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tube & pipe<br />
copper tuBe 15.1<br />
polylag / selector information / codes / for airconditioning & refrigeration<br />
steel pipes 15.8<br />
to as1074 / to ansi B36.10<br />
stainless steel pipe 15.11<br />
stainless steel tuBe 15.13<br />
upvc pressure pipe 15.17<br />
permapipe 15.18
copper tube<br />
ApplicAtions<br />
copper tubes from tables A and b are suitable for use with<br />
compression, capillary and brazed joints.<br />
copper tubes from table c are suitable for use with capillary and<br />
brazed joints only.<br />
copper tubes from table D are suitable for use with capillary and<br />
brazed joints, only in the ‘hard drawn’ condition.<br />
copper tubes from table D shall not be bent.<br />
copper tubes from tables A, b or c may be supplied in the ‘hard<br />
drawn’ or ‘annealed’ condition.<br />
copper tubes from table D are only supplied in the ‘hard drawn’<br />
condition.<br />
copper tube identificAtion<br />
crane enfield copper tubes, manufactured to meet the requirements<br />
of AS 1432, are colour coded with an ink mark along the tube with<br />
the manufacturers trademark, "AuStrALiA" the country of origin,<br />
the nominal size, thickness type and the letters "bQ" where tubes are<br />
"bendable" temper etc.<br />
crANe eNFieLD AuStrALiA DN50A bQ<br />
in addition Hard Drawn and bendable copper tubes are incised at<br />
0.5m intervals with the manufacturers trademark, the Standards<br />
Australia Licence number, the Standards Mark, the Australian<br />
Standard number, nominal size, thickness type and "bQ" to identify<br />
bendable temper tubes, etc.<br />
ceM Lic 940 i>>>>>i AS1432 DN 15A bQ<br />
Four colours are used to represent the tube specification types:<br />
type A - Green type c - red<br />
type b - blue type D - black<br />
it is to be noted that the tubes are made from the one alloy and are of<br />
similar quality. the word "tYpe" refers to the thickness categories<br />
with type A being the thickest and type D being the thinnest tube<br />
permitted for use by water authorities.<br />
Also available is large diameter copper tube not in AS 1432 range.<br />
these are projections of AS 1432.<br />
Nom<br />
Size<br />
mm<br />
properties<br />
copper tubing to AS 1432 is manufactured from alloy designation 122<br />
of AS 2738.2<br />
Melting point 1083°c<br />
Density 8.94 x 103 kg/m3 @ 20°c<br />
thermal expansion 0.177mm/ 10°c.m<br />
thermal conductivity 295 - 355 W/mK<br />
Specific Heat capacity 385 J/kgK<br />
composition Alloy c12200 copper = 99.90%min<br />
phosphorus = 0.015-0.040%<br />
June 2010<br />
Nom<br />
Wt<br />
A b D<br />
pSW<br />
(kpa)<br />
Nom<br />
Wt<br />
pSW<br />
(kpa)<br />
Nom<br />
Wt<br />
pSW<br />
(kpa)<br />
203.2 1.63 590<br />
225 3.25 1010 2.64 820 2.03 650<br />
254 3.25 910 2.64 730 2.03 580<br />
corrosion rAtings of copper<br />
Acetone A butane A<br />
Acids - carbon Dioxide (m) b<br />
chromic D carbon Monoxide A<br />
citric A chlorine c<br />
Hydrochloric c Freon A<br />
Nitric D Hydrogen A<br />
phosphoric b Hydrogen Sulphide (m) D<br />
Sulphuric c Methane A<br />
tanic A Natural Gas b<br />
tartaric A Nitrogen A<br />
Alcohols A oxygen A<br />
Aniline Dyes c propane A<br />
Animal/excreta and Steam A<br />
Decomposed undiluted Sulphur Dioxide (m) b<br />
urine D Gasoline A<br />
Ashes D Kerosene A<br />
Asphalt A Lacquers A<br />
Atmosphere - industrial A Magnesite D<br />
Marine A Mercury and Salts D<br />
rural A Silver Salts D<br />
beer A Sodium chloride b<br />
benzene, benzol A Sodium Hypochlorite c<br />
bleaching powder b Sugar Solution A<br />
brines b trichlorethylene (dry) A<br />
carbon Varnish - Solvents A<br />
tetrachlorine (m) b Water -<br />
Fruit Juices b carbonated b<br />
Feul oil A potable A<br />
Gases - Sea Water b<br />
Acetylene D Mine Water c<br />
Ammonia (m) D Soapy A<br />
bromine (m) c Sewage A<br />
rAtings<br />
A excellent under most conditions.<br />
b good May be considered in place of “A” when some other<br />
property governs use.<br />
c fair May only have limited life.<br />
d poor Not recommended.<br />
bendAble temper piping<br />
in certain circumstances it may be desirable to use a straight tube<br />
which has improved bending characteristics compared to normal<br />
hard drawn temper tube. to fill this need, a selected size range of 6m<br />
straight length copper tubes is available in bendable temper.<br />
these particular tubes are capable of being bent, without local<br />
annealing, to minimum centreline radii of 45mm, 60mm and 85mm for<br />
nominal sizes DN15, DN18 and DN20 respectively. Available sizes:<br />
DN 15A 12.70 x 1.02mm DN 18b 15.88 x 1.02mm<br />
DN 15b 12.70 x 0.91mm DN 18c 15.88 x 0.91mm<br />
DN 15c 12.70 x 0.71mm DN 20A 19.05 x 1.42mm<br />
DN 18A 15.88 x 1.22 mm DN 20b 19.05 x 1.02mm<br />
DN 20c 19.05 x 0.91mm<br />
standards Applicable to copper and copper Alloy tubes<br />
AS 1432 copper tubes for plumbing, gasfitting & drainage applications.<br />
AS 1572 copper & copper alloys - seamless tubes for engineering<br />
purposes.<br />
AS 1571 copper - seamless tubes for air conditioning & refrigeration.<br />
AS 1569 copper & copper alloys - seamless tubes for heat exchangers.<br />
AS 3795 copper alloy tubes for plumbing & drainage applications.<br />
tube & pipe copper tube<br />
15.1
tube & pipe copper tube polylAg<br />
15.2<br />
copper tube poLYLAG<br />
‘polylAg’ pre-insulAted copper tube<br />
A comprehensive range of pre-insulated tubes is available for use<br />
in a variety of end use applications e.g. domestic hot water lines,<br />
burying in corrosive soils, laying under floors and concrete slabs<br />
(where approved), chasing into walls and masonary, pipework<br />
exposed to aggressive environments. the insulation is moisture<br />
resistant and chemically inert.<br />
the copper tubing component is covered by StandardsMark License<br />
No. 940, with the required marking to this effect, which conforms to<br />
AS1432-1990 specification.<br />
polylag premium of nominal sizes 15 to 25 consists of a seamless<br />
extruding coating, of lightly foamed flexible polyvinyl chloride (pVc),<br />
over copper tubing.<br />
polylag of nominal sizes 32 to 50 consists of micro-cellular<br />
polyethylene (polythene) coating, over copper tubing.<br />
properties - pVc<br />
Specific Gravity (20°c) 1.1 - 1.7<br />
Melting range 120°c - 170°c<br />
Decomposition point >200°c<br />
Flash point None<br />
Flammable Limits Self extinguishing<br />
Auto ignition point None<br />
Water Solubility (G/L)<br />
General<br />
Nil<br />
A foamable flexible pVc compound, containing a combination of heat<br />
and uV stabilizers.<br />
coating Form: Generally 1.0mm thick, plus 1.0mm castellation, for an<br />
overall thickness with standoff 2.0 to 2.5mm.<br />
properties - polythene<br />
Melting point 109°c<br />
"VicAt" Softening point 91°c<br />
thermal conductivity 0.0034 Joules cM/cM Sec°c<br />
Specific Heat 0.55 cAL/GM<br />
Decomposition point 280°c - 300°c<br />
coating Form Generally 2.0mm thickness<br />
it is to be noted that lagging consisting of hair, felt or otherfibrous<br />
material should be used in only dry, well ventilated places. the use of<br />
such lagging in damp or confined, poorly ventilated environments is<br />
not recommended.<br />
thermAl trAnsmission<br />
thermal conductivity W/mK: 0.052<br />
thermal resistance m2K/W (pVc): 0.028<br />
note: As the only known test methods in this country, are for flat<br />
test specimens and not tubular lagging on pipe, care should be taken<br />
in extrapolating the above results to tubular form.<br />
operAtionAl chArActeristics<br />
Maximum Service temperature +75°c<br />
Minimum Service temperature -45°c<br />
Normal operating range -10° to +60°c<br />
corrosion<br />
the insulation material is resistant to dilute acids & alkalis, which<br />
makes it highly suitable for barrier protection of the copper tubing,<br />
in aggressive environments. in underground use, it is necessary to<br />
ensure that waterproof joints are made, to prevent the ingress of<br />
chemical laden groundwater.<br />
product identificAtion<br />
the coating material is colour coded (iSo) GreeN to AS1345-1972,<br />
for potable water. Semi-continuous external markings identify the<br />
Manufacturer, tube material, Diameter (DN), table type, and brand<br />
Name.<br />
e.g. crane enfield Australia copper tube DN25 c polylag premium.<br />
the coating material is colour coded lilac for recycled water<br />
applications.<br />
stAndArd size rAnge<br />
6m straights (mm) nominal size 18m coils (mm)<br />
12.70 x 1.02 DN15A 12.70 x 1.02<br />
12.70 x 1.02 DN15b 12.70 x 0.91<br />
12.70 x 0.71 DN15c 12.70 x 0.71<br />
15.9 x 1.22 DN18A<br />
15.9 x 1.02 DN18b 15.9 x 1.02<br />
15.9 x 0.91 DN18c 15.9 x 0.91<br />
19.1 x 1.02 DN20b 19.1 x 1.02<br />
19.1 x 0.91 DN20c 19.1 x 0.91<br />
25.4 x 1.22 DN25b<br />
25.4 x 0.91 DN25c<br />
31.8 x 1.22 DN32b<br />
37.1 x 1.22 DN40b<br />
50.8 x 1.22 DN50b<br />
other sizes from DN15 to DN150 may be available on request.<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.
