CAT 4162 UK Parflange F37

Catalogue 4162/UK

Parange F37 for pipe and tube connections

For your safety!Under certain circumstances, tube ttings can be subjected to extreme loadings such as vibration and uncontrolled pressure peaks. Only by using genuine Parker Components and following Parker assembly instructions can you 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 2007, Parker Hannin Corporation. All Rights Reserved.


2 Catalogue 4162/UK


3 Catalogue 4162/UK

Table of contents

Introduction .......................................................................................................................................................page 4

General information ...................................................................................................................................................7

Technical data ..........................................................................................................................................................13

Installation ...............................................................................................................................................................23

Machines, tooling and equipment ............................................................................................................................31

Ordering information / Nomenclature ......................................................................................................................41

SAE 3000 / ISO 6162-1 ...........................................................................................................................................45

SAE 6000 / ISO 6162-2 ...........................................................................................................................................81

ISO 6164 ...............................................................................................................................................................115

SAE Flange adapters ............................................................................................................................................149

Tube clamps ..........................................................................................................................................................169

Pipes and tubes .....................................................................................................................................................203

Tube Fittings Division Europe

Topight Experience

Parker has used the background data and knowledge

gained from important industrial, mobile, offshore and

other applications to create the broadest and best per-

forming line of standard tube ttings in the world.

Why is Parker a topight manufacturer of ttings?

There are many reasons, but at the heart is the design

and manufacturing excellence that goes into every Parker

product.

Worldwide standardizing Activities

The Parker FluidConnectors Group supports the national

and international standardizing activities. Experienced

engineers from certain countries and Divisions give

their input to national committees like SAE, BS, and

DIN committees in cooperation with the users of the

products. As a result, many ISO FluidConnector stan-

dards have been published. These ISO standards are the

platform for the international trading, interchangeability

and availability that is necessary for all globally operating

companies using uid power technology.

The Tube Fittings Authority:

Performance PlusSince 1929, Parker Hannin Corporation has served the marketplace with depend-able uid power technology. Today, Park-er offers more than 100,000 qual-ity products for a broad range of industries and appli-cations.No other manufacturer presents a product line as broad as Parkers, nor an expertise as far-reaching in hydraulic and pneumatic systems and components.Much of that expertise originates with Parkers precision-made tube ttings, which were among the rst products manufactured by the company. As such, they reflect Parkers ongoing commitment to excellence. With more than seventy years of experience in product design, engineering, applications technology and manufacturing, the Tube Fittings Division Europe holds a leadership position few other manufacturers can claim. This leadership is further heightened and enhanced by the sharing of technology only possible in Parkers corporate family.


6 Catalogue 4162/UK

General information

General information

8 Catalogue 4162/UK

Parange F37 technology

Parange technologyParker is the inventor of the Parange system and knows well how to deal with ared tubes and anged connectors. The excellent sealing performance and the high mechanical strength of Parange technology are achieved by continuous orbital tube forming. Proven millions of times, this connector system is backed by decades of experience. The Parange system belongs to Parkers leak-free DryTechnology programme. DryTechnology stands for leak-free systems with soft sealing at every connection point. Leading OEMs worldwide have specied the Parange system on the basis of its designed in freedom from leakage.

Parange F37The Parange F37 anged connector system is utilising this orbital tube forming technology for tubing assemblies from 38 to 140 mm outside diameter. It is intended for tube wall thicknesses up to 9 mm and pressure ratings up to 420 bar. This ange system corresponds to hole patterns according to ISO 61621; SAE J518; bore pattern 3000 (code 61), ISO 6162-2; bore pattern 6000 (code 62) and also ISO 6164 bore pattern.It is type approved by DNV and other major classication companies.

Flanges instead of welding: freedom from errors instead of riskMany tube connections are still being made by welding. Because even the best welders can make mistakes, every weld seam must be carefully checked. This, of course, costs both time and money. Also, there is a shortage of welders: this is costly, assuming that professional staff with the right experience and qualications can be found in the rst place. It is precisely in these circumstances that the Parange system comes into its own.Compared to welding, no special cleaning is needed either before or after anging. Neither degreasing nor anti-corrosion materials, nor indeed the quantity of energy required by welding, are needed here. No fumes occur during aring or assembly and there is no re or explosion risk.

Protected from corrosion and even Cr(VI)-free As a manufacturer of large ange connectors, Parker is employing Cr(VI)-free corrosion protection on Parange F37, as it has already done with its other Fluid Connector Products. The removal of Cr(VI) reects Parkers ongoing commitment to an environmentally clean and safe production process.

Flaring MachineFor smaller tube connecting projects such as the on-site maintenance of, for example, drilling platforms or ships, the ParFlare eco for processing steel and stainless steel tubes is available.

General information

9 Catalogue 4162/UK

The machine works to the Parange process, proven millions of times over, affording maximum mechanical accuracy and reliability. It does not require any complicated programming or operation to manufacture rapidly smaller quantities up to 140 mm outside tube diameter. The maximum capacity of the machine is around 4.5 mm wall thickness for a 140 mm tube at a remarkably short cycle time of 30 to 60 seconds for the aring and 1 to 2 minutes for the total operation.

Complete range for virtually all diameters The F37 system complements the EO-2 soft sealing technology for small tube diameters; it also complements the proven Parange programme for the SAE product range. It offers the complete range of connector types: ange-to-ange, L- and T-block connectors, ange-to-port, male and female thread anges, ange bends and bulkhead anges.

A complete solution from one sourceFor users worldwide Parker is a systems partner available for tube ttings, regardless of tube diameters and for whatever pressures. The service includes planning, engineering, material and component supply, prefabrication, on-site services and maintenance. This eases as well the procurement and stockholding for tube connector systems. All this, of course, reduces costs.

Different Sealing SolutionsSince the bonded seals in the ange groove cannot wander, the pumping action frequently occurring in o-rings under load and vibration, leading nally to higher wear and thus to a shorter seal life, does not occur. Thanks to its high abrasion resistance, the sealing area also needs less expenditure on surface treatment than normal. As an alternative, the connectors can be equipped with F37 prole rings. These special seals guarantee high stability of form. Their extrusion resistance prevents their wandering into gaps, even when the anges breathe under pressure.

Conclusion The Parange F37 tube connecting system is enormously exible. Also unique is the consistently Cr(VI)-free tubing system. No other manufacturer currently offers a comparable solution for this kind of high pressure tube system a solution such as this will certainly be in demand not only in the offshore or shipbuilding industries. Certainly the developers of wind-power plants, large excavators and hydraulic steel construction projects, for example, will willingly take to this versatile, high pressure tubing connector system, which can be combined with other products, because it will save them time and money.

Foto ISO 6164

General information

10 Catalogue 4162/UK

The Parange F37 Programme consists of two ange connection technologies: the 37 Flare Flange Connection and the Retaining Ring Connection.

Connection technology

Parange F37 Flare Flanges In this conguration, the deburred tube end is ared orbitally to 37 by Parange technology. An insert, soft sealed by an O-Ring, is located into each pipe end. In between a bonded seal (optionally the F37 Seal) is placed. By tightening the anges together, a soft sealed, high pressure tube connection is made. Available as tube-to-tube connection or tube-to-port connection.

Retaining Ring Connection The retaining ring used in this connection is a stainless steel segmented ring covered by a stainless steel spring. It sits in a machined groove on the tube or adapter end. When tightening this system, the ange is pushed against the retaining ring, thus giving a form tight connection. Retaining ring connections complete the nonwelding Parange F37 range with bulkhead, male, female, weld and tube bend connections.

General information


Tube to Tube two anges and one insert connecting two anged tubes. A two insert solution with F37 Seal is optional.

Flange to Port - for smaller tube sizes the standard F37 anges can be used with adapter sleeves.

Flange to Port the anged tube is connected by the ange, insert and bonded seal to a port. Inserts with F37 Seal can be used alternatively.

Tube to Block - instead of using ange bends compact L-Blocks are available. The range is completed by T-Blocks and Reducing Blocks.

Connection methods F37 Flared tube

General information


The Retaining Ring Flanges are like the anges for the F37 range - acccording to ISO 6162-1/2 and ISO 6164 footprint. Therefore any combination of the systems is possible.

Male Thread Connection Male Stud ends are delivered with soft seal ED end on one side and the Retaining Ring connection on the other.

Vibra Bulkhead Connection Tubes leading through walls do have Retaining Ring Connections on both ends. Special noise absorbing versions are available.

Hose Fitting Connection Hoses up to 2 dia are connected to ISO 6162 / ISO 6164 footprint ports via Retaining Ring Flanges.

Weld Adapter Weld adapters are delivered with weld end on one side and the Retaining Ring connection on the other.

