TUBES & PIPES

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Introduction

GS-Hydro maintains a large stock of carbon and stainless steel pipes & tubes to be utilised in hydraulic and other piping

systems:

Original GS-Hydro high pressure piping can be recognised

from the marking GS Piping.

In order to ensure quality and traceability GS-Hydro can

deliver the pipes and tubes with either EN-10204.3.1.B

or EN-10204.3.1.C certificates (in accordance with EU

standard EN 10204 (DIN 50049)). The required certificate,

if any, has to be specified by the purchaser.

GS-Hydro recommends the use of cold drawn pipes &

tubes due to quality (precision in dimension and shape) and

cleanliness reasons (no scale) As a comparison hot rolled

tubes will always have some scale both inside and out due

to the manufacturing process; by cold forming there will

not be any scale inside the tube after the manufacturing.

All precision steel pipes are supplied with trace numbers.

Stainless steel pipes & tubesGS-Hydro maintains a large stock of stainless steel tubes

in AISI316L seamless quality from 6 mm to 80 mm O.D.

(=Outer Diameter). Larger O.D. tubes are supplied upon

special order. Seamless cold drawn stainless steel tube

to ASTM A269 / A213 (A.W.) – O.D. x W.T. – Grade TP

316L can be supplied with EN - 10204.3.1.B certificate

upon request. The tubes are supplied at a standard length

of 6 m. All tubes are supplied plugged with plastic caps.

Carbon steel pipes & tubesGS-Hydro stocks cold drawn seamless high tensile hydraulic

tube according to DIN 2391C(EN 10305-4) – O.D. x W.T.

– DIN 1630–ST52.4(E 355 N). High tensile strength tube

means higher permissible working pressures and reduced

wall thickness, leading to reduced overall weight. GS-Hydro

also stocks DIN 2391C(EN 10305-4) – O.D. x W.T. – DIN

1630–ST37.4(E 235 N).

Tubes are supplied in an annealed condition and are

suitable for cold bending and flaring. External phosphating

gives corrosion protection and a good base for a paint finish.

Tubes up to an O.D. of 75 mm can be supplied electric

zinc plated + yellow passivated or blue passivated (Cr VI-

free alternative) for additional corrosion protection. As all

original GS-Hydto tubes are marked with trace numbers

the tubes can be supplied with certificates in accordance to

EN 10204.3.1.B, if requested. Cerfitication according to EN

10204.3.1.C is also available upon request. The tubes are

supplied at a standard length of 6 m up to 97 mm. Larger

O.D. tubes are supplied in random lengths from 4 to 7 m. All

tubes are supplied plugged with plastic caps.

Carbon Steel

Material Specification DIN 1630 –

Manufacturing Tolerances DIN 2391-1 EN 10305-4

Technical Terms of Delivery DIN 2391-2/C EN 10305-4

Stainless Steel (mm) Stainless Steel (sch)

Material Specification ASTM A269/A213 (A.W.) AST A312

Manufacturing Tolerances ASTM A269 ASTM A530

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188

Seamless Colddrawn Stainless Steel Tube - AISI 316 L

O.D x W.T ID CodeW. P. bar B.P. bar

kg/m NOK/m*1 *2

6 x 1.0 33010610 525 2120 0.07 123,-

8 x 1.0 33010810 379 1514 0.17 171,-

8 x 1.5 33010815 602 2446 0.24 198,-

10 x 1.0 33011010 297 1178 0.22 174,-

10 x 1.5 33011015 465 1871 0.31 244,-

10 x 2.0 33011020 650 2650 0.40 340,-

12 x 1.0 33011210 244 964 0.27 207,-

12 x 1.5 33011215 379 1514 0.39 251,-

12 x 2.0 33011220 525 2120 0.49 340,-

12 x 2.5 33011225 682 2789 0.59 x

15 x 1.5 33011515 297 1178 0.50 333,-

16 x 1.5 33011615 277 1097 0.54 318,-

16 x 2.0 33011620 379 1514 0.69 393,-

16 x 2.5 33011625 487 1963 0.83 457,-

18 x 1.5 33011815 244 964 0.61 381,-

18 x 2.0 33011820 333 1325 0.79 416,-

20 x 2.0 33012020 297 1178 0.89 425,-

20 x 2.5 33012025 379 1514 1.08 510,-

20 x 3.0 33012030 465 1871 1.26 558,-

22 x 1.5 33012215 197 776 0.76 398,-

22 x 2.0 33012220 268 1060 0.99 476,-

25 x 1.5 33012515 172 677 0.87 x

25 x 2.0 33012520 233 922 1.13 498,-

25 x 2.5 33012525 297 1178 1.39 568,-

25 x 3.0 33012530 362 1445 1.63 679,-

25 x 4.0 33012540 501 2019 2.07 728,-

28 x 2.0 33012820 207 815 1.28 595,-

28 x 2.5 33012825 263 1039 1.57 x

28 x 3.0 33012830 320 1272 1.85 x

30 x 2.0 33013020 192 757 1.38 790,-

30 x 2.5 33013025 244 964 1.70 713,-

30 x 3.0 33013030 297 1178 2.00 783,-

30 x 4.0 33013040 408 1631 2.56 1170,-

35 x 2.0 33013520 164 642 1.63 764,-

35 x 2.5 33013525 207 815 2.00 848,-

35 x 3.0 33013530 251 994 2.37 975,-

38 x 2.5 33013825 190 746 2.19 1016,-

38 x 3.0 33013830 230 909 2.59 1037,-

38 x 4.0 33013840 314 1247 3.35 1272,-

38 x 5.0 33013850 402 1606 4.07 1967,-

42 x 2.0 33014220 135 530 1.97 x

42 x 2.5 33014225 171 671 2.43 1061,-

42 x 3.0 33014230 207 815 2.89 1229,-

42 x 4.0 33014240 282 1116 3.75 1695,-

50 x 3.0 33015030 172 677 3.48 1391,-

50 x 5.0 33015050 297 1178 5.55 1993,-

50 x 6.0 33015060 362 1445 6.50 2131,-

60 x 3.0 33016030 142 588 4.22 1713,-

60 x 5.0 33016050 244 964 6.78 2460,-

66 x 8.5 33016685 392 1567 12.05 3975,-

80 x 10.0 33018010 379 1514 17.21 5473,-

All working pressures are based on Det Norske Veritas Rules for Classification of Ships Newbuilding Part 4, Chapter 1, Section 6 and Mobile Offshore Units Drilling Plant (Drill) Part 6, Chapter 5, Section 6. Allowable stress is based on the lowest of the following criteria:

Delta t = Yield

1,6Delta t =

Tensile

2,7

Aisi 316 Tube: Yield = 276 MPa, Tensile = 530 MPa, Allowable stress 172 MPa. Yield and tensile based on material certificate from GS-Hydro.