copper tube SeLector iNForMAtioN<br />
June 2010<br />
Nom. Size mill Size<br />
(mm)<br />
type A<br />
preViouS Size No. lgtH<br />
buNDle<br />
No. coilS<br />
cArtoN<br />
pSW (kpa) Nom. WgHt<br />
(kg/m)<br />
DN 6 6.4 x 0.91 1/4" x 20G 200 6 12,080 0.139<br />
DN 8 7.9 x 0.91 5/16" x 20G 100 5 9,380 0.180<br />
DN 10 9.5 x 1.0 3/8" x 19G 150 4 8,730 0.243<br />
DN 15 12.7 x 1.0 1/2" x 19G 100 3 6,380 0.335<br />
DN 18 15.9 x 1.2 5/8" x 18G 100 2 6,090 0.503<br />
DN 20 19.1 x 1.4 3/4" x 17G 80 2 5,900 0.704<br />
DN 25 25.4 x 1.6 1" x 16G 40 19 (crate) 5,070 1.089<br />
DN 32 31.8 x 1.6 1¼" x 16G 30 14 (crate) 4,010 1.380<br />
DN 40 38.1 x 1.6 1½" x 16G 21 3,310 1.671<br />
DN 50 50.8 x 1.6 2" x 16G 14 2,460 2.253<br />
DN 65 63.5 x 1.6 2½" x 16G 7 1,960 2.835<br />
DN 80 76.2 x 2.0 3" x 14G 7 2,030 4.232<br />
DN 90 88.9 x 2.0 3½" x 14G 3 1,740 4.957<br />
DN 100 101.6 x 2.0 4" x 14G 3 1,520 5.682<br />
DN 125 127.0 x 2.0 5" x 14G 2 1,210 7.131<br />
DN 150 152.4 x 2.6 6" x 12G 2 1,310 11.114<br />
DN 200 203.2 x 2.6 8" x 12G 2 920 14.884<br />
Nom. Size mill Size<br />
(mm)<br />
type b<br />
preViouS Size No. lgtH<br />
buNDle<br />
No. coilS<br />
cArtoN<br />
pSW (kpa) Nom. WgHt<br />
(kg/m)<br />
DN 6 6.4 x 0.71 1/4" x 20G 200 6 8,780 0.113<br />
DN 8 7.9 x 0.71 5/16" x 22G 100 5 6,870 0.144<br />
DN 10 9.5 x 0.91 3/8" x 20G 150 4 7,680 0.221<br />
DN 15 12.7 x 0.91 1/2" x 20G 100 3 5,630 0.302<br />
DN 18 15.9 x 1.0 5/8" x 19G 100 2 5,020 0.426<br />
DN 20 19.1 x 1.0 3/4" x 19G 80 2 4,140 0.517<br />
DN 25 25.4 x 1.2 1" x 18G 40 19 (crate) 3,700 0.829<br />
DN 32 31.8 x 1.2 1¼" x 18G 30 14 (crate) 2,940 1.047<br />
DN 40 38.1 x 1.2 1½" x 18G 21 2,430 1.265<br />
DN 50 50.8 x 1.2 2" x 18G 14 1,810 1.700<br />
DN 65 63.5 x 1.2 2½" x 18G 7 1,440 2.136<br />
DN 80 76.2 x 1.6 3" x 16G 7 1,620 3.417<br />
DN 90 88.9 x 1.6 3½" x 16G 4 1,390 3.999<br />
DN 100 101.6 x 1.6 4" x 16G 3 1,210 4.581<br />
DN 125 127.0 x 1.6 5" x 16G 2 970 5.744<br />
DN 150 152.4 x 2.0 6" x 14G 2 1,000 8.581<br />
DN 200 203.2 x 2.0 8" x 14G 2 730 11.479<br />
tube & pipe copper tube Selector iNformAtioN<br />
15.3
tube & pipe copper tube Selector iNformAtioN<br />
15.4<br />
copper tube SeLector iNForMAtioN<br />
Nom. Size mill Size<br />
(mm)<br />
stAndArd lengths<br />
straights DN 125 and below 6m<br />
DN 150 and above 4, 5 or 6m random lengths<br />
coils DN 8 and below 30 metres<br />
DN 10 and above 18 metres<br />
plus a full range to international Standards.<br />
pSW: Safe working pressure is the recommended maximum<br />
continuous pressure to which the tubes should be subjected to for<br />
the design life of the plumbing installation. these pressures are<br />
based on tubing in the annealed temper to allow for the effects of<br />
softening during normal jointing operations. (ref AS1432-1996)<br />
type c<br />
preViouS Size No. lgtH<br />
buNDle<br />
No. coilS<br />
cArtoN<br />
copper tube to AS 1432 - 1996 from crane enfield Metals.<br />
High performance copper tubing with the competitive edge<br />
phone 1800 043 117 for your nearest crane office.<br />
pSW (kpa) Nom. WgHt<br />
(kg/m)<br />
DN 10 9.5 x 0.71 3/8" x 22G 150 4 5,650 0.176<br />
DN 15 12.7 x 0.71 1/2" x 22G 100 3 4,170 0.239<br />
DN 18 15.9 x 0.91 5/8" x 20G 100 2 4,440 0.383<br />
DN 20 19.1 x 0.91 3/4" x 20G 80 2 3,670 0.464<br />
DN 25 25.4 x 0.91 1" x 20G 40 19 (crate) 2,720 0.626<br />
Nom. Size mill Size<br />
(mm)<br />
type D<br />
preViouS Size No. lgtH<br />
buNDle<br />
No. coilS<br />
cArtoN<br />
pSW (kpa) Nom. WgHt<br />
(kg/m)<br />
DN 32 31.8 x 0.91 1¼" x 20G 30 2,160 0.789<br />
DN 40 38.1 x 0.91 1½" x 20G 21 1,790 0.951<br />
DN 50 50.8 x 0.91 2" x 20G 14 1,340 1.276<br />
DN 65 63.5 x 0.91 2½" x 20G 7 1,070 1.601<br />
DN 80 76.2 x 1.2 3" x 18G 7 1,200 2.571<br />
DN 90 88.9 x 1.2 3½" x 18G 3 1,030 3.007<br />
DN 100 101.6 x 1.2 4" x 18G 3 900 3.442<br />
DN 125 127.0 x 1.4 5" x 17G 2 830 5.013<br />
DN 150 152.4 x 1.6 6" x 16G 2 800 6.908<br />
AS 1432 Lic 940<br />
Standards Australia<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.
