IWAKI CHEMICAL EAR PUMPS
Fine ceramic used in internal gear The Iwaki series chemical pump is the first internal gear pump designed for chemical process applications, in which gears of fine ceramic (SiC and Silicon nitride) are used. Our pump technology, developed over more than 0 years, has made it possible for Iwaki to equip standard pumps with fine ceramic gears. Without detracting from any of the advantages of conventional internal gear pumps abrasion, chemical, lowviscosity characteristics and sealing characteristics have been remarkably improved. In addition to the gland packing/mechanical seal type (Model X), magnetic drive sealless type (Model M) are available as standard products for an expanded range of uses. The series is an advanced gear pump, capable of dealing with a wide range of industrial processes which continue to increase in sophistication. Ceramic vs stainless steel gear comparison Type of gear Ceramic gear Heat-treated Metal gear Hard coated Corrosion Thermal Seizing Exfoliation Abrasion Coefficient of friction Impact ood Please contact us for details No good 1
IWAKI CHEMICAL EAR PUMPS Both high viscosity and low viscosity liquids can be handled When a low-viscosity liquid is handled by a conventional gear pump, "jamming" and "seizing" tend to occur. SiC ceramic gears do not have this problem even when the pump functions at a high speed. Silicon nitride ceramic gears show stable performance in handling high viscous liquids, due to their strength and toughness. Ability to handle fine slurries Now that gears and other sliding components including bearings are made of ceramic, the handling of fine slurries hard and soft will not impair the longevity of these pumps. Do not specify M type for slurry applications. Magnetic drive type added to standard line Superior anticorrosive materials such as silicon carbide, silicon nitride, alumina ceramic, PTFE, carbon and stainless steel are used in liquid ends so that all sorts of chemical liquids can be handled. M is ideal for handling chemical liquids which need strict control on liquid leakage and air contact. Improved performance characteristics Performance has been noticeably improved. Ceramic gears make it possible to reduce spaces between parts, therefore outperforming conventional metal gear models. Performance comparison curves In the graph below, changes in output at varying discharge pressures are compared between the series pump and a metal gear pump. The graph shows that the series, which employs ceramics gears, is far less subject to declining output under high pressure due to its close seal clearance in the gear housing. L/min 0 X-2 Metal gear pump 0. MPa Quiet liquid transfer with less pulsation Without the pulsation that is common to reciprocating pump and general use type gear pumps, liquid is transferred quietly and smoothly no agitating or foaming. High self-priming ability Because the suction port is at the top of the pump, the pump chamber remains full when pump stops working. Self-priming is enhanced at re-start. Constant flow injection Regardless of the temperature change, viscous liquid can be handled at accurate flow rate, which cannot do with other pumps. As the output is linearly related to rpm, the flow rate is easily controlled by changing speed. M type X type 2
