EO-Tubes and Pipes for
fittings and flanges
Industrial and Mobile Applications
Marine and Offshore Applications
General information
For your safety!
Under certain circumstances, tubes, fittings and flanges can be subjected to extreme loadings such as vibration and uncontrolled pressure peaks.
Only by using genuine Parker components and following Parker assembly
instructions you can be assured of the reliability and safety of the products and
their conformity to the applicable standards.
Failure to follow this rule can adversely affect the functional safety and
reliability of products, cause personal injury, property damage, and result
in loss of your guarantee rights.
Subject to alteration
© Copyright 2013, Parker Hannifin Corporation. All Rights Reserved.
2
Content
Page
Introduction...............................................................................................................................................................................04
Technical properties, calculation rules and standards........................................................................................................06
Tubes & Pipes: Dimensions and pressure rates
EO-Tubes for fittings, Industrial and Mobile Applications
EO steel tubes, seamless, metric sizes, material E235+N............................................................................12
EO stainless steel tubes, metric sizes, material 316Ti................................................................................. 14
EO steel tubes, imperial sizes, E235+N ........................................................................................................15
Tubes and pipes for piping business
EO steel tubes, seamless, metric sizes, material E235+N
for marine and offshore applications............................................................................................................18
EO steel tubes, seamless, metric sizes, material E235+N
for landbased and industrial applications....................................................................................................19
EO steel tubes, seamless, metric sizes, material E355+N
for marine and offshore applications............................................................................................................20
EO steel tubes, seamless, metric sizes, material E355+N
for landbased and industrial applications....................................................................................................21
EO stainless steel tubes, metric sizes, ASTM A269, material 316L
for marine and offshore applications............................................................................................................22
EO stainless steel tubes, metric sizes, ASTM A269, material 316L
for landbased and industrial applications....................................................................................................23
EO stainless steel pipes, scheduled sizes, ASTM A312, material 316L
for marine and offshore applications............................................................................................................24
3
Introduction
Tubes for fluid, hydraulic and pneumatic Applications
The world of tubes
Your choice for high pressure.
Worldwide connections.
The tube programme from Parker Hannifin gives all possibilities for usage in hydraulic applications. Tubes for
fitting- and flange-systems, tubes for mobile and stationary
systems. Different dimensions, carbon- and stainless-steel
tubes as well as different surfaces are available.
The Parker Hannifin tube-warehouse with its worldwide
network provides a close and prompt supply of high precision tubes; thus, international customers can also rely on
us. Efficient, reliable, environmentally friendly and on-time
deliveries are available in almost every country in the world.
Approved quality.
All around tubes.
Parker tubes are designed for the special requirements in
several markets. Continuous tests in laboratories and on test
benches ensure the high quality level of the material. Certifications from independent institutes such as ABS, LR or DNV
confirm the adherence to high standards. This opens into
reliability and longevity of the hydraulic application.
This brochure provides all relevant information regarding
hydraulic lines in a structured and clear way. Which parameters are important, what kind of tubes and dimensions fit
the construction and specifications, and which materials are
in use in special applications. With Parker order codes you
can start right away...
Certificates
On request our tubes & pipes have the relevant certificates
for your markets. The suppliers are approved e.g. by ISO
9001, ISO/TS 16949, ISO 14001. Please ask for details.
4
Introduction
Complete Piping Solutions and System Supplier
Added Value maximizes your performance
CPS - Complete Piping Solutions.
Just tubes! But it gets even better. Many customers like
to have the complete Parker programme, and that‘s what
we deliver worldwide based on our „Complete Piping
Solutions“-concept. Technical support, reengineering,
pre-fabrication, delivery and installation. These five steps
give an effective and environmentally friendly solution
from one source.
Our integrated knowledge, quality products, contemporary
production methods and installation-experience guarantee
perfect complete solutions for hydraulic systems. Integration in existing systems is also available. We help our customers right from their project start to highest productivity
and timeliness.
Advantages as a system supplier.
Parker Hannifin is the world‘s leading diversified manufacturer of motion and control technology. The company offers
a product portfolio that is exemplary in the breadth and
depth, and in constantly keeping quality. Through an international distribution network, the components are delivered
quickly.
System solutions are tailored to the customer‘s situation.
Whether DIN or SAE and available anywhere in the world. It
will match everything together with a system, and the global
design production is nothing in the way to the last detail.
Efficient, sustainable and progressive.
5
Technical Properties, calculation rules and standards
Tube and pipe specification
Recommended carbon steel tubes and pipes
Welded tubes and pipes
Parker recommends the use of cold drawn seamless hydraulic tubes and pipes acc. to DIN EN 10305-4.
E 355N (St. 52.4 NBK) or E 235N (St. 37.4 NBK).
Tubes and pipes acc. to above specification but welded and
cold redrawn instead of seamless drawn are usually suitable.
Pressure capability might be reduced due to the welding
seam zone.
Welding seam quality might effect roll flaring surface results.
+ precision dimension/shape + clean inside (no scale)
+ high pressure capability
+ excellent scaling surface after roll flaring
Recommended stainless steel tubes and pipes
Parker recommends the use of seamless cold drawn stainless steel tubes and pipes acc. to
DIN EN 10216-5
ASTM A269/A213
ASTM A312
+ precision dimension/shape + excellent scaling surface
+ high pressure capability after roll flaring
Hot rolled pipes
Hot rolled pipes are not recommended for the following
reasons:
Hot rolled pipes do not have precision dimensions and may
slip in machine dies.
They have scales inside and outside. The inside scales effect
the cleanliness level of the fluid and reduces fatigue levels.
Used in roll flaring process the scales will contaminate the
flaring tools (high cleaning effort) and cause poor flare
surface quality.
The required maximum working pressure is
calculated either acc. to DNV, DIN or ANSI.
Material Specifications & Values
1.0308 (E235/St.35.4) acc. to DIN EN 10305-4
1.4401 (316) acc. to DIN EN 10216-5
Tensile strength
min 340 N/mm2
Tensile strength
min 510 N/mm2
Yield strength
2
min 235 N/mm
0.2 % proof stress
min 205 N/mm2
Fatigue strength
225 N/mm
)
1 % proof stress
min 240 N/mm2
Elongation at break
min. 25%
Elongation at break
min. 40 %
2
1
1.0508 (E355/St.52.4) acc. to DIN EN 10305-4
1.4301 (304) acc. to DIN EN 10216-5
Tensile strength
min 490 N/mm2
Tensile strength
min 500 N/mm2
Yield strength
min 355 N/mm2
0.2 % proof stress
min 195 N/mm2
Fatigue strength
265 N/mm
1 % proof stress
min 230 N/mm2
Elongation at break
min. 22 %
Fatigue strength
195 N/mm2
Elongation at break
min. 40 %
2
2)
1.4571 (316 Ti) cold drawn (CFA)3) acc. to DIN EN 10216-5
Tensile strength
min 500 N/mm2
1.4404 (316L) ASTM A269 / A213
0.2 % proof stress
min 210 N/mm2
Tensile strength
1 % proof stress
min 245 N/mm2
Yield strength
Fatigue strength
220 N/mm
0.2 % proof stress / 1.6
Elongation at break
min. 35 %
2
min 530 N/mm2
min 276 N/mm2
4)
172.5 N/mm2
1.4404 (316L) ASTM A312 / A530
1.4404 (316L) cold drawn (CFA) acc. to DIN EN 10216-5
Tensile strength
Tensile strength
min 500 N/mm
Yield strength
0.2 % proof stress
min 210 N/mm
0.2 % proof stress / 1.6
1 % proof stress
min 245 N/mm2
Elongation at break
min. 35 %
3)
2
2
min 234 N/mm2
4
)
146 N/mm2
DIN 2413 Template, Tab. 4
Rollof/Matek ME Ausg. 14, (no standard value)
Strength increase due to cold forming following 1.4571
4)
Pressure rating calculation based on this mechanical properties
require certification according to 3.1 - EN 10204 that confirmes
the mechanical properties.
