ANSI, CLT & CLB CHEMICAL PROCESS PUMPS

Transcription

1 ANSI, CLT & CLB CHEMICAL PROCESS PUMPS

2 RAPID ALLWEILER PUMPS HEAD OFFICE WE HAVE ALL THE TICKS DEEP APPLICATION KNOWLEDGE TAILOR MADE PUMPING SOLUTIONS STATE OF THE ART TRAINING CENTRE LEADING PROVIDER OF TOP QUALITY PRODUCTS FOUNDER A J HINDRY LOCAL MANUFACTURE FOUNDED IN 932 OWN FOUNDRY ACCREDITED PUMP REPAIR/SERVICE WORKSHOP OWN WORKSHOP ISO 900:2008 BEE ACCREDITED AFTER MARKET SERVICE OWN FOUNDRY Version - Chemical Process Pumps: Rapid Allweiler Pumps Whilst all care has been taken to ensure the accuracy of the information contained in this Brochure was correct at the time of printing, please be advised we cannot be held responsible for any errors contained within and or changes that may have taken place. Dimensions contained within are for reference purpose only and should not be used for construction; certified drawings are available upon request. For confirmation of any information contained herewith please contact a member of our technical sales team.

3 ANSI, CLT & CLB CHEMICAL PROCESS PUMPS CONTENTS ANSI Application Design & Construction Materials of Construction Model Description Interchangeability Guide Sectional Drawings & Parts List Construction Details Pump Dimensions Tombstone Curves CLT Application Design & Construction Materials of Construction Model Description Sectional Drawings & Parts List Pump Dimensions Tombstone Curves 4 CLB Application Design & Construction Materials of Construction Model Description Sectional Drawings Sectional Drawings & Parts List Pump Dimensions Tombstone Curves

4 ANSI HEAVY-DUTY PROCESS PUMPS APPLICATION Chemical Petrochemical Pulp & Paper Primary metals Pharmaceutical Textile Food RA Pump Range Minimum Flow (m 3 /h) Maximum Flow (m 3 /h) Minimum Head (m) Maximum Head (m) Maximum Temperature ANSI C DESIGN & CONSTRUCTION Single stage end suction centrifugal pump with fully open impeller allowing it to handle solids up to 25mm. is inherent in full shroud designs. It is matched to casing for high efficiency and enables excellent passage for solids. Back pull out feature allows for the removal of the entire rotating assembly without disturbing the suction and discharge pipe work. The open vane design has large smoothly contoured flow passages, which minimize NPSH requirements. The volute casing has horizontal suction and vertical discharge flanges. Available in a wide range of materials (including special alloys) This pump offers a wide variety of features: Casing Axial suction and radial vertical discharge, foot supported for maximum resistance to pipe misalignment and distortion. Wear adjustment within the bearing assembly design allows for hydraulic performance to be maintained by an external impeller adjustment, thus giving extended maintenance intervals on the pump. Stuffing Box Cover The Cover can be supplied with a jacket for cooling the stuffing box chamber in high temperature services. The jacket can also be used for heating viscous or high freezing point liquids. 50lb flanges as standard and for heavy duty applications 300lb flanges are optional (ANSI B6.5). Gauge and drain plug openings are supplied when specified. Impeller The impeller is fully open with partial shrouds for maximum vane support without the high thrust that It is equipped with a Quench Gland and the gland follower is split for easy removal. Tapped openings to lantern ring permit in and out sealing and external flush of lubrication as required. Stuffing box is completely machined for mechanical seal installation, either originally or as a field conversion. 2