copper tube coDeS<br />
copper tube trAdelink codes<br />
June 2010<br />
ANNeAleD<br />
coilS<br />
coDe<br />
type A<br />
HArD<br />
DrAWN<br />
StrAigHt<br />
coDe<br />
DN6 093803 093881<br />
DN8 093806 093886<br />
DN10 093815 093897<br />
polylAg<br />
ANN coil<br />
coDe<br />
polylAg<br />
HD<br />
StrAigHt<br />
coDe<br />
DN15 093824 093906 094093 094132<br />
DN18 093837 093924<br />
DN20 093848 093939 094364<br />
DN25 093857 093954<br />
DN32 093861 093966<br />
DN40 093863 093975<br />
DN50 093984 094162<br />
DN65 093996<br />
DN80 094011<br />
DN90<br />
DN100 094023<br />
DN125 094025<br />
DN150 094039<br />
DN200 094052<br />
ANNeAleD<br />
coilS<br />
coDe<br />
DN10 093809<br />
type c<br />
HArD<br />
DrAWN<br />
StrAigHt<br />
coDe<br />
polylAg<br />
ANN coil<br />
coDe<br />
polylAg<br />
HD<br />
StrAigHt<br />
coDe<br />
DN15 093818 093900 094087 094126<br />
DN18 093833 093918 094096 094135<br />
DN20 093839 093930 094102 094141<br />
DN25 093851 093948 094147<br />
DN6<br />
DN8<br />
ANNeAleD<br />
coilS<br />
coDe<br />
type b<br />
HArD<br />
DrAWN<br />
StrAigHt<br />
coDe<br />
polylAg<br />
ANN coil<br />
coDe<br />
DN10 093812 093894 094084<br />
polylAg<br />
HD<br />
StrAigHt<br />
coDe<br />
DN15 093821 093903 094090 094129<br />
DN18 093836 093921 094099 094138<br />
DN20 093842 093933 094105 094144<br />
DN25 093854 093951 094150<br />
DN32 093860 093963 094153<br />
DN40 093972 094156<br />
DN50 093981 094159<br />
DN65 093993 094165<br />
DN80 094008 094171<br />
DN90<br />
DN100 094020 094174<br />
DN125 094024<br />
DN150 094037<br />
DN200 094051<br />
type D<br />
HArD DrAWN StrAigHt<br />
coDe<br />
DN32 093960<br />
DN40 093969<br />
DN50 093978<br />
DN65 093990<br />
polylAg HD StrAigHt<br />
coDe<br />
DN80 094005 094168<br />
DN90<br />
DN100 094017 094177<br />
DN125<br />
codes for lArge diAmeter copper tube not in the As 1432 rAnge<br />
DN150 094036<br />
extrapolating from AS 1432 the following DN250 copper tube is approximately equivalent to a type b.<br />
Nom.<br />
Size<br />
mill Size<br />
mm<br />
leNgtHS - m<br />
4.0 4.5 5.0 5.5<br />
DN250 10” x 12G 094094 094095 094097 094098<br />
tube & pipe copper tube coDeS<br />
15.5
tube & pipe copper tube for AircoNDitioNiNg & refrigerAtioN<br />
15.6<br />
copper tube For AircoNDitioNiNG & reFriGerAtioN<br />
An extensive range of copper tube is manufactured specifically to<br />
cater for the special requirements of refrigeration gas lines and<br />
airconditioning. these tubes comply with the required internal<br />
cleanness limits specified in AS 1571:copper - Seamless tubes for<br />
Airconditioning and refrigeration.<br />
tubes are factory cleaned and supplied sealed to maintain the<br />
cleanness of the bore under normal conditions of handling and<br />
storage.<br />
ink mArking<br />
the tube is identified with an ink marking along its length stating<br />
the Manufacturers Name, country of origin, conforming standard,<br />
temper and Size.<br />
eg. “crANe copper tube AuStrALiA AS/NZS 1571 1/2h 19.05 X 0.91”<br />
pAckAging<br />
As drawn straight length tubes are capped on each end and<br />
packaged in bundles.<br />
Annealed coils are encapsulated with heat shrunk plastic. caps are<br />
included for placement on tube after the plastic is removed. the<br />
capping for airconditioning and refrigeration grade tubing is colour<br />
coded yellow.<br />
mAnufActuring stAndArds AVAilAble<br />
code<br />
American<br />
copper Alloy no. chemical requirement<br />
AStM b280<br />
Australian<br />
uNS. c12200 cu 99.9% min.<br />
po.015-0.40%<br />
AS1571 c122 cu 99.9% min.<br />
po.015% min.<br />
0.040% max.<br />
cleAnness requirements<br />
All tubes are cleaned and sample tested to meet the residue<br />
requirement as specified by the codes at 0.038 g/m3 (0.0035g/m 2).<br />
tube integrity<br />
All tubes are electronically tested by eddy current method, to the<br />
requirements of AStM e243.<br />
positiVe pressure lines<br />
As drawn copper tube to AS 1571 is permitted, with dimensions as<br />
specified in AS 1432 type b. For nominal sizes DN 15 and below, the<br />
thickness shall not be less than 1.02mm.<br />
VAcuum lines<br />
Sizes are the same as for positive pressure lines but either as drawn<br />
or annealed temper tubes may be used.<br />
note: AS 1571 tube is unavailable, tube must be cleaned as<br />
specified in AS 2896.<br />
medicAl gAses grAde copper tubes<br />
interpolation of allowable design stress as defined by table d7 of As4041 for the below temperatures.<br />
Safety standards for oxygen and other medical gases require the use<br />
of specially cleaned tubing in order to prevent gas contamination, or<br />
potential explosions.<br />
oxygen under pressure may cause spontaneous combustion of<br />
residual organic drawing oils, if left inside tubes after manufacture.<br />
Similarly, oils or other contaminants could cause severe patient<br />
problems if not removed prior to installation.<br />
crane enfield Metals are able to provide a wide range of tubes to<br />
several international standards for this highly sensitive work.<br />
code no. code description<br />
Australian AS2896 Medical gas systems - installation and<br />
testing of non-inflammable medical gas<br />
pipeline systems.<br />
Australian AS1169 installation and testing of medical gas<br />
supply systems.<br />
American AStMb819 Medical gas systems tubing.<br />
Although tubes are supplied specially cleaned and capped ready<br />
for use, it is the duty of the installer that all regulations covering<br />
installation practices are complied with.<br />
particular attention should be given to:<br />
1. Storage and handling.<br />
2. Site cleaning of tubes and components.<br />
3. pipeline gas purging during brazing.<br />
4. use of approved filler metals and fluxes.<br />
5. post brazing cleaning and visual inspection of all joints.<br />
6. Full compliance with pressure and containment testing before<br />
final approval and use.<br />
the methods used by crane enfield Metals for the cleaning and<br />
capping of medical grade copper tubing is a documented procedure<br />
under Quality Systems Standards AS3902-1987ASo 9002:1987, as<br />
covered by Licence No. 0590. the capping for Medical grade tubing<br />
is colour coded green and the ink marking includes “MeDicAL GAS”.<br />
r410A rAted tube<br />
the r410A rated copper tube is especially designed to comply with<br />
AS4041 pressure piping code. our r410A rated copper tube is<br />
capable of withstanding<br />
working pressures of 4121 kpa when the refrigerant is operating<br />
at a temperature of 65°c, which is the recommended operating<br />
temperature as per AS/NZS 1677 refrigeration systems. the r410A<br />
rated copper tube is distinguished by rose colour capping and<br />
“r410A rAteD” becomes part of the ink marking.<br />
key for table page 15.07<br />
pSW = 2,000 x SD x tm<br />
D – tm<br />
SD = Maximum allowable design stress for annealed<br />
copper in mega pascals<br />
tm = Minimum thickness any point (mm)<br />
D = Maximum mean outside diameter (mm)<br />
*Safe working pressures calculated for annealed copper.<br />
temperAture (°c) 50.0 55.0 60.0 65.0 70.0 75.0<br />
SD (mpa) 41 38.6 36.83 35.55 34.63 34<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.
copper tube For AircoNDitioNiNG & reFriGerAtioN<br />
June 2010<br />
ANNeAleD coil<br />
NomiNAl<br />
kg/metre<br />
*SAfe WorKiNg preSSure kpa<br />
trADeliNK<br />
coDe<br />
Size (mm) iNcHeS<br />
50-75°c 100-125°c 150-175°c 175-200°c<br />
x Wt<br />
x SWg<br />
SD = 33.9 SD = 32.7 SD = 28 SD = 21.9<br />
4.8 x 0.91 3/16”x 20 0.098 13940 13450 11520 9000 094438<br />
4.8 x 0.71 3/16”x 22 0.081 10400 10040 8600 6700<br />
4.8 x 0.56 3/16”x 24 0.066 7950 7600 6580 5100<br />
6.4 x 1.22 1/4”x 18 0.176 14040 13540 11600 9000<br />
6.4 x 0.91 1/4”x 20 0.139 9950 9595 8215 6400 094440<br />
6.4 x 0.71 1/4”x 22 0.113 7520 7250 6200 4850<br />
6.4 x 0.56 1/4”x 24 0.091 5795 5640 4830 3775<br />
7.9 x 0.91 5/16”x 20 0.18 7840 7580 6470 5060 094444<br />
7.9 x 0.71 5/16”x 22 0.144 5965 5750 4920 3850 094443<br />
7.9 x 0.56 5/16”x 24 0.116 4620 4450 3800 2980<br />
9.5 x 0.91 3/8”x 20 0.221 6395 6170 5280 4100 094446<br />
9.5 x 0.71 3/8”x 22 0.176 4890 4700 4030 3150<br />
9.5 x 0.56 3/8”x 24 0.141 3795 3660 3130 2450<br />
12.7 x 0.91 1/2”x 20 0.302 4670 4500 3860 3020 094449<br />
12.7 x 0.81 1/2”x 21 0.271 4125 3980 3400 2665<br />
12.7 x 0.71 1/2”x 22 0.239 3590 3460 2965 2320<br />
12.7 x 0.56 1/2”x 24 0.191 2800 2700 2315 1810<br />
15.9 x 1.02 5/8”x 19 0.426 093970<br />
15.9 x 0.91 5/8”x 20 0.383 3680 3550 3040 2380 094452<br />
15.9 x 0.81 5/8”x 21 0.343 3250 2140 2690 2100<br />
15.9 x 0.71 5/8”x 22 0.303 2840 2740 2340 1830<br />
15.9 x 0.56 5/8”x 24 0.241 2220 2144 1835 1435<br />
19.1 x 1.22 3/4” x 18 0.611 093971<br />
19.1 x 0.91 3/4” x 20 0.464 3030 2930 2500 1960 094455<br />
19.1 x 0.71 3/4” x 22 0.366 2340 2260 1940 1500<br />
22.2 x 0.91 7/8”x 20 0.545 2595 2500 2145 1670 094457<br />
StrAigHt leNgtHS, H/D<br />
6.4 x 0.91 1/4”x 20 0.139 9950 9590 8200 6425 094395<br />
9.5 x 0.91 3/8”x 20 0.221 6395 6170 5280 4130 094398<br />
12.7 x 1.02 1/2”x 19 0.335 5280 5095 4360 3400 094402<br />
12.7 x 0.91 1/2”x 20 0.302 4670 4500 3860 3020 094401<br />
15.9 x 1.02 5/8”x 19 0.426 092652<br />
15.9 x 0.91 5/8”x 20 0.383 3680 3550 3040 2380 094404<br />
19.1 x 1.22 3/4”x 18 0.611 092654<br />
19.1 x 1.02 3/4”x 19 0.416 3420 3300 2825 2200 094406<br />
19.1 x 0.91 3/4”x 20 0.464 3035 2930 2500 1960 094407<br />
22.2 x 1.63 7/8” x 16 0.943 094408<br />
22.2 x 1.22 7/8” x 18 0.721 3525 3400 2900 2280 094409<br />
22.2 x 0.91 7/8” x 20 0.545 2600 2500 2145 1675 094410<br />
25.4 x 1.63 1”x 16 1.088 097293<br />
25.4 x 1.22 1”x 18 0.829 3060 2950 2530 1980 094412<br />
25.4 x 0.91 1”x 20 0.626 2260 2180 1865 1460 094411<br />
28.6 x 1.83 1 1/8” x 15 1.374 092657<br />
28.6 x 1.22 1 1/8” x 18 0.938 2700 2600 2235 1750 094414<br />
28.6 x 0.91 1 1/8” x 20 0.708 2000 1925 1650 1290 094413<br />
31.8 x 2.03 1 1/4”x 14 1.694 097296<br />
31.8 x 1.22 1 1/4”x 18 1.047 2425 2340 2000 1565 094432<br />
31.8 x 0.91 1 1/4”x 20 0.789 1970 1725 1480 1155 094431<br />
34.9 x 2.03 1 3/8”x 14 1.875 092658#<br />
34.9 x 1.63 1 3/8”x 16 094566<br />
34.9 x 1.22 1 3/8”x 18 1.156 2200 2125 1820 1450 094415<br />
34.9 x 0.91 1 3/8”x 20 0.87 1630 1570 1345 1050 094416<br />
38.1 x 1.22 1 1/2”x 18 1.265 2010 1940 1660 1300 094418<br />
38.1 x 0.91 1 1/2”x 20 0.951 1490 1435 1230 960 094417<br />
41.3 x 2.41 1 5/8”x 12.5 2.63 092659#<br />
41.3 x 1.63 1 5/8” x 16 094567<br />
41.3 x 1.22 1 5/8” x 18 1.373 1850 1785 1530 1195 094420<br />
41.3 x 0.91 1 5/8” x 20 1.032 1370 1320 1130 885 094419<br />
44.5 x 1.22 1 3/4”x 18 1.483 1700 1650 1415 1100 094421<br />
44.5 x 0.91 1 3/4”x 20 1.14 1270 1225 1050 820<br />
50.8 x 1.63 2”x 16 2.253 2015 1945 1665 1300<br />
50.8 x 1.22 2”x 18 1.7 1495 1445 1235 965 094425<br />
50.8 x 0.91 2” x 20 1.276 1110 1070 915 715 094424<br />
54.0 x 1.63 2 1/8”x 16 2.398 1890 1825 1560 1220 094421<br />
54.0 x 1.22 2 1/8”x 18 1.809 1400 1350 1160 900 094422<br />
54.0 x 0.91 2 1/8”x 20 1.357 1045 1000 860 675 094427<br />
63.5 x 1.22 2 1/2” x 18 094754<br />
66.7 x 1.63 2 5/8” x 16 2.981 1520 1470 1260 985<br />
66.7 x 1.22 2 5/8” x 18 2.245 1135 1095 935 730 094429<br />
76.2 x 1.63 3”x 16 3.417 1330 1280 1100 860 094756<br />
101.6 x 1.63 4”x 16 4.581 990 955 820 640<br />
bold typeface denotes r410A rated tube. # Denotes r410A tube requires safety shut off limit of 3800 kpa.<br />
tube & pipe copper tube for AircoNDitioNiNg & refrigerAtioN<br />
15.7
tube & pipe Steel pipeS to AS1074<br />
15.8<br />
SteeL pipeS to AS1074<br />
steel pipes to As1074<br />
NomiNAl<br />
Size<br />
DN<br />
mm<br />
outSiDe<br />
DiAm.<br />
Approx.<br />
mm<br />
product description<br />
Steel tubeS<br />
tHicKNeSS<br />
meD.<br />
mm<br />
HVy.<br />
mm<br />
Steel SocKetS<br />
miN oD<br />
mm<br />
miN<br />
lgtH<br />
mm<br />
6 10.3 2.0 2.6 15 19<br />
8 13.5 2.3 2.9 18.5 27<br />
10 17.2 2.3 2.9 22 28<br />
15 21.3 2.6 3.2 27 37<br />
20 26.9 2.6 3.2 32.5 39<br />
25 33.7 3.2 4.0 39.5 46<br />
32 42.4 3.2 4.0 49 51<br />
40 48.3 3.2 4.0 56 51<br />
50 60.3 3.6 4.5 68 60<br />
65 76.1 3.6 4.5 84 69<br />
80 88.9 4.0 4.8 98 75<br />
100 114.3 4.5 5.4 124 87<br />
125 139.7 4.8 5.4 151 96<br />
150* 165.1 4.8 5.4 178 96<br />
* Not standard.<br />
pipe lengths are available with plain, screwed or socketed ends.<br />
pipe, for general mechanical and low pressure recirculation<br />
applications. Manufactured by cold-forming process enhances the<br />
strength, hardness and surface finish of the pipe and produces<br />
product to tight dimensional tolerances.<br />
Available in black, painted and galvanised finishes. the ends of the<br />
pipe are bevelled to remove any burrs and are available screwed on<br />
one or both ends in accordance with AS1074-1989.<br />
specificAtion<br />
Manufactured and tested to meet the requirements of the following<br />
specifications:<br />
AS1450-1983 Steel tubes for Mechanical purposes (Grade c200 erW).<br />
AS1163-1991 Structural Steel Hollow Sections (Grade c250).<br />
AS1074-1989 Steel tubes and tubulars threaded or suitable for<br />
threading with pipe threads of witworth form.<br />
mechAnicAl properties<br />
Minimum Yield Strength 250 (Mpa)<br />
Minimum tensile Strength 320 (Mpa)<br />
Minimum elongation in 5.65 √S 22 (%)<br />
supply conditions<br />
Surface Finish black/painted/Galvanised<br />
Straightness<br />
thickness<br />
Dimension tolerance<br />
}<br />
}<br />
}<br />
refer to Aust.<br />
Standards<br />
Length tolerance +25mm/-0mm<br />
if tighter length tolerances are required, they must be specified at<br />
time of order.<br />
length limitAtions<br />
Min Length<br />
(20Nb-100Nb) black/painted 4.2m<br />
(125Nb-150Nb) black/painted 5.0m<br />
(20Nb-100Nb) Galvanised 4.5m<br />
(125Nb-150Nb) Galvanised 5.0m<br />
mAx length<br />
(20Nb-40Nb) black/painted 8.0m<br />
(50Nb-100Nb) black/painted 12.0m<br />
(125Nb-150Nb) black/painted 13.0m<br />
(20Nb-150Nb) Galvanised 7.2m<br />
(125Nb-150Nb) Galvanised 12.0m<br />
Welding<br />
the following consumables are recommended by AS1554.1-1985<br />
when welding sections.<br />
Manual metal-arc (MMAW) e41XX, e48XX<br />
Gas metal-arc (MiG) (GMAW) W50X<br />
gAlVAnising<br />
Manufactured and tested to meet the requirements of the following<br />
specification:<br />
AS1650-1989 Galvanised coatings<br />
Min. coating Mass: 300g/m 2<br />
coating Adherence: Adherence satisfactory when bent to radius<br />
8 x diameter of pipe.<br />
typicAl ApplicAtions<br />
Fire Sprinkler Systems<br />
Handrails<br />
Scaffolding<br />
traffic Signs<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.
