TECHNICAL BROCHURE BPRIMELINE R1. Marlow Series Prime Line SELF-PRIMING CENTRIFUGAL PUMPS TECHNICAL DATA

Transcription

1 TECHNICAL BROCHURE BPRIMELINE R1 Marlow Series Prime Line SELF-PRIMING CENTRIFUGAL PUMPS TECHNICAL DATA

2 Prime Line A Full Range of Product Features Rugged Construction: Cast iron construction in close coupled and frame mounted design. Superior Priming: High suction inlet and internal suction check valve keeps more liquid in the casing for faster priming and repriming. Diffuser Priming: The patented diffuser design allows impeller trim, reduces internal wear and eliminates radial loads. High Efficiency: Enclosed, trimable impellers provide efficiencies from 6-7% for low energy costs. Dimensional Interchangeability: Four pump groups allow performance to be changed with replaceable impellers and diffusers. Prime Line Product Line Numbering System Example Product Code M 2P1 A 2 1 B 2 A B C E Epoxy Coated CE label energy efficient Optional Base (close-coupled) Mechanical Seals Code Rotary Stationary Elastomers Carbon Ceramic BUNA N 1 Carbon Ceramic Viton 2 Sil Car Sil Car Viton 3 Sil Car Sil Car EPR Impeller Options 2P1 2P2 2P3 2P4 3P1 3P2 3P3 3P4 4P1 4P2 4E1 6E1 6E2 A B C D E NOTE: The various versions of the Prime Line are identified by product code numbers as explained to the right. Note that not all combinations of impeller and motor are possible. Driver* 1 = 1 PH, ODP 6 = 7 V, TEFC 2 = 3 PH, ODP 7 = 3 PH, Exp. Proof 3 = 7 V, ODP 8 = 7 V, Exp. Proof = 3 PH, TEFC 9 = 1 PH, TEFC Horsepower Rating* A = 1½ HP G = 1 HP B = 2 HP H = 2 HP C = 3 HP J = 2 HP D = HP K = 3 HP E = HP M = 4 HP F = 1 HP N = HP Driver: Hertz/RPM* 1 = 6 Hz, 3 RPM 4 = Hz, 28 RPM 2 = 6 Hz, 17 RPM = Hz, 14 RPM 3 = 6 Hz, 11 RPM Shaft Sleeve = No Sleeve (E-Series only) 2 = 316 Stainless Steel Impeller Material ** A = Iron S = Stainless Steel (4EI, 6EI) Pump Size 2P1 = 2 x P1 = 4 x P2 = 2 x P2 = 4 x 4 9 2P3 = 2 x Frame Mounted 2P4 = 2 x 2 6 only: 3P1 = 3 x E1 = 4 x P2 = 3 x E1 = 6 x 6 11½ 3P3 = 3 x E2 = 6 x 6 12½ 3P4 = 3 x 3 7 Marlow Series Not used for frame mounted units, use FRM. FRS for frame mount with 316SS shaft. PAGE 2 * Substitute FRM for frame mounted with carbon steel shaft or FRS for frame mounted with 316SS shaft (316SS shaft available on frame mounted only). ** Recommended use of FRS frame with stainless steel impeller.

3 Prime Line Performance Coverage (6 Hz) 2P 4P NEW PRIME LINE HYDRAULICS COVERAGE 6 2 3P P4 3P4 4P1 & 4P2 2 2P2 2P1 2P3 3P1 3P CAPACITY IN CUBIC PER HOUR Prime Line Key Features Suction, discharge gauge tap and filler plugs provided. Integral steelweighted, molded rubber check valve. Back pullout design. Bearing housing with grease: P Series Bearing housing with oil: E Series High-efficiency impeller designs. All cast iron parts are ASTM #A48, Class 2 minimum. Industry standard, selflubricated mechanical seal. Fast priming. Pumping efficiencies in the 6-7% range for significant energy savings. Close- or longcoupled, standard. PAGE 3

4 Prime Line 2P 4P Close-Coupled Pumps Materials of Construction Item No. Description Materials 1 Casing Cast Iron 2 Pipe Plug Steel 4 Bolt, Impeller Stainless Steel Washer, Impeller Stainless Steel 6 Closed Impeller Cast Iron 7➀ O-Ring BUNA-N 8 Diecut Gasket Lexide 1 Seal Housing Cast Iron 17➀ Single Mechanical Seal Miscellaneous 24 Shaft Sleeve Stainelss Steel 27 Pipe Plug Steel 37 Impeller Key Steel Item No. Description Materials 46 Diffuser Cast Iron 49 Diecut Gasket Lexide Suction Inlet Cast Iron 1➀ Check Valve BUNA-N 3 Keeper Stainless Steel 4 Bolt, Shoulder Stainless Steel 63 Slinger Rubber 67 Motor Adapter Cast Iron 69 Motor (specify) 72 Shim Steel 73 Riser Steel ➀ Item Nos. 7, 17 and 1 are available in Viton as an optional material. PAGE 4

