Ngerteni Pentinge Prosedur Welding Pipa sing Tepat kanggo Pipa Baja Spiral sing Digunakake ing Garis Banyu Lemah
Pipa baja spiraldigunakake ing pipa banyu soko njero lemah amarga kekuatane dhuwur lan kemampuan kanggo nahan tekanan njaba.Pipa kasebut digawe saka gulungan baja sing digulung panas sing bentuke spiral.Proses las spiral sing digunakake kanggo nggawe pipa kasebut nyedhiyakake integritas struktural sing apik banget, saengga cocog kanggo aplikasi ing lemah.
| Diameter njaba nominal | Ketebalan Dinding Nominal (mm) | ||||||||||||||
| mm ing | 6.0 | 7.0 | 8.0 | 9.0 | 10.0 | 11.0 | 12.0 | 13.0 | 14.0 | 15.0 | 16.0 | 18.0 | 20.0 | 22.0 | |
| Bobot Per Unit Dawa (kg/m) | |||||||||||||||
| 219.1 | 8-5/8 | 31.53 | 36.61 | 41.65 | |||||||||||
| 273.1 | 10-3/4 | 39.52 | 45.94 | 52.30 | |||||||||||
| 323.9 | 12-3/4 | 47.04 | 54.71 | 62.32 | 69.89 | 77.41 | |||||||||
| (325) | 47.20 | 54.90 | 62.54 | 70.14 | 77.68 | ||||||||||
| 355.6 | 14 | 51.73 | 60.18 | 68.58 | 76.93 | 85.23 | |||||||||
| (377.0) | 54.89 | 63.87 | 72.80 | 81.67 | 90.50 | ||||||||||
| 406.4 | 16 | 59.25 | 68.95 | 78.60 | 88.20 | 97.76 | 107.26 | 116.72 | |||||||
| (426.0) | 62.14 | 72.33 | 82.46 | 92.55 | 102.59 | 112.58 | 122.51 | ||||||||
| 457 | 18 | 66.73 | 77.68 | 88.58 | 99.44 | 110.24 | 120.99 | 131.69 | |||||||
| (478.0) | 69.84 | 81.30 | 92.72 | 104.09 | 115.41 | 126.69 | 137.90 | ||||||||
| 508.0 | 20 | 74.28 | 86.49 | 98.65 | 110.75 | 122.81 | 134.82 | 146.79 | 158.69 | 170.56 | |||||
| (529.0) | 77.38 | 90.11 | 102.78 | 115.40 | 127.99 | 140.52 | 152.99 | 165.43 | 177.80 | ||||||
| 559.0 | 22 | 81.82 | 95.29 | 108.70 | 122.07 | 135.38 | 148.65 | 161.88 | 175.04 | 188.17 | |||||
| 610.0 | 24 | 89.37 | 104.10 | 118.77 | 133.39 | 147.97 | 162.48 | 176.97 | 191.40 | 205.78 | |||||
| (630.0) | 92.33 | 107.54 | 122.71 | 137.83 | 152.90 | 167.92 | 182.89 | 197.81 | 212.68 | ||||||
| 660.0 | 26 | 96.77 | 112.73 | 128.63 | 144.48 | 160.30 | 176.05 | 191.77 | 207.43 | 223.04 | |||||
| 711.0 | 28 | 104.32 | 121.53 | 138.70 | 155.81 | 172.88 | 189.89 | 206.86 | 223.78 | 240.65 | 257.47 | 274.24 | |||
| (720.0) | 105.65 | 123.09 | 140.47 | 157.81 | 175.10 | 192.34 | 209.52 | 226.66 | 243.75 | 260.80 | 277.79 | ||||
| 762.0 | 30 | 111.86 | 130.34 | 148.76 | 167.13 | 185.45 | 203.73 | 211.95 | 240.13 | 258.26 | 276.33 | 294.36 | |||
| 813.0 | 32 | 119.41 | 139.14 | 158.82 | 178.45 | 198.03 | 217.56 | 237.05 | 256.48 | 275.86 | 295.20 | 314.48 | |||
| (820.0) | 120.45 | 140.35 | 160.20 | 180.00 | 199.76 | 219.46 | 239.12 | 258.72 | 278.28 | 297.79 | 317.25 | ||||