5 ANSI HEAVY-DUTY PROCESS PUMPS Internal, external, double- or balanced seals, with any required gland, restricting bushing and flushing lines furnished to meet individual sealing needs. Frame Adapter Contains non-sparking rotating deflectors, and in-board bearing oil seal. Adapter may be piped to drain. Model ANSI 343 adapter on 6 diameter sizes is cast integral with bearing frame. Bearing Frame Heavy-duty cast-iron construction with large oil reservoir and water jacket. The Oil level is monitored by sight glass. Oil seals on each end and oil breather fully protect oil from contamination while allowing for expansion and contraction of air caused by ambient temperature change (bearing isolators optional). Other construction materials available for specialised applications: CD4MCu: Cast Chrome - Nickel Alloy - ASTM A 890 CD4MCU GA-20: Cast Alloy 20 ASTM A 743 CN7M Monel: Cast Monel ASTM A 494 M35- Nickel: Cast Nickel ASTM A 494 CZ00 Hast-C: Cast Hast-C ASTM A 494 CW2MW Hast-B: Cast Hast-B ASTM A 494 N2MV WCB: Cast Steel ASTM A26-03 WCB MODEL DESCRIPTION ANSI 3 x 4-3 SSM Sealing Arrangement Impeller Material Volute Material Normal Impeller Suction Flange Discharge Flange Pump type Shaft Designed for 0,05mm maximum deflection at stuffing box face. All bearing and packing surfaces are factory machined to high tolerances. Shaft Sleeve Renewable shaft sleeve is fitted with one end free to expand with temperature variations while Teflon O-ring prevents leakage under the sleeve. Bearings Inboard bearing single row, deep groove is pressed on shaft and is free to float axially in frame-carrier. Outboard bearing is double row, deep groove angular contact shouldered and locked onto shaft in the bearing housing enabling it to carry any radial and unbalanced thrust loads. MATERIALS OF CONSTRUCTION Shaft: Impeller: Volute: Bearing Bracket: Frame Adaptor: Stuffing Box: Shaft Sleeve: 36 Stainless steel 36 Stainless steel 36 Stainless steel Cast iron Cast iron 36 Stainless steel 36 Stainless steel 3

6 ANSI HEAVY-DUTY PROCESS PUMPS INTERCHANGEABILITY GUIDE Shaft and Bearing Frame Assembly Shaft unit Casing Cover volute - nominal impeller delivery branch Adapter Stuffing box Impeller Casing ID bearing bracket size x ½ - 6 ANSI mm Shaft Max.kW - 30 ½ x x 3-6 ANSI 343 x ½ mm Shaft Max.kW - 30 ½ x x 3-8 ANSI mm Shaft Max.kW x x 4-8G x 2-0 ½ x 3-0 ANSI mm Shaft Max.kW x x x 6-0 ½ x 3-3 ANSI x mm Shaft Max.kW x x x x 0-3 ANSI mm Shaft Max.kW x x x 0-5G 4

7 ANSI HEAVY-DUTY PROCESS PUMPS SECTIONAL DRAWING HEAVY-DUTY DESIGN FEATURES FOR TOTAL RANGE OF PROCESS SERVICE MODEL ANSI 708/ A 3 A B A 84 A 2 36 A C 34 A 2 A A H Optional Jacketed Stuffing Box. Shaft Sleeve is Standard. 370 D 68 A 370 F B 333A A 84 Available on all Model ANSI Pumps DESCRIPTION MAXIMUM SEALING FLEXIBILITY Choice of packed gland or mechanical seal. Any make - inside or outside - single, double and balanced. 2 HEAVY WALLED CASING To resist pipe loads and corrosion 50 pound flanges standard 300 pound flanges optional 3 RENEWABLE SHAFT SLEEVE STANDARD Simplifies maintenance - Renew sealing surface without shaft and bearing disassembly Teflon O Ring protects shaft against liquid contact JACKET STUFFED BOX OPTIONAL For cooling packing or seal in temp. to C. 4 SEMI OPEN IMPELLER With expeller vanes, smoothly contoured for slurry handling and to meet low NPSH requirements. Original clearance maintained by external adjustment. DESCRIPTION 5 POSITIVE LIQUID SEALING AT IMPELLER Teflon O Ring in controlled compression protects threaded area against corrosion. Metal contact between shaft and impeller transmits torque and assures perfect alignment. 6 CASING DRAIN OPTIONAL 7 POSITIVE SEALING AT CASING JOINT With fully confined gasket. Alignment fit protected from liquid. 8 ACCURATE MACHINED FITS MEAN POSITIVE ALIGNMENT Accurate alignment of impeller to casing provides maximum hydraulic efficiency. Concentricity of shaft to stuffing box bore assures low sealing maintenance. 9 HEAVY-DUTY SHAFT Designed for tough services. Maximum: 0.05mm deflection at stuffing box face at maximum load. Renewable shaft sleeve standard. DESCRIPTION 0 OIL LUBRICATION STANDARD Rugged bearing housing vent. Grease lubrication optional. Large cooling jacket assures lower bearing temperature on high temperature services. Oil return drains under bearings assure uniform oil circulation through bearings. CONTINUOUS HIGH PERFORMANCE Maintained by external impeller adjustment simple and fast with open end wrench. no shimming required. 2 HIGH THRUST CAPABILITY With double row thrust bearing and shaft lock nut. Minimum shaft end play for effective stuffing box sealing. Bearings sized for 2 year minimum life. 3 BEARING HOUSING Sealed to prevent contamination from corrosive atmosphere, leakage and wash down. Double-lip seals are provided as standard for extended service life. Bearing isolators may be provided as an option. 5