5 Prime Line 2P 4P Frame Mounted Pumps Materials of Construction Item No. Description Materials 1 Casing Cast Iron 2 Pipe Plug Steel 4 Bolt, Impeller Stainless Steel Washer, Impeller Stainless Steel 6 Closed Impeller Cast Iron 7➀ O-Ring BUNA-N 8 Diecut Gasket Lexide 1 Seal Housing Cast Iron 17➀ Single Mechanical Seal Miscellaneous 24 Shaft Sleeve Stainless Steel 28 Grease Fitting Steel 31 Bearing Housing Cast Iron 3 Mounting Foot Steel 36 Bearing Steel Item No. Description Materials 37 Impeller Key Steel 38 Shaft Steel 39 Coupling Key Steel 4 Bearing Retainer Steel 41 Diecut Gasket Steel 42 Lip Seal BUNA/Steel 43 Bearing Cap Cast Iron 46 Diffuser Cast Iron 49 Diecut Gasket Lexide Inlet Suction Cast Iron 1➀ Check Valve BUNA-N 3 Keeper Stainless Steel 4 Bolt, Shoulder Stainless Steel 63 Slinger Rubber ➀ Item Nos. 7, 17 and 1 are available in Viton as an optional material. PAGE

6 Prime Line 4E and 6E Pumps Materials of Construction Item No. Description Materials 1 Casing Ductile Iron 2 Pipe Plug Cast Iron 4 Locknut, Impeller Steel Washer, Curved Stainless Steel 7* O-RIng Buna-N Rubber 8 Gasket, Diecut Composite 1 Housing Seal Cast Iron 17* Seal, Single Mechanical Carbon vs. Ceramic 27 Pipe Plug Steel 28 Pipe Plug Steel 29 Oiler (optional) 3 Vent, Filter Steel 31 Housing, Bearing Cast Iron 3 Foot, Mounting Steel 36 Bearing # Key, Impeller Steel 38 Shaft Steel 39 Key, Coupling Steel 42 Retainer Steel/Rubber 44 Lockwasher Stainless Steel 4 Capscrew Stainless Steel PAGE 6 Item No. Description Materials 46 Diffuser Cast Iron 49 Gasket, Diecut Composite Inlet, Suction Cast Iron 1* Valve, Check Buna-N Rubber 3 Keeper Stainless Steel 63 Slinger PVC 67 Bracket Cast Iron 91 Impeller Cast Iron 93 Gasket, Diecut Composite 96 Gasket, Diecut Composite 16 Ring, Retaining Steel 17 Shim, Bearing Steel 18 Ring, Retaining Steel 19 O-Ring Buna-N Rubber 11 Carrier, Bearing Cast Iron 111 Hexnut, Jam Stainless Steel 118 Bolt, Shouldered Stainless Steel 13 Adapter, Plate Cast Iron 132 Cover, Casing Cast Iron 133 Capscrew Stainless Steel 134 Lockwasher Stainless Steel *Available in Viton as an option.

7 Prime Line Performance Coverage (6 Hz) 4E and 6E M FT. 1 HEAD E1 1 6E2 6E1 GPM m 3 /h CAPACITY PAGE 7

8 Prime Line Performance Curves Size 2P1, 6 Hz Maximum Priming Capability is 22' (6.7 m), based on minimum length of 2" (1) Suction Line, 68º F (2º C) Water at Sea Level, 6.88" (17) DIA. 6.88" (17) DIA. 6." (16) DIA. 6.13" (16) DIA. 3% 4% 4% % 3% 1. HP 7% MODEL: 2P1 SIZE: 2" (1) LIQUID: SP. GR. 1. SPEED: 17 RPM 7% 3% % A 3 B 2 C 1 1 2* 6.88 (17) 6. (16) 6.13 (16) * Requires service factor. 2 2 HP " (16) DIA " (17) DIA IN IN CAPACITY IN CUBIC PER HOUR Prime Line Performance Curves Size 2P1, Hz 16 Maximum Priming Capability is 17' (.2 m), based on minimum length of 2" (1) Suction Line, 68º F (2º C) Water at Sea Level, 6.88" (17) DIA. MODEL: 2P1 SIZE: 2" (1) LIQUID: SP. GR. 1. SPEED: 14 RPM A B (17) 6. (16) " (17) DIA. 6." (16) DIA. 6.13" (16) DIA. 3% 4% % 6% 6% 68%.7 BHP 68% 6% 6% 1.3 BHP C (16) " (16) DIA. 1 BHP " (17) DIA IN IN CAPACITY IN CUBIC PER HOUR PAGE 8

9 Prime Line Performance Curves Size 2P2, 6 Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 2" (1) Suction Line, 68º F (2º C) Water at Sea Level, 4.88" (124) DIA. 4.88" (124) DIA. 4.63" (117) DIA. 4.38" (111) DIA. 4.13" (1) DIA. 6 3% 4% 4% % 3% MODEL: 2P2 SIZE: 2" (1) LIQUID: SP. GR. 1. SPEED: 34 RPM 3% % 4% 4% A B 3* C 3 D 2* 4.88 (124) 4.63 (117) 4.38 (111) 4.13 (1) * Requires service factor " (1) DIA " (124) DIA HP 3% IN IN CAPACITY IN CUBIC PER HOUR Prime Line Performance Curves Size 2P2, Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 2" (1) Suction Line, 68º F (2º C) Water at Sea Level, 4.88" (124) DIA. 3% 4% 4.88" (124) DIA. 4% % 6% 4.63" (117) DIA. 4.38" (111) DIA. 4.13" (1) DIA. 4 6% 1. BHP MODEL: 2P2 SIZE: 2" (1) LIQUID: SP. GR. 1. SPEED: 28 RPM % 2 BHP 4% 2. BHP A 3 B 2 C 1 1 2* D (124) 4.63 (117) 4.38 (111) 4.13 (1) * Requires service factor " (111) DIA " (124) DIA IN IN CAPACITY IN CUBIC PER HOUR PAGE 9