| 864.0 | 34 | 147.94 | 168.88 | 189.77 | 210.61 | 231.40 | 252.14 | 272.83 | 293.47 | 314.06 | 334.61 | ||||
| 914.0 | 36 | 178.75 | 200.87 | 222.94 | 244.96 | 266.94 | 288.86 | 310.73 | 332.56 | 354.34 | |||||
| (920.0) | 179.93 | 202.20 | 224.42 | 246.59 | 286.70 | 290.78 | 312.79 | 334.78 | 356.68 | ||||||
| 965.0 | 38 | 188.81 | 212.19 | 235.52 | 258.80 | 282.03 | 305.21 | 328.34 | 351.43 | 374.46 | |||||
| 1016.0 | 40 | 198.87 | 223.51 | 248.09 | 272.63 | 297.12 | 321.56 | 345.95 | 370.29 | 394.58 | 443.02 | ||||
| (1020.0) | 199.66 | 224.39 | 249.08 | 273.72 | 298.31 | 322.84 | 347.33 | 371.77 | 396.16 | 444.77 | |||||
| 1067.0 | 42 | 208.93 | 234.83 | 260.67 | 286.47 | 312.21 | 337.91 | 363.56 | 389.16 | 414.71 | 465.66 | ||||
| 118.0 | 44 | 218.99 | 246.15 | 273.25 | 300.30 | 327.31 | 354.26 | 381.17 | 408.02 | 343.83 | 488.30 | ||||
| 1168.0 | 46 | 228.86 | 257.24 | 285.58 | 313.87 | 342.10 | 370.29 | 398.43 | 426.52 | 454.56 | 510.49 | ||||
| 1219.0 | 48 | 238.92 | 268.56 | 298.16 | 327.70 | 357.20 | 386.64 | 416.04 | 445.39 | 474.68 | 553.13 | ||||
| (1220.0) | 239.12 | 268.78 | 198.40 | 327.97 | 357.49 | 386.96 | 146.38 | 445.76 | 475.08 | 533.58 | |||||
| 1321.0 | 52 | 291.20 | 323.31 | 327.97 | 387.38 | 449.34 | 451.26 | 483.12 | 514.93 | 578.41 | |||||
| (1420.0) | 347.72 | 355.37 | 416.66 | 451.08 | 485.41 | 519.74 | 553.96 | 622.32 | 690.52 | ||||||
| 1422.0 | 56 | 348.22 | 382.23 | 417.27 | 451.72 | 486.13 | 520.48 | 554.97 | 623.25 | 691.51 | 759.58 | ||||
| 1524.0 | 60 | 373.38 | 410.44 | 447.46 | 484.43 | 521.34 | 558.21 | 595.03 | 688.52 | 741.82 | 814.91 | ||||
| (1620.0) | 397.03 | 436.48 | 457.84 | 515.20 | 554.46 | 593.73 | 623.87 | 711.11 | 789.12 | 867.00 | |||||
| 1626.0 | 64 | 398.53 | 438.11 | 477.64 | 517.13 | 556.56 | 595.95 | 635.28 | 713.80 | 792.13 | 870.26 | ||||
| 1727.0 | 68 | 423.44 | 465.51 | 507.53 | 549.51 | 591.43 | 633.31 | 675.13 | 758.64 | 841.94 | 925.05 | ||||
| (1820.0) | 446.37 | 492.74 | 535.06 | 579.32 | 623.50 | 667.71 | 711.79 | 799.92 | 887.81 | 975.51 | |||||
| 1829.0 | 72 | 493.18 | 626.65 | 671.04 | 714.20 | 803.92 | 890.77 | 980.39 | |||||||
| 1930.0 | 76 | 661.52 | 708.40 | 755.23 | 848.75 | 942.07 | 1035.19 | ||||||||
| (2020.0) | 692.60 | 741.69 | 790.75 | 888.70 | 986.41 | 1084.02 | |||||||||
| 2032.0 | 80 | 696.74 | 746.13 | 795.48 | 894.03 | 992.38 | 1090.53 | ||||||||
| (2220.0) | 761.65 | 815.68 | 869.66 | 977.50 | 1085.80 | 1192.53 | |||||||||
| (2420.0) | 948.58 | 1066.26 | 1183.75 | 1301.04 | |||||||||||
| (2540.0) | 100 | 995.93 | 1119.53 | 1242.94 | 1366.15 | ||||||||||