T = t0 + b + tolerances b = 0.1333t0 Tolerances are +_ 10% of wall thickness

t0 = P x D

2 x Delta t + P

*1: Bending and production tolerances included.*2: Burst pressure based on Tensile value.Not included tolerance of wall thickness.

Seamless Cold drawn Stainless Steel Tube To ASTM 269 TP 316L / DIN 2391 - C (EN 10305-4) supplied with EN - 10204.3.1.B Certificate. Standard lengths 6m. All tubes are plugged with plastic caps.

x = Price on request

P= Pressure MpaD= Diameter mm (outer dia.)

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189

Hydraulic Tube E 355N (St. 52.4) NBK To DIN 2391C / 2445 (EN 10305-4)

O.D x W.T ID CodeW.P. bar B.P. bar

kg/m NOK/m*1 *2 *3

14 x 2.0 31011420 411 473 1777 0.59 81,-

15 x 1.5 31011515 259 297 1184 0.50 74,-

15 x 2.0 31011520 381 438 1640 0.61 90,-

16 x 1.5 31011615 242 277 1103 0.54 75,-

16 x 2.0 31011620 355 408 1522 0.69 93,-

16 x 2.5 31011625 475 547 1974 0.83 110,-

18 x 1.5 31011815 214 244 969 0.61 80,-

18 x 2.0 31011820 313 358 1333 0.79 100,-

20 x 2.0 31012020 279 319 1184 0.89 104,-

20 x 2.5 31012025 371 426 1523 1.08 125,-

20 x 3.0 31012030 467 537 1881 1.25 146,-

22 x 1.5 31012215 173 197 780 0.76 86,-

22 x 2.0 31012220 252 288 1066 0.99 111,-

25 x 2.0 31012520 220 251 927 1.13 129,-

25 x 2.5 31012525 291 333 1184 1.39 155,-

25 x 3.0 31012530 365 418 1454 1.63 200,-

28 x 2.0 31012820 195 223 820 1.28 140,-

28 x 3.0 31012830 322 369 1279 1.85 197,-

30 x 2.0 31013020 182 207 761 1.38 149,-

30 x 3.0 31013030 299 343 1184 2.00 211,-

30 x 4.0 31013040 424 487 1640 2.56 268,-

35 x 2.0 31013520 155 176 646 1.63 172,-

35 x 3.0 31013530 254 290 999 2.37 246,-

38 x 3.0 31013830 233 266 914 2.59 269,-

38 x 4.0 31013840 327 375 1254 3.35 344,-

42 x 2.0 31014220 128 146 533 1.97 x

42 x 3.0 31014230 209 239 820 2.89 297,-

42 x 4.0 31014240 293 336 1122 3.75 382,-

46 x 8.5 31014685 601 695 2244 7.84 x

50 x 5.0 31015050 315 361 1184 5.55 516,-

56 x 8.5 31015685 516 595 1908 9.96 1033,-

60 x 5.0 31016050 259 297 969 6.78 638,-

65 x 8.0 31016580 407 468 1496 11.25 x

66 x 8.5 31016685 429 494 1576 12.05 1228,-

72 x 7.0 31017270 313 358 1148 11.22 1175,-

75 x 5.0 31017550 205 234 761 8.63 811,-

80 x 10.0 31018010 418 481 1523 17.21 1798,-

90 x 5.0 31019050 169 193 627 10.48 1003,-

97 x 12.0 31019712 416 478 1505 25.15 2738,-

115 x 15.0 310111515 444 511 1599 36.95 3894,-

130 x 15.0 310113015 388 445 1390 42.54 4630,-

150 x 15.0 310115015 332 380 1184 49.94 x

190 x 20.0 310119020 353 405 1254 83.84 x

250 x 25.0 310125025 335 384 1184 138.71 x

All working pressures are based on Det Norske Veritas Rules for Classification of Ships Newbuilding Part 4,Chapter 1, Section 6, and Mobile Offshore Units Drilling Plant (Drill) Part 6, Chapter 5, Section 6. Allowable stress, Delta t, is based on the lowest of the following criteria:

Delta t = Yield

1,8Delta t =

Tensile

2,7

E 355N: Yield = 355 MPa, Tensile = 533 MPa, Allowable stress 197 MPa. Yield and tensile based onmaterial certificate from GS-Hydro.T = t0 + b + c + tolerances, b = 0,1333t0, c = 0,3 mm for hydraulic Tolerances are +_ 10% of wall thickness

t0 = P x D

2 x Delta t + P

* 1: Bending, corrosion and production tolerances included.* 2: Corrosion and production tolerances included.* 3: Burst pressure based on Tensile value. Not included tolerance of wall thickness.

The Tubes are phosphated and oiled inside and outside, and supplied with EN - 10204.3.1.B Certificate.Standard lengths 6m up to 97 x 12mm. From 115 x 15mm to 250 x 25mm the tubes are supplied in random lengths from 4 to 7m. All tubes are plugged with plastic caps.



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190

Hydraulic Tube E 235N (St. 37.4) NBK to DIN 2391C / 2445 (EN 10305-4)