SteeL pipeS to AS1074<br />
trAdelink steel pipes codes<br />
June 2010<br />
NomiNAl<br />
piN. Size<br />
blAcK HeAVy<br />
AS1074<br />
plAiN 6.5m<br />
blAcK HeAVy<br />
6.5m ASio74<br />
bSp mAle<br />
oNe eND<br />
blAcK HeAVy<br />
ASio74<br />
bSp mAle 6.5m<br />
gAlV HeAVy<br />
ASio74<br />
bSp mAle 6.5m<br />
blAcK meDium<br />
ASio74<br />
plAiN 6.5m<br />
blAcK meDium<br />
6.5m ASio74<br />
bSp mAle<br />
oNe eND<br />
15 024212 024725 023275 024185 024175<br />
20 024213 024203 024726 023276 024186 024176<br />
25 024214 024204 024727 023277 024187 021477<br />
32 024215 024205 024728 023278 024188 024178<br />
40 024216 024206 024729 023279 024189 024179<br />
50 024217 024730 023280 024190<br />
65 024218 024731 023281 024191<br />
80 024219 024732 023282 024192<br />
100 024220 024733 023283 024193<br />
125 024221 024734 023285 024194<br />
150 024222 024735 023284 024195<br />
200<br />
NomiNAl<br />
piN. Size<br />
blAcK meDium<br />
ASio74<br />
bSp mAle 6.5m<br />
gAlV meDium<br />
ASio74<br />
plAiN 6.5m<br />
gAlV meDium<br />
ASio74<br />
bSp mAle 6.5m<br />
gAlV meDium<br />
AS1074<br />
grooVeD eND<br />
6.5m<br />
blAcK ScH 40<br />
ANSi b36.10<br />
SeAmleSS*<br />
15 024473 023248 023260 024706<br />
20 024474 023249 023261 024707<br />
25 024475 023252 023262 024708<br />
32 024476 023250 023263 024709<br />
40 024477 023251 023264 024710<br />
50 024478 023253 023265 024722<br />
60 024479 023254 023266 024723<br />
80 024480 023256 023267 023408 024724<br />
100 024481 023257 023268 023410 024736<br />
125 024482 023258 023270<br />
150 024483 023259 023269 024737<br />
200 024738<br />
* butt-weld, per metre.<br />
As an approximate guide only, tubes to AS1074, when used for Steam Service, should be limited to the following Maximum pressures and<br />
temperatures.<br />
NomiNAl Size<br />
rANge<br />
mAx. preSSure iN kpa<br />
meDium & HeAVy<br />
mAx. temperAture<br />
iN DegreeS celciuS<br />
meDium & HeAVy Scr/JoiNtS WelD/JoiNtS meDium HeAVy<br />
DN 25 1206 1206 100°c 192°c<br />
DN 32 & 40 1034 1206 100°c 192°c<br />
DN 50, 65 & 80 861 1206 100°c 192°c<br />
DN 100 689 1206 100°c 192°c<br />
DN 150 *N.r. 1034 100°c 186°c<br />
*N.r. denotes Not recommended.<br />
tube & pipe Steel pipeS to AS1074<br />
15.9
tube & pipe Steel pipeS to ANSi b36.10<br />
15.10<br />
SteeL pipeS to ANSi b36.10<br />
steel pipes to Ansi b36.10<br />
NomiNAl<br />
Size<br />
DN NpS<br />
outSiDe<br />
DiAmeter<br />
mm<br />
Standard extra<br />
Strong<br />
6 1/8 10.3 1.73 2.41<br />
8 1/4 13.7 2.24 3.02<br />
10 3/8 17.1 2.31 3.20<br />
NomiNAl WAll tHicKNeSS for WelDeD & SeAmleSS Steel pipe ANSi b36.10<br />
All dimensions are shown in millimetres<br />
xx<br />
Strong<br />
Sched<br />
10<br />
Sched<br />
20<br />
15 1/2 21.3 2.77 3.73 7.47 4.78<br />
20 3/4 26.7 2.87 3.91 7.82 5.56<br />
25 1 33.4 3.38 4.55 9.09 6.35<br />
32 1¼ 42.2 3.56 4.85 9.70 6.35<br />
40 1½ 48.3 3.68 5.08 10.15 7.14<br />
50 2 60.3 3.91 5.54 11.07 8.74<br />
65 2½ 73.0 5.16 7.01 14.02 9.53<br />
80 3 88.9 5.49 7.62 15.24 11.13<br />
90 3½ 101.6 5.74 8.08<br />
100 4 114.3 6.02 8.56 17.12 11.13 13.49<br />
125 5 141.3 6.55 9.53 19.05 12.70 15.88<br />
150 6 168.3 7.11 10.97 21.95 14.72 18.26<br />
200 8 219.1 8.18 12.70 22.23 6.35 7.04 10.31 15.09 18.26 20.62 23.01<br />
250 10 273.1 9.27 12.70 25.40 6.35 7.80 XS 15.09 18.26 21.44 XXS 28.58<br />
300 12 323.9 9.53 12.70 25.40 6.35 8.38 10.31 14.27 17.48 21.44 XXS 28.58 33.32<br />
350 14 355.6 9.53 12.70 6.35 7.92 StdWt 11.13 15.09 19.05 23.83 27.79 31.75 35.71<br />
400 16 406.4 9.53 12.70 6.35 7.92 StdWt XS 16.66 21.44 26.19 30.96 36.53 40.49<br />
450 18 457 9.53 12.70 6.35 7.92 11.13 14.27 19.05 23.83 29.36 34.93 39.67 45.24<br />
500 20 508 9.53 12.70 6.35 StdWt XS 15.09 20.62 26.19 32.54 38.10 44.45 50.05<br />
550 22 559 9.53 12.70 6.35 StdWt XS - 22.23 28.58 34.93 41.28 47.63 53.98<br />
600 24 610 9.53 12.70 6.35 StdWt 14.27 17.48 24.61 30.96 38.89 46.02 52.37 59.54<br />
650 26 660 9.53 12.70 7.92 XS<br />
Sched<br />
30<br />
700 28 711 9.53 12.70 7.92 XS 15.88<br />
750 30 762 9.53 12.70 7.92 XS 15.88<br />
Sched<br />
40<br />
800 32 813 9.53 12.70 7.92 XS 15.88 17.48<br />
850 34 864 9.53 12.70 7.92 XS 15.88 17.48<br />
900 36 914 9.53 12.70 7.92 XS 15.88 19.05<br />
1050 42 1067 9.53 12.70<br />
product description<br />
Welded and seamless carbon steel pipes are generally available from<br />
8mm to 600mm nominal diameter.<br />
AlloWAble Working pressures<br />
For more information regarding allowable working pressures please<br />
refer to ASMe code for pressure piping b31.<br />
typicAl ApplicAtions<br />
American standard pipes are suitable for a wide range of<br />
applications from mining industry through to the petroleum and<br />
chemical processing industries.<br />
→<br />
SAMe AS StANDArD Wt (Std. Wt)<br />
→<br />
Sched<br />
60<br />
Sched<br />
80<br />
Sched<br />
100<br />
Sched<br />
120<br />
Sched<br />
140<br />
specificAtion<br />
seamless pipe Api 5L, 5LX<br />
AStM A53, A106, A120, A333, A335<br />
electric-resistance Welded (e.r.W.)<br />
Api 5L, 5LX<br />
AStM A53, A120, A135, A252, A333, A500<br />
uoe double submerged Arc Welded pipe<br />
Api 5L, 5LX & 5Lu<br />
AStM A53<br />
butt-Weld pipe Api 5L GrADe A25<br />
AStM A120<br />
AStM A53 GrADe F<br />
Sched<br />
160<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.<br />
→<br />
SAMe AS eXtrA StroNG Wt (XS)<br />
→
StAiNLeSS SteeL pipe<br />
product rAnge<br />
Stainless Steel pipe can be supplied on a standard lead time of 6 to 8 weeks ex-Mill in the austenitic grades tp304L, tp316 and tp316L.<br />
other grades available on request.<br />
tAble 1 - ApplicAtions & properties Austenitic<br />
size rAnge<br />
tAble 2 - schedule pipe - to Astm A312<br />
ScHeDule<br />
June 2010<br />
grADe ApplicAtioNS propertieS<br />