8 ANSI HEAVY-DUTY PROCESS PUMPS SECTIONAL DRAWING MODEL ANSI A 3 A 68 A 9 A A 370 C A A 34 A 370 D Assembly View of x½-8 & ½x A 333 A H PARTS LIST Item Number Set Lantern Ring Stuffing Box Packing Gland Follower Frame Adaptor 36SS P.T.F.E 36SS Cast Iron 09A Bearing End Cover - Coupling End Cast Iron 2A Ball Bearing - Outboard End Steel 3A Bearing Frame Breather Non Metallic 9A Bearing End Cover - Inboard Steel 22 Pump Shaft (Less Sleeve) 36SS 22A Pump Shaft (With Sleeve) 36SS 23 26* 34A 36 68A Deflector Shaft Sleeve Bearing Housing Bearing Locknut Ball Bearing - Inboard Glass Reinforced Nylon 36SS Cast Iron Steel Steel 84 Stuffing Box Cover - Standard 36SS 84A Stuffing Box Cover - Water Jacketed 36SS A 24 No. Reqd. Per Pump Gland Packing Bearing Frame Part Description Bearing Frame Foot Slight Glass (Not Shown) Materials Valumoid Cast Iron Cast Iron Polycarbonate Item Number 26 Gasket - Adapter to Stuffing Box Valumoid 332A Oil Seal - Coupling End Buna Rubber 333A Oil Seal - Inboard End Buna Rubber Gasket - Casing Gland Stud Gland Stud Nut Valumoid 36SS 304SS 360C Gasket - Brg. End Cover to Brg. Housing Valumoid 260D Gasket - Bearing Frame to Adapter Valumoid 36A Circlip Steel Cap Screw - Frame/Adaptor to Casing 304SS 370B 4 Cap Screw - Adapt./Adapt. Ring to Frame Steel 370C 3-4 Tap Bolt - Bearing Housing Steel 370D 3-4 Tap Bolt - w/lock Nut - Impeller Adjust. Steel 370F -2 Cap Screw - Frame Foot Steel 370H 2 Stud Nut - Cover to Adapter 304SS 37D 42A Cap Screw O Ring - Impeller Tap Bolt - Jacking Steel Teflon Steel Dowel Pin - Frame to Adapter Steel 496 O Ring - Bearing Housing Buna Rubber 503 No. Reqd. Per Pump Adapter Ring Part Description Materials Cast Iron 6