kg/m NOK/m*1 *2 *3

4 x 1.0 32010410 397 459 2600 0.05 59,-

6 x 1.0 32010610 252 289 1560 0.07 40,-

6 x 1.5 32010615 475 552 2600 0.17 42,-

6 x 2.0 32010620 736 867 3900 0.19 x

8 x 1.0 32010810 184 211 1114 0.17 45,-

8 x 1.5 32010815 341 393 1800 0.24 47,-

8 x 2.0 32010820 515 600 2600 0.30 62,-

8 x 2.5 32010825 712 838 3545 0.34 50,-

10 x 1.0 32011010 145 166 867 0.22 47,-

10 x 1.5 32011015 265 305 1376 0.31 47,-

10 x 2.0 32011020 397 459 1950 0.40 62,-

10 x 2.5 32011025 540 630 2600 0.46 x

12 x 1.5 32011215 218 249 1114 0.39 50,-

12 x 2.0 32011220 322 371 1560 0.49 x

12 x 2.5 32011225 435 504 2053 0.59 65,-

14 x 1.5 32011415 184 211 936 0.46 x

14 x 2.0 32011420 271 312 1300 0.59 x

15 x 1.5 32011515 171 196 867 0.50 65,-

15 x 2.0 32011520 252 289 1200 0.64 80,-

16 x 1.5 32011615 160 183 807 0.54 x

16 x 2.0 32011620 234 269 1114 0.69 x

16 x 2.5 32011625 313 361 1444 0.83 x

16 x 3.0 32011630 397 459 1800 0.96 x

18 x 1.5 32011815 141 161 709 0.61 x

18 x 2.0 32011820 206 236 975 0.79 x

20 x 2.0 32012020 184 211 867 0.89 x

20 x 2.5 32012025 245 281 1114 1.08 x

20 x 3.0 32012030 308 355 1376 1.26 x

20 x 4.0 32012040 443 514 1950 1.58 x

22 x 1.5 32012215 114 130 571 0.76 x

22 x 2.0 32012220 166 190 780 0.99 x

22 x 2.5 32012225 221 253 1000 1.09 x

25 x 2.0 32012520 145 166 678 1.13 x

25 x 2.5 32012525 192 220 867 1.39 x

25 x 3.0 32012530 241 276 1064 1.63 x

25 x 4.0 32012540 343 395 1486 2.07 x

All working pressures are based on Det Norske Veritas Rules for Classification of Ships Newbuilding Part 4,Chapter 1, Section 6, and Mobile Offshore Units Drilling Plant (Drill) Part 6, Chapter 5, Section 6. Allowable stress, Delta t, is based on the lowest of the following criteria:

Delta t = Yield

1,8Delta t =

Tensile

2,7

E 235N: Yield = 235 MPa, Tensile = 390 MPa, Allowable stress 130 MPa. Yield and tensile based onmaterial certificate from GS-Hydro.T = t0 + b + c + tolerances, b = 0,1333t0, c = 0,3 mm for hydraulic Tolerances are +_ 10% of wallthickness

t0 = P x D

2 x Delta t + P

*1: Bending, corrosion and production tolerances included.*2: Corrosion and production tolerances included.*3: Burst pressure based on Tensile value.Not included tolerance of wall thickness.

The Tubes are phosphated and oiled inside and outside, and supplied with EN - 10204.3.1.B Certificate. Standard lengths 6m. All tubes are plugged with plastic caps.

Definitions of tube/pipe: All tubes are specified with outside dia. in millimeters or inches. All pipes are specified with normal dia. For example a 2” N.D. pipe will measure 60.3 mm O.D. on pipe, and the wall thickness has to be specified.



TUBES & PIPES

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191

E 235N: Yield = 235 MPa, Tensile = 390 MPa, Allowable stress 130 MPa. Yield and tensile based onmaterial certificate from GS-Hydro.T = t0 + b + c + tolerances, b = 0,1333t0, c = 0,3 mm for hydraulic Tolerances are +_ 10% of wallthickness

Hydraulic Tube E 235N (St. 37.4) NBK to DIN 2391C / 2445 (EN 10305-4)


kg/m NOK/m*1 *2 *3

28 x 2.0 32012820 129 147 600 1.28 x

28 x 2.5 32012825 170 195 765 1.57 x

28 x 3.0 32012830 213 244 936 1.85 x

30 x 2.0 32013020 120 137 557 1.38 x

30 x 3.0 32013030 197 226 867 2.00 x

30 x 4.0 32013040 279 321 1200 2.56 x

35 x 2.0 32013520 102 116 473 1.63 x

35 x 3.0 32013530 167 191 731 2.37 x

38 x 2.5 32013825 123 141 549 2.19 x

38 x 3.0 32013830 153 175 669 2.59 x

38 x 4.0 32013840 216 247 918 3.35 x

38 x 5.0 32013850 281 323 1182 4.07 x

38 x 6.0 32013860 349 403 1463 4.74 x

42 x 2.0 32014220 85 96 390 1.97 x

42 x 3.0 32014230 138 158 600 2.89 x

42 x 4.0 32014240 194 222 821 3.75 x

50 x 3.0 32015030 115 131 498 3.48 336,-

60 x 3.0 32016030 95 108 411 4.22 403,-

75 x 3.0 32017530 76 86 325 5.32 511,-

90 x 3.5 32019035 75 85 316 7.47 757,-

115 x 4.0 320111540 68+ 77 281 10.98 1186,-

140 x 4.5 320114045 63 72 260 15.04 1787,-

165 x 5.0 320116550 60 68 244 19.73 2389,-

220 x 6.0 320122060 54 62 219 31.66 4435,-

273 x 6.0 320127360 44 49 175 39.41 x

All working pressures are based on Det Norske Veritas Rules for Classification of Ships Newbuilding Part 4, Chapter 1, Section 6, and Mobile Offshore Units Drilling Plant (Drill) Part 6, Chapter 5, Section 6. Allowable stress, Delta t, is based on the lowest of the following criteria:

Delta t = Yield

1,8Delta t =

Tensile

2,7

E 235N: Yield = 235 MPa, Tensile = 390 MPa, Allowable stress 130 MPa. Yield and tensile based on material certificate from GS-Hydro.T = t0 + b + c + tolerances, b = 0,1333t0, c = 0,3 mm for hydraulic Tolerances are +_ 10% of wall thickness

t0 = P x D

2 x Delta t + P

* 1: Bending, corrosion and production tolerances included.* 2: Corrosion and production tolerances included.* 3: Burst pressure based on Tensile value.Not included tolerance of wall thickness.

The Tubes are phosphated and oiled inside and outside, and supplied with EN - 10204.3.1.B Certificate.Standard lengths 6m. All tubes are plugged with plastic caps.

6.4.4. Det Norske Veritas requirement for maximum woeking pressure

Required burst pressure of 4 times maxi-mum allowable working pressure may be reduced according to the curve in Fig. 6.1, when the working pressures are above 207 bars ( 3000 psi )

NOTE: When cold bending a pipe or tube, the yield and tensility increases and the elongation decreases. There-fore a cold bent pipe can take more pressure than a straight pipe. Unfortunately the calculation code does not take this into consideration, it bases this on the reduction in wallth-ickness due to cold bending.


Design working pressure in psi x 1000

Design working pressure in barFig. 6.1


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192


kg/m NOK/m*1 *2 *3

6 x 1.0 32020610 252 458 1300 0.07 61,-

6 x 1.5 32020615 477 755 1950 0.17 62,-

8 x 1.0 32020810 184 330 975 0.17 65,-

8 x 1.5 32020815 342 528 1463 0.24 65,-

10 x 1.0 32021010 146 257 780 0.22 67,-

10 x 1.5 32021015 267 406 1170 0.31 68,-

12 x 1.5 32021215 218 330 975 0.39 71,-

12 x 2.0 32021220 321 459 1300 0.49 87,-

50 x 3.0 32025030 115 148 418 3.48 415,-

60 x 3.0 32026030 95 123 340 4.22 530,-

75 x 3.0 32027530 76 97 312 5.32 580,-

The Tubes are supplied with EN-10204.3.1.B Material Certificate.Standard lengths 6m. All tubes are plugged with plastic caps.For protection against corrosion the tubes are covered inside and outside with Wendolit K 728 accordint to DIN 50017.