cpD Stainless 304 brewing and dairy equipment, evaporators,<br />
heat exchangers, hospital equipment and<br />
refrigerator parts.<br />
cpD Stainless 304l chemical plant food processing equipment,<br />
and for use in coal and petroleum industry.<br />
cpD Stainless 316 exterior applications subject to severe<br />
industrial or marine atmospheres; chemical,<br />
textile, photographic and papermaking<br />
equipment.<br />
cpD Stainless 316l chemical plant and food processing<br />
equipment.<br />
the table below shows the typical size range available. other sizes up to 3½” ScHeDuLe 10 may be available. please enquire.<br />
Standard length is nominally 6.1 metres although other lengths can be made available to suit the customer needs.<br />
NomiNAl bore<br />
inch mm oD<br />
DimeNSioNS<br />
Wt<br />
mASS<br />
kg/m<br />
tHeoreticAl<br />
burStiNg preSSure<br />
At AmbieNt temperAture<br />
mpa (pSi)<br />
Sch 10 ½ 15 21.34 2.11 1.00 102.2 (14825)<br />
¾ 20 26.67 2.11 1.28 81.7 (11850)<br />
1 25 33.40 2.77 2.09 85.8 (12450)<br />
1¼ 32 42.16 2.77 2.73 67.9 (9850)<br />
1½ 40 48.26 2.77 3.11 59.3 (8600)<br />
2 50 60.33 2.77 3.93 47.4 (6875)<br />
2½ 65 73.03 3.05 5.33 43.1 (6250)<br />
3 80 88.90 3.05 6.45 35.5 (5150)<br />
3½ 90 101.60 3.05 7.51 31.0 (4500)<br />
Sch 40 ½ 15 21.34 2.77 1.27 134.3 (19475)<br />
1 25 33.40 3.38 2.50 104.6 (15175)<br />
1¼ 32 42.16 3.56 3.43 87.2 (12650)<br />
1½ 40 48.26 3.68 4.05 78.9 (11450)<br />
2 50 60.33 3.91 5.44 67.2 (9750)<br />
* Safe working pressure is determined after allowing a suitable factor<br />
of safety based on type of line fluctuation. other Schedules available on<br />
request eg. Schedule 5.<br />
Suitable for use in certain equipment which operates under corrosive conditions.<br />
the low carbon content reduces the chance of intergranular corrosion caused by<br />
carbide precipitation.<br />
An extra low carbon austenitic stainless steel, with corrosion resistance similar to<br />
cpD Stainless 304, but with greater resistance to intergranular corrosion.can be<br />
heated for appreciable periods of time above 500 degrees c without the need for<br />
subsequent solution heat treatment. recommended where high heat input methods<br />
are used and subsequent solution heat treatment cannot be performed.<br />
More resistant to certain corrosive conditions than the standard non-molybdenum<br />
bearing austenitic stainless steels. Suitable where protection is required from<br />
highly corrosive non-oxidising acids. is used for plant and equipment in chemical<br />
manufacture.<br />
An extra low carbon modification for cpD Stainless 316, with similar corrosion<br />
resistance. intended for fabrication where welding without subsequent heat<br />
treatment is required. can be welded in heavy sections without the of intergranular<br />
corrosion (weld decay). Suitable for polishing to a bright finish as required for<br />
pharmaceutical and food processing equipment.<br />
liNe preSSure fluctuAtioN fActor of SAfety<br />
Non present 5<br />
Small & regular 8<br />
prolonged & excessive 12<br />
tube & pipe StAiNleSS Steel pipe<br />
15.11
tube & pipe StAiNleSS Steel pipe<br />
15.12<br />
StAiNLeSS SteeL pipe<br />
tolerAnces<br />
Wall thickness will be a minimum of nominal less 12.5%.<br />
outside diameter up to 1½” Nb +0.4mm<br />
-0.8mm<br />
over 1½ +0.8mm<br />
-0.8mm<br />
mArking<br />
All pipe will be marked in accordance with AStM A312 showing<br />
manufacturer, heat number, size, grade and condition.<br />
cHemicAl ANAlySiS %<br />
quAlity AssurAnce<br />
All pipe will be manufactured to AStM A312, ensuring that strict<br />
manufacturing processes are followed.<br />
Welding will be carried out using an automatic tiG welding process,<br />
with the weld area containing no filler metal and so ensuring the<br />
weld is at least as strong as the parent metal.<br />
finish<br />
the pipe will be annealed in a controlled, slightly reduced<br />
atmosphere. because of this, the pipe will retain the lustre and<br />
smooth surface typical of a 2b finish. this will enable you to easily<br />
differentiate the genuine Australian made product, as imported pipe<br />
usually has a rougher white pickled finish. other finishes are available<br />
on request.<br />
typicAl propertieS 304 304l 316 316l<br />
carbon 0.08max 0.035max 0.08max 0.035max<br />
chrome 18-20 18-20 16-18 16-18<br />
Nickel 8-11 8-13 10-14 10-15<br />
Molybdenum 2-3 2-3<br />
pHySicAl propertieS<br />
1390 1390 1370 1370<br />
Melting range °c 1450 1450 1400 1400<br />
Density kg/m 2 /mm 8.03 8.03 8.03 8.03<br />
Specific Heat (0-100°kJ/kg.K) 0.50 0.50 0.50 0.50<br />
thermal conductivity 500°c (W/m.K) 21.5 21.5 21.0 21.0<br />
Mean coefficient of thermal expansion 10.6/K (0-100°c) 17.3 17.3 16.0 16.0<br />
Modulus of elasticity (Gpa) 20 20 20 20<br />
tHermAl treAtmeNt °c<br />
Max. intermittent } Scaling temp in Air 840 870 870 870<br />
Max. continuous 900 930 930 930<br />
Annealing range 980- 980- 980- 870-<br />
(After Fabrication) 1070 1070 1070 1050<br />
mecHANicAl propertieS<br />
(AmbieNt temperAture)<br />
Yield Strength (Mpa) - min 205 170 205 170<br />
ultimate Strength (Mpa) - min 515 485 515 485<br />
% elogation (50mm) (longitudinal) - min 35 35 35 35<br />
Hardness Hrb 90max 90max 90max 90max<br />
* other Grades may be available on enquiry.<br />
trAdelink industriAl blutcher stAinless steel pipe codes<br />
Size 110mm<br />
leNgtH x 0.25m x 0.5m x 1.0m x 1.5m x 2.0m<br />
grade 304 024751 024752 024753 024754 024755<br />
grade 316 024742 024743 024744 024745 024746<br />
Subsequent annealing in a controlled atmosphere ensures properties<br />
of the weld and of the parent metal are similar. All pipe will be<br />
subject to mechanical and hydrostatic testing to ensure that all<br />
requirements of AStM A312 are met.<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.