10 Prime Line Performance Curves Size 2P3, 6 Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 2" (1) Suction Line, 68º F (2º C) Water at Sea Level,.69" (144) DIA..69" (144) DIA. 3% 4% % 12 8%.44" (138) DIA..19" (132) DIA. 4.94" (12) DIA. 6% 6% 8% % MODEL: 2P3 SIZE: 2" (1) LIQUID: SP. GR. 1. SPEED: 34 RPM A B C * D.69 (144).44 (138).19 (132) 4.94 (12) * Requires service factor " (12) DIA. HP -.69" (144) DIA. 7. HP IN IN CAPACITY IN CUBIC PER HOUR Prime Line Performance Curves Size 2P3, Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 2" (1) Suction Line, 68º F (2º C) Water at Sea Level,.69" (144) DIA. 3% 4%%.69" (144) DIA..44" (138) DIA. 4.94" (12) DIA. 6 6% 6% 8 67% 67%.19" (132) DIA. 6% 2 BHP 6% MODEL: 2P3 SIZE: 2" (1) LIQUID: SP. GR. 1. SPEED: 28 RPM " (12) DIA. -.69" (144) DIA BHP % 4 BHP IN A B C 3* D 3.69 (144).44 (138).19 (132) 4.94 (12) * Requires service factor IN CAPACITY IN CUBIC PER HOUR PAGE 1

11 Prime Line Performance Curves Size 2P4, 6 Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 2" (1) Suction Line, 68º F (2º C) Water at Sea Level, 6.88" (17) DIA. 6.88" (17) DIA. 3% 6.63" (168) DIA. 6.38" (162) DIA. 6.13" (16) DIA..7" (146) DIA. 4% % 8% 6% 7. HP 62% 62% 63% MODEL: 2P4 SIZE: 2" (1) LIQUID: SP. GR. 1. SPEED: 34 RPM -.7" (146) DIA " (17) DIA. 1 HP % 8% 1 HP IN A 1 B 1 C 1* D 1 E 7 1 2* 6.88 (17) 6.63 (168) 6.38 (162) 6.13 (16).7 (146) * Requires service factor IN CAPACITY IN CUBIC PER HOUR Prime Line Performance Curves Size 2P4, Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 2" (1) Suction Line, 68º F (2º C) Water at Sea Level, 6.88" (17) DIA. 4% 6.88" (17) DIA. % 6% 6.63" (168) DIA. 6.38" (162) DIA. 6.13" (16) DIA..7" (146) DIA. 6% MODEL: 2P4 SIZE: 2" (1) LIQUID: SP. GR. 1. SPEED: 28 RPM -.7" (146) DIA " (17) DIA % BHP 6% 9 BHP 7. BHP IN A 1 B 7 1 2* C D E 6.88 (17) 6.63 (168) 6.38 (162) 6.13 (16).7 (146) * Requires service factor IN CAPACITY IN CUBIC PER HOUR PAGE 11

12 Prime Line Performance Curves Size 3P1, 6 Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level, 8.7" (222) DIA. 8.7" (222) DIA. 8." (216) DIA " (21) DIA. 8." (23) DIA " (197) DIA. 4% % 6% 62% 3 HP MODEL: 3P1 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 17 RPM - 7.7" (197) DIA. 2 HP - 8.7" (222) DIA % 6% 64% 62% 6% % 4% A * B * C D E 8.7 (222) 8. (216) 8.2 (21) 8. (23) 7.7 (197) * Requires service factor. inches and millimeters IN IN CAPACITY IN CUBIC PER HOUR 7 8 Prime Line Performance Curves Size 3P1, Hz Maximum Priming Capability is 2' (6.1 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level, 8.7" (222) DIA. 8.7" (222) DIA. 8." (216) DIA. 8.2" (21) DIA. 8." (23) DIA. 7.7" (197) DIA. 4% % 6% 1. BHP 6% 7% 73% 2 BHP MODEL: 3P1 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 14 RPM 6% 3 BHP - 7.7" (197) DIA " (222) DIA % 6% 3. BHP IN A B 3* C 3 D 3 E (222) 8. (216) 8.2 (21) 8. (23) 7.7 (197) * Requires service factor IN CAPACITY IN CUBIC PER HOUR 7 8 PAGE 12

13 Prime Line Performance Curves Size 3P2, 6 Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level,.88" (149) DIA..88" (149) DIA.." (14) DIA..13" (13) DIA. 4.7" (121) DIA. 4% % 6% 62% 63% 62% MODEL: 3P2 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 34 RPM 6% % A 1* B 1 C D *.88 (149). (14).13 (13) 4.7 (121) * Requires service factor " (121) DIA HP -.88" (149) DIA HP % IN IN CAPACITY IN CUBIC PER HOUR 1 Prime Line Performance Curves Size 3P2, Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level,.88" (149) DIA..88" (149) DIA.." (14) DIA..13" (13) DIA. 4.7" (121) DIA. 4% % 6% 6% 7% 72% 72% MODEL: 3P2 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 28 RPM 7% 7 BHP 6% 6% % A B C D 3*.88 (149). (14).13 (13) 4.7 (121) * Requires service factor " (121) DIA BHP -.88" (149) DIA BHP IN IN CAPACITY IN CUBIC PER HOUR 7 8 PAGE 13