Hydraulic Tube E 235N (St. 37.4) NBK to DIN 2391C / 2445 (EN 10305-4)El.Zinc plated w/blue passivation surface (CR-VI-Free)


kg/m NOK/m*1 *2 *3

15 x 1.5 31021515 260 297 1184 0.50 90,-

15 x 2.0 31021520 380 438 1640 0.64 108,-

16 x 1.5 31021615 243 277 1103 0.54 93,-

16 x 2.0 31021620 354 408 1522 0.69 111,-

16 x 2.5 31021625 475 547 1974 0.83 135,-

18 x 1.5 31021815 214 244 969 0.61 99,-

18 x 2.0 31021820 312 358 1333 0.79 122,-

20 x 2.0 31022020 278 319 1184 0.89 125,-

20 x 2.5 31022025 371 425 1523 1.08 149,-

20 x 3.0 31022030 467 538 1881 1.26 171,-

22 x 1.5 31022215 173 198 780 0.76 113,-

22 x 2.0 31022220 251 288 1061 0.99 135,-

25 x 2.0 31022520 220 251 927 1.13 158,-

25 x 2.5 31022525 291 333 1184 1.39 185,-

25 x 3.0 31022530 365 418 1454 1.63 210,-

28 x 2.0 31022820 195 223 820 1.28 172,-

28 x 3.0 31022830 323 370 1279 1.85 233,-

30 x 2.0 31023020 181 207 761 1.38 199,-

30 x 3.0 31023030 299 343 1184 2.00 269,-

30 x 4.0 31023040 423 487 1640 2.56 313,-

35 x 2.0 31023520 154 176 646 1.63 243,-

35 x 3.0 31023530 254 290 999 2.37 271,-

38 x 3.0 31023830 232 266 914 2.59 339,-

38 x 4.0 31023840 327 375 1254 3.35 439,-

42 x 3.0 31024230 209 239 820 2.89 377,-

42 x 4.0 31024240 293 336 1122 3.75 500,-

50 x 5.0 31025050 316 361 1184 5.55 703,-

50 x 6.0 31025060 390 448 1454 6.50 810,-

60 x 5.0 31026050 260 297 969 6.18 870,-

60 x 6.0 31026060 319 366 1077 7.97 870,-

75 x 5.0 31027550 205 234 761 8.63 922,-

Hydraulic Tube E 355N (St. 52.4) NBK to DIN 2391C / 2445 (EN 10305-4)El.Zinc plated w/blue passivation surface (CR-VI-Free)

Hydraulic Tubes with Blue Passivation Surface

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193Working Pressure bar

O.D x W.T Static Dynamic kg/m

4 x 1.0 707 555 0.05

6 x 1.0 471 394 0.07

6 x 1.5 707 555 0.17

6 x 2.0 942 697 0.19

8 x 1.0 353 305 0.17

8 x 1.5 530 436 0.24

8 x 2.0 707 692 0.30

8 x 2.5 883 663 0.34

10 x 1.0 283 249 0.22

10 x 1.5 424 359 0.31

10 x 2.0 565 419 0.40

10 x 2.5 707 555 0.48

12 x 1.5 353 305 0.39

12 x 2.0 471 394 0.49

12 x 2.5 589 477 0.59

14 x 1.5 303 266 0.48

14 x 2.0 404 344 0.59

15 x 1.5 283 249 0.50

15 x 2.0 377 324 0.64

16 x 1.5 266 235 0.64

16 x 2.0 353 305 0.69

16 x 2.5 442 372 0.83

16 x 3.0 530 436 0.96

18 x 1.5 236 211 0.61

18 x 2.0 314 272 0.79

20 x 2.0 283 249 0.89

20 x 2.5 353 305 1.08

20 x 3.0 424 359 1.26

20 x 4.0 565 461 1.58

22 x 1.5 193 175 0.76

22 x 2.0 257 228 0.99

22 x 2.5 321 280 1.09

24 x 2.0 223 196 1.13

25 x 2.5 283 249 1.39

25 x 3.0 339 294 1.63

25 x 4.0 452 380 2.07

28 x 2.0 202 182 1.28

28 x 2.5 252 225 1.57

28 x 3.0 303 266 1.85

30 x 2.0 188 171 1.38

30 x 3.0 283 249 2.00

30 x 4.0 377 324 2.56

35 x 2.0 161 148 1.38

35 x 3.0 242 216 2.37

38 x 2.5 189 169 2.19

38 x 3.0 223 200 2.59

38 x 4.0 297 261 3.35

38 x 5.0 372 320 4.07

38 x 6.0 446 376 4.74

42 x 2.0 135 124 1.97

42 x 3.0 202 182 2.89

42 x 4.0 269 228 3.75

50 x 3.0 170 155 3.48

60 x 3.0 141 130 4.22

75 x 3.0 113 105 5.32

90 x 3.5 110 102 7.47

115 x 4.0 98 92 10.98

140 x 4.5 91 85 15.04

165 x 5.0 85 80 19.73

220 x 6.0 77 72 31.66

Hydraulic tube DIN 2391 C/DIN 2445 (EN 10305-4) St. 37.4.The tubes are phosphated and annealedNote: Permissable stress E 235N 157 MPa

Working pressure to DIN 2413 Parts 1 and 3. Only for straight tube and landbased

Maximum working pressure for E 355N and E 235N tube according to:- static DIN 2413/I straight tube only- dynamic DIN 2431/III straight tube only

Note: Corrosion allowance not included.Wall thickness tolerance 10% included.Bending allowance not included.

Hydraulic tube DIN 2391 C/DIN 2445 ST. 52.4The tubes are phosphated and annealed.Note: Permissable stress St. 52.4. = 222 MPa