9 ANSI HEAVY-DUTY PROCESS PUMPS CONSTRUCTION DETAILS POWER END ANSI 343 ANSI 495 ANSI 708 AT IMPELLER 9 mm 25 mm 38 mm SHAFT DIAMETERS BEARINGS STUFFING BOX IN STUFFING BOX (WITH SLEEVE).375".75" 2" SLEEVE OUTSIDE DIAMETER.375".75" 2.5" BETWEEN BEARINGS 38 mm 54 mm 79 mm AT COUPLING 24 mm 32 mm 60 mm RADIAL TYPE 207-S TYPE 309-S TYPE 33-S COUPLING END (DOUBLE ROW) 5306 mm 5309 mm 533 mm BEARING SPAN 05 mm 7 mm 235 mm SHAFT OVERHANG 56 mm 23 mm 253 mm BORE 50.8 mm 63.5 mm 86 mm DEPTH 54 mm 67 mm 76 mm PACKING SIZE 8 X 8 mm 0 X 0 mm X mm NO OF RINGS WITDH OF LANTERN RING mm 6 mm 6 mm DISTANCE - END OF BOX TO NEAREST OBSTRUCTION 55 mm 76 mm 74 mm ANSI 343 ANSI 495 ANSI 708 MAIMUM DIAMETER SOLIDS R/MIN 3 6, ,8 8,6-5 7,2 8,6 9, SHAFT DEFLECTION 750 R/MIN 0,8,6,8,5 2 2,2 7 4,,9 2,2 2,5 4, 7 2,6 4, LOAD FACTOR (M) 50 R/MIN 0,3 0,7 0,8 0,7 0,9 3,8 0,8,,7 6,8,2,9 5 6,8 3,6 6,7 4,5 2 4 MAXIMUM CASING THICKNESS 9,5 2, ,7 39 CASING CORROSION ALLOWANCE WORKING PRESSURE TEST PRESSURE 3 3 SEE PRESSURE - TEMPERATURE CHART 50 % pf WORKING PRESSURE AT 20 C 3 MAXIMUM LIQUID TEMPERATURE* 75 C MAXIMUM LIQUID TEMPERATURE** UNIT MASS 260 C SEE DIMENSIONS *WITHOUT COOLING **WITH COOLING PUMP END x -6 x x 3-6 x -8 x -8 2 x x x 4-8G x 2-0 ½ x x x x 6-0 ½ x x x x x x x x x 0-5G PRESSURE - TEMPERATURE RATINGS WITH 300 POUND ANSI FLANGES PRESSURE - TEMPERATURE RATINGS WITH 50 POUND ANSI FLANGES C C 400 C A D, E, F, J A B C K Curve A B C D E F G H Material Ducktile Iron 36SS GA-20 Hast-B Hast-C CD4MCu Monel Nickel ASTM Designation A395 A744-CF-8M A744-CN-7M A494-N-2M-2 A494-CW-2M-2 A744-CD-4MCu A744-M-35 A744-CZ-00 H D EF G 300 B C B G D E F G H A 00 H F TEMPERATURE F TEMPERATURE 0 7

10 ANSI HEAVY-DUTY PROCESS PUMPS DIMENSIONS A F Z h2 h Y E E MODEL h2 F A X /2-6 / X7 39 /2 X 3-6 / X7 42 ANSI 2 X X X /2-8 / X7 46 /2 X 3-8 / X X X8 9 3 X X X 4-8G X8 00 X X8 9 /2 X 3-0 / X8 00 ANSI 2 X X X X X8 0X /2 X 3-3 / X8 2 2 X X X X X X X X8 254 ANSI 8 X X PUMP SIZE 6 X X X 0-5G Nominal Discharge Size in Nominal Suction Size in DIMENSIONS DETERMINED BY PUMP h Shaft Dia. at Cplg KEY- WAY 23X8 23X8 23X8 Pump Mass kg Flanges are drilled to ANSI B6.5 flange dimensions. Z TAPPED OPENING INDICATES ITEMS FURNISHED STANDARD TAP SIZE PUPOSE NO OF TAPS ANSI 343 ANSI 495 ANSI 708 LANTERN RING CONNECTOR 2 /4 " 3/8 " 3/8 " FRAME ADAPTER DRAIN SLOT " " CASING DRAIN (WITH ASBESTOS GASKET) 3/8 " 3/8 " 3/8 " ALTERNATE CASING DRAIN /2 " /2 " /2 " BEARING FRAME CONTROL 4 /2 " /2 " /2 " DISCHARGE GAUGE CONNECTION /4 " 3/8 " 3/8 " SUCTION GAUGE CONNECTION /4 " 3/8 " 3/8 " STUFFING BOX CIRCULATING LINE /4 " 3/8 " 3/8 " QUENCH GLAND CONNECTION 2 /4 " /4 " /4 " 4 x 6-0 & 4 x 6-3 have no tap, 3 x 4-3 have /4 tap. 8 R/MIN MODEL ANSI ,0 24,4 4,9 2, 9,9 7,4 ANSI 495 9,0 74,0 45,5 37, 30,2 22,5 ANSI ,4 52, 23,8 92,5