Connection methods Retaining ring

Technical data


Technical data

37 Flare Retaining Ring Welding adapter

W.P. 50-350bar 420 bar 350-400bar 50-350bar 420 bar 350-400bar 50-350bar 420 bar 350-400bar

Type SAE 3000 SAE 6000 DIN SAE 3000 SAE 6000 DIN SAE 3000 SAE 6000 DIN

Std. ISO 6162-1 ISO 6162-2 ISO 6164 ISO 6162-1 ISO 6162-2 ISO 6164 ISO 6162-1 ISO 6162-2 ISO 6164Size: 25x3.0 25x3.0

30x4.0 30x4.033.4x3.4 33.4x3.4 33.4x6.5 33.4x6.5 38x4.0 38x4.033.4x4.6 33.4x4.6 33.4x9.1 33.4x9.1 38x5.0 38x5.0

1" 38x2.5 38x2.5 38x6.0 38x6.038x3.0 38x3.0 33.4x2.8 33.4x2.838x4.0 38x4.0 33.4x3.4 33.4x3.438x5.0 38x5.0 39x7.5 39x7.5 33.4x3.4 33.4x3.4

33.4x6.5 33.4x6.5Size: 30x4.0 30x4.0

38x5.0 38x5.042x7.0 42x7.0

38x2.5 38x2.5 42x6.0 42x6.038x3.0 38x3.0 42x4.0 42x4.0

1 1/4" 38x4.0 38x4.042x3.0 42x3.0 42.2x9.7 42.2x9.7 42.2x6.4 42.2x6.442x4.0 42x4.0 42.2x6.4 42.2x6.4 42.2x4.9 42.2x4.9

42.2x3.6 42.2x3.642.2x2.7 42.2x2.7

46x8.0 46x8.0Size: 38x5.0 38x5.0

50x9.0 50x9.0

42x.3.0 42x.3.0 48.3x7.1 48.3x7.142x4.0 42x4.0 48.3x5.1 48.3x5.1

11/2" 48.3x3.7 48.3x3.7 48.3x3.7 48.3x3.748.3x2.8 48.3x2.8 48.3x7.1 48.3x7.1 48.3x2.8 48.3x2.850x3.0 50x3.0 48.3x10.2 48.3x10.2 50x6.0 50x6.050x5.0 50x5.0 50x5.0 50x5.050x6.0 50x6.0 50x3.0 50x3.0

56x8.5 56x8.5Size: 48.3x5.6 48.3x5.6 48.3x5.6

50x3.0 50x3.0 50x9.0 50x9.0 50x9.050x5.0 50x5.0 60x8.0 60x8.0 60x8.050x6.0 50x6.0 60x6.0 60x6.0 60x6.060x3.0 60x3.0 60x5.0 60x5.0 60x5.060x5.0 60x5.0 60x5.0 60x3.0 60x3.0 60x3.0

2" 60x6.0 60x6.0 60x6.060.3x11.1 60.3x11.1 60.3x11.1 60.3x5.5 60.3x5.5 60.3x5.5

60.3x5.5 60.3x5.5 60.3x8.7 60.3x8.7 60.3x8.7 60.3x3.9 60.3x3.9 60.3x3.960.3x3.9 60.3x3.9 66x8.5 66x8.5 66x8.5 60.3x2.8 60.3x2.8 60.3x2.8

Flange connection overview

Technical data

Catalogue 4162/UK15

37 Flare Retaining Ring Welding adapter

W.P. 50-350bar 420 bar 350-400bar 50-350bar 420 bar 350-400bar 50-350bar 420 bar 350-400bar

Type SAE 3000 SAE 6000 DIN SAE 3000 SAE 6000 DIN SAE 3000 SAE 6000 DIN

Std. ISO 6162-1 ISO 6162-2 ISO 6164 ISO 6162-1 ISO 6162-2 ISO 6164 ISO 6162-1 ISO 6162-2 ISO 6164Size: 60x3.0 65x8.0 65x8.0

60x5.0 73x14.0 73x14.0 73x14.0 73x14.060x6.0 73x9.5 73x9.573x7.0 73x7.0 73x7.0

2 1/2" 75x3.0 73x7.0 75x3.0 75x3.075x5.0 75x5.0 75x5.0

76.1x3.6 76.1x16.3 76.1x16.376.1x6.3 76.1x12.5 76.1x12.5

76.1x6.3 76.1x6.380x10.0 80x10.0 80x10.0 80x10.0

Size: 88.9x15.2 88.9x15.288.9x15.2 88.9x15.2 88.9x12.5 88.9x12.5

88.9x11.1 88.9x11.188.9x11.1 88.9x11.1 88.9x7.7 88.9x7.7

3" 88.9x2.1 88.9x5.5 88.9x5.588.9x3.1 88.9x3.188.9x5.5 90x3.590x3.5 90x5.090x5.0 90x9.0 90x9.090x9.0 90x9.0 97x12.0 97x12.0 97x12.0 97x12.0

Size:100x10.0100x4.0

114.3x17.1 114.3x17.1* 114.3x17.1 114.3x17.1*4" 114.3x13.5 114.3x13.5* 114.3x13.5 114.3x13.5*

114.3x4.5 114.3x4.5 114.3x4.5*115x4.0 115x4.0 115x4.0*

115x15.0 115x15.0* 115x15.0 115x15.0*Size:

125x4.0 125x4.0 125x4.0*150x15.0* 150x15.0* 150x15.0*

139.7x4.0 139.7x4.05" 140x4.5 140x4.5

* on request other sizes also available on request


Technical data

Formula:

(100% 29%) = 284 bar

62 (100% 21.5%) = 284 bar

200 C

t 200 C

PN

PN

=

=

400

100

3

100

bar

barube

%

%

Pressure reductions and temperatures

Required pressure reductions (dependant on the material) with reference to the catalogue pressures for higher temperatures. Both metal tting 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

Permissible operating temperatureAmbient temperature of hydraulic and pneumatic applicationsTemperature not permissible

MaterialPressure reduction of permissable operating temperatures TB in C

-60 -54 -40 -35 -25 +20 +50 +100 +120 +150 +175 +200 +250 +300 +400

Steel 0% 11% 19%

Steel, tubes 0% 19% 27%

Stainless steel 0% 5% 15% 23% 29% 33% 37% 42%

Stainless steel, tubes 0% 5.5% 11.5% 21.5% 29% 34%

Sealing material NBR (e.g. Perbunan)

Sealing material FKM

Sealing material Polyurethan

Calculation example:Temperature = 200CMaterial = Stainless steelPressure reduction = 29%Pressure reduction tubes = 21.5%PN tube 16x2.5/71. DIN2413 III = 362bar

F37 Seal

The F37 Seal was developed especially for the use with SAE anges. Compared to a standard O-ring the special prole of the F37 Seal is ideally adapted to higher pressures or unsuit-able surface nish of the anges.

Once installed into the F37 Seal groove of a suitable Parker TFV insert it does not fall off thus giving the installation much more ease and safety compared to the bonded seal version. In addition, the F37 Seal is a cost effective solution particu-larly compared to stainless steel bonded seals.

The F37 Seal is made of a polyurethane-based Parker com-pound with a hardness of approx. 93 Shore A. In comparison with other polyurethane materials currently available on the market it excels because of its increased heat resistance, improved performance against hydrolysis, and low compres-sion set values.

The particularly low compression set of the polyurethane compound ensures dimension stability of the seal over

a large temperature range. Its high extrusion resistance prevents gap extrusion even if the anges breathe under pressure. Due to the good abrasion resistance less prepara-tion is necessary on the surface nish of the sealing area of the ange. The frequently occuring pumping phenomenon of O-rings is prevented by the shape of the F37 Seal.

Technical data

Catalogue 4162/UK17

ThreadsOutside diameter

Inside diameter Type of thread

8.00 6.92 MM 8x19.73 8.57 R 1/8"x28

10.00 8.92 MM 10x110.27 8.77 NPTF 1/8"x2711.11 9.74 JIC 7/16"x2012.00 10.38 MM 12x1.512.70 11.33 JIC 1/2"x2013.16 11.45 R 1/4"x1913.57 11.31 NPTF 1/4"x1814.00 12.38 MM 14x1.514.27 12.76 JIC 9/16"x1815.88 14.35 SAE 5/8"x1816.00 14.38 MM 16x1.516.66 14.95 R 3/8"x1917.06 14.80 NPTF 3/8"x1818.00 16.38 MM 15x1.519.05 17.33 JIC 1/4"x1620.00 18.38 MM 20x1.520.96 18.63 R 1/2"x1421.22 18.32 NPTF 1/2"x1422.00 20.38 MM 22x1.522.23 20.26 JIC 7/8"x1422.91 20.59 R 5/8"x1424.00 22.38 MM 24x1.526.00 24.38 MM 26x1.526.44 24.12 R 3/4"x1426.57 23.67 NPTF 3/4"x1426.99 25.10 JIC 1 1/16"x1228.00 26.38 MM 28x1.530.00 27.83 MM 30x230.16 28.20 JIC 1 3/16"x1230.20 27.88 R 7/8"x1431.23 29.61 NPTF 1"x11.533.25 30.29 R 1"x1133.34 31.40 JIC 1 5/16"x1236.00 33.83 MM 36x241.28 39.30 JIC 1 5/8"x1241.91 38.95 R 1 1/4"x11.541.99 38.95 NPTF 1 1/4"x11.542.00 39.83 MM 42x245.00 42.83 MM 45x247.63 45.80 JIC 1 7/8"x1247.80 44.85 R 1 1/2"x1148.05 44.52 NPTF 1 1/2"x11.552.00 49.83 MM 52x259.61 56.66 R 2"x1160.09 56.56 NPTF 2"x11.560.20 60.80 JIC 2 1/2"x1265.71 62.75 R 2 1/4"x1173.00 68.80 NPTF 2 1/2"x875.18 72.23 R 2 1/2"x1187.88 84.93 R 3"x1189.00 85.00 NPTF 3"x8

113.03 110.07 R 4"x11114.35 110.30 NPTF 4"x8

NOTE: NPTF thread have to be measured outside on the 4. thread from the end

A.P.I. American Petroleum Institute Taper Thread

A.S.A.E. American Society of Agricultural Engineers

A.S.S.P.T. American National Straight Pipe Thread

B.S.P. British Standard Parallel Pipe Thread

B.S.T.P. British Standard Taper Pipe Thread

F.I.E.I. Farm and Industrial Equipment Institute

G.H.T. Garden Hose Threads/F.P.T.- Female Pipe Thread

I.P.T. American Iron Pipe Thread - Straight

J.I.C. Joint Industry Conference (SAE 37)

J.I.S. Japanese Industrial Standard

M. Metric Thread

M.M. Metric thread

N.P.S. American National Pipe Thread - Straight

N.P.S.M. American National Pipe Thread - Straight Mechanical

N.P.T. American National Pipe Thread - Taper

N.P.T.F. American National Pipe Thread - Taper/Dry seal

N.S.T. American National Standard Thread - Straight

R. Rrgjenger - BSP

R.T. British Round Thread

S.A.E. Society of Automative Engineers (45)

U.R.T. Dennis Urban Round Thread

U.N.C. Unied Coarse Thread

U.N.F. Unied Fine Thread

VEE Shelvoke Drewry "VEE" Round Thread

W. Withworth thread

Tolerances and standards


Technical data

Flow diameter of tube lines

Determining tube size for hydraulic systemsProper tube material, type and size for a given application and type of connector is critical for efcient and trouble free opera-tion of the uid 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 sys-tem results in an optimum combination of efcient and cost effective performance.A tube that is too small causes high uid 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 efciency. Too large tubes increase system cost. Thus, optimum tube sizing is very important. The following is a simple procedure for sizing the tubes.