14 Prime Line Performance Curves Size 3P3, 6 Hz, 3 RPM Maximum Priming Capability is 2' (7.6 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level, 8.6" (2) DIA. 8.6" (2) DIA. 7.69" (19) DIA. 7.31" (186) DIA. 6.94" (176) DIA. 3% 4% 1 BHP % 2 BHP 6% 62% 64% 62% 3 BHP 4 BHP MODEL: 3P3 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 34 RPM A 4 B 4 C 3 D (2) 7.69 (19) 7.31 (186) 6.94 (176) BHP " (176) DIA " (2) DIA IN IN CAPACITY IN CUBIC PER HOUR 12 Prime Line Performance Curves Size 3P3, Hz Maximum Priming Capability is 2' (7.6 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level, 8.6" (2) DIA. 8.6" (2) DIA. 7.69" (19) DIA. 7.31" (186) DIA. 6.94" (176) DIA. 3% 4% % 1 BHP 6% 62% 64% 62% 6% 2 BHP 2 BHP MODEL: 3P3 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 28 RPM A 2 B 2 C 2 D (2) 7.69 (19) 7.31 (186) 6.94 (176) BHP " (176) DIA " (2) DIA IN IN CAPACITY IN CUBIC PER HOUR 12 PAGE 14

15 Prime Line Performance Curves Size 3P3, 6 Hz, 17 RPM Maximum Priming Capability is 2' (7.6 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level, 8.6" (2) DIA. 4% 8.6" (2) DIA. 7.69" (19) DIA. 7.31" (186) DIA. 6.94" (176) DIA. % 6% 6% 67% 3 BHP 67% 6% 6% BHP 7 BHP MODEL: 3P3 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 17 RPM " (176) DIA " (2) DIA IN A B C D 8.6 (2) 7.69 (19) 7.31 (186) 6.94 (176) IN CAPACITY IN CUBIC PER HOUR 12 Prime Line Performance Curves Size 3P4, 6 Hz, 34 RPM Maximum Priming Capability is 2' (7.6 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level, 7." (178) DIA. 7." (178) DIA. 6.7" (171) DIA. 6." (16) DIA. 6.2" (18) DIA. 6." (11) DIA. 4% 4% % 8% 6% 61% - 6." (11) DIA. 61% 6% MODEL: 3P4 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 34 RPM - 7." (178) DIA % A 2 B 2 C 2 D 1 E 1 7. (178) 6.7 (171) 6. (16) 6.2 (18) 6. (11) % 4% 2 HP 1 HP IN IN CAPACITY IN CUBIC PER HOUR 1 PAGE 1

16 Prime Line Performance Curves Size 3P4, Hz, 28 RPM Maximum Priming Capability is 2' (7.6 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level, 7." (178) DIA. 7." (178) DIA. 6.7" (171) DIA. 6." (16) DIA. 6.2" (18) DIA. 6." (11) DIA. 4% % 6% 6% 4% 4% 4 13 BHP 1 BHP 7. BHP - 6." (11) DIA. - 7." (178) DIA % % MODEL: 3P4 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 28 RPM IN A 1 B 1 C 1 D 1 E 7 1 2* 7. (178) 6.7 (171) 6. (16) 6.2 (18) 6. (11) * Requires service factor. inches and millimeters IN CAPACITY IN CUBIC PER HOUR 12 Prime Line Performance Curves Size 3P4, 6 Hz, 17 RPM Maximum Priming Capability is 22' (6.7 m), based on minimum length of 3" (76) Suction Line, 68º F (2º C) Water at Sea Level, 7." (178) DIA. 7." (178) DIA. 6.7" (171) DIA. 6." (16) DIA. 6.2" (18) DIA. 6." (11) DIA. 4% % 6% 2 BHP MODEL: 3P4 SIZE: 3" (76) LIQUID: SP. GR. 1. SPEED: 17 RPM - 6." (11) DIA. - 7." (178) DIA % 4% 3. BHP 3 BHP - 6." (16) DIA. IN A B 3 C 3 D 3 E 2* 7. (178) 6.7 (171) 6. (16) 6.2 (18) 6. (11) * Requires service factor IN CAPACITY IN CUBIC PER HOUR 6 7 PAGE 16

17 Prime Line Performance Curves Size 4P1, 6 Hz, 17 RPM Maximum Priming Capability is 2' (7.6 m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level, 1.63" (27) DIA. 1.63" (27) DIA. 1.38" (264) DIA. 1.13" (27) DIA. 9.88" (21) DIA. 4% % 6% 63% 1 HP 66% 68% 1 BHP 68% 66% MODEL: 4P1 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 17 RPM 63% 6% % A 2 B 2 C 2 D 1* 1.63 (27) 1.38 (264) 1.13 (27) 9.88 (21) * Requires service factor " (21) DIA " (27) DIA % 8 9 IN IN CAPACITY IN CUBIC PER HOUR 17 Prime Line Performance Curves Size 4P1, Hz, 14 RPM Maximum Priming Capability is 22' (6.7 m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level, 1.63" (27) DIA BHP " (27) DIA. 1.38" (264) DIA. 1.13" (27) DIA. 9.88" (21) DIA. 4% % 6% 6% 68% 7% 72% 7. BHP 72% MODEL: 4P1 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 14 RPM 7% 68% 6% 6% A 1 B 1 C 1* D (27) 1.38 (264) 1.13 (27) 9.88 (21) * Requires service factor BHP 1 BHP " (21) DIA " (27) DIA IN IN CAPACITY IN CUBIC PER HOUR 14 PAGE 17