1)
2)
3)
6
min 515 N/mm2
Technical Properties, calculation rules and standards
Tube calculation for marine and offshore acc. to DNV rules
Calculation of working pressure of steel and stainless steel
tubes for ship building acc. to DNV Part 4, Chapter 6,
Section 6.
20 · σt · e · t 0
D - t0
P=
P=permissible working pressure [bar]
σt = permissible stress [N/mm2]
calculated from the lower value off:
stainless steel: R
K
σt = m or
1.6
2.7
t0 =tube wall thickness without allowences [mm]
t0 = t n · a - c - b
tn = tube wall thickness nominal [mm]
a = factor for wall thickness allowence [mm]
= 0.8 for Tube-OD 4-5, 0.85 for Tube-OD 6-8, 0.9 for Tube OD >=10
= 0.9 for all stainless steel tubes
b = bending allowence
carbon steel:
K
R
σt = m or 1.8
2.7
b = 0.1333 · t 0 (at R/D=3) → t 0 =
tn · a - c
1.1333
c = corrosion tolerance, c = 0.3 mm for hydraulic steel tube, c = 0 mm for SS tubes
e = strength ratio: for seamless tubes e = 1
D = tube outside diameter [mm]
Rm= min. tensile strength [N/mm2]
K = min. yield strength or min 0.2% proof stress [N/mm2]
Tube calculation for landbased and industrial applications acc. to DIN rules
DIN 2413 I, only for static load
Calculation of working pressure of steel tubes for static stress up
to 120°C. Corrosion – additional allowences are not considered
for the calculation of pressures. Tubes with a diameter of OD/
ID > 2 are calculated for static stress in accordance with DIN
2413 III, but with K = yield strength.
P=
20 · K · s · c
S·D
P= permissible working pressure [bar]
K= yield strength [N/mm2]
s = tube wall thickness [mm]
c = factor for wall thickness allowance
= 0.8 for Tube-OD 4-5, 0.85 for Tube-OD 6-8, 0.9 for Tube-OD 10
= 0.9 for all stainless steel tubes
S= Safety factor = 1.5
D= tube outside diameter [mm]
DIN 2413 III, for dynamic load
Calculation of working pressure of steel tubes for dynamic
stress up to 120°C.
Corrosion – additional allowences are not considered for the
calculation of pressures.
P=
20 · K · s · c
S · (D + s · c)
P= permissible working pressure [bar]
K= fatigue strength [N/mm2]
s = tube wall thickness [mm]
c = factor for wall thickness allowance
= 0.8 for Tube-OD 4-5, 0.85 for Tube-OD 6-8, 0.9 for Tube-OD 10-80
= 0.9 for all stainless steel tubes
S= Safety factor = 1.5
D= tube outside diameter [mm]
Burst Pressure calculation
Calculation acc. to Formula of DIN 2413 but without safety
BP= Burst Pressure
Rm= min tensile strength
s = tube wall thickness
c = factor for wall thickness allowance
= 0.8 for Tube-OD 4-5,
0.85 for Tube-OD 6-8, 0.9 for Tube-OD 10
0.9 for all stainless steel tubes
D = tube outside diameter [mm]
BP =
20 · Rm · s · c
D
7
Technical Properties, calculation rules and standards
Pressure reductions and temperatures
Required pressure reductions (depending on the material) with reference to the catalogue pressures for higher temperatures.
Both metal fitting material and elastomeric sealing compound have to be selected according to the temperature range of the
system.
DNV may require different pressure reduction based on application
Pressure reduction of permissable operating temperatures TB in °C
Material
-60
-54
-40
Steel components
Steel, tubes
-35
-25
+20
+50
10%
10%
Stainless steel components
0%
Stainless steel, tubes
0%
+100 +120 +150 +175 +200 +250 +300 +400
0%
11%
0%
5%
19%
19%
15%
23%
5.5% 11.5%
27%
29%
21.5%
33%
29%
37%
42%
34%
Sealing material NBR
(e.g. Perbunan)
Sealing material FKM
Sealing material
Polyurethan (P5008)
Permissible operating temperature
Ambient temperature of hydraulic and pneumatic applications
Temperature not permissible
Calculation example:
Temperature = 200°C
Material = Stainless steel
Pressure reduction = 29%
Pressure reduction tubes = 21.5%
PN tube 16x2.5/71. DIN2413 III = 362 bar
Formula:
PN 200°C
=
PN tube 200°C =
400 bar
100%
362 bar
100%
× (100% – 29%) = 284 bar
× (100% – 21. 5%) = 284 bar
Flow diameter of tube lines
Determining tube sizes for hydraulic systems
Proper tube material, type and size for a given application
and type of fitting are critical for efficient and trouble-free
operation of the fluid system. Selection of proper tubing
involves choosing the right tube material, and determining
the optimum tube size (O.D. and wall thickness).
Proper sizing of the tube for various parts of a hydraulic
system results in an optimum combination of efficient and
cost effective performance.
A tube that is too small causes high fluid velocity, which
has many detrimental effects. In pressure lines, it causes
high friction losses and turbulence, both resulting in high
pressure drops and heat generation. High heat accelerates
wear in moving parts and rapid aging of seals and hoses, all
resulting in reduced component life. High heat generation
also means wasted energy, and hence, low efficiency.
Too large tubes increase system cost. Thus, optimum tube
sizing is very critical. The following is a simple procedure for
sizing tubes.
Determine required flow diameter
Use table to determine recommended flow diameter for the
required flow rate and type of line.
8
The table is based on the following recommended flow rates
that are common in the shipbuilding and offshore engineering:
m
Pressure lines – 3
– 7.2
Return lines – 2
– 4.5
Suction lines – 1
– 1.8
s
m
s
m
s
Avoid flow rates > 8 m/s!
The resulting forces are high and can destroy the tube lines.
If you desire to use different velocities than the above, use
the following formula to determine the required flow diameter.
ltr.
min
m
Velocity
s
Flow
Tube – I.D. [mm] = 4,61 x
Determine required wall thickness
Use tube/pressure calculation tables shown in the tube
chapter to determine recommended wall thickness for the
required working pressure and flow diameter of the line.
Therefore choose a working pressure which is equal or higher than the required working pressure.
Technical Properties, calculation rules and standards
Flow characteristics
Hydraulic systems are in most cases only rated with a flow
velocity defined on the basis of experience. The pressure
losses in lines are not taken into account, or measured later
on when testing the system. As the pressure losses increase
porportionally greater than the flow resistance, it is important to achieve the best rating of the system, so that they are
already taken into account when planning the tube connections. Calculation is not as difficult as it is often thought,
and this chapter is intended to provide a guideline. Besides,
it provides information on how excessive pressure losses
can be avoided, because pressure losses result in losses in
performance and excessive heat. Noise occurs and possibly
cavitation in suction lines.
Pressure losses in pipe lines
Medium
All indication given with regard to flow restrictions and
to flow properties refer exclusively to liquids. For gaseous
media, the variable density of the gas must additionally be
taken into account.
The kind of flow is defined by the Reynolds’ number. With
a Reynolds’ number of more than 2320, the flow changes to
turbulent. The Reynolds’ number is calculated according to the
formula:
Units
Flow profile with laminar flow Flow profile
with turbulent flow
Re =
c · d
υ(T)
The Reynolds‘ number is a non-dimensional number. The critical fluid velocity at which the flow regime can change, is thus
calculated from:
m
s
c = Flow velocity
To calculate pressure losses in pipe lines, it must first be determined whether there is a laminar or a turbulent flow. Laminar flow is homogenous and without turbulence. In case
of turbulent flow, the losses increase much more quickly.
c cr = 2320 ·
d = Pipe inside diameter [m]
p = Pressure [Pa], 1 bar = 100000 Pa
.
m
V = Flow rate
s
c =
I
m
, 1
= 6000
min
s
3
λ = Pipe friction factor
υ(T) = Kinematic viscosity of the
medium depending on temperature
ρ(T) = Density of the medium
depending on temperature
d
With a given flow rate, the fluid velocity can be calculated
according to the formula:
L = Pipe length [m]
3
m
s
υ(T)
m2
s
kg
m3
ζ = Individual pressure loss coefficient
Only base units have been used. This has the advantage that
the formula do not contain correction factors and there is no
danger of confusion, e.g. that values are used with the wrong
unit. In case values are given in other units – the flow rate is
e.g. often given in l/min – it is advisable to convert them into
the base units before starting calculation.