StAiNLeSS SteeL tube<br />
Welded tube<br />
round welded tube is available in various grades, sizes, conditions<br />
and finishes as detailed below:<br />
grAdes<br />
Stainless steel tube can be supplied in the austenitic range, typically<br />
301, 304, 304L, 316, 316L and 321 as well as the ferritic range,<br />
typically 409 and 444. titanium and high nickel alloy tube can also be<br />
produced.<br />
sizes<br />
the table opposite shows the typical size range. other sizes may be<br />
available - please enquire.<br />
tube conditions<br />
the welding techniques employed result in tube with welds of at<br />
least equal strength to that of the parent material. by eliminating the<br />
use of filler wire, uniform chemical composition is maintained.<br />
the normal characteristics of stainless steel, high strength to weight<br />
ratio, good ductility and excellent corrosion resistance can be further<br />
improved by bright annealing, cold working of the weld and cold<br />
drawing.<br />
As Welded (AW)<br />
As welded tube receives no further treatment after forming and<br />
welding, it is used where limited manipulation is to be carried out. it<br />
has a smooth matt finish.<br />
As Welded Annealed (AWA)<br />
bright annealing after welding increases corrosion resistance and<br />
softens the tube for severe manipulation such as bending, expanding<br />
and forming.<br />
cold Worked (cW) and cold Worked Annealed (cWA)<br />
tube is available in cold worked (cW) and cold worked annealed<br />
(cWA) condition. in both conditions the weld area is subject to a<br />
mechanical forging process for grain refinement. cWA tube is then<br />
bright annealed, an economical alternative to fully welded drawn<br />
tube.<br />
Welded drawn (Wd) and Welded drawn Annealed (WdA).<br />
by cold drawing tube in AWA or cWA conditions, fine dimensional<br />
tolerances are achieved, having excellent uniformity of wall thickness<br />
and concentricity, uniform grain structure and hardness. For<br />
maximum corrosion resistance this tube is supplied in the annealed<br />
(WDA) condition.<br />
seamless (s)<br />
Stocks of seamless hollows can be obtained for re-drawing as<br />
required.<br />
June 2010<br />
testing<br />
electrical non-destructive testing is carried out on all welded tube<br />
products.<br />
finishes<br />
the natural metallic lustre of stainless steel, which remains during its<br />
extremely prolonged lifespan, can be further enhanced by polishing<br />
and buffing. this applies particularly in applications for decorative<br />
purposes. A number of polished finishes are available.<br />
mill finish (mf)<br />
An off the mill finish: roll forming marks are retained and an<br />
indication of the weld may be visible.<br />
buff polish (bp)<br />
A pleasing bright finish with medium lustre. traces of external<br />
weldline and roll marks can be visible.<br />
surfline polish (s/l)<br />
A bright and reflective finish, just short of a mirror polish which may<br />
have traces of weldline markings.<br />
gentube<br />
Similar to surfline polish but confined mainly to small diameter light<br />
wall tube.<br />
grit polish (gp)<br />
produced by centreless belt polishing to the grit size specified by<br />
the customer, i.e. 60, 120, 180, 240, 320, 400. there are no roll or<br />
weldline markings.<br />
satin polish (sp)<br />
Standard grit finish produced by polishing with 120 - 150 grit<br />
abrasive, and matches No. 4 finish. on square or rectangular tube the<br />
polishing pattern runs longitudinally.<br />
internal polish (ip)<br />
internally grit polished tube in lengths of up to 6 metres for diameters<br />
of 38.1 to 101.6mm is available.<br />
seAmless tube<br />
round seamless tube is produced typically within the range of 6.4<br />
mm to 76 mm outside diameter in 0.9 mm to 5.0 mm wall thickness.<br />
tube & pipe StAiNleSS Steel tube<br />
15.13
tube & pipe StAiNleSS Steel tube<br />
15.14<br />
StAiNLeSS SteeL tube<br />
tolerAnces<br />
off Weld mill<br />
outside diameter and wall thickness (measured 50mm from ends of<br />
tube).<br />
outside diameter tolerance Wall thickness<br />
up to 25.4 ±0.10 ±10%<br />
25.4 to 38.1 ±0.15 ±10% of<br />
over 38.1 to under 50.8 ±0.20 ±10% Norm<br />
50.8 to under 63.5 ±0.25 ±10% Wt<br />
63.5 to under 76.2 ±0.30 ±10%<br />
76.2 to 101.6<br />
ovality<br />
±0.38 ±10%<br />
Within tolerance field of outside diameters as shown above.<br />
tolerance on length<br />
up to and including 12m length +25mm – 0mm.<br />
closer tolerances available subject to negotiation.<br />
trAdelink industriAl stAinless steel tube<br />
straightness<br />
unless otherwise specified the tube shall have a straightness of 1 in<br />
500.<br />
Welded drawn tube<br />
unless otherwise specified, welded drawn tube is manufactured to<br />
the dimensional tolerances of AStM A249.<br />
random lengths<br />
Normal orders (unless otherwise specified) will be supplied as<br />
random lengths e.g. 95% will be 6m lengths remainder any length<br />
under 6m with a minimum length of 4m.<br />
Weight conversion formulas<br />
Austenitic: (Dia. – Wt.) X Wt. X 0.02468<br />
Ferritic: (Dia. –.Wt.).X.Wt. X.0.02425<br />
Size 6.35 12.70 15.88 19.05 22.23 25.04 31.75<br />
316 AWA Annealed 1.6mm mtr 034972 034973<br />
304 AWp polished 1.6mm mtr 025906 025907 025908 025909 025910 025911<br />
316 AWp polished 1.6mm mtr 025890 025891 025892 025893 025894 025895<br />
304 food Spec cWp 1.6mm mtr 025500<br />
316 food Spec cWp 1.6mm mtr 025530<br />
316 Spiral AW 1.6mm mtr<br />
Size 38.10 50.80 63.50 76.20 101.60 152.40<br />
316 AWA Annealed 1.6mm mtr 034974<br />
304 AWp polished 1.6mm mtr 025912 025913 025914 025915 025916<br />
316 AWp polished 1.6mm mtr 025896 025897 025898 025899 025900<br />
304 food Spec cWp 1.6mm mtr 025522 025524 025526 025528 025529<br />
316 food Spec cWp 1.6mm mtr 025531 025532 025534 025536 025538<br />
316 Spiral AW 1.6mm mtr 034971<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.
StAiNLeSS SteeL tube<br />
round Welded tube - typicAl size rAnge<br />
NomiNAl WAll tHicKNeSS<br />
NomiNAl outSiDe<br />
DiAmeter<br />
June 2010<br />
mm ins<br />
mm 0.5 0.6 0.7 0.9 1.2 1.6 2.0 2.6 3.2<br />
ins .020 .024 .028 .036 .048 .064 .080 .104 .128<br />
Swg 25 23 22 20 18 16 14 12 10<br />
tube<br />
coNDitioN<br />
AVAilAble<br />
9.53 3 /8 AW<br />
12.70 1 /2 AWA<br />
15.88<br />
5 /8<br />
19.05 3 /4 X X<br />
22.23 7 /8 X X<br />
25.40 1 X X<br />
31.75 1 1 /4 X X<br />
34.93 1 3 /8 AW<br />
38.10 1 1 /2 X X AWA<br />
41.28 1 5 /8 cW<br />
44.45 1 3 /4 cWA<br />
47.63 1 7 /8<br />
50.80 2 X X<br />
63.50 2 1 /2<br />
76.20 3<br />
88.90 3 1 /2<br />
101.60 4<br />
X<br />
preffered 304 and 316 grade sizes in regular production.<br />
Standard production range.<br />
tube & pipe StAiNleSS Steel tube<br />
15.15
tube & pipe StAiNleSS Steel tube<br />
15.16<br />
StAiNLeSS SteeL tube<br />
Astm specificAtions<br />
A269<br />
A268<br />
A554<br />
A270<br />
A249<br />
A688<br />
A312<br />
A789<br />
A213<br />
b338<br />
AStm SpecificAtioNS ApplicAtioN feAtureS AND coNDitioNS<br />
Seamless and welded austenitic stainless For general corrosion resistance and low or Average wall dimensions. AWA. cWA. S*<br />
steel tubing for general service<br />
high temperature service<br />