Construction ear housing O ring Bearing Pinion Internal gear asket Side plate Pinion Internal gear Bearing Dowel pin O ring O ring ear housing Cover Operating principle IN OUT OUT A pinion (drive gear) coupled with a shaft supported by two bearings meshes with an internal gear (driven gear) whose periphery is supported by a strong bearing. Liquid is transfered by a change in the capacity of this meshed portion. In the suction process, the gears are disengaged and a space defined by the two gears and the casing expands. The liquid is drawn into the space by the negative pressure generated. In the discharge process, their teeth begin to mesh and space defined by the two gears and the casing is reduced to force out the liquid. Left or right discharge port selection 3
IWAKI CHEMICAL EAR PUMPS Drive magnet ass`y M type exploded view Port housing Rear casing Magnet capsule Construction / Wet end materials X type M type 3 1 4 2 11 3 1 4 2 7 6 9 12 8 7 6 9 8 Parts Wet end materials Parts Wet end materials 1 2 3 4 6 7 8 9 11 12 ear housing Port housing Cover Side plate Seal case Internal gear Pinion Shaft Bearing asket / O-ring land packing Mechanical seal SCS14 SCS14 or SiC SiC or Si3N4 SUS630Equi. or /Cr2O3 Carbon or SiC PTFE PTFE /Al2O3/Carbon/PTFE /SiC/SiC/PTFE 1 ear housing 2 Port housing 3 Cover 4 Side plate Rear casing 6 Internal gear 7 Pinion 8 Magnet capsule 9 Bearing asket / O-ring SCS14 SiC SiC or Si3N4 SUS329J1/ Carbon or SiC PTFE 4
Identification codes X - 1 S K K - 04 M C - T Pump type X: land packing or mechanical seal M: Magnetic drive Housing material S: Stainless steel X : Other materials Pump size 12: 1.0mL/rev 1: 3.3mL/rev 2: 12.8mL/rev 32: 2.0mL/rev ear material Note1 K: SiC/SiC N: Si3N4/SiC Bearing material C: Carbon K: SiC Shaft seal : land packing seal W: land packing seal (Water injection type) M: Mechanical seal (Carbon / Al2O3) C: Mechanical seal (SiC / SiC) O: Magnetic drive (M-32) R: Rare earth magnetic drive (M-12 to 2) Motor output 02: 0.2kW 04: 0.4kW (0.37kW) 07: 0.7kW 1: 1.kW 22: 2.2kW 37: 3.7kW (4kW) Note1: The indication is the material of the pinion / internal gear. The pinion material CFRPEEK is also possible. : Special specifications Note3: Inverter motor can not be selected. Note4: For IE3 motors of 0.7 kw or more, select F, E, H3, H when using the inverter. Special specifications J: Equipped with heat jacket T: Equipped with torque limiter (X) JT: Equipped with heat jacket and torque limiter (X) S: Other special specifications Motor specifications Blank: TEFC, indoor type A: Increased safety, outdoor type Note3 B: Explosion-proof, outdoor type C: TEFC, outdoor type Motor type Note4 M: 4P motor S: 6P motor F: 4P Inverter motor E: 6P Inverter motor 3: eared motor (Reduction ratio 1/3) M-D : eared motor (Reduction ratio 1/) M-D H3: Inverter geared motor (Reduction ratio 1/3) M-DZ H: Inverter geared motor (Reduction