Pressure lines - 3 7.2 ms

Return lines - 2 4.5 ms

Suction lines - 1 1.8 ms

Determine required ow diameterUse table to determine recommended ow diameter for the required ow rate and type of line.The table is based on the following recommended ow rates that are common in the shipbuilding and offshore engineer-ing:

Avoid ow 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 ow diameter.

Determine required wall thicknessUse tube/pressure calculation tables shown in the tube chapter to determine recommended wall thickness for the required working pressure and ow diameter of the line. Therefore choose a working pressure which is equal or higher than the required working pressure.

Tube I.D. [mm] = 4.61 Velocity

Flow ltr.

min

m s

Technical data

Catalogue 4162/UK19

Flow characteristics

Hydraulic systems are in most cases only rated with a ow velocity dened 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 proportionally greater than the ow resistance, it is important to achieve the best rating of the system, that they are already taken into account when planning the tube connections. Cal-culation is not as difcult as it is often thought, and this chap-ter is intended to provide a guideline. Besides, it provides in-formation 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 suc-tion lines.

MediumAll indication given with regard to ow restrictions and to ow properties refer exclusively to liquids. For gaseous media, the variable density of the gas must additionally be taken into account.

Units

(T) = Kinematic viscosity of the medium depending on temperature

(T) = Density of the medium depending on temperature

= Individual pressure loss coefcient

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 ow rate is e.g. often given in l/min it is advisable to convert them into the base units before starting calculation.

Pressure losses in pipe linesTo calculate pressure losses in pipe lines, it must rst be de-termined whether there is a laminar or a turbulent ow. Lami-nar ow is homogenous and without turbulence. In case of turbulent ow, the losses increase much more quickly.

c

d

L

p

V

= Flow velocity

= ipe inside diameter [m]

= Pipe length [m]

= Pressure [ ], 1 bar = 100000 Pa

= Flow rate , 1 s

= 60000 l

min

= Pipe friction factor

ms

P

Pa

ms

m

3 3

ms

kg

m

2

3

Flow prole with laminar ow Flow prole with turbulent ow

The kind of ow is dened by the Reynolds number. With a Reynolds number of more than 2320, the ow changes to turbulent. The Reynold number is calculated according to the formula:

The Reynolds number is a non-dimensional number. The critical uid velocity at which the ow regime can change, is thus calculated from:

With a given ow rate, the uid velocity can be calculated ac-cording to the formula:

Subsequently, the pipe friction factor can be calculated. The pipe friction factor is a function of the Reynold number and also depends on the roughness of the pipe. As hydraulically smooth pipes can generally be assumed in hydraulic applica-tions, the pipe friction factor is calculated according to the following formula:

Finally, if all factors are known, the pressure loss in a certain pipe line can be calculated according to the formula:

Calculation of individual lossesA hydraulic system does not only incorporate pipes, but also valves, ttings, pipe bends etc. that cause ow losses. These individual losses are often much higher than the pipe losses and are calculated according to the following formula:

Re = c d

(T)

c cr = 2320 d

ms

( )T

c = V 4

d

ms2

laminar flow, (Re < 2320): = 64Re

=0.3164

Re4

turbulent , (Re < 2320):flow

p = (T) c

2 [Pa]

2

Ld

p = (T) c2

[Pa]2


Technical data

Tube and pipe specication

Recommended carbon steel tubes and pipesParker recommends the use of cold drawn seamless hy-draulic tubes and pipes acc. to DIN EN 10305-4.E 355N (St. 52.4 NBK) or E 235N (St. 37.4 NBK).

+ precision dimension/shape + clean inside (no scale)+ high pressure capability + excellent scaling surface after roll aring

Recommended stainless steel tubes and pipesParker recommends the use of seamless cold drawn stain-less steel tubes and pipes acc. to ASTM A269/A213 (A.W.)Grade TP316L (1.4404)

+ precision dimension/shape + excellent scaling surface after roll aring+ high pressure capability

Welded tubes and pipesTubes and pipes acc. to above specication but welded and cold redrawn instead of seamless drawn are suitable. Pres-sure capability might be reduced due to the welding seam zone. Welding seam quality might effect roll aring surface re-sults.

Hot rolled pipesHot 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 uid.Used in roll aring process the scales will contanine the ar-ing tools (high cleaning effort) and cause poor are surface quality.

The required maximum working pressure is calculated either acc. to DNV, DIN or ANSI.

Technical data

Catalogue 4162/UK21

Tube calculation for marine and offshore acc. to DNV rules

Material specications

Material Data Source Yield/Tensile Permissible stress

E235N (St35.4) DIN EN 10305-4 min 235/340 N/mm2 126 N/mm2 (tensile strength / 2,7)

Tube certication min 235/390 N/mm2 130,5 N/mm2 (yield strength / 1,8) 5)

E355N (St52.4) DIN EN 10305-4 min 355/490 N/mm2 181,5 N/mm2 (tensile strength / 2,7)

Tube certication min 355/533 N/mm2 197 N/mm2 (yield strength / 1,8) 5)

1.4404 (316L) DIN EN 10216-5 min 210/500 N/mm2 131 N/mm2 (0,2%proof stress / 1,6)

ASTM 269 / A312 TP 316 L and tube certication

min 276/530 N/mm2 172,5 N/mm2 (0,2%proof stress / 1,6) 5)

1.4404 (316L) Schedule Pipe ASTM A 312 / A530 TP 316 L and tube certication

min 234/515 N/mm2 146 N/mm2 (0,2%proof stress / 1,6) 5)

5) Pressure rating calculation based on this mechanical properties require certication according to 3.1 - EN 10204 that conrms the mechanical properties.

Calculation of working pressure of steel and stainless steel tubes for ship building acc. to DNV Part 4, Chapter 6, Section 6.

P = permissible working pressure [bar]t = permissible stress [N/mm2] calculated from the lower value off: stainless steel: carbon steel:

t0 = tube wall thickness without allowences [mm]

t0 = tn a - c - b

c = corrosion tolerance c=0.3mm for hydraulic steel tube, c=0mm for SS tubes

e = strength ratio: for seamless tubes e = 1D = tube outside diameter [mm]Rm = min. tensile strength [N/mm2] K = min. yield strength or min 0.2% proof stress [N/mm2]

P = 20 t e t0

D - t0

t = or Rm2.7

K1.6

t = or Rm2.7

K1.8

tn = tube wall thickness without allowences [mm]a = factor for wall thickness nominal [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 tubesb = bending allowence

b = 0.1333 t0 (at R/D=3) t0 = tn a - c1.1333


Technical data

Tube calculation for landbased and industrial applications

DIN 2413 I, only for static loadCalculation of working pressure of steel tubes for static stress up to 120C. 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 = 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 10-140 = 0.9 for all stainless steel tubesS = Safety factor = 1.5D = tube outside diameter [mm]

DIN 2413 III, for dynamic loadCalculation of working pressure of steel tubes for dynamic stress up to 120C.Corrosion additional allowences are not considered for the calculation of pressures.

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 tubesS = Safety factor = 1.5D = tube outside diameter [mm]

P = 20 K s cS D

P = 20 K s cS (D + s c)

Material specications

E235N (St37.4) acc. to DIN EN 10305-4

Tensile strength min 340 N/mm2

Yield strength min 235 N/mm2

Fatigue strength 225 N/mm2 1)

Elongation at break min. 25 %

E355N (St52.4) acc. to DIN EN 10305-4


Yield strength min 355 N/mm2

Fatigue strength 265 N/mm2


1.4404 cold drawn (CFA) acc. to DIN EN 10216-5 (316L)


0.2% proof stress min 210 N/mm2

1% proof stress min 245 N/mm2

Fatigue strength 220 N/mm2


Installation


Installation

Tube selection Select suitable tube material

according to catalogue

Tube preparation

F37 Flange assembly instructions

Flange

inch

Parange F37 ISO 61 (SAE 3000) footprint

L1 [mm]

Parange F37 ISO 62 (SAE 6000) footprint

L1 [mm]

Parange F37 ISO 6164 Square ange

L1 [mm]

1" 108 107 -1 1/4" 108 114 -1 1/2" 112 119 -2" 117 124 1242 1/2" 127 - 1353" 137 - 145

Cut and deburr thoroughly

All dimensions valid with Parker Parange ECO 170

All dimensions are recommendations only and must be checked with your specic tube

Minimum length "L1" of straight tube-ends before bend

1

3

Proper deburring and cleaning of inner diameter essential for sealing surface quality

4

Place the hose, tube or pipe rmly against the nozzle to make an airtight seal.