11 ANSI HEAVY-DUTY PROCESS PUMPS TOMBSTONE CURVES rpm Size* Pg. no. HEAD [m] x 2-0 x -8 /2 x - 6 /2 x 3-3 /2 2 x 3-8 x 3-8 /2 /2 x x x x x x 4-8 x 3-0 /2 2 x x 4-8 G 6 x x x FLOW RATE [m 3 /h] 6 x x 0-5 G 8 x x rpm x½ x½ ½x ½x ½x ½x x x x x x x4-8G x x x x x x x x x0-5G 22 8x HEAD [m] /2 x x 3-3 x 2-0 x /2-8 x /2-6 /2 x 3-6 /2 x x 3-8 /2 x x x x 4-8G 2 x x x 4-8 BEST EFFICIENCY POINT SHOWN FLOW RATE [m 3 /h] * FOR INDIVIDUAL PUMP PERFORMANCE CURVES, REFER TO OUR ANSI CURVES BOOK. 9

12 CLT MEDIUM-DUTY CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) APPLICATION Pharmaceutical Food and Beverage Air Conditioning Paints and Inks Steel Manufacturing Chemical Industry Maximum RA Pump Temperature Range Minimum Flow (m 3 /h) Maximum Flow (m 3 /h) Minimum Head (m) Maximum Head (m) Maximum Temperature CLT 60 C C DESIGN & CONSTRUCTION Single stage, end-suction and of modular design with a high interchangeability of parts. Suitable for pumping clean liquids and highly aggressive chemicals. Excellent hydraulic performance with low N.P.S.H required values. The suction flange is horizontal and the discharge is vertical. Standard flanges conform to DIN 2543 PN6. The wet end components of the pump (Volute, Impeller and Seal or Gland Plate) are supplied standard in high grade Cast Stainless Steel for long life. They have overhung impellers, hydraulic balance is effected by balance holes in the impeller. Standard construction is with soft packed stuffing box or single, unbalanced mechanical seal. The entire range offers a high interchangeability, thus reducing spares stock holding. Shaft is supported by sealed for life deep groove ball bearings, allowing for a maintenance free life cycle. Bearing assemblies from our EN 733, NT-Range are utilized allowing a high interchangeability of spares. MATERIALS OF CONSTRUCTION Pump shaft: Grade 36 Stainless steel Volute casing: Grade 36 Stainless steel Impeller: Grade 36 Stainless steel Gland plate/seal plate: Grade 36 Stainless steel Bearing assembly: Cast Iron MODEL DESCRIPTION CLT SSM Sealing Arrangement Impeller Material Volute Material Nominal Impeller Diameter in mm Discharge Size in mm Pump type 0 Back pull out feature for ease of maintenance, allowing the volute casing to remain connected to the pipework when removing the rotating assembly.

13 CLT MEDIUM-DUTY CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) SECTIONAL DRAWING PM PM Design with intermediate ring FD LO PARTS LIST DRIVE END NT 530 NT 585 DRIVE END VOLUTE CASING GLAND/SEALPLATE SUPPORT FOOT SHAFT IMPELLER GROOVE BALL BEARING GROOVE BALL BEARING BEARING BRACKET BEARING COVER BEARING COVER OIL SEAL GASKET GASKET GASKET DISTANCE WASHER DISTANCE WASHER WAVE WASHER HEXAGON SCREW STUD BOLT SCREW PLUG SCREW PLUG SET SCREW SET SCREW SOCKET HEAD CAP SCREW 94.4 HEX. NUT IMPELLER NUT SPRING RING 930. GLAND LANTERN RING PACKING RING MECHANICAL SEAL FLINGER RING MATCHING RING SPRING WASHER CIRCLIP CIRCLIP KEY KEY CUP SPRING NAME PLATE

