MS Double suction pompa sentrifugal
Katrangan pompa:
Pompa jinis MS yaiku seri S saka nganyari maneh produk hemat energi, akeh digunakake ing sumber banyu kutha modern lan saluran pembuangan, pembangkit listrik, intake banyu proses industri, kompresi, sistem irigasi lan teknik hidrolik, teknik petrokimia lan liya-liyane.
pump jinis MS adopts specification standar nasional kanggo desain, serialization sawijining, standarisasi, jurusan dhuwure generalisasi, kinerja unggul, operasi stabil, aman lan dipercaya. struktur anyar digunakake ing desain, gampang kanggo njaga, ndandani lan pangopènan; ngenalake materi anyar bisa uga ditrapake sawetara media kanggo pangiriman.
Paramèter kinerja utama
| Diameter stopkontak pompa Kapasitas sirah Suhu Parameter padhet Tekanan sing diidini | Dn: 100 ~ 1200 mm P: 70~22392m3/jam H: 8~150m T: -20 ℃ ~ 200 ℃ ≤80mg/L ≤4Mpa |
Deskripsi Jenis Pompa
Contone: 500MS35A-LM(F,Y)-J
500 Diameter inlet (mm)
MS Single stage double suction, pompa kasus split sentrifugal
35 Kepala (m)
A-Dhiameter njaba impeller sing diganti (diameter maksimal tanpa tandha)
L-Tipe vertikal
M-Anti-friksi
F-Anti-karat
Y-Anti lenga
Kacepetan J-Pump diganti (Njaga kacepetan tanpa tandha)
Program Pendukung Pompa
|
Item | Program Pendukung Pompa A | Program Pendukung Pompa Q | Program Pendukung Pompa B | Program Pendukung Pompa S | |||
| 1 | 2 | 1 | 2 | 3 | |||
|
Casing pompa | wesi abu-abu |
Besi tuang ulet |
Besi tuang ulet | Baja tahan karat karbon ekstra rendah | Ni-Cr kromium wesi tuang | Besi tuang ulet | baja tahan karat |
| Impeller | wesi casting abu-abu | Cast baja | baja tahan karat | Duplex SS | tembaga timah | tembaga timah | tembaga timah |
| poros | #45 baja | #45 baja | baja tahan karat | Duplex SS | 2Crl3 | 2Crl3 | 2Crl3 |
| Lengan poros | #45 baja | #45 baja | baja tahan karat | Baja tahan karat karbon ekstra rendah |
lCrl8Ni9Ti |
lCrl8Ni9Ti |
lCrl8Ni9Ti |
| Nganggo cincin | wesi casting abu-abu |
Cast baja | Cast baja | Duplex SS | tembaga timah | tembaga timah | tembaga timah |
|
Layanan |
Kanggo banyu murni lan aplikasi kekuwatan sing luwih murah |
Kanggo banyu murni aplikasi kekuatan dhuwur | Kanggo media kanthi impurities sing luwih padhet PH<6 korosi kimia lan kanggo aplikasi kekuatan dhuwur |
Pompa banyu segara | |||
| Konfigurasi kasebut disaranake dening pabrikan, pelanggan bisa ngganti bahan miturut kabutuhan tartamtu | |||||||
Gambar konstruksi I
Gambar konstruksi II
Fitur Struktur
1. Struktur casing: Struktur mbukak ing sumbu, inlet lan stopkontak pompa loro ing awak pump, lan ing bidang sing padha jejeg sumbu. Gampang kanggo lay pipo lan ndandani (nalika ndandani, mbukak tutup pump lan rotor bagean tanpa njabut inlet lan stopkontak saka pipo lan motor).
2. Struktur rotor: Nganggo dobel-nyedhot impeller, nggunakake noto simetris godhong kanggo Balance efek saka pasukan radial. Impeller tetep ing poros gumantung ing salah siji sisih lengen poros lan nut lengen, nyelarasake posisi sumbu kanthi akurat kanthi nyetel nut lengen. Loro-lorone ujung struktur dhukungan poros nyambungake motor langsung liwat kopling pin elastis, kanthi efektif nyuda kerugian mekanik; bantalan werni alur jero lan pelumas pelumas njamin operasi lancar.
3. Struktur Vortex: Awak Pump, tutup pump lan impeller minangka Kamar nyedhot lan Chamber tekanan banyu. Pasang ring segel antarane kamar nyedhot lan kamar meksa banyu kanggo ngurangi bocor banyu saka meksa banyu Chamber bali menyang Chamber nyedhot, kang nyuda kapasitas losses, nalika efektif nglindhungi awak pump, ndawakake umur pump cilik. Ing lan metu saka flange, dilindhungi undhang-undhang instalasi bolongan spiral kanggo vakum lan meksa gauges; ing bagean ngisor saka lan metu saka flange, dilindhungi undhang-undhang bolongan spiral saka got kanggo akses gampang Automation Control System.