Working Pressure bar

O.D x W.T Static Dynamic kg/m

12 x 1.5 500 404 0.39

12 x 2.0 666 522 0.49

14 x 2.0 571 456 0.59

15 x 1.5 400 330 0.50

15 x 2.0 533 429 0.64

16 x 1.5 375 311 0.64

16 x 2.0 500 404 0.69

16 x 2.5 624 493 0.83

18 x 1.5 333 279 0.61

18 x 2.0 444 364 0.79

20 x 2.0 400 330 0.89

20 x 2.5 500 404 1.08

20 x 3.0 599 476 1.26

22 x 1.5 272 231 0.76

22 x 2.0 363 303 0.99

25 x 2.0 320 269 1.13

25 x 2.5 400 330 1.39

25 x 3.0 480 390 1.63

28 x 2.0 285 242 1.28

28 x 3.0 428 352 1.85

30 x 2.0 266 226 1.38

30 x 3.0 400 330 2.00

30 x 4.0 533 429 2.56

35 x 2.0 228 196 1.38

35 x 3.0 343 286 2.37

38 x 3.0 315 265 2.59

38 x 4.0 421 346 3.35

42 x 2.0 190 164 1.97

42 x 3.0 285 242 2.89

42 x 4.0 381 316 3.75

50 x 5.0 400 330 5.55

56 x 8.5 607 481 9.96

60 x 5.0 333 279 6.78

65 x 8.0 498 399 11.25

66 x 8.5 515 415 12.05

75 x 5.0 266 226 8.63

80 x 10.0 500 404 17.21

90 x 5.0 222 190 10.48

97 x 12.0 494 401 25.15

115 x 15.0 521 420 36.95

130 x 15.0 461 376 42.54

150 x 15.0 400 330 49.94

NOTE: All tubes are supplied with material certificate to EN - 10204.3.1.B

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Pipe to ANSI B36.19 ASTM - A - 312 - TP - 316 LAll working pressures are based on ANSI B31.3 304.1/3B. Allowable stress is based on the lowest of the following criteria:

Delta t = Yield 2

3Delta t =

Tensile

3

ASTM A 312 TP 316 Pipe: Yield = 234 MPa, Tensile = 515 MPa, Allowable stress Delta t 156 MPa. Yield and tensile based on material certificate from GS-Hydro.T = t0 + b + tolerances b = 0.1333t0 Tolerances are +_ 12,5% of wall thickness

t0 = P x D

2 x Delta t

*1: Bending and production tolerances included.Bending factor b is taken from DNV rules.*2: Production tolerances included*3: Burst pressure based on Tensile value.Not included tolerance of wall thickness.

Nom. pipe sizeNPS x SCH Size O.D x W.T ID Code

W.P. bar B.P. barkg/m NOK/m

*1 *2 *3

1/2” SCH 10 21.34 x 2.11 33012134211 238 270 1018 1.02 x

1/2” SCH 40 21.34 x 2.77 33012134277 313 354 1337 1.29 x

1/2” SCH 80 21.34 x 3.73 33012134373 421 477 1800 1.65 x

1/2” SCH 160 21.34 x 4.78 33012134478 540 611 2307 1.98 x

1/2” SCH xxs 21.34 x 7.47 33012134747 843 956 3605 2.55 x

3/4” SCH 10 26.67 x 2.11 33012667211 191 216 815 1.30 x

3/4” SCH 40 26.67 x 2.81 33012667281 254 288 1085 1.71 x

3/4” SCH 80 26.67 x 3.91 33012667391 353 400 1510 2.33 x

3/4” SCH 160 26.67 x 5.56 33012667556 502 569 2147 2.94 x

3/4” SCH xxs 26.67 x 7.82 33012667277 706 800 3020 3.64 x

1” SCH 10 33.40 x 2.77 33013340277 200 226 854 2.13 x

1” SCH 40 33.40 x 3.38 33013340338 244 276 1042 2.54 x

1” SCH 80 33.40 x 4.55 33013340455 328 372 1403 3.29 x

1” SCH 160 33.40 x 6.35 33013340635 458 519 1958 4.30 x

1” SCH xxs 33.40 x 9.09 33013340909 656 743 2803 5.45 x

1 1/4” SCH 10 42.16 x 2.77 33014216277 158 179 677 2.73 x

1 1/4” SCH 40 42.16 x 3.56 33014216356 203 231 870 3.44 x

1 1/4” SCH 80 42.16 x 4.85 33014216485 277 314 1185 4.53 x

1 1/4” SCH 160 42.16 x 6.35 33014216635 363 411 1551 5.69 x

1 1/4” SCH xxs 42.16 x 9.70 33014216970 554 628 2370 7.76 x

1 1/2” SCH 10 48.26 x 2.77 33014826277 138 157 591 3.16 x

1 1/2” SCH 40 48.26 x 3.68 33014826368 184 208 785 4.11 x

1 1/2” SCH 80 48.26 x 5.08 33014826508 254 287 1084 5.49 x

1 1/2” SCH 160 48.26 x 7.14 33014826714 356 404 1524 7.35 x

1 1/2” SCH xxs 48.26 x 10.16 330148261016 507 575 2168 9.55 x

2” SCH 10 60.30 x 2.77 33016030277 111 125 473 3.99 x

2” SCH 40 60.30 x 3.91 33016030391 156 177 668 5.52 x

2” SCH 80 60.30 x 5.54 33016030554 221 251 946 7.60 x

2” SCH 160 60.30 x 8.74 33016030874 349 396 1493 11.28 x

2” SCH xxs 60.30 x 11.07 330160301107 442 501 1891 13.44 x

2 1/2” SCH 5 73.00 x 2.11 33017303211 70 79 298 3.76 x

2 1/2” SCH 10 73.00 x 3.05 33017303305 101 114 430 5.37 x

2 1/2” SCH 40 73.00 x5.16 33017303516 170 193 728 8.80 x

2 1/2” SCH 80 73.00 x7.01 33017303701 231 262 989 11.64 x

2 1/2” SCH 160 73.00 x 9.53 33017303953 314 356 1345 15.15 x

2 1/2” SCH xxs 73.00 x 14.02 330173031402 463 524 1978 20.50 x

3” SCH 5 88.90 x 2.11 33018890211 57 65 244 4.59 x

3“ SCH 10 88.90 x 3.05 33018890305 83 94 353 6.45 x

3“ SCH 40 88.90 x 5.49 33018890549 149 169 636 11.46 x

3“ SCH 80 88.90 x 7.67 33018890767 208 236 889 15.51 x

3“ SCH 160 88.90 x 11.13 330188901113 302 342 1290 21.67 x

3“ SCH xxs 88.90 x 15.24 330188901524 413 468 1766 27.68 x

4” SCH 5 114.30 x 2.11 330111430211 44 50 190 5.93 x

4“ SCH 10 114.30 x 3.05 330111430305 64 73 275 8.50 x

4“ SCH 40 114.30 x 6.07 330111430607 128 145 547 16.32 x

4“ SCH 80 114.30 x 8.56 330111430856 180 204 771 22.67 x

4“ SCH 160 114.30 x 13.49 3301114301349 284 322 1216 34.05 x

4“ SCH xxs 114.30 x 17.12 3301114301712 361 409 1543 41.03 x



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Pipe to ANSI B36.19 ASTM - A - 312 - TP - 316

All working pressures are based on ANSI B31.3 304.1/3B. Allowable stress is based on the lowest of the following criteria:

Delta t = Yield 2

3Delta t =

Tensile

3

ASTM A 312 TP 316 Pipe: Yield = 234 MPa, Tensile = 515 MPa. Allowable stress Delta t 156 MPa. Yield and tensile based on material certificate from GS-Hydro.T = t0 + b + tolerances b = 0.1333t0 Tolerances are +_ 12.5% of wall thickness

t0 = P x D

2 x Delta t

*1: Bending and production tolerances included.*2: Production tolerances included*3: Burst pressure based on Tensile value.Not included tolerance of wall thickness.