ratio 1/) M-DZ X : Other motors Specifications Model X-12 X-1 X-2 X-32 M-12 M-1 M-2 M-32 Discharge per revolution ml/rev 1.0 3.3 12.8 2.0 1.0 3.3 12.8 2.0 Max. speed min -1 1800 Max. discharge pressure Temp. range Viscosity range Vacuum MPa *1 C mpa s *2 KPa *3 1800 1.0 *1. These are maximum values, which vary depending on motor speed and liquid viscosity. *2. Motor speed and motor output suited to the viscosity of your liquid should be selected. *3. These are values with clear water at 2 C. 0. 0.7 0-10 0-80 (0-0) 0-80 0. -,000 0. - 00 0. - 0.3.3 Connections IN OUT Rc 1 /2 Rc 3 /8 Rc 1 /2 Rc 3 /8 Rc1 Rc 3 /4 Rc1 1 /4 Rc1 Rc 1 /2 Rc 3 /8 Rc 1 /2 Rc 3 /8 Rc1 Rc 3 /4 Rc1 1 /4 Rc1 Standard pumps selection table Model X-12 M-12 S R Viscosity range mpa s 0. viscosity<1 1 viscosity<9 200 viscosity<00 00 viscosity<3000 3000 viscosity 000 0. viscosity<1 1 viscosity<9 200 viscosity 00 X-1 0. viscosity<1 1 viscosity<9 200 viscosity<00 00 viscosity<3000 3000 viscosity 000 M-1 S R 0. viscosity<9 200 viscosity 00 Pump specifications 0/60Hz Max. pressure MPa 0.3 / 0.36 0.47 / 0.7 0.4 / 0.6 Max. flow rate L/min 1.4 / 1.7 Motor 4P, 0.2kW 1.0 / 1.0 0.9 / 1.1 6P, 0.2kW 0. / 0.6 4P, 0.4kW, 1/3 0.3 / 0.36 4P, 0.4kW, 1/ 0.3 / 0.36 1.4 / 1.7 Note1 0.38 1.8 0.40 / 0.48 1.4 / 1.7 4P, Note1 0. 1.8 0.2kW 0. / 0. 1.4 / 1.7 Note1 0. 1.8 0. 1.8 6P, 0.2kW 4.7 /.6 1.0 / 1.0 3.0 / 3.7 1.7 / 2.0 1.0 / 1.2 0. / 0. 4.7 /.6 0..9 0. / 0. 4.7 /.6 0..9 0. 1.2 4P, 0.2kW 4P, 0.4kW 6P, 0.4kW 4P, 0.4kW, 1/3 4P, 0.4kW, 1/ 4P, 0.2kW 4P, 0.4kW 6P, 0.4kW Note1 Note1 Model X-2 M-2 S R X-32 M-32 SKCO Viscosity range mpa s 0. viscosity<9 200 viscosity<00 00 viscosity<3000 3000 viscosity 000 0. viscosity<9 200 viscosity 00 0. viscosity<9 9 viscosity<0 0 viscosity<200 200 viscosity<00 00 viscosity<00 00 viscosity<3000 3000 viscosity 000 0. viscosity<30 30 viscosity 0 Pump specifications 0/60Hz Motor Max. pressure MPa Max. flow rate L/min 4P, 0.7kW 18.0 / 21.8 4P, 1.kW 1.0 / 1.0 11.8 / 14.2 6P, 1.kW 6.4 / 7.7 4P, 0.7kW, 1/3 3.8 / 4.6 4P, 0.7kW, 1/ 18.0 / 21.8 4P, Note3 0.7 23 0.7kW 18.0 / 21.8 4P, Note3 0.7 23 1.kW 0.7 1.3 6P, 1.kW 3.2 / 42. 4P, 2.2kW 1.0 / 1.0 4P, 3.7kW 23.0 / 27.7 6P, 2.2kW 12. / 1.0 7. / 9.0 3.2 / 42. 4P, 1.kW, 1/3 4P, 1.kW, 1/ 4P, 2.2kW 4P, 3.7kW Caution: To protect pump install strainer and safety valve. Strainer mesh depends on liquid. For water or equivalent 0 to 10 mesh is recommended. Ask us for details. The recommended gear materials are K(SiC/SiC) for a viscosity below 200mPa s and N(Si3N4/SiC) for above 200mPa s. Note1: eneral purpose motor : Inverter motor Note3: Commercial power supply direct drive operation For handling liquids containing slurry, sticky liquids, liquids that harden easily, etc., select a model with a torque limiter. Please ask us for information on pumps with torque limiters. Max. Pressure varies depending on pump size, viscosity of transferred fluid, and motor used. Please contact us separately for combinations other than the standard model selection table. The maximum liquid temperature when transferring liquid of 200 mpa s or more with M is 0 C.