.
V· 4
m
s
2
d · π
Subsequently, the pipe friction factor λ can be calculated. The
pipe friction factor λ is a function of the Reynolds’ number and
also depends on the roughness of the pipe. As hydraulically
smooth pipes can generally be assumed in hydraulic applications, the pipe friction factor λ is calculated according to the
following formula:
laminar flow, (Re < 2320): λ =
turbulent flow, (Re > 2320): λ =
64
Re
0.3164
4
Re
Finally, if all factors are known, the pressure loss in a certain
pipe line can be calculated according to the formula:
Δp = λ ·
ρ(T) · c 2
L
·
[Pa]
2
d
Calculation of individual losses
A hydraulic system does not only incorporate pipes, but also
valves, fittings, pipe bends etc. that cause flow losses. These individual losses are often much higher than the pipe losses and
are calculated according to the following formula:
Δp = ζ · ρ(T) ·
c2
2
[Pa]
9
Technical Properties, calculation rules and norms
Oil flow and pressure loss
All calculations based on Tube acc. to EN 10305-4, viscosity 37sct. specific gravity 0.860.
Following formula used and to determine other required tube or pipe sizes:
Tube/Pipe I.D: = 4.61 X
Oil flow capacity l/min
Tube
10
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
Oil flow capacity l/min
Tube
√
flow/min
velocity m/s
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
6x1.0
3.4
5.4
1.90
4.10
6x1.5
1.9
3.1
2.80
5.90
30x3.0
122.0
195.1
0.10
0.40
8x1.0
7.6
12.2
1.10
2.30
30x4.0
102.5
164.0
0.10
0.40
30x2.0
143.1
229.0
0.10
0.30
8x1.5
5.3
8.5
1.40
3.00
35x2.0
203.5
325.6
0.10
0.30
8x2.0
3.4
5.4
1.90
4.10
35x3.0
178.1
284.9
0.10
0.30
8x2.5
1.9
3.1
2.80
5.90
38x2.5
230.6
368.9
0.10
0.20
81.4
0.024
10x1.0
13.6
21.7
0.70
1.60
38x3.0
216.8
346.9
0.10
0.30
10x1.5
10.4
16.6
0.90
1.90
38x4.0
190.6
304.9
0.10
0.30
10x2.0
7.6
12.2
1.10
2.30
38x5.0
10x2.5
5.3
8.5
1.40
3.00
42x2.0
12x1.0
21.2
33.9
0.50
1.20
42x3.0
122.3
166.0
265.6
305.8
489.2
274.4
439.1
0.018
0.10
0.30
0.09
0.20
0.10
0.20
12x1.5
17.2
27.4
0.60
1.30
42x4.0
244.8
391.6
0.10
0.20
12x2.0
13.6
21.7
0.70
1.60
46x8.5
178.1
284.9
0.06
0.14
50x3.0
410.0
656.0
0.07
0.17
12x2.5
10.4
16.6
0.90
1.90
14x1.5
25.6
41.0
0.50
1.00
50x5.0
338.8
542.1
0.08
0.19
14x2.0
21.2
33.9
0.50
1.20
50x6.0
305.8
489.2
0.09
0.19
164.0
15x1.5
30.5
48.8
0.40
0.90
56x8.5
322.1
515.3
15x2.0
25.6
41.0
0.50
1.00
60x3.0
617.4
987.9
60x5.0
529.4
847.0
0.012
0.012
0.09
0.19
0.06
0.13
0.06
0.14
16x1.5
35.8
57.3
0.40
0.80
16x2.0
30.5
48.8
0.40
0.09
65x8.0
508.4
813.4
0.06
0.14
16x2.5
25.6
41.0
0.50
1.00
66x8.5
508.4
813.4
0.06
0.14
16x3.0
21.2
33.9
0.50
1.20
73x7.0
737.1
1179.3
18x1.5
47.6
76.2
0.30
0.70
75x3.0
1008.1
1613.0
18x2.0
41.5
66.4
0.30
0.70
75x5.0
894.6
1431.4
20x2.0
54.2
86.7
0.30
0.70
80x10.0
762.3
1219.6
20x2.5
47.6
76.2
0.30
0.70
90x3.5
1458.7
2333.9
0.008
0.006
0.05
0.11
0.04
0.09
0.03
0.10
0.05
0.11
0.03
0.07
20x3.0
41.5
66.4
0.30
0.70
90x5.0
1355.2
2168.3
0.03
0.08
20x4.0
30.5
48.8
0.40
0.90
90x9.0
1097.7
1756.3
0.04
0.09
22x1.5
76.4
122.3
0.20
0.50
97x12.0
1128.4
1805.4
0.04
0.09
22x2.0
68.6
109.8
0.20
0.05
115x4.0
2424.3
3878.8
0.03
0.05
22x2.5
61.2
97.9
0.30
0.60
115x15.0
1529.8
2447.8
0.03
0.07
2898.6
4637.7
0.03
0.05
25x2.0
93.4
149.4
0.20
0.40
125x4.0
25x2.5
84.7
135.5
0.20
0.50
130x15.0
25x3.0
76.4
122.3
0.20
0.50
140x4.5
1453.5
2117.4
3387.9
3633.7
5814.0
7725.0
25x4.0
61.2
97.9
3.00
0.06
165x5.0
1931.3
5087.0
28x2.0
122.0
195.1
0.20
0.40
220x6.0
3664.5
9160.5 14658.0
273x6.0
5769.5 14424.0 23079.0
28x2.5
112.0
179.2
0.20
0.40
28x3.0
102.5
164.0
0.20
0.40
0.004
0.004
0.03
0.06
0.02
0.04
EO-Tubes for fittings
Industrial and Mobile Applications
11
EO-Tubes for fittings, Industrial and Mobile Applications
Seamless EO steel tubes | Material E235N (St. 37.4)
Tolerance DIN EN 10305-4
1 Design pressure bar Values calculated for straight length.
Tubes with a diameter of OD/ID>2 are calculated for static stress in accordance with DIN 2413 III but with K=yield strength.
2 Evaluated in Parker Lab and Test Field.
Order code
Phosphated
Cr(VI)and oiled
free
R04X0.5
R14X3
R04X0.5CF
R04X0.75CF
R04X1CF
R05X1CF
R06X0.75CF
R06X1CF
R06X1.5CF
R06X2CF
R06X2.25CF
R08X1CF
R08X1.5CF
R08X2CF
R08X2.5CF
R10X1CF
R10X1.5CF
R10X2CF
R10X2.5CF
R10X3CF
R12X1CF
R12X1.5CF
R12X2CF
R12X2.5CF
R12X3CF
R12X3.5CF
R14X1.5CF
R14X2CF
R14X2.5CF
R14X3CF
R15X1
R15X1.5
R15X2
R15X1CF
R15X1.5CF
R15X2CF
R16X1.5
R16X2
R16X2.5
R16X3
R18X1
R18X1.5
R18X2
R18X2.5
R16X1.5CF
R16X2CF
R16X2.5CF
R16X3CF
R18X1CF
R18X1.5CF
R18X2CF
R18X2.5CF
R18X3CF
R04X1
R06X1
R06X1.5
R08X1
R08X1.5
R08X2
R10X1
R10X1.5
R10X2
R12X1
R12X1.5
R12X2
R14X2
12
Tube
O.D.