Nom. pipe sizeNPS x SCH Size O.D x W.T ID Code

W.P. bar B.P. barkg/m NOK/m

*1 *2 *3

5” SCH 10 141.30 x 3.40 330114130340 58 66 248 11.56 x

5” SCH 40 141.30 x 6.55 330114130655 112 127 477 22.10 x

5” SCH 80 141.30 x 9.53 330114130953 162 184 695 31.40 x

5” SCH 160 141.30 x 15.88 3301141301588 271 307 1158 49.11 x

5” SCH xxs 141.30 x 19.05 3301141301905 325 368 1389 57.43 x

6” SCH 5 168.30 x 2.77 330116830277 40 45 170 11.47 x

6” SCH 10 168.30 x 3.40 330116830340 47 55 208 14.04 x

6” SCH 40 168.30 x 7.11 330116830711 102 115 435 28.69 x

6” SCH 80 168.30 x 10.97 3301168301097 157 178 671 43.21 x

6” SCH 120 168.30 x 14.27 3301168301427 204 231 873 54.10 x

6” SCH 160 168.30 x 18.26 3301168301826 261 296 1118 67.56 x

6” SCH xxs 168.30 x 21.95 3301168302195 314 356 1343 79.22 x

8” SCH 10 219.10 x 3.76 330121910376 41 47 177 19.97 x

8” SCH 40 219.10 x 8.18 330121910818 90 102 385 43.20 x

8” SCH 80 219.10 x 12.70 3301219101270 140 158 597 66.02 x

8” SCH 120 219.10 x 18.26 3301219101826 201 228 858 90.30 x

8” SCH 160 219.10 x 23.01 3301219102301 253 287 1082 111.30 x

8” SCH xxs 219.10 x 22.00 3301219102200 242 274 1034 107.00 x

10” SCH 40 273.00 x 9.27 330127300927 82 93 350 60.40 x

10” SCH 80 273.00 x 15.06 3301273001506 133 151 568 95.90 x

10” SCH 160 273.00 x 28.58 3301273002858 252 286 1078 171.90 x

10” SCH xxs 273.00 x 25.40 3301273002540 224 254 958 101.90 x

12” SCH STD 323.90 x 9.53 330132390953 71 80 303 73.90 x

12” SCH 40 323.90 x 10.31 3301323901031 77 87 328 79.70 x

12” SCH 80 323.90 x 17.45 3301323901745 130 147 555 131.90 x

12” SCH 160 323.90 x 33.32 3301323903332 248 281 1060 238.80 x

14” SCH STD 355.60 x 9.53 330135560953 81.30 x

14” SCH 40 355.60 x 11.13 3301355601113 94.50 x

14” SCH 80 355.60 x 19.05 3301355601905 158.10 x

14” SCH 160 355.60 x 35.71 3301355603571 281.70 x

16” SCH STD 406.40 x 9.53 330140640963 93.30 x

16” SCH 40 406.40 x 12.70 3301406401270 123.30 x

16” SCH 80 406.40 x 21.41 3301406402141 203.30 x

16” SCH 160 406.40 x 40.46 3301406404046 365.10 x

18“ SCH STD 457.40 x 9.53 330145740953 105.20 x

18“ SCH 40 457.40 x 14.27 3301457401427 155.80 x

18“ SCH 80 457.40 x 23.80 3301457402380 254.20 x

18“ SCH 160 457.40 x 45.24 3301457404524 459.40 x

20“ SCH STD 508.00 x 9.53 330150800953 117.10 x

20“ SCH 40 508.00 x 15.06 3301508001506 183.10 x

20“ SCH 80 508.00 x 26.19 3301508002619 311.20 x

20“ SCH 160 508.00 x 49.99 3301508004999 564.10 x

24“ SCH STD 609.00 x 9.53 330160900953 140.90 x

24“ SCH 40 609.00 x 17.45 3301609001745 254.60 x

24“ SCH 80 609.00 x 30.94 3301609003094 441.00 x

24“ SCH 160 609.00 x 59.51 3301609005951 806.50 x




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Oil Flow Capacity and Pressure Loss

O.D x W.TOil flow capacity of tubing l/min Pressure loss in tube bar/m

1,8 m/s 4,5 m/s 7,2 m/s 1,8 m/s 4,5 m/s 7,2 m/s

6 x 1.0 3.4 5.4 1.9 4.1

6 x 1.5 1.9 3.0 2.8 5.9

8 x 1.0 7.5 12.1 1.1 2.3

8 x 1.5 5.2 8.4 1.4 3.0

8 x 2.0 5.4 3.4 1.9 4.1

8 x 2.5 1.9 3.0 2.8 5.9

10 x 1.0 13.5 21.5 0.7 1.6

10 x 1.5 10.3 16.5 0.9 1.9

10 x 2.0 7.5 12.1 1.1 2.3

10 x 2.5 5.2 8.4 1.4 3.0

12 x 1.5 17.0 27.3 0.6 1.3

12 x 2.0 13.5 21.5 0.7 1.6

12 x 2.5 10.3 16.5 0.9 1.9

14 x 1.5 25.5 40.8 0.5 1.0

14 x 2.0 21.0 33.7 0.5 1.2

15 x 1.5 30.3 48.0 0.4 0.9

15 x 2.0 25.5 40.8 0.5 1.0

16 x 1.5 36.0 57.0 0.4 0.8

16 x 2.0 30.0 49.0 0.4 0.9

16 x 2.5 26.0 41.0 0.5 1.0

16 x 3.0 21.0 34.0 0.5 1.2

18 x 1.5 47.0 76.0 0.3 0.7

18 x 2.0 41.0 66.0 0.3 0.7

20 x 2.0 54.0 86.0 0.3 0.7

20 x 2.5 47.0 76.0 0.3 0.7

20 x 3.0 41.0 66.0 0.3 0.7

20 x 4.0 30.0 49.0 0.4 0.9

22 x 1.5 76.0 122.0 0.2 0.5

22 x 2.0 68.0 109.0 0.2 0.5

22 x 2.5 61.0 99.0 0.3 0.6

25 x 2.0 93.0 149.0 0.2 0.4

25 x 2.5 84.0 135.0 0.2 0.5

25 x 3.0 76.0 122.0 0.2 0.5

25 x 4.0 61.0 98.0 0.3 0.6

28 x 2.0 121.0 194.0 0.2 0.4

28 x 2.5 112.0 178.0 0.2 0.4

28 x 3.0 102.0 163.0 0.2 0.4

30 x 2.0 142.0 227.0 0.1 0.3

30 x 3.0 121.0 194.0 0.1 0.4

30 x 4.0 102.0 163.0 0.1 0.4

35 x 2.0 81.0 203.0 324.0 0.024 0.1 0.3

35 x 3.0 177.0 283.0 0.1 0.3

38 x 2.5 230.0 367.0 0.1 0.2

38 x 3.0 215.0 343.0 0.1 0.3

38 x 4.0 190.0 303.0 0.1 0.3

38 x 5.0 165.0 264.0 0.1 0.3

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Oil Flow Capacity and Pressure Loss