Depress the trigger to re the projectile. Release the trigger when the projectile has exit the hose

shoot through at least 2 projectiles

5

Tube O.D.[mm]

Tube length determinationX [mm]

38X4.0 1038X5.0 1042X3.0 1042X4.0 1050X3.0 1050X5.0 1050X6.0 1160X3.0 1160X5.0 1160X6.0 1173X7.0 1175X3.0 1275X5.0 1290X3.5 1190X5.0 1490X9.0 15

115X4.0 15125X4.0 15140X4.5 16

Tube length before aring determined by distance "X"

2

Xbefore

after

aring


Installation

Drive must be switched off for machine setup

Follow all safety instructions

Safety cover must be open Main spindle in rear position Open clamping bar Swing out tube stop bar

1 32 4

Select suitable anging pin according to tube dimension

Check anging pin for dirt, wear and damage

Insert anging pin into main spindle

Make sure pin is all the way in

Tube anging with Parange ECO 170

Reliable forming method

Select suitable clamping die set according to tube dimension

Grip surface must be clean and free of wear

Install matching clamping die frame

Insert clamping die set with 37 side pointing towards main spindle

Close clamping bar but do not tighten yet

5 76 8

Swing in tube stop bar Adjust tube stop wheel according to chart

Tighten locking screw for tube stop adjustment

Adjust spindle stop wheel according to chart

Tighten locking nut for spindle stop adjustment

tube stop spindle stop

Setting values are recommendations only

Adjust setting to specic tube quality and tolerance

Tubemm

Tube stop mm

Flanging pressurebar

Spindle stopmm

38x4.0 1150

3.542x3.0 1 7.042x4.0 1 5.050x5.0 2

200

11.560x3.0 1 10.560x5.0 1 8.560x6.0 2 6.573x7.0 1 300 16.575x5.0 200 7.090x5.0 3 15.590x9.0 5 350

1

12.0


Installation

Clean are for inspection Check sealing surface for cracks,

burrs, scratches and pitting Flare must be at right angle and concentric with tube

1 2

D

Dimensional check of the are according to chart

Tube O.D.[mm]

D 1mm[mm]

38x3.0 4338x4.0 4338x5.0 4342x3.0 4842x4.0 4850x3.0 5850x5.0 5850x6.0 5860x3.0 6860x5.0 6860x6.0 6873x7.0 8275x3.0 8375x5.0 8390x3.5 10090x5.0 10090x9.0 103

115x4.0 125125x4.0 130140x4.5 148

Checking of are

Slide ange onto tube end Insert tube end in clamping dies Support long and heavy tubes Lift upper clamping die to ease insertion

Make sure tube end touches tube stop

Tighten tube in clamping dies Clean and lubricate inside of tube Welded tube should be placed with seam in lower clamping die

Swing out tube stop bar Lubricate anging pin Use Parker LUBSS lubricant

Other lubricants can cause rapid tool wear and result in surface welding

Worn or dirty tools can cause aring failures

Close safety cover

9 1110 12

Switch on main spindle rotation Close valve on handpump Check chart for recommended anging pressure

Operate handpump to move spindle towards tube end

Continue slowly pumping until spindle stop and anging pressure is achieved

Open valve on handpump

Spindle will return to rear position Press "OFF" button to stop spindle rotation

Safety cover is released for opening

Open clamping dies to release tube

Use blows with plastic hammer to free tube if necessary

close

open

Flare O.D. should not exceed outside diameter of the insert

3 D


Installation

Flared pipe must be clean Make sure the bounded seal is lubricated for easier assembly

Use plastic hammer to x insert Avoid damage of sealing surfaces

Hand tighten bolts Torque bolts in diagonal sequence in small increments to the appropriate torque level listed in chart

2

5

1

Parange F37 ISO 61 (SAE 3000)

footprintbolt Torque (Nm)

Parange F37 ISO 62 (SAE 6000)

footprintbolt Torque(Nm)

1"M10

45 1" M12 751.1/4" 50 1.1/4" M14 1201.1/2"

M1275 1.1/2" M16 180

2" 75 2" M20 2302.1/2" 110 Parange F37

ISO 6164 footprint boltTorque (Nm)3"

M16190

4" 90 2" M16 2005" 130 2.1/2" M20 280

3" M24 460

Installation

Make sure sealing surfaces are clean and not damaged

Position ange and place bolts Use EO-Niromont for Lubrication

3 4

Torque values are recommendations based on lubrication with EO-Niromont

System must be leakage and pressure tested according to project or classication specication

Obey all relevant safety regulations

System must be completely ushed Obey project specications for

ushing

21

Getting pipework ready for operation

Clean die halves for checking Visual check: Grip surface must be clean and free of wear

Use wire-brush to remove metal particles from grip surface

Clean pin for checking Visual check: Surface must be free of wear and damage

Checking instructions for Parange tools Use of damaged, worn or non-suitable tooling may result in ange failure and damage of machine

Tools must be checked regularly, at least after 50 assemblies

Worn tools must be replaced

Use only genuine Parker Parts

Tools must always be kept clean and lubricated

21

6

Check: Flange gap must be the same at all 3 points


Installation

Tube line fabrication guide for leak free systems

After sizing the tube lines and selecting the appropriate style of tting, consider the following in the design of your system:

1. Accessibility of joints

2. Proper routing of lines

3. Adequate tube line supports

4. Available fabricating tools

Every hydraulic, pneumatic and lubrication system requires some form of tube fabrication and tting installation for completion. Proper fabrication and installation are essential for the overall efciency, leak free performance, and general appearance of any system.

Keep tube lines away from components that require regular maintenance:

Right-angled parallel clear

Have a neat appearance and allow for easy trouble-shooting, maintenance and repair:

Example for tube to hose connection:


Installation

Avoid excessive strain on joint: A strained joint will eventually leak

Do not use tube lines to support other tubes Always x tubes onto a rigid point

with tube clamps Do not use cable channels to support tubes

Allow for expansion effects

Avoid short tube length: Short tube lengths increase chance of fatigue fractures

Use adapter GZR or swivel connector for swivel ttings instead of short tube lengths

Use appropriate tube clamps:


Installation

Support against actuating forces:

Tube lines have to be supported in certain dis-tances:Use sufcient tube clamps to support weight Use sufcient tube clamps to protect joints from vibration

Vibration has to be eliminated near by the connectors:

Allow expansion and contraction. Do not hamper expansion and contraction near by tube bends:

[mm] Marine / Offshore Industrial / LandbasedL [m] L [m]

6.0 - 12.7 1.0 1.012.7 - 22.0 1.1 1.222.0 - 32.0 1.4 1.532.0 - 38.0 1.5 2.038.0 - 57.0 1.8 2.757.0 - 75.0 2.0 3.075.0 - 76.1 2.1 3.576.1 - 88.9 2.2 3.788.9 - 102.0 2.4 4.0102.0 - 114.0 2.6 4.5114.0 - 168.0 2.9 5.0168.0 - 219.0 3.5 6.0

Machines, tooling and equipment



Parange ECO 170Workshop machine for F37 ange connections

The Parange 170 ECO is a compact workshop machine for 37 aring of ange connections. The orbital tube aring is achieved by a rotating aring unit which is driven by an electro-mechanical drive. The axial feed movement is achieved by two cylinders which are operated by a hydraulic handpump. The reverse stroke takes place by the spring effect of the two cylinders after opening the valve on the handpump. The tubes are mechanically clamped in-between a set of clamping dies. The machine features an adjustable tube stop for tube clamping (Tube Stop) and an adjustable stop for the tube depth to be ared (Spindle Stop).

The machine is used to form tube ends by means of a rotational action. It is designed as a workshop machine forinstallations of tube connections.

Applications

Alternative to conventional welding of anges in shipbuilding, oil & gas exploration and similar industries. Workshop use, project work, plant maintenance, on-site assembly. Not for mass production.

Specications

Purpose 37 aring for Parker F37 ange connectionProcess Tube forming by orbital aring processDesign On-site and workshop machine for individual tube manufacturingOperation Manual tube clamping

Electrically driven aring unitManual feed by hand-pump

Tube diameter 20 to 140mmMaximum capacity 140 x 4.5mmTube material Steel and stainless steelCycle time 1 2 minutes aring time,

3 5 minutes total cycle timeEconomic production quantity max. 50 assemblies per dayTools Flanging pin BF37 . . .

Clamping die set MF37 . . .Die frames required for small to medium sizes

Tool lubrication manualForming lubricant for pin LUBSS Machine dimensions (LxWxH) 850 x 680 x 675mmWeight Approx. 350 kgNominal voltage 400 V / 3Ph / 50 Hz / 3A / 1.1 KWConnecting cable 3m / CEE 16ASound pressure level Less than 70 dB (A)

Features, advantages & benets of Parange 170 ECO

1. Cost saving Compared to welding or brazing, orbital anging is much less time consuming. Special tube preparation and nishing are not necessary. Flanging uses only a fraction of the energy needed for brazing or welding.

2. Zinc plated tubing The Parange process allows the use of zinc-plated tubing. The cost for cleaning post process plating, or painting can be saved.

3. Superior sealing performance The orbital aring process achieves a sealing surface of unique surface quality and mechanical strength.

4. Process/Product concept Parange machines are especially designed to match Parker F37-ange standards. Machine, tools and products are ne-tuned for reliable performance.

5. Workshop use The rigid machine design allows project work in on-site piping workshops.

6. Short clamping length Clamping dies for 37 aring are optimised for minimum straight tube length.

7. Easy to use All operational devices are obvious so that machine operation is intuitive.

8. Quality - Consistent quality results are achieved by recommended values for machine setting.

9. Constant are diameter The diameter of the 37 are is given by the tool contour and the Tube Stop adjustment. A chart on the machine indicates recommended Tube Stop setting.

10. Prevention of over-aring The shape of the 37 are is given by the tool contour and the Spindle Stop adjustment. This prevents difculties to t the insert into the are.

11. Flexible Different tube material and quality might require special setting of Tube Stop, Spindle Stop, anging feed and anging force. For best result, these parameter can be manually adjusted based on operators experience.

12. Clean The Parange process is environmentally clean and safe. As no heat or chemicals are used, hazards from fumes or heat do not occur.

13. Perfect for on-site work The machine features special attachments for transportation by fork lift and crane. The wide base provides a safe stand. This is particularly useful for on-site pipe installation in shipyards or in oil and gas exploration.

14. Ready to go - The Parange 170 ECO is delivered including all necessary details like electrical plug, operator manual, declaration of CE-conformity, short instruction pictograms on machine housing and dimensional charts for tube preparation.