(mm)
4
4
4
5
6
6
6
6
6
8
8
8
8
10
10
10
10
10
12
12
12
12
12
12
14
14
14
14
14
15
15
15
15
16
16
16
16
18
18
18
18
18
Tolerance
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
1
Design pressure bar
Wall
thickness
(mm)
Tube
I.D.
(mm)
DIN 2413 I
Static
DIN 2413 III
Dynamic
0.50
0.75
1.00
1.00
0.75
1.00
1.50
2.00
2.25
1.00
1.50
2.00
2.50
1.00
1.50
2.00
2.50
3.00
1.00
1.50
2.00
2.50
3.00
3.50
1.50
2.00
2.50
3.00
3.50
1.00
1.50
2.00
3.00
1.50
2.00
2.50
3.00
1.00
1.50
2.00
2.50
3.00
3.0
2.5
2.0
3.0
4.5
4.0
3.0
2.0
1.5
6.0
5.0
4.0
3.0
8.0
7.0
6.0
5.0
4.0
10.0
9.0
8.0
7.0
6.0
5.0
11.0
10.0
9.0
8.0
7.0
13.0
12.0
11.0
9.0
13.0
12.0
11.0
10.0
16.0
15.0
14.0
13.0
12.0
313
470
627
501
333
444
666
692
757
333
499
666
658
282
423
564
705
666
235
353
470
588
705
651
302
403
504
604
705
188
282
376
564
264
353
441
529
157
235
313
392
470
273
391
500
416
288
372
526
662
725
288
412
526
630
248
357
458
551
638
209
303
391
474
551
624
264
342
415
485
551
170
248
321
458
233
303
370
433
143
209
273
333
391
2
Burst
pressure
bar
1160
1820
2700
2120
1150
1650
2550
>3500
>3500
1175
1925
2500
2650
900
1450
2025
2675
>3500
750
1150
1600
2025
2600
975
1325
1650
2200
2625
575
950
1275
2000
850
1175
1500
1850
450
700
975
1300
1575
Weight
kg/m
0.047
0.063
0.074
0.099
0.103
0.123
0.166
0.197
0.208
0.173
0.240
0.296
0.339
0.222
0.314
0.395
0.462
0.518
0.271
0.388
0.493
0.586
0.666
0.734
0.462
0.592
0.709
0.814
0.906
0.345
0.499
0.641
0.888
0.536
0.691
0.832
0.962
0.419
0.610
0.789
0.956
1.111
EO-Tubes for fittings, Industrial and Mobile Applications
Seamless EO steel tubes (continued) | Material E235N (St. 37.4)
Tolerance DIN EN 10305-4
1 Design pressure bar Values calculated for straight length.
Tubes with a diameter of OD/ID>2 are calculated for static stress in accordance with DIN 2413 III but with K=yield strength.
2 Evaluated in Parker Lab and Test Field.
Order code
Phosphated
Cr(VI)and oiled
free
R20X2
R20X2.5
R20X3
R22X1.5
R22X2
R22X2.5
R25X2
R25X2.5
R25X3
R25X4
R25X4.5
R28X1.5
R28X2
R28X2.5
R28X3
R30X2.5
R30X3
R30X4
R30X5
R35X2
R35X2.5
R35X3
R38X3
R38X4
R38X5
R42X2
R42X3
R42X4
R50X6
R65X8
R20X1.5CF
R20X2CF
R20X2.5CF
R20X3CF
R20X3.5CF
R20X4CF
R22X1.5CF
R22X2CF
R22X2.5CF
R22X3CF
R25X2CF
R25X2.5CF
R25X3CF
R25X4CF
R25X4.5CF
R28X1.5CF
R28X2CF
R28X2.5CF
R28X3CF
R30X2CF
R30X2.5CF
R30X3CF
R30X4CF
R30X5CF
R35X2CF
R35X2.5CF
R35X3CF
R35X4CF
R38X2.5CF
R38X3CF
R38X4CF
R38X5CF
R38X6CF
R38X7CF
R42X2CF
R42X3CF
R42X4CF
Tube
O.D.
(mm)
20
20
20
20
20
20
22
22
22
22
25
25
25
25
25
28
28
28
28
30
30
30
30
30
35
35
35
35
38
38
38
38
38
38
42
42
42
50
65
Tolerance
±0.08
±0.08
±0.08
±0.08
±0.08
±0.15
±0.15
±0.2
±0.2
±0.3
Wall
thickness
(mm)
1.50
2.00
2.50
3.00
3.50
4.00
1.50
2.00
2.50
3.00
2.00
2.50
3.00
4.00
4.50
1.50
2.00
2.50
3.00
2.00
2.50
3.00
4.00
5.00
2.00
2.50
3.00
4.00
2.50
3.00
4.00
5.00
6.00
7.00
2.00
3.00
4.00
6.00
8.00
Surface finish:
• Phosphated and oiled:
• Tubes with I.D. 1.5–5 mm: outside and inside oiled.
• Tubes from 6 mm I.D.: outside and inside phosphated and oiled.
Tube
I.D.
(mm)
17.0
16.0
15.0
14.0
13.0
12.0
19.0
18.0
17.0
16.0
21.0
20.0
19.0
17.0
16.0
25.0
24.0
23.0
22.0
26.0
25.0
24.0
22.0
20.0
31.0
30.0
29.0
27.0
33.0
32.0
30.0
28.0
26.0
24.0
38.0
36.0
34.0
38.0
49.0
1
Design pressure bar
DIN 2413 I
Static
212
282
353
423
494
564
192
256
320
385
226
282
338
451
508
151
201
252
302
188
235
282
376
470
161
201
242
322
186
223
297
371
445
519
134
201
269
338
347
DIN 2413 III
Dynamic
190
248
303
357
408
458
173
227
278
328
201
248
292
378
418
138
181
223
264
170
209
248
321
391
147
181
215
280
168
199
260
318
373
427
123
181
237
292
299
2
Burst
pressure
bar
675
900
1100
1400
1650
2000
550
775
1025
1175
725
850
1025
1500
1625
425
600
750
900
575
725
850
1175
1600
450
600
700
960
550
675
900
1150
1425
1700
375
575
850
Weight
kg/m
0.684
0.888
1.079
1.258
1.424
1.578
0.758
0.986
1.202
1.406
1.134
1.387
1.628
2.072
2.275
0.980
1.282
1.572
1.850
1.381
1.695
1.998
2.565
3.083
1.628
2.004
2.367
3.058
2.189
2.589
3.354
4.069
4.735
5.352
1.973
2.885
3.749
6.511
11.246
•Cr(VI)-free:
These dimensions are externally thick coat passivated
(thickness of coat 8–12 µm), inside oiled.
13
EO-Tubes for fittings, Industrial and Mobile Applications
Seamless EO stainless steel tubes | Material-No.: 1.4571
Tolerance DIN EN 10305-1
1 Design pressure bar Values calculated for straight length.
Tubes with a diameter of OD/ID>2 are calculated for static stress in accordance with DIN 2413 III but with K=yield strength.
2 Evaluated in Parker Lab and Test Field.
Order code
1.4571
R04X171
R06X171
R06X1.571
R08X171
R08X1.571
R10X171
R10X1.571
R10X271
R12X171
R12X1.571
R12X271
R14X1.571
R14X271
R14X2.571
R15X171
R15X1.571
R15X271
R16X1.571
R16X271
R16X2.571
R16X371
R18X1.571
R18X271
R20X271
R20X2.571
R20X371
R22X1.571
R22X271
R25X2.571
R25X371
R28X1.571
R28X271
R30X2.571
R30X371
R30X471
R35X271
R38X471
R42X271
R42X371
14
Tube
O.D.
(mm)
Tolerance
4
6
6
8
8
10
10
10
12
12
12
14
14
±0.08
±0.08
±0.08
±0.08
42
1.0
1.0
1.5
2
4
3
6
5
8
7
6
10
9
8
11
10
9
13
12
11
13
12
11
10
15
14
16
15
14
19
18
20
19
25
24
25
24
22
31
30
38
36
735
490
735
368
551
294
441
588
245
368
490
315
420
525
196
294
392
276
368
459
551
245
327
294
368
441
200
267
294
353
158
210
245
294
392
168
309
140
210
1.0
1.5
1.0
1.5
2.0
±0.08
1.0
1.5
2.0
±0.08
1.5
2.0
2.5
±0.08
1.5
±0.08
1.5
1.0
15
16
16
16
16
18
18
20
20
20
22
22
25
25
28
28
30
30
30
35
38
42
Tube
I.D.
(mm)
±0.08
14
15
15
Wall
thickness
(mm)
1
1.4571
Design pressure bar
DIN 2413 I
Static
2.0
2.0
±0.08
2.5
3.0
±0.08
1.5
2.0
2.0
2.5
3.0
±0.08
±0.08
1.5
2.0
±0.08
2.5
3.0
±0.08
1.5
2.0
±0.08
±0.08
3.0
±0.15
±0.15
±0.2
4.0
2.0
4.0
2.0
2.5
3.0
2
1.4571
burst pressure
bar
1850
2900
1300
2050
950
1750
2400
850
1400
1900
1200
1550
2100
675
1100
1400
950
1300
1850
2400
800
1150
1050
1400
1800
650
900
1050
1275
550
700
850
1150
1500
550
1150
475
750
Weight
kg/m
0.075
0.125
0.169
0.175
0.244
0.225
0.319
0.401
0.275
0.394
0.501
0.469
0.601
0.720
0.351
0.507
0.651
0.545
0.701
0.845
0.977
0.620
0.801
0.901
1.095
1.277
0.770
1.002
1.408
1.653
0.995
1.302
1.722
2.028
2.605
1.653
3.405
2.003
2.930
EO-Tubes for fittings, Industrial and Mobile Applications
Seamless EO steel tubes | Material Carbon-Steel
for hydraulic and pneumatic pressure lines.
SAE J 524. C-Steel, surface phosphated and oiled.
Test according ASTM A 179-90 A/ASME SA 179.
Quality and leak tested.
1 Design pressure bar Values calculated for straight length.
Tubes with a diameter of OD/ID>2 are calculated for static stress in accordance with DIN 2413 III but with K=yield strength.
2 Evaluated in Parker Lab and Test Field.
Order code
(With Tube O.D.
and wall thickness
Inch)
R1/4X0.049
R3/8X0.049PHR
R3/8X0.065PHR
R1/2X0.049PHR
R1/2X0.065PHR
R5/8X0.083PHR
R3/4X0.095PHR
R3/4X0.109PHR
R1X0.095PHR
R1X0.120PHR
R11/4X0.120PHR
R11/2X0.156PHR
Tube O.D.
(mm)
Tolerance
Wall
thickness
(mm)
6.35
9.53
9.53
12.70
12.70
16.00
19.05
19.05
25.40
25.40
31.75
38.10
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.08
±0.15
1.24
1.24
1.65
1.24
1.65
2.11
2.41
2.67
2.41
3.05
3.05
3.96
1
Design pressure bar
DIN 2413 I
DIN 2413 III
Static
Dynamic
553
368
489
276
367
374
357
410
268
338
271
293
450
316
405
243
314
320
307
347
236
292
239
257
2
burst
pressure
bar
Weight
kg/m
–
–
–
–
–
–
–
–
–
–
–
–
0.157
0.254
0.321
0.352
0.450
0.716
0.990
1.112
1.368
1.680
2.157
3.336
15
Notes
16
Tubes and pipes
for piping business
17
Tubes and pipes for piping business
Tubes – Marine and offshore applications (DNV Rules)
1 DNV Bended pipe including manufacturing and corrosion tolerances
2 DNV Straight pipe including manufacturing and corrosion tolerances
3 Burst pressure (B.P.) calculation including manufacturing tolerance
Tube E 235N /St. 37.4 NBK - Cr(VI)-free plated or phosphated and oiled
Tube
O.D. x W.T.
1
DNV
W.P. bar
2
DNV
W.P. bar
B.P. bar
06x1.0
06X1.5
08X1.0
08X1.5
10X1.0
10X1.5
12X1.5
12X2.0
14X2.0
15X1.5
15X2.0
16X1.5
16X2.0
16X2.5
18X1.5
18X2.0
20X2.0
20X2.5
20X3.0
20X4.0
22X1.5
22X2.0
22X2.5
25X2.0
25X2.5
25X3.0
25X4.0
28X2.0
28X3.0
30X2.0
30X3.0
30X4.0
30X5.0
35X2.0
35X3.0
38X2.5
38X3.0
38X4.0
38X5.0
42X2.0
42X3.0
42X4.0
50X3.0
60X3.0
75X3.0
90X3.5
100X4.0
115X4.0
140X4.5
165X5.0
220X6.0
273X6.0
230
437
169
315
146
267
218
324
273
172
253
160
235
315
142
207
185
246
309
445
115
167
221
146
193
242
344
129
214
120
198
281
368
103
168
124
154
217
282
85
139
194
115
95
76
75
78
68
63
60
55
44
373
506
193
362
167
306
250
373
313
196
290
183
270
362
162
237
212
282
356
516
131
191
254
167
221
277
397
148
245
137
227
323
425
117
192
141
176
248
324
97
158
223
132
109
86
85
89
77
72
68
62
50
1105
1658
829
1243
702
1053
878
1170
1003
702
936
658
878
1097
585
780
702
878
1053
1404
479
638
798
562
702
842
1123
501
752
468
702
936
1170
401
602
462
554
739
924
334
501
669
421
351
281
273
281
244
226
213
191
154
Other sizes on request
18
3
Weight
kg/mtr.
0.07
0.17
0.17
0.24
0.22
0.31
0.39
0.49
0.59
0.50
0.64
0.54
0.69
0.83
0.61
0.79
0.89
1.08
1.26
1.58
0.76
0.99
1.20
1.13
1.39
1.63
2.07
1.28
1.85
1.38
2.00
2.56
3.08
1.63
2.37
2.19
2.59
3.35
4.07
1.97
2.89
3.75
3.48
4.22
5.32
7.47
9.47
10.98
15.04
19.73
31.66
39.51
Phosphated
and oiled
Order code
R06x1
R06X1.5
R08X1
R08X1.5
R10X1
R10X1.5
R12X1.5
R12X2
R14X2
R15X1.5
R15X2
R16X1.5
R16X2
R16X2.5
R18X1.5
R18X2
R20X2
R20X2.5
R20X3
R22X1.5
R22X2
R22x2.5
R25X2
R25X2.5
R25X3
R25X4
R28X2
R28X3
R30X3
R30X4
R30X5
R35X2
R35X3
R38X3
R38X4
R38X5
R42X2
R42X3
R42X4
R50X3
R60X3
R75X3
R90X3.5
R100X4
R115X4
R140X4.5
R165X5
R220X6
R273X6
Cr(VI)-free
Order code
R06x1CF
R06X1.5CF
R08X1CF
R08X1.5CF
R10X1CF
R10X1.5CF
R12X1.5CF
R12X2CF
R14X2CF
R15X1.5CF
R15X2CF
R16X1.5CF
R16X2CF
R16X2.5CF
R18X1.5CF
R18X2CF
R20X2CF
R20X2.5CF
R20X3CF
R20X4CF
R22X1.5CF
R22X2CF
R22X2.5CF
R25X2CF
R25X2.5CF
R25X3CF
R25X4CF
R28X2CF
R28X3CF
R30X2CF
R30X3CF
R30X4CF
R30X5CF
R35X2CF
R35X3CF
R38X2.5CF
R38X3CF
R38X4CF
R38X5CF
R42X2CF
R42X3CF
R42X4CF
R50X3CF
R60X3CF
R75X3CF
R90X3.5CF
Tubes and pipes for piping business
Tubes – Landbased and industrial applications (DIN Rules)
1 DIN 2413 I static pressure (W.P.) capability for straight pipe including manufacturing tolerance
2 DIN 2413 III dynamic pressure (W.P.) capability for straight pipe including manufacturing tolerance
3 Burst pressure (B.P.) calculation including manufacturing tolerance
Tube E 235N /St. 37.4 NBK - Cr(VI)-free plated or phosphated and oiled
Tube
O.D. x W.T.