O.D x W.TOil flow capacity of tubing l/min Pressure loss in tube bar/m

1,8 m/s 4,5 m/s 7,2 m/s 1,8 m/s 4,5 m/s 7,2 m/s

42 x 2.0 121 305 485 0.018 0.09 0.20

42 x 3.0 273 435 0.10 0.20

42 x 4.0 248 388 0.10 0.20

46 x 8.5 179 286 0.06 0.14

50 x 3.0 163 408 652 0.012 0.07 0.17

50 x 5.0 337 540 0.08 0.19

56 x 8.5 321 513 0.09 0.19

60 x 3.0 615 983 0.012 0.06 0.13

60 x 5.0 527 843 0.06 0.14

65 x 8.0 596 810 0.06 0.14

66 x 8.5 506 810 0.06 0.14

75 x 3.0 402 1004 1606 0.008 0.04 0.09

75 x 5.0 890 1453 0.03 0.10

80 x 10.0 759 1215 0.05 0.11

90 x 3.5 581 1453 2324 0.006 0.03 0.07

90 x 5.0 1349 2159 0.03 0.08

97 x 12.0 1124 1798 0.04 0.09

115 x 4.0 966 2414 3863 0.004 0.02 0.05

115 x 15.0 1524 3438 0.03 0.07

130 x 15.0 2109 3374 0.03 0.06

140 x 4.5 1448 3619 5790 0.004 0.02 0.04

150 x 15.0 3037 4859 0.02 0.05

165 x 5.0 2027 5060 8106 0.002 0.01 0.03

190 x 20.0 4800 7700 0.01 0.03

220 x 6.0 3469 9122 14597 0.002 0.01 0.02

250 x 25.0 8500 13500 0.01 0.02

273 x 6.0 5990 14980 24000 0.002 0.01 0.02

All calculation are based on Cold Drawn Tube DIN 2391 C/DIN 2445(EN 10305-4), viscosity 37 sct. specific gravities 0.860. If you desire to use different velocities than those stated above, use the following formula to determine the required pipe size.

TUBE I.D = 4.61 Flow l/minVelocity m/s

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198

Multicore Tubes

General InformationGS-Hydro’s multicore tubes are used for pneumatic and hydraulic remote control,

measuring and monitoring systems. In addition to the multicore tubes, GS-Hydro also

supplies the necessary connection tools and accessories such as heat shrinkable

products, tube joint fittings, tube cutter and bending tools as well as trays, supports

and binding tape for installation.

The multicore tube consists of one to nine

stainless steel, copper or copper-alloy tubes

laid up spirally inside an extruded outer PVC

sheath. For easy identification and protection

purposes each individual tube is PVC sheathed

in a different color. The extruded outersheath is

made of oil and sea water resistant, weather-

proof, flame-retardant, corrosion and acid

resistant PVC. The multicore tube (outer sheath)

is continuously marked at every one meter

throughout the entire length for easy installation.

Heat shrinkable products provide complete water

sealing and abrasion and corrosion protection

under all conditions.

Colored identifying inner sheath

Tube

Filler

PVC Rod

Outer Sheath

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Multicore Tubes

Technical Data

Tube type Bare tubeSheathed single tubeMulticore tube

Materials Stainless steel AISI 304/316/316LCopperCopper-Nickel

Length Standard 100—300 m, up to 600 m packed on wooden drum

Tube diameter 6—15 mm (1/4”—1/2”)

Tube wall thickness 0.5—2.0 mm

No. of tubes per bundle 1—9 (max. 9core)

Outer sheath PVC, black color with marking

Individual tube sheath PVC, color identification

All tubing products are certified by major classification

agencies including DnV, GL, ABS, LRS and BV etc. The

multicore tubes are extensively tested, including eddy

current, tensile and hardness, hydro and air pressure and

air leak tests.

Schematic Structural Diagram

1CORE 2CORE 3CORE 4CORE 5CORE 6CORE 7CORE 8CORE 9CORE

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Multicore Tubes

Union

Heat-shrinkable boot

6 Cores

Bending radius approx: 8 x outer dia

4 Cores

2 Cores1 Core

Installation and AssemblyThe installation of the multicore tubes - the uncoiling from

the wooden shipping drum, straightening, running and

cutting – is done in the same manner as when installing

electrical cables.

The multicore tubes are uncoiled directly from sturdy

wooden reels onto ladder, perforated or flat-bar (or eq.)

trays. Deck and/or bulkhead penetrations are made by

either coaming or by appropriate penetration fittings.

Suitable fittings such as straight union, male/female

connector, penetration gland etc. are utilised for

connection or termination of the tube. Multicore tubes

can also be welded but the use of bite type fittings is

recommended.

Repeated bending at the same point should be

avoided in order to avoid breakage. Where there is a

possibility of expansion and/or contraction along the

line, proper provisions should be made for loops and

curves along the tube line.

Order Example

Material of Outer Sheath

10 x 1 / 6 PVC / AISI316

Number of Cores

Core Size

O.D. x Wall Thickness

Material Quality Pipe

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Multicore Tubes

Maximum allowable working pressureThe maximum allowable working pressure (bar) for stainless steel, copper and copper-n ickel multicore tubes are as

follows:

Seamed Stainless Steel Tube

O.D.(mm)

Wall Thickness (mm)

0.5 0.8 1.0 1.2 1.5 2.0

6 160 270 350 - - -

8 120 195 250 310 - -

10 95 155 195 240 310 -

12 - 125 160 195 250 350

15 - - 125 155 195 270

Seamed Stainless Steel Tube

O.D.(in.)

Wall Thickness (in.)

0.035 0.049

1/4 275 410

3/8 180 264

1/2 140 200

Copper Tube

O.D.(mm)

Wall Thickness (mm) O.D.(in.)

W.T. (in.)