IWAKI CHEMICAL EAR PUMPS Performance chart 0.0 40.0 30.0 Viscosity (mpa s) 000 3000 00 200 The chart on the left shows output at a discharge pressure of 0MPa. The output changes in proportion to min -1, but min -1 should be reduced when pumping viscous liquid. Knowing required output and viscosity, the proper pump/motor min -1 can be selected as in the following example. 20.0.0 STEP Mark the value of your required output (L/min) on the scale on the left, and draw a horizontal line to the right. Output (L/min).0 1.0 0. X/M-32 X/M-2 X/M-1 STEP Mark the value of your viscosity (00mPa s) on the scale at the top and draw a line downward. In the event your viscosity falls in the middle of two scale lines, select the line on the left (the higher value). STEP Extend the intersected point to the left horizontally until intersecting the first pump line (X/M-2). This point specifies pump. STEP 0.1 X/M-12 Draw a downward line from rpm. to specify motor 0.0 0 0 300 00 00 2000 Revolution (min -1 ) 360 600 1200 1800 For slurries For soft slurries, reduce rpm by 7%. For hard slurries, reduce rpm by 0%. In principle, only slurries of less than m in diameter can be handled. M type pumps cannot handle slurries. Viscosity-leakage coefficient graph Coefficient of leakage (L/min)/(MPa) 2 20 1 X/M-32 X/M-2 X/M-1 X/M-12 0 0. 1 0 0 00 00 Viscosity (mpa s) When discharge pressure rises The lower the viscosity, as discharge pressure rises, the lower the output will be. You can estimate the actual output, in case of a change in viscosity or discharge pressure, from the following formula. (See note below). = K x -0.6 -(1) Qc = q x N/00 - x P-(2) Qc : Estimated output (L/min) q : Output per revolution (ml/rev) N : min -1 P : Effective differential pressure (MPa) : Coefficient of leakage (L/min)/(MPa) : Viscosity (mpa s) K : Constant X/M-12 : K=3 X/M-1 : K=. X/M-2 : K=9. X/M-32 : K=1 For the value of the coefficient of leakage in formula (1), see the viscosity-leakage coefficient graph. 6
IWAKI CHEMICAL EAR PUMPS Applications Non pulsatile quantitative injection of glue liquor in copper foil manufacturing process Quantitative transfer of magnetic slurry liquid Quantitative transfer of paint and dye slurry liquid Quantitative injection of coagulant Quantitative injection of paper strength enhancer Non pulsatile quantitative transfer of fine slurry of electronic materials Ammonia water / urea water spray in flue gas denitration equipment such as cleaning factory Transfer of perfume such as detergent Transfer of cleaning solvent for metal parts, electronic parts etc. Solvent-based adhesive transfer Chemical liquid transfer for various processes (caustic soda, 98% sulfuric acid, nitric acid etc.) Base compound Control panel Auxiliary agent Chemical gear pumps Flow sensor Scheimer Mixer Application of pressure sensitive adhesive (coater) Dimensions in mm o X type g M type o r g H s c k p H s k c p d a W 02MC 04MC 02SC 04SC 04 02M/FC 02EC 02M/FC 04M/FC 04EC 07MC 1MC 1SC 07 07M/FC 1M/FC 1EC 22MC 37MC 22SC 1 22MC e n m i j q f b L 4 ø12 Model Motor a b c d e f g H i j k L m n W o p q r s X-12S X-1S M-12S M-1S X-2S M-2S X-32S M-32S W d a e i j f L 4 ø12 mm Mass kg Less motor 22 440 111. 222 80 280 142 182. 13 14 24 442 41 27. 268 160. 17 22 440 111. 222 80 280 11 186. 13 14 24 469 41 27. 277 160. 19 22 440 111. 222 80 280 11 186. 13 14 24 469 41 27. 277 Rc1/8 Rc1/8 160. 19 22 440 120 222 80 280 12 20 13 14 24 01 41 27. 278 169 26 22 440 111. 222 80 280 160 219. 13 14 24 28 41 27. 286 Rc1/2 Rc3/8 160. 24 128 9 98 121 141 10 193 6 66 24 400 230 144. 24 128 9 98 121 141 16 193 6 66 24 421 24 144. 30 128 9 98 121 141 10 193 6 66 24 400 230 144. 24 128 9 98 121 141 16 193 6 66 24 421 24 144. 27 128 9 98 121 141 16 23 6 66 24 436 26 144. 32 266 70 140. 236 0 360 12 22. 8 9. 30 3 49. 36 28 202. 34 266 70 140. 236 0 360 166 241. 8 9. 30 607 49. 36 299 Rc1/4 Rc1/8 202. 42 266 70 10 236 0 360 172 289 8 9. 30 648 49. 36 30 212 49 266 70 140. 236 0 360 16 26. 8 9. 30 606 49. 36 298 Rc1 Rc3/4 202. 3 120 16 24 16 23 83. 8-90 466-120 - 26 160 182. 43 120 16 24 178 23 83. 8-90 33-120 - 278 160 182. 0 160 169 224 18 27 24 89-116 600-146 - 3 20 208. 70 340 740 170 300 11 2 309 0 0 37 707 80 60 380 247 69 340 740 170 300 11 227 331 0 0 37 724 80 60 397 Rc3/8 Rc1/4 247 79 340 740 170 300 11 227 331 0 0 37 724 80 60 397 Rc1-1/4 Rc1 247 79 340 740 170 300 11 17 337 0 0 37 72 80 60 34 247 74 20-146 160 190 224 2 288. 91 91 37 60 33 223 80 Note: The dimensions may differ with the type of motor installed. 6-6 Kanda-Sudacho 2-chome Chiyoda-ku Tokyo 1-88 Japan TEL : (81)3 324 293 FAX : 3 322 8892 IWAKI has global net work. Please find your distributor location at www.iwakipumps.jp European office ermany Holland Italy Spain Belgium Denmark Finland France Norway Sweden U.K. : IWAKI Europe mbh : IWAKI Europe mbh : IWAKI Europe mbh (Netherlands Branch) : IWAKI Europe mbh (Italy Branch) : IWAKI Europe mbh (Spain Branch) : IWAKI Belgium N.V. : IWAKI Nordic A/S : IWAKI Suomi Oy : IWAKI France S.A. : IWAKI Norge AS : IWAKI Sverige AB : IWAKI Pumps (UK) Ltd. TEL: (49)214 924 0 TEL: (49)214 924 0 TEL: (31)74 2420011 TEL: (39)0444 37111 TEL: (34)93 37 70 198 TEL: (32)13 67 02 00 TEL: (4)48 24 234 TEL: (38)9 2748 TEL: (33)1 69 63 33 70 TEL: (47)23 38 49 00 TEL: (46)8 11 72900 TEL: (44)1743 231363 FAX: 214 924 48 FAX: 214 924 FAX: (49)214 92448 FAX: 0444 3330 FAX: 93 47 40 991 FAX: 13 67 20 30 FAX: 48 24 2346 FAX: 9 274271 FAX: 1 64 49 92 73 FAX: 23 38 49 01 FAX: 8 11 72922 FAX: 1743 36607 ( )Country codes Caution for safety use: Before use of pump, read instruction manual carefully to use the product correctly. Legal attention related to export. U.S.A. Argentina Brasil Singapore Indonesia Malaysia Australia Hong Kong China Korea Taiwan Thailand : IWAKI America Inc. : IWAKI America Inc. (Argentina Branch) : IWAKI Do Brasil Comercio De Bombas Hidraulicas LTDA. : IWAKI Singapore Pte Ltd. : IWAKI Singapore (Indonesia Office) : IWAKIm Sdn. Bhd. : IWAKI Pumps Australia Pty Ltd. : IWAKI Pumps Co., Ltd. : FTZ IWAKI Engineering & Trading Co., Ltd. : IWAKI Pumps (Shanghai) Co., Ltd. : IWAKI Korea Co.,Ltd. : IWAKI Pumps Taiwan Co., Ltd. : IWAKI (Thailand) Co.,Ltd. TEL: (1)08 429 1440 TEL: (4)11 474 4116 TEL: ()19 3244 900 TEL: (6)6316 2028 TEL: (62)21 6906606 TEL: (60)3 7803 8807 TEL: (61)2 9899 2411 TEL: (82)2607 1168 TEL: (86)20 8430603 TEL: (86)21 6272 702 TEL: (82)2 2630 4800 TEL: (886)2 8227 6900 TEL: (66)2 322 2471 Actual pumps may differ from the photos. Specifications and dimensions are subject to change without prior notice. For further details please contact us. Our products and/or parts of products fall in the category of goods contained in control list of international regime for export control. Please be reminded that export license could be required when products are exported due to export control regulations of countries. FAX: 08 429 1386 FAX: 19 3244 900 FAX: 6316 3221 FAX: 21 6906612 FAX: 3 7803 4800 FAX: 2 9899 2421 FAX: 2607 00 FAX: 20 8439181 FAX: 21 6272 6929 FAX: 2 2630 4801 FAX: 2 8227 6818 FAX: 2 322 2477 The posting and copying from this catalogue without permission is not accepted firmly. CAT-W 0042-07 2018.03.PDF