Page - DIMENSIONS AND WEIGHT 400 PUMP DRAWING 400 DIMENSIONS PUMP TABLE 401 PACKING 402

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2 CONTENTS Page - SPECIFICATIONS 200 SELECTION CHART 201 SELECTION CHART 202 TYPE KEY AND CURVE SPECIFICATIONS 203 PERFORMANCE CURVE 4N1 204 PERFORMANCE CURVE 4N2 205 PERFORMANCE CURVE 4N4 206 PERFORMANCE CURVE 4N7 207 PERFORMANCE CURVE 4N PERFORMANCE CURVE 4N CONSTRUCTIONS 300 SECTIONAL VIEW (4N1 4N2 4N4) 300 SECTIONAL VIEW 4N7 301 SECTIONAL VIEW 4N SECTIONAL VIEW 4N SECTIONAL VIEW TABLE 304 QUANTITY FOR MODEL DIMENSIONS AND WEIGHT 400 PUMP DRAWING 400 DIMENSIONS PUMP TABLE 401 PACKING TECHNICAL DATA 500 OIL WATER MOTOR FILLED 500 OIL FILLED MOTORS CABLE SELECTION 501 WATER FILLED MOTORS CABLE SELECTION 502

3 SPECIFICATIONS PUMP Liquid Handled Type of liquid Temperature Sand content Clean water [ C ] Maximum 40 (depends on maximum temperature motor) Maximum : 50 parts per million Chlorine ion density Maximum : 500 parts per million Construction Impeller Bearing Closed centrifugal - Face clearance type Sleeve type - Alumina (Ceramic) / EPDM rubber Suction N/A Pipe G1 1/4 (models 4N1, 4N2, 4N4) UNI ISO 228 connection Discharge G2 (models 4N7, 4N10, 4N15) UNI ISO 228 Impeller Intermediate casing Ixef (models 4N1, 4N2, 4N4, 4N7) Glass Fibre Reinforced PC (models 4N10, 4N15) EN (AISI 304) Material Diffuser PPE+PS Glass fibre reinforced Shaft EN (AISI 304) Discharge casing Valve EN (ASTM CF8) EN (AISI 304) Bracket EN (ASTM CF8) Applicable standard of test ISO Annex A Type Manufacturer Power rating MOTOR Submersible oil filled (type OY) Submersible water filled (type WY) Sumoto Franklin Single phase Three phase Single phase Three phase [kw] [HP] Refer to each characteristic performance F B No. of Poles Rated speed Insulation class Protection degree IP 68 IP 68 Maximum temperature Maximum immersion [ C ] [m] Starts / hours Start type Direct on line Frequency [Hz] 60 Hz Voltage [V] ±10% 380 ±10% % % 460 ±10% % Capacitor for start and run Fitted Fitted in starter box - in starter box - Over load protection Fitted in starter box Provided by the user Fitted in starter box Provided by the user Sealing liquid Motor bracket Cast iron nickel plated Oil type: Marcol 82 (Esso) EN (AISI 304) Propylene Glycol 50% water solution Casing material EN (AISI 304) material EPDM/Cross Seald Polyethylene Power cable size [mm 2 ] 4x1.5 lenght [m] L=1.75 (up to 2.2 kw) / L=2.5 (for 3 and 4 kw) / L=4 (for 5.5 and 7.5 kw) Flange mount NEMA standard 200

4 SELECTION CHART 201

5 SELECTION CHART Q=Capacity Pump type Motor l/min m 3 /h kw HP H=Total Head 4N N N N N N N N N N N N N N N N N N Q=Capacity Pump type Motor l/min m 3 /h kw HP H=Total Head 4N N N N N N N N N N N N N N N N N N N N