18 Prime Line Performance Curves Size 4P1, 6 Hz, 11 RPM Maximum Priming Capability is 16' (4.9 m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level, 1.63" (27) DIA. 1.63" (27) DIA. 1.38" (264) DIA. 1.13" (27) DIA. 9.88" (21) DIA. 4% % 6% 6% 68% 7% 72% 3 BHP 72% 7% 68% 6% 6% BHP MODEL: 4P1 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 11 RPM " (21) DIA " (27) DIA BHP IN A B C D 1.63 (27) 1.38 (264) 1.13 (27) 9.88 (21) IN CAPACITY IN CUBIC PER HOUR 14 Prime Line Performance Curves Size 4P2, 6 Hz, 17 RPM Maximum Priming Capability is 22' (6.7 m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level, 9." (229) DIA. 9." (229) DIA. 8.7" (222) DIA. 8." (216) DIA. 8.2" (21) DIA. 4% 4% % 4% 8% 62% 64% 6% 7. HP 6% 64% 62% MODEL: 4P2 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 17 RPM 8% 4% % 4% 1 BHP - 8.2" (21) DIA. - 9." (229) DIA IN A 1* B 1 C 1 D 7 1 2* 9. (229) 8.7 (222) 8. (216) 8.2 (21) * Requires service factor IN CAPACITY IN CUBIC PER HOUR PAGE 18

19 Prime Line Performance Curves Size 4P2, Hz, 14 RPM Maximum Priming Capability is 17' (.2 m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level, 9." (229) DIA. 9." (229) DIA. 8.7" (222) DIA. 8." (216) DIA. 8.2" (21) DIA. 4% % 6% 6% 68% 7% 4 BHP MODEL: 4P2 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 14 RPM BHP % 68% 6% 6% 6 BHP IN A B C D 9. (229) 8.7 (222) 8. (216) 8.2 (21) IN CAPACITY IN CUBIC PER HOUR Prime Line Performance Curves Size 4P2, 6 Hz, 11 RPM Maximum Priming Capability is 11' (3.4 m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level, 9." (229) DIA. 9." (229) DIA. 8.7" (222) DIA. 8." (216) DIA. 8.2" (21) DIA. 4% % 6% 6% 68% 2 BHP 68% 6% 6% MODEL: 4P2 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 11 RPM A 3 B 3 C 3 D 3 9. (229) 8.7 (222) 8. (216) 8.2 (21) BHP IN IN CAPACITY IN CUBIC PER HOUR PAGE 19

20 Prime Line Performance Curves Size 4E1, 6 Hz, 17 RPM Maximum Priming Capability is 2' (7.6 m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level. 12." (3) DIA. 11." (292) DIA. 11." (279) DIA. 1." (267) DIA. 1." (24) DIA. 3% 4% % 6% 1 BHP 6% MODEL: 4E1 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 17 RPM - 1" (24) DIA % - 12" (3) DIA. 7% 1 BHP 6% 6% 3 BHP % 2 BHP 2 BHP IN Maximum Priming Capability is: Ordering Imp. Max. Code Dia. Lift 1 A B C D E IN 12." 2' (3) (7.6 m) 11." 22' (292) (6.7 m) 11." 19' (279) (.8 m) 1." 17' (267) (.2 m) 1." 16' (24) (4.9 m) CAPACITY IN CUBIC PER HOUR Prime Line Performance Curves Size 4E1, Hz, 14 RPM Maximum Priming Capability is 1' (4. m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level. HQ MODEL: 4E1 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 14 RPM IMP. DIA.: 12" (3) EFF% EFF% Required 4 Ft. M BHP NPSH Required BHP U.S. GPM M 3 /H PAGE 2

21 Prime Line Performance Curves Size 4E1, 6 Hz, 11 RPM 6 Maximum Priming Capability is 13' (3.9 m), based on minimum length of 4" (12) Suction Line, 68º F (2º C) Water at Sea Level. HQ MODEL: 4E1 SIZE: 4" (12) LIQUID: SP. GR. 1. SPEED: 11 RPM IMP. DIA.: 12" (3) EFF% EFF% 6 Required 4 Ft. M BHP NPSH Required BHP U.S. GPM M 3 /H PAGE 21

22 Prime Line Performance Curves Size 6E1, 6 Hz, 17 RPM Maximum Priming Capability is 22' (6.7 m), based on minimum length of 6" (12) Suction Line, 68º F (2º C) Water at Sea Level. 11." (292) DIA. 11." (279) DIA. 1." (267) DIA. 1." (24) DIA. 9." (241) DIA. 3% 4% %6% 6% 2 BHP 7% 6% 6% - 9." (241) DIA " (292) DIA % BHP % 4 BHP 2 BHP 3 BHP MODEL: 6E1 SIZE: 6" (12) LIQUID: SP. GR. 1. SPEED: 17 RPM IN Maximum Priming Capability is: Ordering Imp. Max. Code Dia. Lift 1 A B C D E IN 11." 22' (292) (6.7 m) 11." 2' (279) (6.1 m) 1." 16' (267) (4.8 m) 1." 16' (24) (4.8 m) 9." 1' (241) (4. m) CAPACITY IN CUBIC PER HOUR 7 8 Prime Line Performance Curves Size 6E1, Hz, 14 RPM Maximum Priming Capability is 2' (6.1 m), based on minimum length of 6" (12) Suction Line, 68º F (2º C) Water at Sea Level. 3% 4% % 6% 6% 7% 11." (292) DIA. 11." (279) DIA. 1." (267) DIA. 1." (24) DIA. 9." (241) DIA. 1 BHP 7% 6% 6% 26. BHP 2 BHP 2 BHP 1 BHP MODEL: 6E1 SIZE: 6" (12) LIQUID: SP. GR. 1. SPEED: 14 RPM Maximum Priming Capability is: Ordering Imp. Max. Code Dia. Lift A B C D E 11." 2' (292) (6.1 m) 11." 17' (279) (.2 m) 1." 14' (267) (4.2 m) 1." 14' (24) (4.2 m) 9." 13' (241) (3.9 m) - 9." (241) DIA " (292) DIA IN IN CAPACITY IN CUBIC PER HOUR 7 8 PAGE 22