Superior sealing surface is achieved by orbital aring Consistant aring result is achieved by setting of Tube Stop and Spindle Stop



Tool selectionWorkshop machine for F37 ange connections

Clamping die frame small/large

Clamping die set "MF" Extended clamping die set "MF" for large tube wall thickness

Flanging pin "BF"

Tube O.D.mm

Order code Clamping die frame

Order codeClamping die set

Order codeExtended clamping die set

Order codeFlanging pin

38

MF37/FRAME20-60

MF37-38 BF37-38/60

42 MF37-42 BF37-38/60

50 MF37-50 BF37-38/60

60 MF37-60 BF37-38/60 or BF37-60/75

73

MF37/FRAME73-90

MF37-73 MF37-73Efor tube 73x7 and larger BF37-60/75

75 MF37-75 BF37-60/75 orBF37-75/90

90 MF37-90 MF37-90Efor tube 90x9 and larger BF37-75/90

115

no frame required

MF37-115 BF37-115/140

125 MF37-125 BF37-115/140

139.7 MF37-139.7 BF37-115/140

140 MF37-140 BF37-115/140

*tools for scheduled pipes on request

Tool lifetime

Assembly tools are subject of wear and must be regularly (max. 50 assemblies) cleaned and checked.

Worn out tools can cause dangerous assembly failures and must be replaced in time. Maximum lifetime can be achieved by following factors:

Regular cleaning and checking Clean and corrosion-protected storage Proper de-burring and cleaning of tube end Proper tool selection and operation Use of specied lubricant

Ordering

Type Order code

Parange ECO 170 Basic machineReady to use, including operation manual, lled with hydraulic oil and lubricant, without toolsBasic machine Europe version

170EU400VECO

Promotion leaet 4162/UK via Parker catalogue service EMDC

Operating manual UK/DE/FR/IT/ES 170/MANUAL

Tool lubricant rell qty: 1L LUBSS

Parange machines are shipped in special containers which should be kept for future transports to avoid damage.

Assembly machines

EO-KARRYMATThe EO-KARRYMAT is a simple, portable device for assembly of EO Progressive Ring and EO2 tube ttings. The EO-KARRYMAT consists of a hydraulically powered tool and a hand-pump.

The EO-KARRYMAT is ideal for repair work.

Assembly of: EO-2 and EO Progressive Ring Tube-OD: 6 42mm Cycle time: 30 60 sec. Economic production quantity: max. 50 assemblies per day Dimensions (L x W x H): 750 x 360 x 260mm Weight: 28kg Power supply: Hand-pump

Catalogue: 4100 Bulletin: 4047

EOMAT ECOThe Eomat ECO is a mobile machine for the assembly of EO-2 and EO Progressive Ring ttings. This electro-hydraulic equipment is simple to use, robust and easy to move. The assembly pressure is set on a digital display.

The Eomat ECO is ideal for hydraulic service and on-site installation.

Assembly of: EO-2 and EO Progressive Ring Tube-OD: 6 42mm Total cycle time: 15 - 20 sec. Economic production

quantity: max. 100 assemblies per day Dimensions (L x W x H): 750 x 360 x 300mm Weight: 30kg Power supply: 230V 1-phase 50Hz 700W


EO-KARRYMAT

EOMAT ECO



EOMAT UNIThe Eomat UNI is a universal workshop machine for the assembly of EO-2 and EO Progressive Ring ttings as well as 37 aring for Triple-Lok. Therefore, the machine requires additional bite type or aring heads. The equipment is very robust and easy to use.

The Eomat UNI is ideal for workshop use and project work.

Assembly of: EO-2 and EO Progressive Ring 37 Flaring of: Triple-Lok Tube-OD: 6 42mm Total cycle time: 12 - 15 sec. Economic production

quantity: max. 300 assemblies per day Dimensions (L x W x H): 535 x 515 x 285mm Weight: 66kg Power supply: 230V 1-phase 50Hz 2000WCatalogue: 4100 Bulletin: 4042

EO2-FORM F3The EO2-FORM F3 WorkCenter is designed to cold-form hydraulic tubes for EO2-FORM connections. All machine components are integrated into the machine housing, which also provides racks for tool storage. The EO2-FORM F3 represents a complete tube forming WorkCenter.

The WorkCenter EO2-FORM F3 is ideal for workshop use and project work.

Assembly of: Parker EO-2 FORM connections Tube-OD: 6 42mm Cycle time: 15 20 sec. Production performance: max. 100 assemblies per hour Production performance

with oil-cooler: max. 200 assemblies per hour Dimensions (L x W x H): 650 x 750 x 1200mm Weight: 300kg Power supply: 400V 3-phase 50Hz 4kWCatalogue: 4100

EOMAT UNI

EO2-FORM F3



KarryFlareThe KarryFlare is a portable device for easy and workmanlike 37 aring for Triple-Lok tube connections. The KarryFlare consists of a hydraulic aring unit and a hand-pump. It is practical, simple to operate and easy to transport.

The KarryFlare is ideal for repair work.

37 aring for: Triple-Lok Tube-OD: 6 42mm Cycle time: 30 60 sec. Economic production

quantity: max. 50 assemblies per day Dimensions (L x W x H): 750 x 360 x 260mm Weight: 29kg Power supply: Hand-pumpCatalogue: 4100 Bulletin: 4047 KarryFlare

Parange 1025The Parange 1025 is an orbital 37 aring and 180 anging machine. By using the patented Parange process, it achieves an excellent sealing surface and a high-strength tube connection. This electro-hydraulic machine is easy to operate and can be moved around in workshops.

The Parange 1025 is ideal for workshop use and project work.

180 anging of: O-Lok 37 aring of: Triple-Lok Tube-OD: 6 25mm Total cycle time: 15 - 20 sec. Economic production

quantity: max. 100 assemblies per day Dimensions (L x W x H): 390 x 670 x 460mm Weight: 60kg Power supply: 230V 1-phase 50Hz /

400V 3-phase 50HzCatalogue: 4100 Bulletin: 4390

Parange 1025



Parange 170 ECOThe Parange 170 ECO is a simple aring machine for Parker F37 connections. By using the patented Parange process, it achieves an excellent sealing surface and a high-strength tube connection.

The equipment is very robust and easy to use. It saves time and effort compared to conventional welding of ange connections.

The Parange 170 ECO is ideal for workshop use and project work.

37 aring of: F37 ange connection Tube-OD: 38 - 140mm Total cycle time: 30 - 60sec. Economic production

quantity: max. 50 assemblies per day Dimensions (L x W x H): 850 x 680 x 675mm Weight: 360kg Power supply: 400V 3-phase 50Hz 1,1kW


Parange 170 ECO

Parange 1050The Parange 1050 is an orbital 37aring and 180 anging machine. By using the patented Parange process, it achieves an excellent sealing surface and a high-strength tube connection.It represents a complete tube forming WorkCenter. For professional mass production of O-Lok connections, the Parange 1050 PRO can be ordered with an automatic sleeve feeder.The Parange 1050 BASIC is ideal for workshop use and project work, the 1050 PRO is ideal for professional mass production. 180 anging of: O-Lok 37 aring of: Triple-Lok Tube-OD: 6 50mm Total cycle time: 15 - 20 sec. Economic production

quantity: max. 500 assemblies per day Quantity with sleeve feeder: max. 1200 assemblies per day Dimensions (L x W x H): 700 x 840 x 1035mm Weight: 380kg Power supply: 400V 3-phase 50Hz 4,5kWCatalogue: 4100 Bulletin: 4391

Parange 1050



EO-NIROMONT

Lubricants for tube forming and tting assemblyThese lubricants are approved for use in tting installation. Compared to universal oil and grease, these high-performance lubricants achieve dramatic torque reduction and superior assembly tool lifetime.

Forming lubricant LUBSS / LUBCAN For aring and anging process Avoids cold-welding of forming pins Results in smooth sealing surfaces For maximum tool lifetime

Bite-type lubricant EO-NIROMONT Preassembly tool and thread lubrication Safe cutting function of Progressive Ring Mandatory for manual tube tting assembly Ideal for stainless steel thread connections Liquid for application on threads Paste for application on VOMO, MOK and MOSI tooling

Cataloge: 4100 Bulletin: n/a

LUBSS / LUBCAN

Cutting, deburring, bending and cleaningDifferent kinds of machines for complete tube installation jobs are available on request. These include buzz saws, buck saws and band saws for cutting the tube as well as a range of deburring machines. Manual bending tools and machines for smaller tube sizes up to 42 mm and Mandrel bending-type machines for bigger tube sizes and wall thicknesses can be delivered as well. Equipment for cleaning tubes, pipes and hoses is available on request.



Ordering informationNomenclature

Order information Nomenclature


Parange F37 Code Key

Sealing SystemB Bonded SealV F37 SealF Flat Face

Part CodeFlange FlangeType Code FootprintF37 3 ISO 6162-1 (SAE3000)F37 6 ISO 6162-2 (SAE6000)F37 4 ISO 6164R 3 ISO 6162-1 (SAE3000)R 6 ISO 6162-2 (SAE6000)R 4 ISO 6164

Example: F37-3 20 -42X3.0 TF B CF

Size Code

8 12 16 20 24 32 40 48 64 801/2" 3/4" 1" 11/4" 11/2" 2" 21/2" 3" 4" 5"

Pipe size and Insert code42X3.0 / Pipe O.D. X wall thickness (mm)

TF Tube to ange connectionTT Tube to tube connectionT Tube to at face

Material and coatingCF Steel, Cr(VI)-freeZN Steel, Hot dip galvanizedSS Stainless steel

NOTE: All parts stocked and sold seperately

Assembly examples

Part Code Component No. Code MaterialStandard F37-320-42X3.0TFBCF Flare ange 1 F37-320-CFX Steel, Cr(VI)-freeassembly Tube to port (Bonded seal) Insert 1 IN20-42X3.0TFBCFX Steel, Cr(VI)-free

1 " 3000psi Flare ange O-Ring 1 OR37.82X1.78X NBR, 90 Shore42mm OD tube Bonded Seal 1 BS20SNX NBR, 90 Shore

Bolts 4 ZYLS10x35Sleeve 0 Not required

Stainless F37-620-38X4.0TFVSS Flare ange 1 F37-620-SSX AISI 316Steel Tube to port (F37 seal) Insert 1 IN20-38X4.0TFVSSX AISI 316

1 " 6000psi Flare ange O-Ring 1 OR30X1.0X NBR, 90 Shore38mm OD tube F37 seal 1 F37S20X PUR

Bolts 4 ZYLS14x50Sleeve 1 SL20-42-38-SSX AISI 316

Stainless F37-320-38X4.0TTSSZN Flange 2 F37-320-ZNX Steel, CR hot dip galvanizedSteel Tube to tube Insert 1 IN20-38X4.0TTSSX AISI 316and hot dip 1 " 3000psi Flare ange O-Ring 2 OR30X1.0X NBR, 90 Shoregalv. Flange 38mm OD tube Bolts 4 ZYLS10x75

Nuts 4 ISO4032-M10-10Sleeve 1 SL20-42-38-SSX AISI 316

Ordering information Nomenclature


Size Pipe Flange Insert SealInch Size 6162-1 6162-2 6164 Bonded Seal Bonded Seal F37 Seal Sleeve Tube Seal O-Ring

1 38x2.5 F37-316-CFX F37-616-CFX --- IN16-38X2.5T... BS16SNX F37S16X None OR34X1.0X1 38x3.0 F37-316-CFX F37-616-CFX --- IN16-38X3.0T... BS16SNX F37S16X None OR34X1.0X1 38x4.0 F37-316-CFX F37-616-CFX --- IN16-38X4.0T... BS16SNX F37S16X None OR30X1.0X1 38x5.0 F37-316-CFX F37-616-CFX --- IN16-38X5.0T... BS16SNX F37S16X None OR28X1.0X

1 1/4 38x3.0 F37-320-CFX F37-620-CFX --- IN20-38X3.0T... BS20SNX F37S20X SL20-42-38-CFX OR34X1.0X1 1/4 38x4.0 F37-320-CFX F37-620-CFX --- IN20-38X4.0T... BS20SNX F37S20X SL20-42-38-CFX OR30X1.0X1 1/4 38x5.0 F37-320-CFX F37-620-CFX --- IN20-38X5.0T... BS20SNX F37S20X SL20-42-38-CFX OR28X1.0X1 1/4 42x3.0 F37-320-CFX F37-620-CFX --- IN20-42X3.0T... BS20SNX F37S20X None OR37.82X1.78X1 1/4 42x4.0 F37-320-CFX F37-620-CFX --- IN20-42X4.0T... BS20SNX F37S20X None OR34X1.0X1 1/2 42x3.0 F37-324-CFX F37-624-CFX --- IN24-42X3.0T... BS24SNX F37S24X SL24-50-42-CFX OR37.82X1.78X1 1/2 42x4.0 F37-324-CFX F37-624-CFX --- IN24-42X4.0T... BS24SNX F37S24X SL24-50-42-CFX OR34X1.0X1 1/2 50x3.0 F37-324-CFX F37-624-CFX --- IN24-50X3.0T... BS24SNX F37S24X None OR44.17X1.78X1 1/2 50x5.0 F37-324-CFX F37-624-CFX --- IN24-50X5.0T... BS24SNX F37S24X None OR41X1.78X1 1/2 50x6.0 F37-324-CFX F37-624-CFX --- IN24-50X6.0T... BS24SNX F37S24X None OR41X1.78X

2 50x3.0 F37-332-CFX F37-632-CFX F37-432-CFX IN32-50X3.0T... BS32SNX F37S32X SL32-60-50-CFX OR44.17X1.78X2 50x5.0 F37-332-CFX F37-632-CFX F37-432-CFX IN32-50X5.0T... BS32SNX F37S32X SL32-60-50-CFX OR41X1.78X2 50x6.0 F37-332-CFX F37-632-CFX F37-432-CFX IN32-50X6.0T... BS32SNX F37S32X SL32-60-50-CFX OR41X1.78X2 60x3.0 F37-332-CFX F37-632-CFX F37-432-CFX IN32-60X3.0T... BS32SNX F37S32X None OR53.7X1.78X2 60x5.0 F37-332-CFX F37-632-CFX F37-432-CFX IN32-60X5.0T... BS32SNX F37S32X None OR50.52X1.78X2 60x6.0 F37-332-CFX F37-632-CFX F37-432-CFX IN32-60X6.0T... BS32SNX F37S32X None OR47.37X1.78X

2 1/2 60x3.0 F37-340-CFX --- F37-440-CFX IN40-60X3.0T... BS40SNX F37S40X SL40-75-60-CFX OR53.7X1.78X2 1/2 60x5.0 F37-340-CFX --- F37-440-CFX IN40-60X5.0T... BS40SNX F37S40X SL40-75-60-CFX OR50.52X1.78X2 1/2 60x6.0 F37-340-CFX --- F37-440-CFX IN40-60X6.0T... BS40SNX F37S40X SL40-75-60-CFX OR47.37X1.78X2 1/2 73x7.0 F37-34073-CFX --- F37-44073-CFX IN40-73X7.0T... BS40SNX F37S40X None OR63.22X1.78X2 1/2 75x3.0 F37-340-CFX --- F37-440-CFX IN40-75X3.0T... BS40SNX F37S40X None OR69.57X1.78X2 1/2 75x5.0 F37-340-CFX --- F37-440-CFX IN40-75X5.0T... BS40SNX F37S40X None OR63.22X1.78X

3 75x3.0 F37-348-CFX --- F37-448-CFX IN48-75X3.0T... BS48SNX F37S48X SL48-90-75-CFX OR69.57X1.78X3 75x5.0 F37-348-CFX --- F37-448-CFX IN48-75X5.0T... BS48SNX F37S48X SL48-90-75-CFX OR63.22X1.78X3 90x3.5 F37-348-CFX --- F37-448-CFX IN48-90X3.5T... BS48SNX F37S48X None OR82.27X1.78X3 90x5.0 F37-348-CFX --- F37-448-CFX IN48-90X5.0T... BS48SNX F37S48X None OR79X1.78X3 90x9.0 F37-348909-CFX --- F37-448909-CFX IN48-90X8.0T... BS48SNX F37S48X None OR72.75X1.78X4 115x4.0 F37-364-CFX --- --- IN64-115X4.0T... BS64SNX on request None OR114.02X1.78X5 115x4.0 F37-380-CFX --- --- IN80-115X4.0T... BS80SNX on request SL80-140-115-CFX OR114.02X1.78X5 125x4.0 F37-380125-CFX --- --- IN80-125X4.0T... BS80SNX on request None OR120.37X1.78X5 140x4.5 F37-380-CFX --- --- IN80-140X4.5T... BS80SNX on request None OR133.07X1.78X

FBCF Bonded Seal versionFVCF F37 Seal Version...TCF Tube to Tube VersionFCF Flat Face version

Size Pipe Size Flange Retaining SealInch 6162-1 6162-2 6164 Ring BS

1 39x7.5 R-316-CFX R-616-CFX R-416-CFX R16X BS16SNX1 1/4 46x8.0 R-320-CFX R-620-CFX R-420-CFX R20X BS20SNX1 1/2 56x8.5 R-324-CFX R-624-CFX R-424-CFX R24X BS24SNX

2 66x8.5 R-332-CFX R-632-CFX R-432-CFX R32X BS32SNX2 1/2 80x10.0 R-340-CFX --- R-440-CFX R40X BS40SNX

3 97x12.0 R-348-CFX --- R-448-CFX R48X BS48SNX4 115x15.0 R-464-CFX --- R-464-CFX R64X BS64SNX5 150x15.0 R-480-CFX --- R-480-CFX R80X BS80SNX

Part combination Parange F37 connection

Part combination retaining ring connection

Please change sufxes according to material / surface required

Order code sufxes

Material Sufxsurfaceand material

Example Comments

Steel, zinc plated, Cr(VI)-free CF F37-324-CFX

Stainless steel SS F37-324-SSX

Galvanized hot dip zinc ZN F37-324-ZNX on request

Order information Nomenclature


SAE 3000ISO 6162-1

Parflange F37 SAE 3000 / ISO 6162-1


Weld

p.76

Programme overview SAE 3000 / ISO 6162-1 footprint

Parange F37 connection parts

Flanges

F37 p.48

Inserts Sleeve

TFB p.49 TFV p.50 TFVB p.51 TT p.52 TTB p.53 TF p.54 SL p.55

Retaining ring connection parts

Flanges

R p.56 R-Ring p.56

Male / Female Hose

MTF-R p.57 MTF-N p.58 FTF-R p.59 Hose p.60 WA p.61

Tube to Tube

BF p.63 VB p.64 RF p.65 FB90 p.66 FB45 p.67

SAE connection parts

Blocks

LB p.68 LBR p.69 TB p.70 TBR p.71 BFV p.72

Seals Adapter Bolts

Components Bolts and Nuts

BS p.73 F37S p.73 AO p.74 TBT p.75

Ball valves

KH p.77 KH p.78 KH p.79



Flange dimensions

ISO 6162 -1 / SAE J518 Code; 61 3000 footprint

Parange F37 anges

SizeInch Flange No. A B G H M N O S E

BoltISO 4762

L (L) W.P. bar1 F37-316 26.2 52.4 59 70.5 67 61 72 24 27 M10x60(35) 350

1 1/4 F37-320 30.2 58.7 73 80.5 78 75 82 22 25 M10x70(35) 2801 1/2 F37-324 35.7 69.9 83 94.5 90 85 96 25 28 M12x80(45) 280

2 F37-332 42.9 77.8 97 101.5 102 99 104 33 35 M12x80(50) 2802 1/2 F37-340 50.8 88.9 109 115.5 114 111 117 44 47 M12x110(60) 2102 1/2 F37-34073 50.8 88.9 109 115.5 114 111 117 44 47 M12x110(60) 210

3 F37-348 61.9 106.4 132 135 136 133 137 50 55 M16x130(80) 2103 F37-348909 61.9 106.4 132 135 136 133 137 50 55 M16x130(80) 2104 F37-364 77.8 130.2 152 162 160 155 164 35 38 M16x80(50) 505 F37-380125 92.1 152.4 181 184 185 183 186 45 48 M16x90(50) 505 F37-380 92.1 152.4 181 184 185 183 186 45 48 M16x90(50) 50

Retaining Ring Flanges

SizeInch Flange No. A B G H M N O S E

BoltISO 4762

L (L) W.P. bar1 R-316 26.2 52.4 59 70.5 67 61 72 24 27 M10x60(35) 350

1 1/4 R-320 30.2 58.7 73 80.5 78 75 82 22 25 M10x70(35) 2801 1/2 R-324 35.7 69.9 83 94.5 90 85 96 25 28 M12x80(45) 280

2 R-332 42.9 77.8 97 101.5 102 99 104 33 35 M12x80(50) 2802 1/2 R-340 50.8 88.9 109 115.5 114 111 117 44 47 M12x110(60) 210

3 R-348 61.9 106.4 132 135 136 133 137 50 55 M16x130(80) 2104 R-364 77.8 130.2 152 162 160 155 164 35 38 M16x80(50) 505 R-380 92.1 152.4 181 184 185 183 186 45 48 M16x90(50) 50

48

Catalogue 4162/UK


F37 Flare ange

SAE 3000 / ISO 6162 -1

SizeInch D1 D2 L1 LA LB LX LY DB

Weight(Steel)

kg/1 piece Order code1 46.0 38.5 24 59 70.5 26.2 52.4 11 0.30 F37-316-CFX

1 1/4 51.0 42.5 22 73 80.5 30.2 58.7 11 0.46 F37-320-CFX1 1/2 61.5 50.5 25 83 94.5 35.7 69.9 13.5 0.68 F37-324-CFX

2 71.5 60.5 33 97 101.5 42.9 77.8 13.5 0.98 F37-332-CFX2 1/2 85.0 75.5 44 109 115.5 50.8 88.9 13.5 1.63 F37-340-CFX2 1/2 85.0 73.5 44 109 115.5 50.8 88.9 13.5 1.87 F37-34073-CFX

3 102.5 90.5 50 132 135 61.9 106.4 17 2.79 F37-348-CFX3 105.5 90.7 50 132 135 61.9 106.4 17 3.47 F37-348909-CFX4 127.5 115.5 35 152 162 77.8 130.2 17 4.25 F37-364-CFX5 152.5 125.5 45 181 184 92.1 152.4 17 4.68 F37-380125-CFX5 152.5 140.5 45 181 184 92.1 152.4 17 3.85 F37-380-CFX


Order code sufxes


Example Comments

Steel, zinc plated, Cr(VI)-free CF F37-320-CFX

Stainless steel SS F37-320-SSX

Galvanized hot dip zinc ZN F37-320-ZNX on request



TFB - Insert cone bonded seal

Tube to ange connection

Please change sufxes according to material / surface requiredOrder code sufxes

Material Sufx surfaceand material Example Comments

Steel, zinc plated, Cr(VI)-free CF IN24-50X5.0TFBCF

Stainless steel SS IN24-50X5.0TFBSS

Galvanized hot dip zinc ZN IN24-50X5.0TFBZN on request

Size

D1 D2 D3 L1 L2

Weight(Steel)

kg/1 pieceBonded SealOrder code

O-Ring

Order code

Insert incl. Bonded Seal + O-ring

Order codeInch Tube1 38X2.5 25.0 32.8 45.0 22.0 7.0 0.11 BS16SNX OR34X1.0X IN16-38X2.5TFBCF1 38X3.0 25.0 31.8 45.0 22.0 7.0 0.10 BS16SNX OR34X1.0X IN16-38X3.0TFBCF1 38X4.0 25.0 29.8 45.0 22.0 7.0 0.10 BS16SNX OR30X1.0X IN16-38X4.0TFBCF1 38X5.0 25.0 27.8 45.0 21.0 7.0 0.09 BS16SNX OR28X1.0X IN16-38X5.0TFBCF

1 1/4 38X3.0 29.5 31.8 50.0 22.0 7.5 0.10 BS20SNX OR34X1.0X IN20-38X3.0TFBCF1 1/4 38X4.0 27.0 29.8 50.0 22.0 7.5 0.11 BS20SNX OR30X1.0X IN20-38X4.0TFBCF1 1/4 38X5.0 25.5 27.8 50.0 21.0 7.0 0.10 BS20SNX OR28X1.0X IN20-38X5.0TFBCF1 1/4 42X3.0 31.5 35.8 50.0 22.0 7.5 0.11 BS20SNX OR37.82X1.78X IN20-42X3.0TFBCF1 1/4 42X4.0 31.5 33.8 50.0 22.0 7.5 0.10 BS20SNX OR34X1.0X IN20-42X4.0TFBCF1 1/2 42X3.0 33.5 35.8 60.0 25.5 10.0 0.19 BS24SNX OR37.82X1.78X IN24-42X3.0TFBCF1 1/2 42X4.0 31.5 33.8 60.0 25.5 10.0 0.19 BS24SNX OR34X1.0X IN24-42X4.0TFBCF1 1/2 50X3.0 36.0 43.8 60.0 25.0 10.0 0.20 BS24SNX OR44.17X1.78X IN24-50X3.0TFBCF1 1/2 50X5.0 36.0 39.8 60.0 25.5 10.0 0.19 BS24SNX OR41X1.78X IN24-50X5.0TFBCF1 1/2 50X6.0 35.0 37.8 60.0 27.0 10.0 0.20 BS24SNX OR41X1.78X IN24-50X6.0TFBCF

2 50X3.0 41.5 43.8 70.0 24.0 10.0 0.22 BS32SNX OR44.17X1.78X IN32-50X3.0TFBCF2 50X5.0 37.5 39.8 70.0 26.5 10.0 0.24 BS32SNX OR41X1.78X IN32-50X5.0TFBCF2 50X6.0 35.0 37.8 70.0 27.0 10.0 0.27 BS32SNX OR41X1.78X IN32-50X6.0TFBCF2 60X3.0 46.0 53.8 70.0 27.0 10.0 0.27 BS32SNX OR53.7X1.78X IN32-60X3.0TFBCF2 60X5.0 46.0 49.8 70.0 26.5 10.0 0.24 BS32SNX OR50.52X1.78X IN32-60X5.0TFBCF2 60X6.0 45.5 47.8 70.0 27.0 10.0 0.23 BS32SNX OR47.37X1.78X IN32-60X6.0TFBCF

2 1/2 60X3.0 50.0 53.8 84.0 27.0 10.5 3.50 BS40SNX OR53.7X1.78X IN40-60X3.0TFBCF2 1/2 60X5.0 46.0 49.8 84.0 27.0 10.5 0.36 BS40SNX OR50.52X1.78X IN40-60X5.0TFBCF2 1/2 60X6.0 45.5 47.8 84.0 27.0 10.5 0.34 BS40SNX OR47.37X1.78X IN40-60X6.0TFBCF2 1/2 73X7.0 56.0 58.8 84.0 28.0 10.5 0.33 BS40SNX OR63.22X1.78X IN40-73X7.0TFBCF2 1/2 75X3.0 60.0 68.8 84.0 25.5 10.5 0.30 BS40SNXX OR69.57X1.78X IN40-75X3.0TFBCF2 1/2 75X5.0 60.0 64.8 84.0 28.0 10.5 0.32 BS40SNXX OR63.22X1.78X IN40-75X5.0TFBCF

3 75X3.0 66.0 68.8 101.5 25.5 10.5 0.43 BS48SNX OR69.57X1.78X IN48-75X3.0TFBCF3 75X5.0 62.0 64.8 101.5 32.0 12.0 0.59 BS48SNX OR63.22X1.78X IN48-75X5.0TFBCF3 90X3.5 72.0 82.8 101.5 31.0 12.0 0.60 BS48SNXX OR82.27X1.78X IN48-90X3.5TFBCF3 90X5.0 72.0 79.8 101.5 31.0 12.0 0.56 BS48SNXX OR79X1.78X IN48-90X5.0TFBCF3 90X9.0 69.0 71.5 105.5 22.0 6.0 0.51 BS48SNX OR72.75X1.78X IN48-90X9.0TFBCF4 115X4.0 90.0 106.8 126.5 24.0 12.0 0.84 BS64SNX OR114.02X1.78X IN64-115X4.0TFBCF5 115X4.0 103.0 106.8 151.5 26.0 12.0 1.02 BS80SNX OR114.02X1.78X IN80-115X4.0TFBCF5 125X4.0 113.0 116.8 151.5 26.0 12.0 0.97 BS80SNX OR120.37X1.78X IN80-125X4.0TFBCF5 139.7x4.0 122.0 130.8 151.5 24.0 12.0 0.81 BS80SNX OR133.07X1.78X IN80-139.7X4.0TFBCF

50

Catalogue 4162/UK


TFV - Insert cone F37 Seal


Size

D1 D2 D3 L1 L2

Weight(Steel)

kg/1 pieceF37 Seal

Order codeO-Ring

Order code

Insert incl. F37 Seal + O-Ring

Order codeInch Tube1 38X2.5 25.0 32.8 45.0 22.0 7.0 0.11 F37S16X OR34X1.0X IN16-38X2.5TFVCF1 38X3.0 25.0 31.8 45.0 22.0 7.0 0.10 F37S16X OR34X1.0X IN16-38X3.0TFVCF1 38X4.0 25.0 29.8 45.0 22.0 7.0 0.10 F37S16X OR30X1.0X IN16-38X4.0TFVCF1 38X5.0 25.0 27.8 45.0 21.0 7.0 0.09 F37S16X OR28X1.0X IN16-38X5.0TFVCF