6 TYPE KEY AND CURVE SPECIFICATIONS TYPE KEY EXAMPLE ( pump without motor) : 4 N 4-13 No. OF IMPELLERS m 3 /h AT MAX EFFICIENTY INDICATION FOR AISI 316 VERSION ONLY 4" DIMENSION OF DEEP WELLS EXAMPLE ( pump with motor) : OY M 4 N 4-13 / FOR 60 Hz MOTOR MOTOR OUTPUT POWER IN kw No. OF IMPELLERS m 3 /h AT MAX EFFICIENTY MODEL 4" DIMENSION OF DEEP WELLS ONLY FOR SINGLE PHASE MOTOR MOTOR OY OIL FILLED WY WATER FILLED PERFORMANCE CURVE SPECIFICATIONS The specifications below qualify the curves shown on the following pages. Tolerances according to ISO 9906 Annex A The curves refer to effective speed of asynchronous motors at 60 Hz Measurements were carried out with clean water at 20 C of temperature and with a kinematic viscosity of ν = 1 mm 2 /s (1 cst) The continuous curves indicate the recommended working range. The dotted curve is only a guide. In order to avoid the risk of over-heating, the pumps should not be used at a flow rate below 10% of best efficiency point. Symbols explanation: Q = volume flow rate H = total head P 2 = pump power input (shaft power) η = pump efficiency 203

7 PERFORMANCE CURVE 4N1 Impeller diameter= 67.6mm Rotation speed 3450 min -1 Test standard: ISO 9906-Annex A 204

8 PERFORMANCE CURVE 4N2 Impeller diameter= 76mm Rotation speed 3450 min -1 Test standard: ISO 9906-Annex A 205

9 PERFORMANCE CURVE 4N4 Impeller diameter= 76mm Rotation speed 3450 min -1 Test standard: ISO 9906-Annex A 206

10 PERFORMANCE CURVE 4N7 Impeller diameter= 74.2mm Rotation speed 3450 min -1 Test standard: ISO 9906-Annex A 207

11 PERFORMANCE CURVE 4N10 Impeller diameter= 76.4 mm Rotation speed 3450 min -1 Test standard: ISO 9906-Annex A 208

12 PERFORMANCE CURVE 4N15 Impeller diameter= 78 mm Rotation speed 3450 min -1 Test standard: ISO 9906-Annex A 209

13 CONSTRUCTIONS SECTIONAL VIEW 4N1 4N2 4N4 SINGLE PUMP CASING DOUBLE PUMP CASING 300

14 CONSTRUCTIONS SECTIONAL VIEW 4N7 SINGLE PUMP CASING DOUBLE PUMP CASING A

15 CONSTRUCTIONS SECTIONAL VIEW 4N10 SINGLE PUMP CASING DOUBLE PUMP CASING 302

16 CONSTRUCTIONS SINGLE PUMP CASING SECTIONAL VIEW 4N15 DOUBLE PUMP CASING 303

17 CONSTRUCTIONS SECTIONAL VIEW TABLE Pos. PART.NAME MATERIAL Q.TY 003 Bracket EN (ASTM CF8) 1 003A Join ring EN (ASTM CF8) [*] 006 Pump shaft with coupling EN (AISI 304) Impeller Ixef (model 4N1, 4N2, 4N4, 4N7) [*] Glass fibre reinforced PC (model 4N10, 4N15) [*] 009 Diffuser PPE+PS Glass fibre reinforced [*] 033 Elastic Ring EN (AISI 304) Outer casing EN (AISI 304) [*] 044 Strainer EN (AISI 304) Discharge casing EN (ASTM CF8) Upper / Intermediate bracket PPE+PS Glass fibre reinforced [*] 062 Stage housing EN (AISI 304) [*] 064 Valve EN (AISI 304) Valve seat EN (AISI 304) + EPDM Rubber Shaft sleeve bearing Alumina (Ceramic) [*] 071 Cable guard EN (AISI 304) Thrust washer first impeller EN (AISI 304) [*] 074 Thrust washer EN (AISI 304) [*] 094 Bearing EPDM Rubber [*] 105 Spacer PPE+PS Glass fibre reinforced [*] 106 Spacer NORYL+GF20% Screw (M4 x 6 UNI 7687) EN (AISI 304) Elastic Ring EN (AISI 302) 1 [*] See table pag