14 CLT MEDIUM-DUTY CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) DIMENSIONS PM2 a f x b b2 bf bf PM3 DNd Key acc. to DIN 6885 t u t d c m2 LO BI e s FD d m n2 w n kf Arrangement 4 holes CONNECTIONS B Flushing - Inlet Special FD Fluid Drainage Special LO Leakage - Outlet G 3/8 PM2 Pressure Measurement Special PM3 Pressure Measurement Special m3 d 2f d 2f kf Arrangement 8 holes Arrangement 2 holes Arrangement 6 holes Flanges acc. to DIN 2543/PN6 DNs Df bf kf d2f DNd Holes

15 CLT MEDIUM-DUTY CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) DIMENSIONS Size Suction Pressure Pump Dimensions Foot Dimensions Shaft End Flange Flange Extension Bolts Dimension acc. to DIN 748 DNs DNd a f b b2 h h2 b c c e m m2 m3 n n2 n3 n4 w s x d l t u M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M Dimensions in mm. Corresponds to DIN

16 CLT MEDIUM-DUTY CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) TOMBSTONE CURVES rpm Size* Pg. no. HEAD [m] HEAD [m] FLOW RATE [m 3 /h] rpm FLOW RATE [m 3 /h] * FOR INDIVIDUAL PUMP PERFORMANCE CURVES, REFER TO OUR CLT & CLB CURVES BOOK. 4

17 CLB MONOBLOCK CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) APPLICATION Pharmaceutical Food and Beverage Air Conditioning Paints and Inks Steel Manufacturing Chemical Industry RA Pump Range Minimum Flow (m 3 /h) Maximum Flow (m 3 /h) Minimum Head (m) Maximum Head (m) Maximum Temperature CLB C DESIGN & CONSTRUCTION Closed couple single stage, end-suction and of modular design with a high interchangeability of parts. shaft, therefore the pump runs off the motor bearings and does not utilize its own bearing assembly. They are suitable for pumping clean liquids and highly aggressive chemicals. The volute casing is attached to the motor by means of a pump to motor bracket. Excellent hydraulic performance with low N.P.S.H required values. The suction flange is horizontal and the discharge is vertical as standard however the volute may be rotated on certain sizes. Flanges conform to DIN 2543 PN6. The wet end components of the pump (Volute, Impeller and Seal or Gland Plate) are supplied standard in high grade Cast Stainless Steel for long life. Offers a space saving option. More economical, cost saving. MATERIALS OF CONSTRUCTION Pump Shaft: Stainless Steel (36) Volute Casing: 36 Stainless Steel* Impeller: Stainless Steel* Shaft Sealing: Gland Packed or Mechanical Seal* to suit application Motor Bearings: Grease lubricated ball bearings They have overhung impellers, hydraulic balance is effected by balance holes in the impeller. Standard construction is with soft packed stuffing box or single, unbalanced mechanical seal. The entire range offers a high interchangeability, thus reducing spares stock holding. Stub shaft design which is attached onto the motor * Special alloys available to meet specific application. Motor Standard I.E.C flange mounted or foot and flange mounted three phase, 380 or 525 volt totally enclosed fan cooled motors are used, with either cast iron or aluminum bodies. Non standard motors can be supplied upon request. 5

18 CLB MONOBLOCK CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) MODEL DESCRIPTION CLB 50-60/5,5/2 SSM Sealing Arrangement Impeller Material Volute Material Motor speed 2 pole or 4 pole Motor kw Nominal Impeller diameter in mm Discharge diameter in mm Monoblock Design SECTIONAL DRAWING SINGLE-STAGE PUMP MECHANICAL SEAL SINGLE UNBALANCED MECHANICAL SEAL GLAND PACKED WITH LANTERN RING & INTERNAL FLUSH A A 6