0.8 1.0 1.2 0.035 0.049

6 120 150 180 1/4 130 180

8 85 110 130 3/8 85 110

10 - 85 100 1/2 - 85

12 - 70 85

Cu-Ni (90/10) Tube

O.D.(mm)

Wall Thickness (mm)

1.0 1.4 1.5

10 130 190 200

12 - 160 170

Materials

Tube Material

MaterialNational Standard

KS JIS ASTM DIN

Stainless SteelSTS 304 SUS 304 304 1.4301

STS 316 SUS 316 316 1.4401

STA 316L SUS 316L 316L 1.4404

Copper C1220 C1220 C12200 SF-Cu

Copper-Nickel (90/10) C7060 C7060 C70600 CuNi10Fe1Mn

Sheath Material

Name Material Remark

Rod PVC• Seawater and oil resistant.• Flame retardant (IEC 60332 flammability test criteria) or halogem free (LDPE/HDPE)

Colored identifying sheath PVC

Filler Synthetic rubber

Outer sheath PVC

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Multicore Tubes

Technical Data – Metric Sizes

O.D. (mm) x

Core

Bundle Weight (kg/m)Overall diameter

approx.(mm)

Stainless Steel Copper & Copper alloy

Wall Thickness (mm) Wall Thickness (mm)

0.5 0.8 1.0 0.8 1.0 1.2

6 x 1 0.15 0.18 0.20 0.20 0.22 - 9

6 x 2 0.60 0.67 0.71 0.70 0.74 - 19

6 x 3 0.75 0.86 0.92 0.90 0.97 - 20

6 x 4 0.82 0.96 1.04 1.10 1.19 - 23

6 x 5 0.90 1.08 1.18 1.14 1.25 - 24

6 x 6 1.04 1.25 1.37 1.34 1.47 - 27

6 x 7 1.15 1.39 1.53 1.40 1.56 - 27

6 x 8 1.40 1.68 1.84 1.60 1.78 - 32

6 x 9 1.60 1.92 2.01 1.85 2.05 - 34

8 x 1 0.20 0.25 0.28 0.27 0.31 0.34 11

8 x 2 0.73 0.83 0.89 0.87 0.94 0.97 23

8 x 3 0.85 1.02 1.12 1.07 1.18 1.28 24

8 x 4 1.00 1.20 1.33 1.29 1.43 1.56 28

8 x 5 1.30 1.52 1.67 1.59 1.77 1.93 31

8 x 6 1.50 1.82 2.00 1.94 2.15 2.34 33

8 x 7 1.63 1.93 2.15 2.08 2.33 2.56 33

8 x 8 1.90 2.35 2.60 2.52 2.80 3.04 41

8 x 9 2.10 2.67 2.95 2.88 3.20 3.49 43

10 x 1 - 0.30 0.34 - 0.37 0.41 13

10 x 2 - 1.10 1.18 - 1.24 1.32 28

10 x 3 - 1.50 1.60 - 1.68 1.81 29

10 x 4 - 1.80 1.97 - 2.09 2.26 33

10 x 5 - 2.00 2.20 - 2.33 2.55 37

10 x 6 - 2.15 2.40 - 2.57 2.83 40

10 x 7 - 2.28 2.52 - 2.80 3.10 40

10 x 8 - 2.95 3.20 - 3.60 3.95 48

10 x 9 - 3.30 3.80 - 4.15 4.54 51

12 x 1 - 0.36 0.41 - 0.39 0.45 15

12 x 2 - 1.38 1.42 - 1.44 1.50 33

12 x 3 - 1.81 1.96 - 1.91 2.08 38

12 x 4 - 2.13 2.37 - 2.26 2.53 39

12 x 5 - 2.44 2.70 - - - 40

12 x 6 - 2.70 3.00 - - - 48

O.D. (mm) x

Core

PVC Sheathed Tube Weight (kg/m)Overall diameter

approx.(mm)


Wall Thickness (mm) Wall Thickness (mm)

1.0 1.2 1.5 2.0 1.0 1.2

10 x 1 0.34 0.38 0.43 0.51 0.37 0.41 13

12 x 1 0.41 0.46 0.53 0.63 0.44 0.49 15

15 x 1 0.52 0.58 0.67 - 0.56 0.63 18

TUBES & PIPES

GS-P

RODU

CTS

CLAM

PSBI

TE T

YPE

FITT

INGS

SAE

J514

JIC

FLAR

E FI

TTIN

GSHO

SES

&

HOSE

COU

PLIN

GSAD

APTO

RSOT

HER

COM

PONE

NTS

MAC

HINE

STE

CHNI

CAL

INFO

RMAT

ION

VALV

ESTU

BES

& P

IPES

203

O.D. (in.) x

Core

Bundle Weight (kg/m)Overall diameter

approx.(mm)


Wall Thickness Wall Thickness

0.035” 1.0 mm 0.049” 1.2 mm 0.035” 0.049”

1/4” x 1 0.20 0.21 0.24 0.24 0.21 0.26 9

1/4” x 2 0.75 0.77 0.83 0.81 0.78 0.87 23

1/4” x 3 1.00 1.04 1.12 1.10 1.04 1.18 23

1/4” x 4 1.10 1.15 1.26 1.28 1.16 1.34 24

1/4” x 5 1.20 1.26 1.40 1.36 1.27 1.50 27

1/4” x 6 1.40 1.47 1.64 1.60 1.49 1.76 34

3/8” x 1 0.32 0.34 0.38 0.37 0.34 0.41 13

3/8” x 2 1.14 1.18 1.27 1.25 1.18 1.33 27

3/8” x 3 1.55 1.62 1.75 1.72 1.62 1.84 28

3/8” x 4 1.90 1.98 2.16 2.12 1.99 2.28 33

3/8” x 5 2.15 2.25 2.48 2.43 2.26 2.63 37

3/8” x 6 2.35 2.47 2.74 2.68 2.47 2.86 39

1/2” x 1 - 0.42 0.48 0.47 - 0.52 16

1/2” x 2 - 1.36 1.49 1.48 - 1.57 36

1/2” x 3 - 1.97 1.94 1.92 - 2.06 38

1/2” x 4 - 2.32 2.70 2.65 - 2.85 43

Technical Data – Imperial Sizes

Multicore Tubes

Tools and AccessoriesTools and accessories include heat shrinkable products, tube joint fittings, tube cutter and bending tools as well as trays,

supports and binding tape.

Tools Accessories

Tube cutter

Multicore tube, tray and supportMulticore tube bending tools

Bending tools Heat shrinkable products Tube fittings

Clamps Binding tape

Hydraulic Tubes and Pipes

Documents

Transcript of Hydraulic Tubes and Pipes