18 CONSTRUCTIONS QUANTITY FOR MODEL Pump type N 003A N 008 N 009 N 037 N 061 N 062 N 070 N 073 N 074 N 094 N 105 4N1-12 [*] N1-18 [*] N1-24 [*] N1-33 [*] N1-46 [**] N2-7 [*] N2-10 [*] N2-14 [*] N2-20 [*] N2-28 [*] N2-38 [**] N4-4 [*] N4-7 [*] N4-9 [*] N4-13 [*] N4-17 [*] N4-23 [*] N4-31 [**] N7-4 [*] N7-6 [*] N7-8 [*] N7-11 [*] N7-15 [*] N7-20 [*] N7-28 [**] N10-4 [*] N10-6 [*] N10-8 [*] N10-10 [*] N10-14 [*] N10-20 [*] N10-28 [**] N15-3 [*] N15-4 [*] N15-6 [*] N15-8 [*] N15-11 [*] N15-16 [*] [*] See drawing pag Single pump casing [**] See drawing pag Double pump casing 305

19 DIMENSIONS PUMP DRAWING Pump can be coupled with NEMA standard 4 motor 400

20 DIMENSIONS DIMENSIONS PUMP TABLE Pump type kw Power HP Pump without motor H1 DNM Pump with oil filled motor single phase H2 H three phase H2 H Pump with water filled motor single phase H2 H three phase H2 4N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G 1 1/ N G N G N G N G N G N G N G N G N G N G N G N G N G N G N G N G N G N G N G N G H 401

21 PACKING AND WEIGHT PACKING Pump type X Y Z Weight [Kgf] type X Y single phase Z Pump with oil filled motor Weight [Kgf] type X Y three phase 4N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N Z Weight [Kgf] type X Y single phase Z Pump with water filled motor Weight [Kgf] type X Y three phase Z Weight [Kgf] type 402

22 TECHNICAL DATA OIL FILLED MOTORS Output power S.F. Single phase 220 V Single phase 230 V [kw] [HP] Input [kw] IN IA Imax Power factor Input [kw] IN IA Imax Power factor Output power S.F Three phase 380 V Three phase 460 V [kw] [HP] Input [kw] IN IA Imax Power factor Input [kw] IN IA Imax Power factor WATER FILLED MOTORS Output power S.F. Single phase 230 V [kw] [HP] Input [kw] IN IA Power factor Output power S.F Three phase 380 V Three phase 460 V [kw] [HP] Input [kw] IN IA Power factor Input [kw] IN IA Power factor

23 TECHNICAL DATA OIL FILLED MOTORS CABLE SELECTION EXAM PLE : M O TO R 0.75 kw V C ABLE LEN G TH 75 m - 4x2,5 m m 2 Sing le p hase ( V) PO W ER C ABLE TYPE AN D M AXIM U M LEN G TH (*) kw H P 4x1 4x1,5 4x2 4x2,5 4x4 4x6 4x10 4x Three phase ( V) PO W ER C ABLE TYPE AN D M AXIM U M LEN G TH (*) kw H P 4x1 4x1,5 4x2 4x2,5 4x4 4x6 4x10 4x (*) M axim um cable lenght with a voltage drop of 3% at 30 C am bient tem perature. If the operating voltage U i in the installation is different from the nom inal voltage U n, it is possible to calculate the perm issible m axim um length Lm ax, w ith the given table lenght Ltab, with the following form ula: Lm ax = Ltab (U i / U n) 2 501

24 TECHNICAL DATA WATER FILLED MOTORS CABLE SELECTION EXAM PLE : M O T O R 0.75 kw V C ABLE LEN G TH 73 m - 4x2,5 m m 2 Single phase ( V) PO W ER C ABLE T YPE AN D M AXIM U M LENG T H (*) kw H P 4x1 4x1,5 4x2 4x2,5 4x4 4x6 4x10 4x T hree phase ( V) PO W ER C ABLE T YPE AN D M AXIM U M LENG T H (*) kw H P 4x1 4x1,5 4x2 4x2,5 4x4 4x6 4x10 4x (*) M axim um cable lenght with a voltage drop of 3% at 30 C am bient tem perature. If the operating voltage U i in the installation is different from the nom inal voltage U n, it is possible to calculate the perm issible m axim um length Lm ax, with the given table lenght Ltab, w ith the following form ula: Lm ax = Ltab (U i / U n) 2 502