19 CLB MONOBLOCK CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) SECTIONAL DRAWINGS & PARTS LIST PARTS LIST DESCRIPTION PART NO. DESCRIPTION PART NO. DESCRIPTION PART NO. VOLUTE CASING CLB (WITH FEET) 02. ADAPTOR PLATE 348. PLUG 903 VOLUTE CASING CLB (WITHOUT FEET) 02.2 ADAPTOR PLATE SET SCREW 94. GLAND PLATE 6. GASKET SET SCREW 94.5 SEAL PLATE 6.2 WASHER 4 COUNTERSUNK CAP SCREW 94.6 STUB SHAFT GLAND 452 CAP SCREW 94.8 STUB SHAFT 360 & LANTERN RING 458 CAP SCREW 97.7 DRIVE COUPLING 223 GLAND PACKING RING 46 IMPELLER NUT - HEX 920. IMPELLER 230. MECHANICAL SEAL 470. NUT - HEX BRACKET - PUMP/MOTOR (WITHOUT FOOT) 345 MOTOR 80 SPRING WASHER 933 BRACKET - PUMP/MOTOR (WITH FOOT) 346 STUD 902 POWER/MOTOR END SHAFT SIZE SHAFT SIZE 360 & PUMP/MOTOR BRACKET SIZE 25-60, 360/4, 360/ & 470/22 MOTOR ADAPTOR PLATES FRAME D90S & D90L MOTORS } PUMP MOTOR FRAME D00L, D2M, D60M, D60L, D80M - D80L MOTORS }

20 CLB MONOBLOCK CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) DIMENSIONS M2 M2 b b2 b3 M A B s b n2 n b b2 b3 M A B s n2 n b L x a IDd p m2 m2 r m ARRANGEMENT TYPE: 3 470/22F L x a IDd bt p m2 m ARRANGEMENT TYPE: 360/4 M2 M2 s b b s n2 n n2 n b2 M B b b2 M B b b3 A b3 A L x a IDd bt p m2 m2 r m ARRANGEMENT TYPE: 4 530/F/2F L x a IDd bt p m2 r m ARRANGEMENT TYPE: 2 360/IIF 8

21 CLB MONOBLOCK CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) DIMENSIONS Pump Bracket Arrangement Motor Motor frame Size Pole Suction Flange Discharge Flange CLB kw IDs IDd a b b2 ±b3 h h2 ±L b c m m2 r n n2 p S X A B M/M2 Kg D R/4 R/4 R/ D90L 2 Bolts Dismantling Space Prining Hole Drainage Hole Gauge Connection Mass kg Approx / D R/4 R/4 R/ D90S D90L D00L / D R/4 R/4 R/ D00L D2M / D32S / D R/4 R/4 R/ /4 3 00L M 360/ D32S / S R/4 R/4 R/4 40 D60M D60L / D R/4 R/4 R/ D90S D90L / L M / S / D80S R/4 R/4 R/ D90S D90L 360/4 4 D2M / 5.5 D32S 90 2 D60M / D32S R/4 R/4 R/4 56 D60M D60L 22 D80M 30 D200L / D32S R/4 R/4 R/ / D R/4 R/4 R/ D90S 48.5 D90L 360/4 4 D2M D32S 80 60/ D32S D60M /4. D90S R/4 R/4 R/ D90L 2.2 D00L /4 7.5 D32S D60M / D60L / D32S R/4 R/4 R/ / D32S D60L D80M D200L / D32S R/4 R/4 R/ D32M / D200L D225SM 55 D250SM / D R/4 R/4 R/ D90S 55.5 D90L D00L /4 4 D90L D32S 360/ D60M 5 D60M 9

