MULTISTAGE PUMPS TECHNICAL DATA

Transcription

1 MULTISTAGE PUMPS TECHNICAL DATA IMPPUMPS Technical Data 18

2 GENERAL INFORMATION ALL PRODUCTS AND COMPONENTS ARE MANUFACTURED FROM ENVIRONMENTALLY FRIENDLY MATERIALS. UPON DISPOSAL INTERNAL ENVIRONMENTAL REGULATION MUST BE CONSIDERED. FURTHER INFORMATION ON ALL PUMPING PROGRAMS WITH TECHNICAL DATA ARE AVAILABLE ON GENERAL SALES CONDITIONS AND TERMS OF PAYMENT DEPENDING ON THE AGREEMENT WITH THE FIRM IMP PUMPS. IMAGES IN CATALOGUE ARE FOR ILLUSTRATIVE PURPOSES ONLY. TECHNICAL ADJUSTMENTS AND REVISIONS ARE NOT PERMITTED! 2 IMPPUMPS Technical data 18

3 ABOUT US IMP PUMPS is Slovenian manufacturer of pumps and pumping systems located in Komenda in Slovenia. Company designs, develops, manufactures, distributes and maintains pumps and pumping systems. With products and services of its own and from strategic partners, company is positioned as provider of integrated solutions. With specialized skills company resolves the problems relating to the transportation of liquid media. This ensures the comfort of home environment and optimal working conditions in the industry. IMP PUMPS has increased its profit in the last three years by 60%. More than 96 % of production is sold in over 60 countries around the world. Company is innovator in the field of electro commutated submersible motors and has the quality certificate ISO 9001:08. HISTORY IMP PUMPS was founded in 197 and has existed as part of the IMP until the late1980s. Company successfully survived the change of the economic system and the turbulent nineties and stood on its own feet. Company was privatized in 1997 and In the year 00, the company was restructured and renamed in IMP PUMPS d.o.o.. Slovenia s entry into the EU was another initiative for IMP PUMPS intensive development of the sales network in the changing European market, either directly or through its business partners. At the same time investments in development, marketing, information technology, and philosophy of e-commerce were made. PRESENT IMP PUMPS is present with its products and services in many world markets (Eastern and Western Europe, North America, Asia, North Africa and Australia). IMP PUMPS is also a member of EUROPUMP the European Association of Pump Manufacturers. In pump design, high priority is given to the improvement of the energy efficiency of pumps. Excellent results have been reached by the new NMT pump series, using permanent magnets technology for very high efficiency rates. IMP PUMPS is one of the few European manufacturers, which over the years developed and launched a new generation of pumps with electronically controlled wet running motors. This is one of the main reasons that the company IMP PUMPS is ranked among Europe s technological elite. Reference: FUTURE IMP PUMPS Company employees are aware they have become part of global development and the importance of the environment in which they live. Our products are energy efficient and environmentally friendly. We are constantly developing new and more cost effective pumps replacing the old types and investing in the development of intelligent pumps with an emphasis on digitization and communication. The company plans to further expand its sales on foreign markets and enhance its position among the four largest manufacturer of circulator pumps in Europe. In the spirit of its motto The honest product for the honest price, IMP PUMPS intends to maintain the excellent quality of its products at the favorable prices for the customer, along with the application of the latest technologies and prompt service. IMPPUMPS Technical data 18

4 Product overview The basic production program of IMP PUMPS are circulating pumps for HVAC application. Pumps are flanged or threaded and single or double design with a bronze or cast iron hydraulic casing. All cast iron hydraulics are covered with cataphoresis. Wet running circulating pumps NMT (electronic savings, ECM, SAN circulation for sanitary water) SAN - for sanitary water GHN (-speed pumps) Dry running circulating pump CL, CV, PV, NR (in-line, bloc, with frequency converter) IMPPUMPS Technical data 18

5 Vertical Multi-Stage Centrifugal Pumps CATALOGUE FOR 50Hz IMPPUMPS Technical data 18 5

6 Model Instruction BL R R:Hot water type (Cold-water is not marked) Number of small impellers Number of impellers Rated flow(m /h) Type range Overview Of The Product BL series stainless steel multi-stage centrifugal pump (afterwards called pump)boasts characters of high efficiency, low noise, steady operation, etc.the pump set adopts the non-self-priming vertical multi-stage structure, which makes a compact whole,its installation easy, its operation and maintenance convenient. Application Limits Medium temperature: normal type: 0 C ~ 68 C hot water type:0 C ~ 1 C Ambient temperature:+0 C, Max ambient pressure:1.0mpa, Advisable to use motor of higher power in case that the density or viscosity of medium is above that of water. ph: 5 to 8 Applications Fields Water supply Filtration and transfer at waterworks Distribution from waterworks Pressureboosting in mains Pressure boosting in high-rise buildins,hotels,etc. Pressure boosting for industrial water supply Industry Pressure boosting Process water systems Washing and cleaning systems Vehicle washing tunnels Fire fighting systems Liquid transfer Cooling and air-conditioning systems(refrigerants) Boiler feed and condensate systems Machine tools(cooling lubricants) Aquafarming Transfer Oil and alcohol Glycol and coolants BL 6 IMPPUMPS Technical data 18

7 Water treatment Ultra-filtration systems Reverse osmosis systems Softening, ionising, demineralizing systems Distillation sys tems Separators Swimming baths lrrigation Field irrigation(flooding) Sprinkler irrigation Drip-feed irrigation Certificate Electric Motor Full-enclosed and ventilating two-pole standard motor Protection class: IP55 Insulation class: F Standard voltage Single phase 2V-50Hz Three phase:80/00v-50hz Standard motor efficiency: 11kW to 5kW:IE,other:IE2, Specific efficiency value for below table Energy Efficiency Standard (IEC600) Power(kW) Efficiency(2P, IE2) Efficiency(2P,IE) IMPPUMPS Technical data 18 7

8 1. Duty point of the pump: From a duty point it is possible to select a pump on the basis of the curve charts shown in "performance curves/technical" data. 2. Dimensional data: When sizing a pump the following must be taken into accounting: Required flow and pressure at the draw-off point. Pressure loss as a result of height differences. Friction loss in the pipework(hf) (Refer to Fig.1) It may. Best efficiency at the estimated duty point. NPSH value. For calculation of the NPSH value, see corresponding curves chart.. Pump efficiency: Before determining the best efficiency point, the operation pattern of the pump needs to be identified. If the pump expected to operate as the same duty point, then select a BL pump which is operating at a duty point corresponding with the best efficiency of the pump. As the pump is sized on the basis of the highest possible flow, it is important always to have the duty point to the right on the efficiency curve(eta) in order to keep efficiency high when the flow drops. 8 IMPPUMPS Technical data 18

9 . Pump material: The material variant should be selected based of the liquid to be pump. BL wetted parts are made of AISI0 BLT pump body is made of cast-iron and. Wetted parts are made of AISI0. 5. Pump connections Selection of pump connection depend on the rated pressure and pipe work. the pump offer a wide range of ftexible connection such as: Pipe thread Oval flange DIN flange Other connections on reguest 6. Commonly used mechanical seal configuration tables Configuration Configuration illustrate Application Field Configuration case EUBV Container-type E,hard alloy moving ring U,Static ring leaching resin graphite B, fluorine rubber V 1. Working condition regular under cold water 0 C to 68 C, no particles, oil. 2. Working condition regular under hot water 68 C to 90 C, no particles, with oil. Normal EQQE Container type E, moving ring and static ring silicon carbide Q, Working condition:hot water 90 C to 1 C, containing a small amount of particles, no oil. Normal epdm E 1. PH = 5-7 acidic medium. EQQV Container type E,moving ring and static ring silicon carbide Q, fluorine rubber V 2. PH = 7-9, alkaline medium.. Working conditions: hot water 68 C to 90 C, containing a small amount of particles, oil.. With oil. Customer-made 1. Under ice water 0 C. EUUE Container type E, moving ring and statil ring U, hard alloy U, epdm E 2. A crystallization of alkaline medium.. Containing a large number of granular media.. More than 2 MPa pressure condition. 5. No oil. Customer-made IMPPUMPS Technical data 18 9

10 Maximum Work Pressure Model BL 2, BL 8,12,16, BL 2-2-2~BL 2-7 BL 2-8-2~BL 2-12 BL 2-1~BL 2--2 BL 5-2-2~BL 5-6 BL 5-7-2~BL 5-9 BL 5--2~BL BL 6-2-2~BL BL 6-5-1~BL 6-8 BL ~BL BL 90-~BL 90-6 Curve No The limits of pressure and temperature are shown in the following fig.,the pressure and temperature must be in the shown in the fig.. IMPPUMPS Technical data 18

11 Maximum Ambient Temperature When the pump is operating in the place where ambient temperature is higher than 0 C or altitude is higher than 00m,the output power of motor P2 will decrease because of poor cooling caused by low air density.therefore, in that case,the pump should be equipped with high-power motor. IMPPUMPS Technical data 18 11

12 Performance Range Product Range Model BL 2 BL BL 8 BL 12 BL 16 BL BL 2 BL 5 BL 6 BL 90 Rated Flow (m /h) Flow Range (m /h) 1~.2 1.5~6 5~11 7~1 8~ ~26 16~6 25~50 0~70 50~0 Max.Pressure (bar) Motor Power (kw) 0.7~ 0.7~ 0.75~ 1.5~11 2.2~ 2.2~18.5 ~0 5.5~5 ~5 11~5 Max.Efficiency (%) DIN Flange DN25 DN2 DN0 DN50 DN50 DN50 DN65 DN80 DN0 DN0 Pipe Thread R / R / R c 2 R c 2 R c 2 R c 2 12 IMPPUMPS Technical data 18

13 Performance Curve - BL 2 It is recommended to be used within lift range. IMPPUMPS Technical data 18 1

14 Performance Table Model kw Power HP Q (m /h) Head Range (m) BL ~18 BL ~27 BL ~6 BL ~5 BL ~5 BL 2-7 BL 2-9 BL H (m) ~6 5~80 5~98 BL ~116 BL ~1 BL ~161 BL ~197 BL ~22 Dimensions & Weight Model B1 B2 Dim.(mm) B1+B2 D1 D2 N.W.(kg) BL /26 BL /26 BL /28 BL /28 BL /2 BL /2 BL /5 BL /6 BL /0 BL /0 BL /5 BL /6 BL /55 1 IMPPUMPS Technical data 18

15 Performance Curve - BL It is recommended to be used within lift range. IMPPUMPS Technical data 18

16 Performance Table Model BL -2 Power kw HP Q (m /h) Head Range (m) ~19 BL ~28 BL ~8 BL ~7 BL ~56 BL -7 BL -8 BL H (m) ~66 50~7 62~96 BL ~11 BL ~16 BL ~2 BL ~18 BL ~211 Dimensions & Weight Model B1 B2 Dim.(mm) B1+B2 D1 D2 N.W.(kg) BL /28 BL /0 BL / BL /5 BL /6 BL /0 BL /0 BL / BL /6 BL /5 BL /5 BL /6 BL /65 16 IMPPUMPS Technical data 18

17 Performance Curve - BL 8 It is recommended to be used within lift range. IMPPUMPS Technical data 18 17

18 Performance Table Model BL 8-2 Power kw HP Q (m /h) Head Range (m) 1~ BL ~0 BL ~1 BL ~52 BL ~62 BL 8-8 BL 8- BL H (m) ~8 7~ 80~11 BL ~12 BL ~ BL ~166 BL ~187 BL ~8 Dimensions & Weight Model BL 8-2 BL 8- BL 8- BL 8-5 BL 8-6 BL 8-8 BL 8- BL 8-11 BL 8-12 BL 8-1 BL 8-16 BL 8-18 BL 8- B1 B2 B1+B2 D1 D Dim.(mm) N.W.(kg) 6/ 8/5 2/9 6/5 7/5 55/6 65/72 66/7 8/92 86/9 89/96 95/2 97/ 18 IMPPUMPS Technical data 18

19 Performance Curve - BL 12 It is recommended to be used within lift range. IMPPUMPS Technical data 18 19

20 Performance Table Model Power kw HP Q (m /h) Head Range (m) BL ~2.5 BL ~5.5 BL ~7 BL ~59.5 BL ~71.5 BL 12-7 BL 12-8 BL H (m) ~8.5 6~ ~8 BL ~1 BL ~1.5 BL ~168 BL ~192.5 BL ~217 Dimensions & Weight Model BL 12-2 BL 12- BL 12- BL 12-5 BL 12-6 BL 12-7 BL 12-8 BL 12-9 BL 12- BL BL 12-1 BL BL B1 B2 B1+B2 D1 D Dim.(mm) N.W.(kg) 2/9 5/52 50/58 51/59 57/6 75/8 76/85 78/86 8/91 86/9 165/17 168/ /178 IMPPUMPS Technical data 18

21 Performance Curve - BL 16 It is recommended to be used within lift range. IMPPUMPS Technical data 18 21

22 Performance Table Model Power kw HP Q (m /h) Head Range (m) BL ~27 BL ~1 BL ~5 BL ~68 BL 16-6 BL H (m) ~82 68~96 BL ~1 BL ~18 BL ~166 BL ~19 BL ~222 Dimensions & Weight Model BL 16-2 BL 16- BL 16- BL 16-5 BL 16-6 BL 16-7 BL 16-8 BL 16- BL BL 16-1 BL B1 B2 B1+B2 D1 D Dim.(mm) N.W.(kg) 5/5 52/60 61/69 79/88 81/90 8/95 86/97 16/17 167/ /189 18/ IMPPUMPS Technical data 18

23 Performance Curve - BL It is recommended to be used within lift range. IMPPUMPS Technical data 18 2

24 Performance Table Model Power kw HP Q (m /h) Head Range (m) BL ~27 BL ~0 BL ~5 BL ~67 BL -6 BL -7 H (m) ~81 65~95 BL ~9 BL ~16 BL ~16 BL ~192 BL ~2 Dimensions & Weight Model B1 B2 Dim.(mm) B1+B2 D1 D2 N.W.(kg) BL /5 BL /68 BL /87 BL /88 BL /9 BL /95 BL /170 BL /17 BL /186 BL /189 BL /211 2 IMPPUMPS Technical data 18

25 Performance Curve - BL 2 It is recommended to be used within lift range. IMPPUMPS Technical data 18 25

26 Performance Table Model Power kw HP Q (m /h) Head Range (m) BL BL 2-2 BL 2--2 BL 2- BL 2--2 BL 2- BL BL 2-5 BL BL 2-6 BL BL 2-7 BL BL 2-8 BL BL 2-9 BL 2--2 BL 2- BL BL 2-11 BL BL 2-12 BL BL 2-1 BL BL 2-1 BL 2--2 BL H (m) ~29 2~6 28~7 5~5 0~65 7~72 52~8 59~90 65~1 72~8 78~119 85~126 90~16 97~1 2~ 9~162 1~ ~ ~19 ~0 ~211 17~218 ~ 160~27 165~27 172~ ~ ~27 Dimensions & Weight Model B1 B2 Dim.(mm) B1+B2 D1 D2 N.W.(kg) BL BL 2-2 BL 2--2 BL 2- BL 2--2 BL 2- BL BL 2-5 BL BL 2-6 BL BL 2-7 BL BL 2-8 BL BL 2-9 BL 2--2 BL 2- BL BL 2-11 BL BL 2-12 BL BL 2-1 BL BL 2-1 BL 2--2 BL /78 81/85 0/ 0/ 6/1 6/1 185/ / /19 189/19 /7 /7 7/211 7/ /22 228/22 22/26 22/26 278/ / / /286 61/65 61/65 6/69 6/69 68/7 68/7 26 IMPPUMPS Technical data 18

27 Performance Curve - BL 5 IMPPUMPS Technical data 18 27

28 Performance Table Dimensions & Weight 28 IMPPUMPS Technical data 18

29 Performance Curve - BL 6 IMPPUMPS Technical data 18 29

30 Performance Table Dimensions & Weight 0 IMPPUMPS Technical data 18

31 Performance Curve - BL 90 IMPPUMPS Technical data 18 1

32 Performance Table Dimensions & Weight 2 IMPPUMPS Technical data 18

33 Components & Materials BL2 BL No. Component Material AISI/ASTM Base Plate Pump Base Inlet Fluid Director Lining O-ring Bearing Fluid Director With Bearings Impeller Fluid Director Outer Cylinder Long Round Sleeve Pump Shaft Outlet Fluid Director Wave Spring Ball-Shaped Lining Mechanical Seal Motor Base Coupling Short Round Sleeve Air Valve Motor Adjustable Bolt Pull-rod Protection Blade HT0 SUS0 SUS0 SUS0 FPM YG 8 SUS0 SUS0 SUS0 SUS0 SUS0 SUS0 SUS0 SUS0 SUS0 YG6, FPM HT0 F0212J SUS0 SUS0 Standard Motor SUS0 Steel 5# SUS0 ASTM5B AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 ASTM5B AISI0 AISI0 AISI0 AISI0 BL8 BL12 BL16 BL No. Component Material AISI/ASTM Base Plate Pump Base Inlet Fluid Director O-ring Lining Impeller Fluid Director With Bearings Bearing Fluid Director Outer Cylinder Pull-rod Long Round Sleeve Compress Nail Outlet Fluid Director Mechanical Seal Ball-shaped Lining Motor Motor Base Protection Blade Coupling Air Valve Pump Shaft Short Round Sleeve Pull-rod Adjustable Bolt HT0 SUS0 SUS0 FPM SUS0 SUS0 SUS0 YG8 SUS0 SUS0 SUS0 SUS0 FPM SUS0 YG6, FPM SUS0 Standard Motor HT0 SUS0 QT 500 SUS0 SUS0 SUS0 Steel 5# SUS0 ASTM5B AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 ASTM5B AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 IMPPUMPS Technical data 18

34 BL 2-90 No. Component Material AISI/ASTM Pump Base Inlet Fluid Director Movable Flange Impeller Rip Cone Sleeve Nur Of Rip Cone Sleeve Impeller/Bearing Pump Shaft Outer Cylinder Pull-rod Compress Nail Pump Head Mechanical Seal O-ring Fluid Director Fluid Director With Bearings Outlet Fluid Director Draw Plate Mechanical Seal Gland Motor Base Coupling Protection Blade Motor SUS0/HT250 SUS0 SUS0 SUS0 SUS0 SUS0 YG8, SUS0 SUS0 SUS0 Steel 5# FPM SUS0/HT250 YG6, FPM FPM SUS0 SUS0 SUS0 SUS0 SUS0 HT250 QT500 SUS0 Standard Motor SUS0/ASTM0B AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 AISI0 SUS0/ASTM0B AISI0 AISI0 AISI0 AISI0 AISI0 ASTM0B AISI0 Standard Motor IMPPUMPS Technical data 18

35 Horizontal Multi-Stage Centrifugal Pumps CATALOGUE FOR 50Hz IMPPUMPS Technical data 18 5

36 Model Instruction BW J 8 R Hot water type (Cold-water is not maked) Pump stage Rated flow (m³/h) "J"for sectional type BW Light-type stainless steel horizontal multistage centrifugal pump Overview Of The Product BWJ stainless steel horizontal multistage centrifugal pumps are non-self priming pumps absorbing the advanced technology from home and abroad. They are classified into two kinds: cylinder type and sectional type. They adopt horizontal motor and alloy mechanical seal, which makes the replacement more convenient. The overflowing part of the pump is made of stainless steel 0, applicable for light-corrosion medium. Relying on the high efficiency, energy saving performance, reliable quality, wide usable range, our products receive the great popularity after being launched. Application Limits Temperature range of medium: Normal type 0 C +68 C, hot water type 0 C +1 C Maximum ambient temperature: +0 C Maximum working pressure: bar When the density or viscosity of the transmission medium exceeds that of water, it is necessary to select a drving motor of high-power. ph: 6.5 to 8.5 Applications Fields Air conditioner system Industrial cleansing Aquaculture Environmental application Cooling System Water processing(water purification) Fertilization/measuring system Other special applications Certificate Optional Available On Request Full-enclosed and ventilating two-pole standard motor Protection class: IP55 Insulation class: F Standard voltage (50Hz): Single phase 2V Three phase:80v or 2V 6 IMPPUMPS Technical data 18

37 Performance Curve Model BWJ 2 BWJ BWJ 8 BWJ 16 Rated Flow(m /h) Flow Range(m /h) 0.5~ 1~6 5~ 8~ Max.Pressure(bar) Motor Power(kW) 0.7~ ~ ~ ~ Max.Efficiency(%) Inlet G1 G1 1 / G1 1 / 2 G1 1 / 2 Outlet G1 G1 G1 1 / G1 1 / IMPPUMPS Technical data 18 7

38 Performance Details-BWJ 2 It is recommended to be used within lift range. BWJ 2-2 Power kw HP Q(m /h) Head Range (m) ~19 BWJ 2- BWJ H (m) ~28.5~6 BWJ ~5.5 BWJ ~5.5 8 IMPPUMPS Technical data 18

39 Performance Details-BWJ It is recommended to be used within lift range. Model Power kw HP Q(m /h) Head Range (m) BWJ ~19 BWJ - BWJ H (m) ~28 25~ BWJ ~7 BWJ ~56 IMPPUMPS Technical data 18 9

40 Dimensions & Weight Model L1 L2 L Dim.(mm) D E H K N.W.(kg) BWJ G1 2/ 9. BWJ G1 2/ 9.8 BWJ G1 2/.6 BWJ G1 2/ 11 BWJ G1 225/25 /0.6 BWJ G1 1 / 2/ 9.8 BWJ G1 1 / 2/.8 BWJ G1 1 / 225/25 /0 1. BWJ G1 1 / 225/25 / BWJ G1 1 / 225/25 / IMPPUMPS Technical data 18

41 Performance Details-BWJ 8 It is recommended to be used within lift range. Model Power kw HP Q(m /h) Head Range (m) BWJ ~ BWJ 8- BWJ H (m) ~ ~9 BWJ ~51 IMPPUMPS Technical data 18 1

42 Performance Details-BWJ 16 It is recommended to be used within lift range. Model BWJ 16-2 BWJ 16- Power kw HP 2.2 Q(m /h) H (m) Head Range (m) 18~26 29~0 2 IMPPUMPS Technical data 18

43 Dimensions & Weight Model L1 L2 L Dim.(mm) H D E N K N.W.(kg) BWJ / / BWJ / /0 BWJ / /0 2.5 BWJ / / BWJ / /0 25. BWJ Components & Materials No. Component Material Motor Base Water Outlet Shell Mechanical Seal Sealing Gasket Fluid Director Impeller Long Casing Bush Fluid Director With Bearings Pull-rod Bearing Lining Water Inlet Shell Horizontal Motor(Lengthening Shaft) HT0 SUS0/HT0 SIC FPM NBR SUS0 SUS0 SUS0 SUS0 Steel 5# YG 8 SUS0 SUS0/HT0 AISI/ASTM ASTM5B AISI0/ASTM5B AISI0 AISI0 AISI0 AISI0 AISI0 AISI0/ASTM5B IMPPUMPS Technical data 18

44 THE HONEST PRODUCT FOR THE HONEST PRICE IMP PUMPS d.o.o. Pod hrasti Komenda SLOVENIA E: T: F: Contact: IMP PUMPS d.o.o.