| (2845.0) | 112 | 1116.28 | 1254.93 | 1393.37 | 1531.63 | ||||||||||
Cathetan:
1. Uga kasedhiya pipo baja ing diameteripun njaba nominal lan kekandelan tembok nominal antarane ukuran jejer sing kadhaptar ing meja, nanging contractshall bakal mlebu.
2. Dhiameter njaba nominal ing kurung ing meja kasebut minangka diameteripun.
Salah sawijining aspek sing paling penting kanggo nggunakake baja spiralpipa kanggo saluran banyu lemahyaiku prosedur welding sing tepat.Welding minangka proses nggabungake rong bagean logam kanthi nggunakake panas lan tekanan.Kanggo pipa banyu ing jero lemah, kualitas welding langsung mengaruhi integritas lan linuwih sakabèhé saka pipa.
prayogaprosedur welding pipakanggo pipa baja spiral melu sawetara langkah kritis.Kaping pisanan, permukaan pipa sing bakal dilas kudu resik lan bebas saka rereged kayata rereget, lenga, utawa cat.Iki mesthekake yen weld kuwat lan bebas saka impurities sing bisa kompromi kekuatan.
Sabanjure, paramèter welding kayata input panas, kacepetan welding, lan teknik kudu dikontrol kanthi ati-ati kanggo entuk welds sing berkualitas tinggi.Nggunakake bahan lan teknik welding sing tepat penting kanggo nyegah cacat kayata porositas, retakan, utawa ora ana fusi, sing bisa ngrusak integritas weld.
Kajaba iku, prosedur perawatan panas preheating lan post-weld sing tepat penting kanggo pipa baja spiral sing digunakake ing saluran banyu.Preheating mbantu nyuda resiko retak lan nambah kualitas weld sakabèhé, nalika perawatan panas post-weld relieves kaku ampas lan njamin microstructure seragam ing kabeh wilayah weld.
Kajaba iku, nggunakake teknologi welding canggih kayata proses welding otomatis lan testing non-destruktif bisa luwih nambah kualitas lan linuwih saka welding.Teknologi kasebut mbantu mesthekake yen sambungan sing dilas memenuhi standar kekuatan lan kualitas sing dibutuhake kanggo menehi katentreman babagan kinerja jangka panjang garis banyu.
Ing ringkesan, prosedur welding pipa sing tepat penting kanggo njamin integritas lan umur dawa pipa baja spiral sing digunakake ing garis banyu.Kanthi ngetutake paramèter welding, teknik lan langkah-langkah kontrol kualitas sing dibutuhake, risiko cacat lan kegagalan pengelasan bisa dikurangi kanthi signifikan.Asil kasebut minangka garis banyu lemah sing dipercaya lan tahan lama sing bisa tahan uji wektu lan nyedhiyakake layanan pangiriman banyu sing aman lan efisien.Kanggo saluran banyu ing lemah, nandur modal ing program welding sing tepat minangka langkah kritis kanggo njamin linuwih sakabèhé lan umur dawa saka pipa.