22 CLB MONOBLOCK CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) DIMENSIONS Pump Bracket Arrangement Motor Motor frame Size Pole Suction Flange Discharge Flange Bolts Dismantling Space Prining Hole Drainage Hole Gauge Connection Mass kg Approx. NB kw IDs IDd a b b2 ±b3 h h2 ±L b c m m2 r n n2 p S X A B M/M2 Kg /22 3 D60M R/4 R/4 R/ D60L D80M 30 D200L / D32S R3/8 R3/8 R3/8 7.5 D32M D60M D80M 30 D200L D225SM / D32S R/4 R/4 R/4 54 D60M 5 D60L / D R/4 R/4 R/4 54. D90S D00L /4 7.5 D32M D60M / 5 D60M D60L D80M / D32S R3/8 R3/8 R3/ / D60L D80M D200L /22F D32S R3/8 R3/8 R3/ D32M D60M D200L D225SM D250SM /22F D32M R3/8 R3/8 R3/8 80 D60M D60L /F 4 D60M D60L D80M D80L D200L /22F D32S R3/8 R3/8 R3/ D32M D60L D80M D200L D225S / /F 2 D32M R3/8 R3/8 R3/ D60M L D200L D225SM D250SM /35 530/F 2 D60M R3/8 R3/8 R3/ D60L /F D60L R3/8 R3/8 R3/ D80M D200L /F 4 D60M R3/8 R3/8 R3/ D60L /F 4 5 D60M R3/8 R3/8 R3/ D60L D80M D200L /F 4 D60M R3/8 R3/8 R3/ D60L D80M 30 D200L /F 4 22 D80M R3/8 R3/8 R3/ D200L D225SM D250SM /2F 4 37 D225M D250M M /F 4 22 D80L R3/8 R3/8 R3/ D200L /2F 4 37 D225M

23 CLB MONOBLOCK CENTRIFUGAL CHEMICAL PUMPS TO EN ISO (DIN 24256) TOMBSTONE CURVES [m] HEAD HEAD [m] FLOW RATE [m 3 /h] rpm 2900 rpm Size* Pg. no FLOW RATE [m 3 /h] * FOR INDIVIDUAL PUMP PERFORMANCE CURVES, REFER TO OUR CLT & CLB CURVES BOOK. 2

24 ANSI, CLT & CLB CHEMICAL PROCESS PUMPS Notes 22

25 ANSI, CLT & CLB CHEMICAL PROCESS PUMPS Notes 23

26 Rapid Allweiler Way COMMUNICATION Define Requirement Provide Solution Order Confirmation/Weekly Feedback Utilize MRP and KANBAN processes to ensure alignment between all departments QUALITY ISO 900:2008 Continuous QC Inspection in Manufacturing Process External suppliers vetted and quality checked COMMITMENT Our Core Value System: Can Do Growth Orientated Passion Respect Ethical Trus t SATISFACTION Delivered as Promised, Quality and on Time Engage in ongoing feedback - Once Product is Delivered - When Product is Commissioned " Delivered as Promised" Est. 932

27 BASIC FORMULAS H= Head(m) Q = Flow(m³/h) Eff = Pump Eff% Density = SG Capacity l/sec x 3.6 = m³/h Imp gpm x = m³/h US gpm = l/min 0000 kg/hr = Head/Pressure Ft 3.28 = m Bar x 00 = kpa m x = kpa m x = Bar m x.45 = psi psi x = kpa m³/h 3.6 = l/sec m³/h x = Imp gpm l/min x = US gpm 0m³h Density(SG) m x = Ft kpa x 0.02 = m Bar x 0.9 = m Temperature Deg.C = (deg.f-32) x Deg.F = (.8 x deg.c) + 32 Peripheral Speed imp.dia.(mm) x π x N(Rpm) Peripheral Speed(Impeller) = 60 x 000 Viscosity vis Viscous Liquid w Water Given: Qvis in m³/h kinematic viscosity v in mm²/s Hvis in m pvis in kg/dm³ Qvis Qw = CQ Power Hw = Hvis CH hp x = kw kw x = hp Qw = C% x %w kw abs = Q x H x SG 367 x Eff(%) kw = Amps x Volts x Power Factor x RPM = Hz x 20 No of Poles Hz = RPM x No Of Poles 20 Velocity m/sec = Q x (Pipe Dia)² Qvis x Hvis x Pvis Pvis = 367 x Eff(%) vis Centrifugal and Axial Flow Pump Affinity Laws: Speed changes & impeller diameter remains the same: Q/Q2 = N/N2 H/H2 = (N/N2)² P/P2 = (N/N2)³ Efficiency EFF(%) = Q x H x SG 367 x kw(abs) Impeller diameter changes and speed remains the same: Q/Q2 = D/D2 H/H2 = (D/D2)² P/P2 = (D/D2)³

28 08600 RAPID 0 Girder Street Isando 60 T: F: