nut Bearing Ring Centrilizer Suction Sheet Neck Ring Outer Sleeve Stop Spacer Lock Washer Set For Shaft Shaft Pin Drain Plug Bolt Washer O-ring O-ring O-ring Neck Ring Retainer Lock Nut For Shaft Washer Bolt Material Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI ) Cast Iron (GG), Stainl. Steel (AISI) Cast Iron (GG), Stainl. Steel (AISI) Stainless Steel (AISI) Stainless Steel (AISI) Stainless Steel (AISI ) Stainless Steel (AISI) Stainless Steel (AISI) Stainless Steel (AISI ) - Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI ) Silicon Carbide (SiC) Stainless Steel (AISI ) Teflon Stainless Steel (AISI ) Rubber Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI ) Rubber Rubber Rubber Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI ) Stainless Steel (AISI )

6 Technical Drawing a a b b c d

7 General Performance Curves Head (m) JVB C S JVB C S JVB C S JVB C S JVB C S JVB C S Capacity (m ³ /h) Capacity Capacity of - m³/h Total head up to m. Work temperature range from - C to ºC Pressure up to bar

8 Technical Specifications Dimensions (mm) kw HP L LP LM M LA Weight (Kg) Dimensions Table JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S / JVB C S / JVB C S / JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S / JVB C S / JVB C S /,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Performance Table JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S / JVB C S / JVB C S / JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S / JVB C S / JVB C S / kw,,,,,,,,,,,,,,, HP,,,,,,,,,,,,,,,,,,,,,,,, Capacity (m /h) Head (m) Single Doubl e Triple,,,,,,,,,,,,,,,,,,

9 JVB C S Vertical Multistage In-line Pumps - STAGES The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

10 Technical Specifications kw HP L LP LM M LA Weight (Kg) Dimensions Table JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S /,,,,,,,,,,,,,,,,,,,,, Performance Table JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / kw HP,,,,,,,,,,,,,,,,,,,,, Capacity (m /h) Head (m) Single Doubl e Triple,,,,,,,,,,,,,,,,,,

11 JVB C S Vertical Multistage In-line Pumps - STAGES The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

12 Technical Specifications JVB C S./ JVB C S./ JVB C S / JVB C S./ JVB C S./ JVB C S./ JVB C S /./ JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S./ JVB C S./ JVB C S / JVB C S./ JVB C S./ JVB C S./ JVB C S./ JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / Head (m)

13 JVB C S Vertical Multistage In-line Pumps - STAGES Single Double Triple The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

14 Technical Specifications Dimensions (mm) kw HP L LP LM M LA Weight (Kg) Dimensions Table JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S /,,,,,,,,,, Performance Table JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / kw HP,,,,,,,,,, Capacity (m /h) Head (m) Single Double Triple,

15 JVB C S Vertical Multistage In-line Pumps - STAGES The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

16 Technical Specifications Dimensions (mm) kw HP L LP LM M LA Weight (Kg) JVB C S./,,, JVB C S /,, JVB C S./,, JVB C S /, Dimensions Table JVB C S / JVB C S / JVB C S / JVB C S /,,,, JVB C S / JVB C S / JVB C S / kw HP Capacity (m /h) Single Double Triple JVB C S./,,, JVB C S /,, JVB C S./,, Performance Table JVB C S / JVB C S / JVB C S / JVB C S /,,,,, Head (m) JVB C S / JVB C S / JVB C S / JVB C S /

17 JVB C S Vertical Multistage In-line Pumps - STAGES The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

18 Technical Specifications Dimensions (mm) kw HP L LP LM M LA Weight (Kg) JVB C S / JVB C S /, JVB C S /, JVB C S /, Dimensions Table JVB C S / JVB C S / JVB C S / JVB C S /,,,, JVB C S /, JVB C S /, JVB C S /, kw HP Capacity (m /h) Single Doubl e Triple JVB C S / JVB C S /, JVB C S /, Performance Table JVB C S / JVB C S / JVB C S / JVB C S / JVB C S /,,,,, Head (m) JVB C S /, JVB C S /, JVB C S /,

19 JVB C S Vertical Multistage In-line Pumps - STAGES The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

20 Technical Specifications Dimensions (m) kw HP L LP LM M LA Weight (Kg) Dimensions Table JVB C S./ JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S /,,,,,,,,,,, Performance Table JVB C S./ JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / kw HP,,,,,,,,,,, Capacity (m /h) Head (m) Single Doubl e Triple

21 JVB C S Vertical Multistage In-line Pumps - STAGES The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

22 Technical Specifications Dimensions (mm) kw HP L LP LM M LA Weight (Kg) Dimensions Table JVB C S./ JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S /,,,,,,,,,,,,,,, Performance Table JVB C S./ JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / JVB C S / kw HP,,,,,,,,,,,,,,, Capacity (m /h) Head (m) Single Doubl e Triple

23 JVB C S Vertical Multistage In-line Pumps - STAGES The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

24 Technical Specifications Dimensions (mm) kw HP L LP LM M LA Weight (Kg) JVB C S /,, JVB C S /, JVB C S /, JVB C S / JVB C S / JVB C S /, JVB C S /, JVB C S /,, JVB C S /,, JVB C S /, JVB C S /, JVB C S / JVB C S / JVB C S / kw HP Capacity (m /h) Single Double Triple JVB C S /,, JVB C S /, JVB C S /, JVB C S / JVB C S / JVB C S /, JVB C S / JVB C S /,,, Head (m) JVB C S /,, JVB C S /, JVB C S /, JVB C S / JVB C S / JVB C S /

25 JVB C S Vertical Multistage In-line Pumps - STAGES Single Double Triple The hydraulic working caracteristics have been taken with water at C, at the atmoshperical pressure of bar and specific gravity is gr/cm³

26 Pump Selection Method Per Capita Water Consumption Type of Placement Per Capita Daily Consumption (lt/person) TABLE Tenement Hotel Hospital Schools Kindergarden's Barracks Kışla Lokanta Bahçe Sulama Araba Yıkama wc Shower Bathtub Shower Bathtub lt/m once lt daily Simultaneous Water Consumption Factor Type of Placement "K" Factor TABLE Tenements Hotels Hospitals Schools Kindergarden's Barracks Working Centers > - - > Daire Daire Daire Daire Daire Daire Bed Bed Bed Bed Bed Bed,,,,,,,, -,, -,, -,, -,, -,,,, -,,

27 Calculating Formula Hmin ( mss ) = "H" + "Hk" + "Hc" H : The code 'meter' for the difference between placement of the hidrophor and the highest pressure point for the building (floor number x floor height) Hk : Installation valve, bend, water counter, pipe vs total lost meters (generally takes % of the total "h" height) Hc : The needed outlet pressure for the highest level point of the building. Genrally takes between - m Hydrophor Capacity Qmin (m /h) = Number of Flats x resident number of Flat x per Person x K/" Final consumption per person : Select by table ( lt/day) K : Simultaneous factor shows the capabilities of highest simultanously water use. Selection by table Example A Building with Floors, Flats and each Flat with resident, has to select a Hydrophor with which pressure and which capacity? h = Floors x,m ( Floor height) =,m Hk = h x, =, x, =, m Necessary minimum pressure Hmin (mss) =, +, + =, mss =, bar Necessary Capacity "Q" = x x x,/ =, m /hour

28 Via Salvador Allende, n - Montecavolo (RE) - Italy info@jmselettropompe.it