1
DIN 2413 I
W.P. bar
2
DIN 2413 III
W.P. bar
3
B.P. bar
06x1.0
06X1.5
08X1.0
08X1.5
10X1.0
10X1.5
12X1.5
12X2.0
14X2.0
15X1.5
15X2.0
16X1.5
16X2.0
16X2.5
18X1.5
18X2.0
20X2.0
20X2.5
20X3.0
20X4.0
22X1.5
22X2.0
22X2.5
25X2.0
25X2.5
25X3.0
25X4.0
28X2.0
28X3.0
30X2.0
30X3.0
30X4.0
30X5.0
35X2.0
35X3.0
38X2.5
38X3.0
38X4.0
38X5.0
42X2.0
42X3.0
42X4.0
50X3.0
60X3.0
75X3.0
90X3.5
100X4.0
115X4.0
140X4.5
165X5.0
220X6.0
273X6.0
444
666
333
499
282
423
353
470
403
282
376
264
353
441
235
313
282
353
423
564
192
256
320
226
282
338
451
201
302
188
282
376
470
161
242
186
223
297
371
134
201
269
169
141
113
110
113
98
91
85
77
62
372
526
288
412
248
357
303
391
342
248
321
233
303
370
209
273
248
303
357
458
173
227
278
201
248
292
378
181
264
170
248
321
391
147
215
168
199
260
318
123
181
237
154
129
104
101
104
91
84
80
72
58
1105
1658
829
1243
702
1053
878
1170
1003
702
936
658
878
1097
585
780
702
878
1053
1404
479
638
798
562
702
842
1123
501
752
468
702
936
1170
401
602
462
554
739
924
334
501
669
421
351
281
273
281
244
226
213
191
154
Weight
kg/mtr.
0.07
0.17
0.17
0.24
0.22
0.31
0.39
0.49
0.59
0.50
0.64
0.54
0.69
0.83
0.61
0.79
0.89
1.08
1.26
1.58
0.76
0.99
1.20
1.13
1.39
1.63
2.07
1.28
1.85
1.38
2.00
2.56
3.08
1.63
2.37
2.19
2.59
3.35
4.07
1.97
2.89
3.75
3.48
4.22
5.32
7.47
9.47
10.98
15.04
19.73
31.66
39.51
Phosphated
and oiled
Order code
R06x1
R06X1.5
R08X1
R08X1.5
R10X1
R10X1.5
R12X1.5
R12X2
R14X2
R15X1.5
R15X2
R16X1.5
R16X2
R16X2.5
R18X1.5
R18X2
R20X2
R20X2.5
R20X3
R22X1.5
R22X2
R22x2.5
R25X2
R25X2.5
R25X3
R25X4
R28X2
R28X3
R30X3
R30X4
R30X5
R35X2
R35X3
R38X3
R38X4
R38X5
R42X2
R42X3
R42X4
R50X3
R60X3
R75X3
R90X3.5
R100X4
R115X4
R140X4.5
R165X5
R220X6
R273X6
Cr(VI)-free
Order code
R06x1CF
R06X1.5CF
R08X1CF
R08X1.5CF
R10X1CF
R10X1.5CF
R12X1.5CF
R12X2CF
R14X2CF
R15X1.5CF
R15X2CF
R16X1.5CF
R16X2CF
R16X2.5CF
R18X1.5CF
R18X2CF
R20X2CF
R20X2.5CF
R20X3CF
R20X4CF
R22X1.5CF
R22X2CF
R22X2.5CF
R25X2CF
R25X2.5CF
R25X3CF
R25X4CF
R28X2CF
R28X3CF
R30X2CF
R30X3CF
R30X4CF
R30X5CF
R35X2CF
R35X3CF
R38X2.5CF
R38X3CF
R38X4CF
R38X5CF
R42X2CF
R42X3CF
R42X4CF
R50X3CF
R60X3CF
R75X3CF
R90X3.5CF
Other sizes on request
19
Tubes and pipes for piping business
Tubes – Marine and Offshore applications (DNV Rules)
1 DNV Bended pipe including manufacturing and corrosion tolerances
2 DNV Straight pipe including manufacturing and corrosion tolerances
3 Burst pressure (B.P.) calculation including manufacturing tolerance
Tube E 355N /St.52.4 NBK - Cr(VI)-free plated or phosphated and oiled
Tube
O.D. x W.T.
1
DNV
W.P. bar
2
DNV
W.P. bar
B.P. bar
15X1.5
15X2.0
16X2.0
16X2.5
18X1.5
18X2.0
20X2.0
20X2.5
20X3.0
22X1.5
22X2.0
25X2.5
25X3.0
25X4.0
28X2.0
30X3.0
30X4.0
30X5.0
35X3.0
38X3.0
38X4.0
38X5.0
39X7.5
42X3.0
42X4.0
46X8.0
50X5.0
50X6.0
56X8.5
60X5.0
60X6.0
65X8.0
66X8.5
73X7.0
75X5.0
80X10
90X5.0
90X9.0
97X12
115X15
130X15
150X15
190X20
250X25
259
381
355
475
214
313
279
371
467
173
252
291
365
519
195
299
424
555
254
233
327
426
673
209
294
601
315
390
516
259
319
407
429
309
205
418
169
326
416
444
388
332
353
335
297
438
408
547
244
358
319
426
537
197
288
333
418
599
223
343
487
641
290
266
375
490
781
239
336
695
361
448
595
297
366
468
494
353
234
481
193
374
478
511
445
380
405
384
959
1279
1199
1499
800
1066
959
1199
1439
654
872
959
1151
1535
685
959
1279
1599
822
757
1010
1262
1845
685
914
1669
959
1151
1456
800
959
1121
1236
920
640
1199
533
959
1187
1251
1107
959
1010
959
Other sizes on request
20
3
Weight
kg/mtr.
0.50
0.61
0.69
0.83
0.61
0.79
0.89
1.08
1.25
0.76
0.99
1.39
1.63
2.07
1.28
2.00
2.56
3.08
2.37
2.37
3.35
4.07
8.53
2.89
3.75
7.50
5.55
6.50
9.96
6.78
7.97
11.25
12.05
11.22
8.63
17.21
10.48
17.98
25.15
36.95
42.54
49.94
83.84
138.72
Phosphated
and oiled
Order code
R50X5ST52
R50X6ST52
R56X8.5ST52
R60X6ST52
R66X8.5ST52
R73X7ST52
R75X5ST52
R80X10ST52
R90X5ST52
R90X9ST52
R97X12ST52
R115X15ST52
R130X15ST52
R150X15ST52
R190X20ST52
R250X25ST52
Cr(VI)-free
Order code
R15X1.5ST52CF
R15X2ST52CF
R16X2ST52CF
R16X2.5ST52CF
R18X1.5ST52CF
R18X2ST52CF
R20X2ST52CF
R20X2.5ST52CF
R20X3ST52CF
R22X1.5ST52CF
R22X2ST52CF
R25X2.5ST52CF
R25X3ST52CF
R25X4ST52CF
R28X2ST52CF
R30X3ST52CF
R30X4ST52CF
R30X5ST52CF
R35X3ST52CF
R38X3ST52CF
R38X4ST52CF
R38X5ST52CF
R39X7.5ST52CF
R42X3ST52CF
R42X4ST52CF
R46X8ST52CF
R50X5ST52CF
R50X6ST52CF
R60X5ST52CF
R60X6ST52CF
R65X8ST52CF
R73X7ST52CF
R75X5ST52CF
R90X5ST52CF
R90X9ST52CF
Tubes and pipes for piping business
Tubes – Landbased and industrial applications (DIN Rules)
1 DIN 2413 I static pressure (W.P.) capability for straight pipe including manufacturing tolerance
2 DIN 2413 III dynamic pressure (W.P.) capability for straight pipe including manufacturing tolerance
3 Burst pressure (B.P.) calculation including manufacturing tolerance
Tube E 355N /St.52.4 NBK - Cr(VI)-free plated or phosphated and oiled
Tube
O.D. x W.T.