Seamless and welded ferritic stainless steel For general corrosion resistance and high Average wall dimesnions. AWA. cWA. S*<br />
tubing for general service<br />
temperature service<br />
Welded stainless steel mechanical tubing For mechanical applications where<br />
round, square, rectangular or special<br />
appearance, mechanical properties or shapes, austenitic or ferritic alloys, polished,<br />
corrosion resistance is needed<br />
if specified. AW. AWA. cW. cWA<br />
Seamless and welded austenitic stainless For use in food and dairy industry tYpe 304 only, average wall dimensions.<br />
steel sanitary tubing<br />
AWA. S* (surface finish to be specified)<br />
Welded austenitic steel boiler, superheater,<br />
heat exchanger and condenser tubes<br />
For superheaters and heat exchangers Average wall dimensions. cWA. WDA<br />
Welded austenitic stainless steel feedwater For feedwater heater tubes including those Average wall dimensions 15.9 to 25.4mm<br />
heater tubes<br />
bent, if specified, into the form of u-tubes o.D. range. cWA. WDA.<br />
Seamless and welded austenitic stainless For general and high temperature service Nominal bore pipe sizes and schedule<br />
steel pipe<br />
number, or o.D. and average wall thickness.<br />
AWA. cWA. WDA. S*<br />
Seamless and welded ferritic and austenitic For general service with particular emphasis Average wall dimensions. AWA. cWA. S*<br />
alloy steel boiler, superheater and heat<br />
exchanger tube<br />
on resistance to stress corrosion cracking<br />
Seamless ferritic and austenitic alloy steel<br />
boiler, superheater and heat exchanger tube<br />
boilers, superheaters, heat exchangers Minimum wall thickness dimensions. S*<br />
Seamless and welded titanium and titanium For use in surface evaporators and heat<br />
alloy tubes for condensers and heat<br />
exchanges<br />
exchangers<br />
S* Seamless tube or pipe.<br />
AStM and ASMe tube users may find reference to some of the above specification numbers prefixed by an ‘S’ e.g. ‘SA249’. the presence of the ‘S’ means that<br />
the specification is an ASMe specification similar to (but not always the same as) the AStM specification of the same number. AStM - American Society for<br />
testing & Materials ASMe - American Society of Mechanical engineers. Lysaght tube can be produced to either specification.<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.
upVc preSSure pipe<br />
trAdelink industriAl upVc pressure pipe codes<br />
June 2010<br />
NomiNAl<br />
DiAmeter<br />
(mm)<br />
Size<br />
ppSo upVc pressure pipe solvent<br />
weld joint to AS 1477-1988<br />
pVc pipe<br />
clASS 4.5<br />
SolVeNt<br />
WelD AS1477<br />
6m StrAigHt<br />
pVc pipe<br />
clASS 6<br />
SolVeNt<br />
WelD AS1477<br />
6m StrAigHt<br />
pVc pipe<br />
clASS 9<br />
SolVeNt<br />
WelD AS1477<br />
6m StrAigHt<br />
pVc pipe<br />
clASS 12<br />
SolVeNt<br />
WelD AS1477<br />
6m StrAigHt<br />
pVc pipe<br />
clASS 15<br />
SolVeNt<br />
WelD AS1477<br />
6m StrAigHt<br />
pVc pipe<br />
clASS 18<br />
SolVeNt<br />
WelD AS1477<br />
6m StrAigHt<br />
15 011713 011723<br />
20 011703 011714 011724<br />
25 011694 011704 011715 011725<br />
32 011695 011705 011716 011726<br />
40 011686 011796 011706 011717 011727<br />
50 011687 011697 011707 011718 011728<br />
65 011688 011698 011708 011719 011729<br />
80 011680 011689 011699 011709 011730<br />
100 011681 011690 011700 011710 011721 011731<br />
125 011684 011702<br />
150 011682 011691 011701 011711 011732<br />
May be available in cut metre lengths. May be available in rubber ring joint instead of solvent weld.<br />
unplasticised polyvinyl chloride (upVc) pressure pipe and fittings are<br />
provided with solvent weld and bSp threaded joints; typical upVc<br />
applications include potable water supply and distribution; industrial<br />
process water systems; irrigation systems; Sewer rising mains and<br />
discharge lines.<br />
NomiNAl<br />
DiAmeter<br />
(mm)<br />
15 15 18<br />
20 12 15 18<br />
preSSure clASS<br />
25 9 12 15 18<br />
32 9 12 15 18<br />
40 6 9 12 15 18<br />
50 6 9 12 15 18<br />
65 4.5 6 9 12 15 18<br />
80 4.5 6 9 12 15 18<br />
100 4.5 6 9 12 15 18<br />
125 4.5 6 9 12<br />
150 4.5 6 9 12 15 18<br />
195 (8”) 4.5 6 9 12<br />
225 4.5 6 9 12<br />
tube & pipe upVc preSSure pipe<br />
15.17
tube & pipe permApipe<br />
15.18<br />
perMApipe<br />
pre-insulAted piping systems<br />
offers flexibility in inner pipe to outer casing combinations to virtually<br />
produce any insulation thickness required. (When ordering please<br />
specify inner pipe and outer casing size).<br />
the heart of pre-insulated piping is without a doubt the integrity<br />
of the polyurethane ie. minimum density requirements and positive<br />
displacement of any possible air pockets within the insulation.<br />
the process involves the injection of the polyurethane using the "one<br />
shot" method. this method has proven to be extremely consistent.<br />
insulation on both permapipe Above Ground AG and under Ground<br />
uG systems is a machine injected MDi (Methylene Di-isocynate)<br />
based rigid polyurethane foam.<br />
properties<br />
Density 70 kg/m3 K Value 0.023 W/m 0K<br />
Water permeability 1-4 perm/in<br />
compressive Strength 70-90 psi<br />
AboVe ground system<br />
permapipe AG utilises a choice of outer casing material. the<br />
standard being 0.6mm thick Galvabond spirally lockseamed into a<br />
tube of required diameter.<br />
Also available are: • Powder coated Galv.<br />
• BHP Colourbond<br />
• Stainless Steel<br />
* For these specials, minimum runs apply.<br />
outer case diameters start at 75mm and increase in 25mm<br />
increments up to 500mm.<br />
reinstAtement of Joints Ag system<br />
Achieved by installing a sheetmetal sleeve around straights joints<br />
(or a ‘lobster back’ casing around elbows and a sheetmetal ‘tee’<br />
piece around tees). these have a pouring hole and two 3mm holes<br />
for air release cut in the casing. the correct amount of polyurethane<br />
two pack is mixed and poured into the pouring hole. When foaming<br />
approaches the pouring hole this is sealed with tape. When the<br />
cavity is completely filled the foam will extrude from the air holes.<br />
the pouring hole is covered with a sheetmetal disc and pop rivets are<br />
inserted in the air holes.<br />
under ground system<br />
permapipe uG utilises an outer casing manufactured from HDpe it is<br />
uV stabilised to prevent degradation in direct sunlight.<br />
the casing used is substantially thicker than similar imported<br />
products. this ensures that possible physical damage due to<br />
transport, installation of back-filling is reduced considerably.<br />
outer casing sizes available (mm):<br />
90 110 140 200 225 250 280 315 355 400<br />
reinstAtement of Joints ug system<br />
Achieved by the same method as the AG system with the addition<br />
of a heat-shrinkable polythene/bitumen wraparound on the straight<br />
joints. the bends and tees utilise a primer on sheetmetal, and a vinyl<br />
backed bitumen tape wrapover to exclude possible moisture entry.<br />
the information provided in this catalogue is based on original manufacturers’ designs and specifications and subject to change without<br />
notice. crane Distribution accepts no liability for the accuracy of the information or the availability of products.