23 Prime Line Performance Curves Size 6E1, 6 Hz, 11 RPM Maximum Priming Capability is 16' (4.9 m), based on minimum length of 6" (12) Suction Line, 68º F (2º C) Water at Sea Level. 2% 3% 4% % 6% 6% 68% 7% 11." (292) DIA. 11." (279) DIA. 1." (267) DIA. 1." (24) DIA. 9." (241) DIA. 1 BHP BHP 7% 68% 6% 1 BHP 7. BHP MODEL: 6E1 SIZE: 6" (12) LIQUID: SP. GR. 1. SPEED: 11 RPM 1 BHP Maximum Priming Capability is: Ordering Imp. Max. Code Dia. Lift A B C D E 11." 16' (292) (4.9 m) 11." 13' (279) (3.9 m) 1." 11' (267) (3.3 m) 1." 11' (24) (3.3 m) 9." 1' (241) (3. m) " (241) DIA " (292) DIA IN IN CAPACITY IN CUBIC PER HOUR 3 4 PAGE 23

24 Prime Line Performance Curves Size 6E2, 6 Hz, 17 RPM Maximum Priming Capability is 22' (6.7 m), based on minimum length of 6" (12) Suction Line, 68º F (2º C) Water at Sea Level. 12." (318) DIA. 12." (3) DIA. 11." (292) DIA. 11." (279) DIA. 4% % 6% 2 BHP 6% 2 BHP - 11." (279) DIA. MODEL: 6E2 SIZE: 6" (12) LIQUID: SP. GR. 1. SPEED: 17 RPM 6% % 4% " (318) DIA U.S. GPM 67% 67% 6% 3 BHP 1 Maximum Priming Capability is: Ordering Imp. Max. Code Dia. Lift A B C D NPSH Required 4 BHP M Ft " 22' (318) (6.7 m) 12." 18' (3) (. m) 11." 14' (292) (4.3 m) 11." 1' (279) (3. m) M 3 /H Prime Line Performance Curves Size 6E2, Hz, 14 RPM Maximum Priming Capability is 19' (.8 m), based on minimum length of 6" (12) Suction Line, 68º F (2º C) Water at Sea Level. 12." (318) DIA. 12." (3) DIA. 11." (292) DIA. 11." (279) DIA. 4% % 6% 6% 7% 1 BHP 7% 6% 6% 22 BHP MODEL: 6E2 SIZE: 6" (12) LIQUID: SP. GR. 1. SPEED: 14 RPM % Maximum Priming Capability is: Ordering Imp. Max. Code Dia. Lift A B C D 12." 19' (318) (.8 m) 12." 1' (3) (4. m) 11." 12' (292) (3.6 m) 11." 9' (279) (2.7 m) 4% 2 2 BHP - 11." (279) DIA " (318) DIA IN IN CAPACITY IN CUBIC PER HOUR 3 4 PAGE 24

25 Prime Line Performance Curves Size 6E2, 6 Hz, 11 RPM Maximum Priming Capability is 14' (4.2 m), based on minimum length of 6" (12) Suction Line, 68º F (2º C) Water at Sea Level. 12." (318) DIA. 12." (3) DIA. 11." (292) DIA. 11." (279) DIA. 4% % 6% 7. BHP - 11." (279) DIA. 12 BHP 1 BHP % % 4% - 12." (318) DIA. MODEL: 6E2 SIZE: 6" (12) LIQUID: SP. GR. 1. SPEED: 11 RPM IN Maximum Priming Capability is: Ordering Imp. Max. Code Dia. Lift 1 A B C D IN 12." 14' (318) (4.2 m) 12." 1' (3) (3. m) 11." 9' (292) (2.7 m) 11." 8' (279) (2.4 m) CAPACITY IN CUBIC PER HOUR 3 4 PAGE 2

26 Prime Line Dimensions 2P 4P Pump End B A C L SUCTION ➀ 12# DRILLING J C L I DISCHARGE ➀ 12# DRILLING S DIA. SHAFT U KEYWAY R K V L M C D E F H N 9 16" DIA. 2 MTG SLOTS W DIA. 2 MTG SLOTS P Q REF. Pump End Model Suction ➀ Discharge ➀ A B C D E F H I J K L M N P Q R S U V W 2P1 2" NPT 2" NPT 2P2 12 Female Female ½ P3 (311) (16) (97) (227) (432) (23) (19) (143) (292) 6 (1) (1) x 1 8 (446) 2P (16) (76) (29) (6 x 3) 3P1 1 2 (12) (23) (24) 24¼ P2 3" 3" (2) (1) (616) (286) (13) 3P3 (76) (76) (391) (197) (232) (483) (394) (23) (167) 18 8 () 3P4 (838) (464) x P1 4" 4" ½ (191) (11) (41) (1x) P2 (12) (12) (489) (24) (19) (318) (381) (92) (294) (97) (47) (24) (217) (49) (611) ➀ 12# drilling except 2PL series (2" NPT female) All dimensions are in Do not use for construction purposes. PAGE 26