1
DIN 2413 I
W.P. bar
2
DIN 2413 III
W.P. bar
3
B.P. bar
15X1.5
15X2.0
16X2.0
16X2.5
18X1.5
18X2.0
20X2.0
20X2.5
20X3.0
22X1.5
22X2.0
25X2.5
25X3.0
25X4.0
28X2.0
30X3.0
30X4.0
30X5.0
35X3.0
38X3.0
38X4.0
38X5.0
39X7.5
42X3.0
42X4.0
46X8.0
50X5.0
50X6.0
56X8.5
60X5.0
60X6.0
65X8.0
66X8.5
73X7.0
75X5.0
80X10
90X5.0
90x9.0
97X12
115X15
130X15
150X15
190X20
250X25
426
568
533
666
355
473
426
533
639
290
387
426
511
682
304
426
568
710
365
336
448
561
819
304
406
741
426
511
647
355
426
524
549
408
284
533
237
426
527
556
492
426
448
426
292
379
357
436
247
321
292
357
420
204
267
292
344
445
213
292
379
461
253
234
306
374
521
213
279
478
292
344
425
247
292
352
367
281
200
357
168
292
354
371
332
292
306
292
959
1279
1199
1499
800
1066
959
1199
1439
654
872
959
1151
1535
685
959
1279
1599
822
757
1010
1262
1845
685
914
1669
959
1151
1456
800
959
1121
1236
920
640
1199
533
959
1187
1251
1107
959
1010
959
Weight
kg/mtr.
0.50
0.61
0.69
0.83
0.61
0.79
0.89
1.08
1.25
0.76
0.99
1.39
1.63
2.07
1.28
2.00
2.56
3.08
2.37
2.37
3.35
4.07
8.53
2.89
3.75
7.50
5.55
6.50
9.96
6.78
7.97
11.25
12.05
11.22
8.63
17.21
10.48
17.98
25.15
36.95
42.54
49.94
83.84
138.72
Phosphated
and oiled
Order code
R50X5ST52
R50X6ST52
R56X8.5ST52
R60X6ST52
R66X8.5ST52
R73X7ST52
R75X5ST52
R80X10ST52
R90X5ST52
R90X9ST52
R97X12ST52
R115X15ST52
R130X15ST52
R150X15ST52
R190X20ST52
R250X25ST52
Cr(VI)-free
Order code
R15X1.5ST52CF
R15X2ST52CF
R16X2ST52CF
R16X2.5ST52CF
R18X1.5ST52CF
R18X2ST52CF
R20X2ST52CF
R20X2.5ST52CF
R20X3ST52CF
R22X1.5ST52CF
R22X2ST52CF
R25X2.5ST52CF
R25X3ST52CF
R25X4ST52CF
R28X2ST52CF
R30X3ST52CF
R30X4ST52CF
R30X5ST52CF
R35X3ST52CF
R38X3ST52CF
R38X4ST52CF
R38X5ST52CF
R39X7.5ST52CF
R42X3ST52CF
R42X4ST52CF
R46X8ST52CF
R50X5ST52CF
R50X6ST52CF
R60X5ST52CF
R60X6ST52CF
R65X8ST52CF
R73X7ST52CF
R75X5ST52CF
R90X5ST52CF
R90X9ST52CF
Other sizes on request
21
Tubes and pipes for piping business
Tubes – Marine and Offshore applications (DNV Rules)
1 DNV: Bended pipe including manufacturing and corrosion tolerances
2 Burst pressure (B.P.) calculation including manufacturing tolerance
Seamless cold drawn Stainless Steel Tube ASTM A269/A213 - AISI 316L
Tube
O.D. x W.T.
06X1
08X1
10X1
10X1.5
12X1
12X1.5
12X2
15X1.5
16X2
16X2.5
18X1.5
18X2
20X2
20X2.5
20X3
22X2
25X2
25X2.5
25X3
28X2
30X2.5
30X3
30X4
35X2
35X3
38X3
38X4
38X5
38X6
42X2
42X3
50X3
50X5
50X6
60X3
60X5
66X8.5
73X7
75X3
75X5
80X10
97X12
Other sizes on request
22
1
DNV
W.P. bar
493
357
298
467
244
380
526
298
380
489
244
334
298
380
467
268
234
298
363
207
244
298
409
164
252
231
315
403
495
136
207
173
298
363
143
244
393
284
113
193
380
376
2
B.P. bar
1590
1193
954
1431
795
1193
1590
954
1193
1491
795
1060
954
1193
1431
867
763
954
1145
681
795
954
1272
545
818
753
1004
1255
1506
454
681
572
954
1145
477
795
1229
915
382
636
1193
1180
Weight
kg/mtr.
0.13
0.18
0.23
0.32
0.28
0.39
0.50
0.51
0.70
0.85
0.62
0.80
0.90
1.10
1.28
1.00
1.13
1.41
1.65
1.30
1.70
2.03
2.60
1.65
2.40
2.63
3.41
4.12
4.81
1.97
2.93
3.53
5.63
6.61
4.28
6.89
12.24
11.57
5.41
8.76
17.53
25.54
AISI 316L
Order code
R06X1-316
R08X1-316
R10X1-316
R10X1.5-316
R12X1-316
R12X1.5-316
R12X2-316
R15X1.5-316
R16X2-316
R16X2.5-316
R18X1.5-316
R18X2-316
R20X2-316
R20X2.5-316
R20X3-316
R22X2-316
R25X2-316
R25X2.5-316
R25X3-316
R28X2-316
R30X2.5-316
R30X3-316
R30X4-316
R35X2-316
R35X3-316
R38X3-316
R38X4-316
R38X5-316
R38X6-316
R42X2-316
R42X3-316
R50X3-316
R50X5-316
R50X6-316
R60X3-316
R60X5-316
R66X8.5-316
R73X7-316
R75X3-316
R75X5-316
R80X10-316
R97X12X5000-316
Tubes and pipes for piping business
Tubes - Landbased and industrial applications (DIN Rules)
1 DIN 2413 I static pressure (W.P.) capability for straight pipe including manufacturing tolerance
2 Burst pressure (B.P.) calculation including manufacturing tolerance
Seamless cold drawn Stainless Steel Tube ASTM A269/A213 - AISI 316L
Tube
O.D. x W.T.
06X1
08X1
10X1
10X1.5
12X1
12X1.5
12X2
15X1.5
16X2
16X2.5
18X1.5
18X2
20X2
20X2.5
20X3
22X2
25X2
25X2.5
25X3
28X2
30X2.5
30X3
30X4
35X2
35X3
38X3
38X4
38X5
38X6
42X2
42X3
50X3
50X5
50X6
60X3
60X5
66X8.5
73X7
75X3
75X5
80X10
97X12
1
DIN 2413 I
W.P. bar
490
368
294
441
245
368
490
294
368
459
245
327
294
368
441
267
235
294
353
210
245
294
392
168
252
232
309
387
464
140
210
176
294
353
147
245
379
282
118
196
368
364
2
B.P. bar
1590
1193
954
1431
795
1193
1590
954
1193
1491
795
1060
954
1193
1431
867
763
954
1145
681
795
954
1272
545
818
753
1004
1255
1506
454
681
572
954
1145
477
795
1229
915
382
636
1193
1180
Weight
kg/mtr.
0.13
0.18
0.23
0.32
0.28
0.39
0.50
0.51
0.70
0.85
0.62
0.80
0.90
1.10
1.28
1.00
1.13
1.41
1.65
1.30
1.70
2.03
2.60
1.65
2.40
2.63
3.41
4.12
4.81
1.97
2.93
3.53
5.63
6.61
4.28
6.89
12.24
11.57
5.41
8.76
17.53
25.54
AISI 316L
Order code
R06X1-316
R08X1-316
R10X1-316
R10X1.5-316
R12X1-316
R12X1.5-316
R12X2-316
R15X1.5-316
R16X2-316
R16X2.5-316
R18X1.5-316
R18X2-316
R20X2-316
R20X2.5-316
R20X3-316
R22X2-316
R25X2-316
R25X2.5-316
R25X3-316
R28X2-316
R30X2.5-316
R30X3-316
R30X4-316
R35X2-316
R35X3-316
R38X3-316
R38X4-316
R38X5-316
R38X6-316
R42X2-316
R42X3-316
R50X3-316
R50X5-316
R50X6-316
R60X3-316
R60X5-316
R66X8.5-316
R73X7-316
R75X3-316
R75X5-316
R80X10-316
R97X12X5000-316
Other sizes on request
23
Tubes and pipes for piping business
Pipe according to ANSI B36.19 ASTM - A - 312 - TP - 316L
Pressure table acc. to DNV Rules for Classification of Ships Newbuilding and Mobile
Offshore Units Drilling Plants.
1 ANSI B313 pipe including manufacturing tolerance, bending and corrosion considered
2 Burst pressure (B.P.) including manufacturing tolerance
Nom. Pipe Size
SCH size
1/2" SCH 10
1/2" SCH 40
1/2" SCH 80
1/2" SCH 160
1/2" SCH xxs
3/4" SCH 10
3/4" SCH 40
3/4" SCH 80
3/4" SCH 160
3/4" SCH xxs
1" SCH 10
1" SCH 40
1" SCH 80
1" SCH 160
1" SCH xxs
1 1/4" SCH 10
1 1/4" SCH 40
1 1/4" SCH 80
1 1/4" SCH 160
1 1/4" SCH xxs
1 1/2" SCH 10
1 1/2" SCH 40
1 1/2" SCH 80
1 1/2" SCH 160
1 1/2" SCH xxs
2" SCH 10
2" SCH 40
2" SCH 80
2" SCH 160
2" SCH xxs
2 1/2" SCH 5
2 1/2" SCH 10
2 1/2" SCH 40
2 1/2" SCH 80
2 1/2" SCH 160
2 1/2" SCH xxs
3" SCH 5
3" SCH 10
3" SCH 40
3" SCH 80
3" SCH 160
3" SCH xxs
4" SCH 5
4" SCH 10
4" SCH 40
4" SCH 80
4" SCH 160
4" SCH xxs
5" SCH 10
5" SCH 40
5" SCH 80
5" SCH 160
5" SCH xxs
6" SCH 40
6" SCH 160
6" SCH xxs
8" SCH 40
8" SCH 160
8" SCH xxs
10" SCH xxs
Other sizes on request
24
Tube/Pipe
O.D-x W.T.
1
W.P. bar
2
B.P. bar
21.34x2.11
21.34x2.77
21.34x3.73
21.34x4.78
21.34x7.47
26.67x2.11
26.67x2.81
26.67x3.91
26.67x5.56
26.67x7.82
33.40x2.77
33.40x3.38
33.40x4.55
33.40x6.35
33.40x9.09
42.16x2.77
42.16x3.56
42.16x4.85
42.16x6.35
42.16x9.70
48.26x2.77
48.26x3.68
48.26x5.08
48.26x7.14
48.26x10.16
60.30x2.77
60.30x3.91
60.30x5.54
60.30x8.74
60.30x11.07
73.00x2.11
73.00x3.05
73.00x5.16
73.00x7.01
73.00x9.53
73.00x14.02
88.90x2.11
88.90x3.05
88.90x5.49
88.90x7.67
88.90x11.13
88.90x15.24
114.30x2.11
114.30x3.05
114.30x6.07
114.30x8.56
114.30x13.49
114.30x17.12
141.30x3.40
141.30x6.55
141.30x9.53
141.30x15.88
141.30x19.05
168.30x7.11
168.30x18.26
168.30x21.95
219.10x8.18
219.10x23.01
219.10x22.00
273.00x25.40
249
336
471
632
1124
196
267
385
579
886
206
255
354
805
805
161
210
294
397
653
139
188
266
389
586
111
159
230
380
498
69
100
174
241
338
526
56
82
151
215
322
460
43
63
129
185
302
394
57
112
165
286
350
101
275
337
89
266
253
233
917
1203
1620
2076
3245
733
977
1359
1933
2718
769
938
1263
1762
2523
609
783
1066
1396
2133
532
707
976
1371
1952
426
601
852
1344
1702
268
387
655
890
1210
1780
220
318
572
800
1161
1589
171
247
492
694
1094
1388
233
430
625
1042
1250
392
1006
1209
346
974
931
862
Weight
kg/mtr.
1.02
1.29
1.65
1.98
2.55
1.30
1.71
2.33
2.94
3.64
2.13
2.54
3.29
4.30
5.45
2.73
3.44
4.53
5.69
7.76
3.16
4.11
5.49
7.35
9.55
3.99
5.52
7.60
11.28
13.44
3.76
5.37
8.80
11.64
15.15
20.50
4.59
6.45
11.64
15.51
21.67
27.68
5.93
8.50
16.32
22.67
34.05
41.03
41.03
41.03
41.03
41.03
41.03
28.69
67.56
79.21
43.20
111.30
106.88
101.90
Order code
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
on request
Appendix
Temperature conversion table
Celsius to Fahrenheit
Pressure conversion table
Fahrenheit to Celsius
bar to psi
psi to bar
°C
°F
°F
°C
bar
psi
psi
bar
150
145
302
293
340
330
171
166
1000
800
14505
11604
10000
9000
689
620
140
284
320
160
600
8703
7000
483
135
130
275
266
310
300
154
149
500
400
7253
5802
6000
4000
414
276
125
120
257
248
290
280
143
138
250
160
3626
2321
3000
2500
207
172
115
239
270
132
100
1451
1000
69
110
105
230
221
260
250
127
121
60
40
870
580
900
600
62
41
100
95
212
203
240
230
116
110
35
25
508
363
500
400
34
28
90
194
220
104
16
232
250
17
85
80
185
176
210
200
99
93
10
6
145
87
150
100
10.3
6.9
75
70
167
158
190
180
88
82
4
2.5
58
36
90
60
6.2
4.1
65
149
170
77
160
150
71
66
23
15
2.8
140
131
1.6
1
40
60
55
25
10
1.7
0.7
50
45
122
113
140
130
60
54
40
104
120
49
35
30
95
86
110
100
43
38
25
20
77
68
90
80
32
27
15
59
70
21
10
5
50
41
60
50
16
10
0
-5
32
23
40
30
4
-1
-10
14
20
-7
-15
-20
5
-4
10
0
-12
-18
-25
-30
-13
-22
-10
-20
-23
-29
-35
-31
-30
-34
-40
-45
-40
-49
-40
-50
-40
-46
-50
-58
-60
-51
Examples
Temperature conversion
Initial value: 100
°C in °F:
212 °F
°F in °C:
37.78 °C
Pressure conversion
Initial value: 35
bar in psi: 507.675 psi
psi in bar: 2.41296 bar
25
Notes
26
Parker’s Motion & Control Technologies
At Parker, we’re guided by
a relentless drive to help
our customers become more
productive and achieve higher levels of profitability by
engineering the best systems
for their requirements. It means looking at customer applications from many angles
to find new ways to create
value. Whatever the motion
and control technology need,
Parker has the experience,
breadth of product and
global reach to consistently
deliver. No company knows
more about motion and control technology than Parker.
For further info call 00800 27
27 5374
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Vibration dampening
27
Parker Worldwide
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BUL/4041-1/UK 08/2013 k-konzept/Zalsman
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