4. Struktur segel poros: Ana segel pengepakan lan segel mekanik, bisa uga nganggo segel pengepakan alus miturut syarat khusus. Gumantung ing sifat media banyu segel banyu (banyu ngumbah) bisa nggunakake banyu saka kamar meksa utawa banyu sumber external.
Data Teknis
| Jinis | Kapasitas | sirah | Kacepetan |
poros daya | daya motor | EFF | NPSH | Struktural wujud | ||
| (m³/jam) | (l/s) | （m） | (r/min) | （kw） | （kw） | （%） | （m） | |||
| 150MS50 |
| 130 160 220 | 36.1 44.4 61.1 | 52 50 40 | 2980 | 25.3 27.3 31.1 | 37 | 72.9 80 77.2 | 3.9 | Gambar Struktur I |
| A | 112 144 180 | 31.1 40 50 | 43.8 40 35 | 2980 | 18.5 20.9 24.5 | 30 | 72 75 70 | 3.9 | ||
| B | 103 133 160 | 28.6 36.9 44.4 | 38 36 32 | 2980 | 17.2 18.6 19.4 | 22 | 65 70 72 | 3.9 | ||
| 150MS78 |
| 126 160 198 | 35 44.4 55 | 84 78 70 | 2980 | 40 45 51 | 55 | 72 75 74 | 5.9 | |
| A | 112 144 180 | 31.1 40 50 | 67 62 55 | 2980 | 30 33.8 33.5 | 45 | 68 72 70 | 5.9 | ||
| 150MS97 |
| 126 180 216 | 35 50 60 | 104 97 87 | 2980 | 49 59 64 | 75 | 73 80 79 | 3.8 | |
| A | 119 170 204 | 33 47.2 56.6 | 91 85 76 | 2980 | 42 50 55 | 75 | 70 78 77 | 3.7 | ||
| J | 72 90 108 | 20 25 30 | 24 22.5 20 | 1480 | 6.5 7.5 8.5 | 11 | 73 74 70 | 2.7 | ||
| 200MS42 |
| 216 280 342 | 60 77.7 95 | 48 42 35 | 2980 | 34.8 38.1 40.2 | 55 | 81 84.2 81 | 5.4 | |
| A | 198 270 310 | 55 75 86.1 | 43 36 31 | 2980 | 30.5 33.1 34.4 | 37 | 76 80 76 | 5.4 | ||
| 200MS63 |
| 216 280 351 | 60 77.7 97.5 | 69 63 50 | 2980 | 54.8 58.3 66.4 | 75 | 74 82.7 72 | 5.4 | |
| A | 180 270 324 | 50 75 90 | 54.5 46 37.5 | 2980 | 41.1 45.1 47.3 | 55 | 70 75 70 | 5.4 | ||
| 200MS95 |
| 183 280 324 | 50.8 77.7 90 | 103 95 85 | 2980 | 83.1 91.7 100 | 110 | 62 79.2 75 | 4.7 | |
| A | 198 270 310 | 55 75 86.1 | 94 87 80 | 2980 | 74.5 85.5 91.1 | 110 | 68 75 74 | 4.5 | ||
| 250MS14 |
| 360 485 576 | 100 134.7 160 | 17.5 14 11 | 1480 | 21.4 21.5 22.1 | 30 | 80 85.8 78 | 3.2 | |
| A | 320 430 504 | 88.8 119.4 140 | 13.7 11 8.6 | 1480 | 15.4 15.8 15.8 | 22 | 78 82 75 | 3.2 | ||
| 250MS24 |
| 360 485 576 | 100 134.7 160 | 27 24 19 | 1480 | 33.1 36.9 36.4 | 55 | 80 85.8 82 | 3.5 | |
| A | 342 414 482 | 95 115 133.8 | 22.2 20.3 17.4 | 1480 | 25.8 27.6 28.6 | 30 | 80 83 80 | 3.5 | ||
| Jinis | Kapasitas | sirah | Kacepetan | poros daya | daya motor | EFF | NPSH | Struktural wujud | ||
| (m³/jam) | (l/s) | （m） | (r/min) | （kw） | （kw） | （%） | （m） | |||
| 250MS39 |
| 360 485 612 | 100 134.7 170 | 42.5 39 32.9 | 1480 | 54.8 61.5 68.6 | 75 | 76 84 79 | 3.2 | Gambar Struktur I |
| A | 324 468 576 | 90 130 160 | 35.5 30.5 25 | 1480 | 42.5 49.3 50.9 | 55 | 74 79 77 | 3.2 | ||
| 250MS65 |
| 360 485 612 | 100 134.7 170 | 71 65 56 | 1480 | 92.8 109 129.6 | 132 | 75 79 72 | 6.7 | |
| A | 338 462 535 | 93.8 128.3 148.6 | 60 53 49 | 1480 | 73.6 84.4 95.2 | 110 | 74 77 75 | 6.7 | ||
| 250MS110 |
| 400 545 600 | 111.1 151.3 166.6 | 115 110 102.4 | 1480 | 169 206.6 217 | 250 | 74 79 77 | 2.3 | |
| 300 MS12 |
| 612 790 900 | 170 219.4 250 | 14.5 11.25 10 | 1480 | 30.2 31.1 33.1 | 37 | 80 85 74 | 5.8 | |
| A | 515 675 781 | 143 187.5 216.9 | 11.5 9.7 8.5 | 1470 | 22.1 22.9 23.8 | 30 | 72 78 76 | 5.8 | ||
| 300 MS19 |
| 612 790 935 | 170 219.4 259.7 | 22 19 14 | 1480 | 45.9 47 47.6 | 55 | 80 87 75 | 5.8 | |
| A | 485 693 798 | 134.7 192.5 221.6 | 18.5 14.8 12.1 | 1480 | 34.4 34.9 35.1 | 45 | 71 80 75 | 5.8 | ||
| 300MS32 |
| 612 790 960 | 170 219.4 266.6 | 38 32 29 | 1480 | 76.2 79.2 95 | 110 | 83 87 80 | 5.8 | |
| A | 537 702 720 | 149.1 195 200 | 29.5 24.7 22.8 | 1480 | 53.9 56.2 62.9 | 75 | 80 84 78 | 5.8 | ||
| 300MS58 |
| 576 790 972 | 160 219.4 270 | 65 58 50 | 1480 | 136 148.5 165.5 | 185 | 75 84 80 | 5.8 | |
| A | 529 720 893 | 146.9 200 248 | 55 49 42 | 1480 | 99.2 118.6 131 | 160 | 79 81 78 | 5.8 | ||
| B | 504 684 835 | 140 190 231.9 | 47.2 43 37 | 1480 | 88.8 100 108 | 132 | 73 90 78 | 5.8 | ||
| 300MS90 |
| 590 790 936 | 163.8 219.4 260 | 93 90 82 | 1480 | 202 242 279 | 315 | 74 80 75 | 5.8 | |
| A | 576 756 918 | 160 210 255 | 86 78 70 | 1480 | 190 217 247 | 280 | 71 74 71 | 5.8 | ||
| B | 540 720 900 | 150 200 250 | 72 67 57 | 1480 | 151 180 200 | 220 | 70 73 70 | 5.8 | ||
| Jinis | Kapasitas | sirah | Kacepetan | poros daya | daya motor | EFF | NPSH | Struktural wujud | ||
| (m³/jam) | (l/s) | （m） | (r/min) | （kw） | （kw） | （%） | （m） | |||
| 350MS16 |
| 972 1260 1440 | 270 350 400 | 20 16 13.4 | 1480 | 64 64.5 71 | 75 | 83 86 74 | 5.3 | Gambar Struktur I |
| A | 800 967 1167 | 222.2 268.6 324.1 | 13.7 11.5 8.6 | 1480 | 40.3 38.8 39 | 55 | 74 78 70 | 5.3 | ||
| 350MS26 |
| 972 1260 1440 | 270 350 400 | 32 26 22 | 1480 | 99.7 101.5 105 | 132 | 85 88 82 | 5.3 | |
| A | 843 1088 1264 | 234.1 302.2 351.1 | 24.7 20.4 15.7 | 1480 | 70.9 72.8 74 | 90 | 80 83 73 | 5.3 | ||
| 350MS44 |
| 972 1260 1476 | 270 350 410 | 50 44 37 | 1480 | 164 177.6 189 | 220 | 81 87 79 | 5.3 | |
| A | 876 1260 1476 | 243.3 350 410 | 42 37 31 | 1480 | 125.2 151.1 155.8 | 200 | 80 84 80 | 5.3 | ||
| 350MS75 |
| 972 1260 1440 | 270 350 400 | 80 75 65 | 1480 | 271 304 349 | 355 | 78 85 80 | 5.3 | |
| A | 900 1170 1332 | 250 325 370 | 70 65 56 | 1480 | 220 247 257 | 280 | 78 84 79 | 5.3 | ||
| B | 813 1060 1202 | 225.8 294.4 333.8 | 57 53 45.8 | 1480 | 168 187 195 | 220 | 75 82 77 | 5.3 | ||
| 350MS125 |
| 850 1260 1660 | 236.1 350 461.1 | 140 125 100 | 1480 | 462 531 623 | 710 | 70 81 72.5 | 5.3 | |
| A | 787 1157 1538 | 218.6 321.3 427.2 | 120 107 86 | 1480 | 367 432 515 | 560 | 70 78 70 | 5.3 | ||
| B | 697 1027 1363 | 193.6 285.2 378.6 | 94 84 67 | 1480 | 255 305 343 | 400 | 70 77 72.5 | 5.3 | ||
| 500MS13 |
| 1620 2020 2340 | 450 561.1 650 | 15 13 10.4 | 980 | 83.8 86.2 82.8 | 110 | 79 83 80 | 5.7 | |
| 500MS22 |
| 1620 2020 2340 | 450 561.1 650 | 24.5 22 19.4 | 980 | 140.4 144.1 145.5 | 185 | 77 84 85 | 5.2 | |
| A | 1400 1746 2020 | 388.8 485 561.1 | 20 17 14 | 980 | 103 101 93.9 | 132 | 74 80 82 | 5.2 | ||
| 500MS35 |
| 1620 2020 2340 | 450 561.1 650 | 40 35 28 | 980 | 207.6 219 209.9 | 280 | 85 88 85 | 5.8 | |
| A | 1400 1746 2020 | 388.8 485 561.1 | 31 27 21 | 980 | 144 151 138 | 220 | 82 85 84 | 5.8 | ||
| Jinis | Kapasitas | sirah | Kacepetan | poros daya | daya motor | EFF | NPSH | Struktural wujud | ||
| (m³/jam) | (l/s) | （m） | (r/min) | （kw） | （kw） | （%） | （m） | |||
| 500MS59 |
| 1620 2020 2340 | 450 561.1 650 | 68 59 47 | 980 | 379.7 391 374.4 | 450 | 79 83 80 | 4.5 | Gambar Struktur I |
| A | 1500 1872 2170 | 416.6 520 602.7 | 57 49 39 | 980 | 315 333 320 | 400 | 74 75 72 | 4.5 | ||
| B | 1400 1746 2020 | 388.8 485 561.1 | 46 40 32 | 980 | 240.2 257 247.9 | 315 | 73 74 71 | 4.5 | ||
| 500MS98 |
| 1620 2020 2340 | 450 561.1 650 | 114 98 79 | 980 | 644.8 678 68.3 | 800 | 78 79.5 74 | 4 | |
| A | 1500 1872 2170 | 416.6 520 602.7 | 96 83 67 | 980 | 509.3 540 542.4 | 630 | 77 78.5 73 | 4 | ||
| B | 1400 1746 2020 | 388.8 485 561.1 | 86 74 59 | 980 | 431.4 452 432.8 | 560 | 76 78 75 | 4 | ||
| 600MS22 |
| 2536 3241 3804 | 704.4 900.2 1056.6 | 27.6 22 18 | 980 | 226.8 231.8 232.1 | 250 | 86 88 79 | 7.5 | |
| 600MS32 |
| 2700 3240 3600 | 750 900 1000 | 33.5 32 26 | 980 | 291 317 298 | 400 | 85 89 84 | 7.5 | |
| A | 2520 3000 3165 | 700 833.3 879.1 | 25.5 23 19.2 | 980 | 205.8 211 196.9 | 250 | 85 89 84 | 7.5 | ||
| 600MS47 |
| 2160 3170 3600 | 600 880.5 1000 | 56.6 47 40.5 | 980 | 415.4 455.9 461.7 | 560 | 80 88 86 | 7.5 | |
| A | 2400 2920 3500 | 666.6 811.1 972.2 | 45 42 35 | 980 | 352.5 380 402.2 | 500 | 83.5 88 83 | 7.4 | ||
| 600MS75 |
| 2592 3060 3600 | 720 850 1000 | 78 75 69 | 980 | 644.3 694.4 760 | 900 | 87 88 80 | 8.7 | |
| A | 2338 3084 3248 | 649.4 856.6 902.2 | 63.5 57.8 56.2 | 980 | 467 539 552 | 710 | 85.5 90 89 | 7.3 | ||
| 600MS100 |
| 2592 3240 3888 | 720 900 1080 | 103 100 96 | 980 | 870 1003 1100 | 1250 | 80 88 89 | 7.2 | |
| A | 2352 2940 3528 | 653.3 816.6 980 | 91 87.5 84 | 980 | 620 710 800 | 900 | 80 88 86 | 6.8 | ||
| 700MS24 |
| 3840 4800 5760 | 1066.6 1333.3 1600 | 31 24 18 | 980 | 395 352.5 340 | 400 | 81 89 82 | 8.6 | gambar struktur II |
| 700MS35 |
| 3840 4800 5760 | 1066.6 1333.3 1600 | 42 36 28 | 980 | 522.9 580.5 630.2 | 630 | 86 90 81 | 8.6 | |
| A | 3600 4500 5400 | 1000 1250 1500 | 38 32.5 24 | 980 | 447.9 480.9 530.5 | 500 | 85 89 80 | 8.4 | ||
| Jinis | Kapasitas | sirah | Kacepetan | poros daya | daya motor | EFF | NPSH | Struktural wujud | ||
| (m³/jam) | (l/s) | （m） | (r/min) | （kw） | （kw） | （%） | （m） | |||
| 700MS56 |
| 3840 4800 5760 | 1066.6 1333.3 1600 | 64 56 47 | 980 | 770 813.4 910 | 900 | 87 90 83 | 8.6 | gambar struktur II |
| A | 3400 4500 5400 | 944.4 1250 1500 | 56 51 39 | 980 | 620 702.2 755 | 800 | 84 89 80 | 8.4 | ||
| 700MS90 |
| 4000 4700 5500 | 1111.1 1305.5 1527.7 | 97 90 77 | 980 | 1201 1281 1358 | 1600 | 88 90 85 | 9.4 | |
| 700MS135 |
| 2720 3400 4080 | 755.5 944.4 1133.3 | 137 135 130 | 800 | 1335.3 1524.4 1699.3 | 1765 | 76 82 87 | 5.7 | |
| 800MS22 |
| 4320 5500 6840 | 1200 1527.7 1900 | 25 22 19 | 730 | 358 370 385 | 450 | 82 89 86 | 7 | |
| 800MS24 |
| 5250 7000 8400 | 1458.3 1944.4 2333.3 | 27.5 24 200 | 730 | 479 506 532 | 560 | 82 90 86 | 8.7 | |
| A | 4840 6250 7740 | 1344.4 1736.1 2150 | 23.6 21 17.2 | 730 | 382 406 429 | 500 | 81.5 88 84.5 | 8.7 | ||
| 800MS32 |
| 4320 5500 6480 | 1200 1527.7 1800 | 35 32 29 | 730 | 502.2 538.5 588.2 | 630 | 82 89 87 | 7.2 | |
| A | 3500 4950 6000 | 972.2 1375 1666.6 | 30 26 23 | 730 | 353 398.3 437 | 500 | 81 90 88 | 7.2 | ||
| 800MS47 |
| 4320 5500 6480 | 1200 1527.7 1800 | 51 47 42 | 730 | 740.7 782.2 842.2 | 900 | 81 90 88 | 7.2 | |
| A | 3500 5070 6000 | 972.2 1408.3 1666.6 | 45 40 36 | 730 | 529.5 620.5 684 | 800 | 81 89 86 | 7.2 | ||
| J | 300 4400 5200 | 83.3 1222.2 1444.4 | 35 30 26 | 590 | 357.4 403.9 428.1 | 450 | 80 89 86 | 7.2 | ||
| 800MS48 |
| 4056 5070 6084 | 1126.6 1408.3 1690 | 57 48.5 39 | 595 | 777 752 734 | 1000 | 85 89 88 | 5.8 | |
| 800MS75 |
| 5920 7360 8075 | 1644.4 2044.4 2243 | 76 72 69 | 740 | 1426 1570 1760 | 1600 | 86 92 89 | 8.4 | |
| A | 4750 6080 6745 | 1319.4 1688.8 1873.6 | 61 58 55 | 740 | 929 1056 1162 | 1400 | 85 91 87 | 7.3 | ||
| B | 4370 5550 6175 | 1213.8 1541.6 1715.2 | 55 52.3 49.5 | 740 | 777 876 965 | 1120 | 84.3 90.3 86.3 | 6.6 | ||
| 800MS80 |
| 5356 6696 8035 | 1487.7 1860 2231.9 | 87 80 72 | 740 | 1540 1603 1720 | 2000 | 86 91 90 | 9 | |
| 900MS23 |
| 6000 7500 9000 | 1666.6 2083.3 2500 | 27.5 23 18 | 730 | 630 610 590 | 630 | 79 86 84 | 7.5 | |