27 Prime Line Dimensions 2P 4P Frame Mounted A I2 G B C L SUCTION1 12# DRILLING J C L DISCHARGE1 12# DRILLING 3 /8" K V L M E T DIA. 4 MTG HOLES F O P H N Q Pump, Base, Coupling and Guard Model Frame Suction Discharge Open Encl. ➀ ➀ A B E F G G H I ➁ J K L M N O P Q T V 143T (972) 14T (16) 2P1 182T 2" NPT 2" NPT 2P (16) 39 (991) T Female Female 2P3 (311) (16) (227) (49) (416) (222) (9) 213T (1) (1) 2P (19) (176) 21T 24T (227) 17 46½ (1181) T (191) (381) (432) 38 (96) (118) (66) (167) (16) 182T 3P (16) (987) 184T 3P2 213T (19) 42¼ (173) 21T 24T (227) 46¼ (117) T 47¾ (1213) 11 (16) 8 16 (23) (18) 182T 3" 3" (16) (1229) T (76) (76) (391) (197) (232) (46) (47) (267) (813) (1219) (64) 213T (19) 1¾ (131) 21T 3P3 24T 4¾ 3P (227) (1397) (121) 26T T (241) (483) (21) 6¼ (13) 284TS 4 6 (292) (32) (116) (1422) 286TS 8¾ (1492) 324TS ¼ (16) (344) (37) 213T (19) 4½ (1384) P1 21T 4" 4" ½ (813) (1219) P2 24T (12) (12) (489) (24) (227) 8½ (1486) (294) (66) (21) (318) (191) 4 6 (67) 26T (116) (1422) 1 12# drilling except 2PL series (2" NPT female). 2 Actual dimension may vary depending on motor. All dimensions are in Do not use for construction. PAGE 27

28 Prime Line Dimensions 2P 4P Close Coupled B A C L SUCTION➀ 12# DRILLING J CL I2 DISCHARGE➀ 12# DRILLING G2 K V L M W DIA. 9 16" 4 MTG (14 mm) E HOLES DIA. MTG F HOLES Z H N P Y C D X E " (64 mm) W1 DIA. 4 MTG HOLES COMMON PUMP/MOTOR BASE OPTIONAL F1 Z1 H1 N1 Y1 Close Coupled Model Frame Suct. Disch. With Pump Motor Base 1 1 A B C D E F G H I ➁ J K L M N P V W X Y Z E1 F1 H1 N1 W1 Y1 Z1 143JM x JM (116) (232) (16) (91) (24) (14x22) 1 1 (279) (314) JM x (267) (168) (337) (37) (219) (14)(381) (84) 184JM (76) (12) (176) (694) (236) (11x18) (267) (292) 2P1 213JP P2 2" NPT 2" NPT Female Female (84) (14) (187) 2P3 (311) (16) (18) (216) (21) 21JP 34 (1) (1) 3 4 (227) (432) (33) (19) (143) (422) (446) (11) (241) P4 (883) (178) (226) JP (194) (387) (42) (27) (18)(47) (762) (962) (21) (271) (127) (24) (22) 26JP 39 8 (43) (13) (289) (17) (24) (316) 143JM JM (16) 1 (611) (241) JM (24) (267) (279) (314) (168) (337) (37) (243) (14)(381) (84) 184JM (12) (23) (176) (71) (23) (116) (232) 213JP (876) x (21) 3P1 21JP 36 (36) (14x22) (298) (292) (327) (194) (387) (42) (294) (47) (762) (914) 3P2 3P3 24JP 3" 3" (76) (76) (391) (197) 3P (994) (232) (483) (394) (23) (167) 14 1 () (22) 26JP (362) (343) (42) (44) (138) (14) (279) 284JP (11) (241) (311) 8 (27) 286JP (443) (13) (327) (189) (279) (349) (18) 324JP (19) (318) (37) (111) (6) (17) (4) (267) (343) (238) (476) (27) (294) (33) (838) JP (948) (116) (232) (21) 21JP (387) (298) (292) (327) 4P1 4" 4" (986) x P2 24JP (12) (12) (489) (24) (19) (318) (381) (294) (97) (47) (24) (217) (611) (14x22) (344) (16) (14) (279) (22) 26JP (383) (343) (42) (44) (111) 1 12# drilling except 2PL series (2" NPT female). 2 Actual dimension may vary depending on motor. All dimensions are in Do not use for construction purposes. PAGE 28

29 Prime Line Dimensions 4E 6E 22" 11" 7 1 /2" Discharge 12# Drilling Suction 12# Drilling J I 1 3 /4" Dia. Shaft 3 /8" x 3 /16" K.S /16" K /16" 9 7 /16" L 11 1 /8" /2" 3 1 /2" 7" 7" 11 /16" Dia. (4) Mtg. Holes 9 /16" Dia. (2) Mtg. Holes N " 18 1 /4" 7 13 /16" Ref. 1 3 /8" Model Suction Discharge I J K L N 4E /8 12 / /16 6E /16 1¾ 24½ 11 3 /8 13¼ Pump, Base, Coupling and Motor Discharge 12# Drilling 22 I** C** 11 Suction 12# Drilling J 464 A K /16 K L 11 3 /8 N / /2 7 /8 Dia. (4) Mtg. Holes Model Suction Discharge Frame C** I** J K L N 24T /16 /16 26T 63 4E /16 12 / /16 284T 6 11½ 7 /16 286T 66 1 /16 26T 8 1 / /8 284T 68 11½ 7 /8 6E T 7 3 /8 1¾ 28½ 1 3 /8 11¾ 324T /16 /16 326T 73 1 /16 PAGE 29

30 Prime Line Specifications 2P 4P Mechanical Data 2P1 2P2 2P3 2P4 3P1 3P2 3P3 3P4 4P1 4P2 Suction and discharge port sizes, inches (mm) 2 (1) NPT 3 (76) Flanged 4 (12) Flanged Flanged, flat face Female threaded connection 12 PSI (8.79 kg/cm 2 ) Minimum casing thickness, inches (mm) 3 8 (1) Maximum working pressure 8 PSI 11 PSI 6 PSI Maximum hydrostatic test pressure (refer to note #4) 13 PSI 17 PSI 9 PSI Maximum diameter solids (spherical), inches (mm) 1 2 (13) 7 16 (11) 7 16 (11) 16 (8) 7 16 (11) 9 16 (14) 8 (16) 1 2 (13) 9 16 (14) 9 16 (14) Shaft Diameter a) At impeller (nominal), inches (mm) 7 8 (22) (32) b) At mechanical seal, inches (mm) (32) 1 8 (41) c) Between bearings, inches (mm) 1 8 (41) 2 16 (9) d) At coupling, inches (mm) (29) 1 8 (41) Maximum shaft deflection at shaft seal faces, inches (mm) Does not exceed.2 (.) Bearing Housing a) Front radial bearing b) Rear thrust bearing c) Bearing centers, inches (mm) 4 16 (11) (17) Minimum distance required to remove bearing housing assembly with impeller, stuffing box/seal plate and bracket (back pull-out) (refer to note #1), inches (mm) Maximum temperature of liquid pumped for normal seal operation Speed range, RPM 4 (12) (127) 2 F (93 C) 14 to 24 to 14 to 24 to 17 to 11 to Static priming lift, with full diameter impeller at maximum allowable operating speed and with 2 feet (7.6 m) suction check valve (refer to note #2) Minimum B1 life hours (refer to note #3) 2, hrs + Weight, pump end only, lbs. (kg) (8) (76) (8) (8) (113) (16) (133) (133) (186) (182) Weight, back pull-out section (bearing housing, stuffing box/seal plate impeller, seal assembly, shaft, bearings, etc.), lbs. (kg) (34) (32) (34) (34) (4) 41) (73) (73) (84) (8) Shipping weight, PEO, lbs. (kg) (86) (84) (86) (86) (12) (118) (141) (141) (193) (188) NOTES: 1. Distance shown required for removal of complete back pull-out assembly straight out of pump casing. 2. Based on nominal pipe size with feet (1. m) horizontal length, zero discharge head and 68ºF (2ºC) water temperature at sea level. 3. Based on an operating point at % of BEP capacity. 4. Without check valve or check valve partially open. PAGE 3

31 Prime Line Specifications 4E1, 6E1, 6E2 Mechanical Data 4E1 6E1 6E2 Suction and discharge port sizes, inches 4" x 4" 6" x 6" 6" x 6" Flanged, flat face, PSI Minimum casing thickness, inches ½ ½ ½ Maximum working pressure, PSI Maximum hydrostatic test pressure (refer to note #4) Type of impeller Enclosed Open Enclosed Maximum diameter solids (spherical), inches ½ 1 1 Shaft Diameter a) At impeller (nominal), inches 1¾ b) At mechanical seal, inches 1¾ c) Between bearings, inches 3 d) At coupling, inches 1¾ Maximum shaft deflection at shaft seal faces, inches Does not exceed.2 Bearing Housing a) Front radial bearing, single row #313 b) Rear thrust bearing, single row #313 c) Bearing centers, inches 1.4 Minimum distance required to remove bearing housing assembly with impeller, stuffing box/seal plate and bracket (back pull-out) (refer to note #1), inches Maximum temperature of liquid pumped for normal seal operation ½ 2 F (93 C) Speed range, RPM 11 to to 2 11 to 26 Static priming lift, with full diameter impeller at maximum allowable operating speed and with 2 feet 22 feet 22 feet suction check valve (refer to note #2) Oil capacity for oil lube bearings (bearing housing) Approx. 2 fl. oz. Minimum L1 life, hours (refer to note #3) 24, Weight, pump end only, lbs Weight, back pull-out section (bearing housing, stuffing box/seal plate impeller, seal assembly, shaft, bearings, etc.), lbs. Shipping weight, PEO, lbs NOTES: 1. Distance shown required for removal of complete back pull-out assembly straight out of pump casing. 2. Based on nominal pipe size with feet (1. m) horizontal length, zero discharge head and 68ºF (2ºC) water temperature at sea level. 3. Based on an operating point at % of BEP capacity. 4. Without check valve or check valve partially open. PAGE 31

32 Xylem 1) The tissue in plants that brings water upward from the roots; 2) a leading global water technology company. We re a global team unified in a common purpose: creating innovative solutions to meet our world s water needs. Developing new technologies that will improve the way water is used, conserved, and re-used in the future is central to our work. We move, treat, analyze, and return water to the environment, and we help people use water efficiently, in their homes, buildings, factories and farms. In more than 1 countries, we have strong, long-standing relationships with customers who know us for our powerful combination of leading product brands and applications expertise, backed by a legacy of innovation. For more information on how Xylem can help you, go to Xylem Inc East Bayard Street Ext., Suite A Seneca Falls, NY Phone: (8) Fax: (888) Goulds is a registered trademark of Goulds Pumps, Inc. and is used under license. 21 Xylem Inc. BPRIMELINE R1 July 21