1 1/4 38X3.0 29.5 31.8 50.0 22.0 7.5 0.10 F37S20X OR34X1.0X IN20-38X3.0TFVCF1 1/4 38X4.0 27.0 29.8 50.0 22.0 7.5 0.11 F37S20X OR30X1.0X IN20-38X4.0TFVCF1 1/4 38X5.0 25.5 27.8 50.0 21.0 7.0 0.10 F37S20X OR28X1.0X IN20-38X5.0TFVCF1 1/4 42X3.0 31.5 35.8 50.0 22.0 7.5 0.11 F37S20X OR37.82X1.78X IN20-42X3.0TFVCF1 1/4 42X4.0 31.5 33.8 50.0 22.0 7.5 0.10 F37S20X OR34X1.0X IN20-42X4.0TFVCF1 1/2 42X3.0 33.5 35.8 60.0 25.5 10.0 0.19 F37S24X OR37.82X1.78X IN24-42X3.0TFVCF1 1/2 42X4.0 31.5 33.8 60.0 25.5 10.0 0.19 F37S24X OR34X1.0X IN24-42X4.0TFVCF1 1/2 50X3.0 36.0 43.8 60.0 25.0 10.0 0.20 F37S24X OR44.17X1.78X IN24-50X3.0TFVCF1 1/2 50X5.0 36.0 39.8 60.0 25.5 10.0 0.19 F37S24X OR41X1.78X IN24-50X5.0TFVCF1 1/2 50X6.0 35.0 37.8 60.0 27.0 10.0 0.20 F37S24X OR41X1.78X IN24-50X6.0TFVCF

2 50X3.0 41.5 43.8 70.0 24.0 10.0 0.22 F37S32X OR44.17X1.78X IN32-50X3.0TFVCF2 50X5.0 37.5 39.8 70.0 26.5 10.0 0.24 F37S32X OR41X1.78X IN32-50X5.0TFVCF2 50X6.0 35.0 37.8 70.0 27.0 10.0 0.27 F37S32X OR41X1.78X IN32-50X6.0TFVCF2 60X3.0 46.0 53.8 70.0 27.0 10.0 0.27 F37S32X OR53.7X1.78X IN32-60X3.0TFVCF2 60X5.0 46.0 49.8 70.0 26.5 10.0 0.24 F37S32X OR50.52X1.78X IN32-60X5.0TFVCF2 60X6.0 45.5 47.8 70.0 27.0 10.0 0.23 F37S32X OR47.37X1.78X IN32-60X6.0TFVCF

2 1/2 60X3.0 50.0 53.8 84.0 27.0 10.5 3.50 F37S40X OR53.7X1.78X IN40-60X3.0TFVCF2 1/2 60X5.0 46.0 49.8 84.0 27.0 10.5 0.36 F37S40X OR50.52X1.78X IN40-60X5.0TFVCF2 1/2 60X6.0 45.5 47.8 84.0 27.0 10.5 0.34 F37S40X OR47.37X1.78X IN40-60X6.0TFVCF2 1/2 73X7.0 56.0 58.8 84.0 28.0 10.5 0.33 F37S40X OR63.22X1.78X IN40-73X7.0TFVCF2 1/2 75X3.0 60.0 68.8 84.0 25.5 10.5 0.30 F37S40X OR69.57X1.78X IN40-75X3.0TFVCF2 1/2 75X5.0 60.0 64.8 84.0 28.0 10.5 0.32 F37S40X OR63.22X1.78X IN40-75X5.0TFVCF

3 75X3.0 66.0 68.8 101.5 25.5 10.5 0.43 F37S48X OR69.57X1.78X IN48-75X3.0TFVCF3 75X5.0 62.0 64.8 101.5 32.0 12.0 0.59 F37S48X OR63.22X1.78X IN48-75X5.0TFVCF3 90X3.5 72.0 82.8 101.5 31.0 12.0 0.60 F37S48X OR82.27X1.78X IN48-90X3.5TFVCF3 90X5.0 72.0 79.8 101.5 31.0 12.0 0.56 F37S48X OR79X1.78X IN48-90X5.0TFVCF3 90X9.0 69.0 71.5 105.5 22.0 6.0 0.42 F37S48X OR72.75X1.78X IN48-90X9.0TFVCF4 115X4.0 90.0 106.8 126.5 24.0 12.0 0.84 on request OR114.02X1.78X IN64-115X4.0TFVCF5 115X4.0 103.0 106.8 151.5 26.0 12.0 1.06 on request OR114.02X1.78X IN80-115X4.0TFVCF5 125X4.0 113.0 116.8 151.5 26.0 12.0 1.00 on request OR120.37X1.78X IN80-125X4.0TFVCF5 139.7X4.0 122.0 130.8 151.5 24.0 12.0 0.82 on request OR133.07X1.78X IN80-139.7X4.0TFVCF



Steel, zinc plated, Cr(VI)-free CF IN24-50X5.0TFVCF

Stainless steel SS IN24-50X5.0TFVSS

Galvanized hot dip zinc ZN IN24-50X5.0TFVZN on request



TFVB - Insert cone F37 Seal betweenTube to ange connection

SizeWeight (Steel)

kg/1 piece O-Ring

Order code

Insert incl. F37 Seal + O-Ring

Order codeInch Tube D1 D2 D3 L1 L2 L3 TF37 Seal

Order code1 38X2,5 25.0 32.8 46.0 57.0 42.0 22.5 G1/4 0.41 F37S16X OR34X1.0X IN16-38X2.5TFVBCF1 38X3.0 25.0 31.8 46.0 57.0 42.0 22.5 G1/4 0.40 F37S16X OR34X1.0X IN16-38X3.0TFVBCF1 38X4.0 25.0 29.8 46.0 57.0 42.0 22.5 G1/4 0.40 F37S16X OR30X1.0X IN16-38X4.0TFVBCF1 38X5.0 25.0 27.8 46.0 56.0 42.0 22.5 G1/4 0.39 F37S16X OR28X1.0X IN16-38X5.0TFVBCF

1 1/4 38X3.0 29.0 31.8 54.0 57.5 43.0 23.0 G1/4 0.52 F37S20X OR34X1.0X IN20-38X3.0TFVBCF1 1/4 38X4.0 27.0 29.8 54.0 57.5 43.0 23.0 G1/4 0.54 F37S20X OR30X1.0X IN20-38X4.0TFVBCF1 1/4 38X5.0 25.5 27.8 50.0 56.0 42.0 22.5 G1/4 0.48 F37S20X OR28X1.0X IN20-38X5.0TFVBCF1 1/4 42X3.0 30.0 35.8 54.0 57.5 43.0 23.0 G1/4 0.51 F37S20X OR37.82X1.78X IN20-42X3.0TFVBCF1 1/4 42X4.0 30.0 33.8 54.0 57.5 43.0 23.0 G1/4 0.50 F37S20X OR34X1.0X IN20-42X4.0TFVBCF1 1/2 42X3.0 33.5 35.8 64.0 63.5 48.0 25.5 G1/4 0.82 F37S24X OR37.82X1.78X IN24-42X3.0TFVBCF1 1/2 42X4.0 31.5 33.8 60.0 63.5 48.0 25.5 G1/4 0.79 F37S24X OR34X1.0X IN24-42X4.0TFVBCF1 1/2 50X3.0 36.0 43.8 64.0 63.0 48.0 25.5 G1/4 0.80 F37S24X OR44.17X1.78X IN24-50X3.0TFVBCF1 1/2 50X5.0 36.0 39.8 64.0 63.5 48.0 25.5 G1/4 0.79 F37S24X OR41X1.78X IN24-50X5.0TFVBCF1 1/2 50X6.0 35.0 37.8 64.0 65.0 48.0 25.5 G1/4 0.82 F37S24X OR41X1.78X IN24-50X6.0TFVBCF

2 50X3.0 41.5 43.8 74.0 62.0 48.0 25.5 G1/4 1.03 F37S32X OR44.17X1.78X IN32-50X3.0TFVBCF2 50X5.0 37.5 39.8 70.0 64.5 48.0 25.5 G1/4 1.04 F37S32X OR41X1.78X IN32-50X5.0TFVBCF2 50X6.0 35.0 37.8 70.0 65.0 48.0 25.5 G1/4 1.11 F37S32X OR41X1.78X IN32-50X6.0TFVBCF2 60X3.0 42.0 53.8 74.0 65.0 48.0 25.5 G1/4 1.11 F37S32X OR53.7X1.78X IN32-60X3.0TFVBCF2 60X5.0 42.0 49.8 74.0 64.5 48.0 25.5 G1/4 1.08 F37S32X OR50.52X1.78X IN32-60X5.0TFVBCF2 60X6.0 42.0 47.8 74.0 65.0 48.0 25.5 G1/4 1.07 F37S32X OR47.37X1.78X IN32-60X6.0TFVBCF

2 1/2 60X3.0 50.0 53.8 84.0 65.5 49.0 26.0 G1/4 1.41 F37S40X OR53.7X1.78X IN40-60X3.0TFVBCF2 1/2 60X5.0 46.0 49.8 84.0 65.5 49.0 26.0 G1/4 1.51 F37S40X OR50.52X1.78X IN40-60X5.0TFVBCF2 1/2 60X6.0 45.0 47.8 84.0 65.5 49.0 26.0 G1/4 1.53 F37S40X OR47.37X1.78X IN40-60X6.0TFVBCF2 1/2 73X7.0 56.0 58.8 88.0 66.5 49.0 26.0 G1/4 1.35 F37S40X OR63.22X1.78X IN40-73X7.0TFVBCF2 1/2 75X3.0 56.0 68.8 88.0 64.0 49.0 26.0 G1/4 1.36 F37S40X OR69.57X1.78X IN40-75X3.0TFVBCF2 1/2 75X5.0 56.0 64.8 88.0 66.5 49.0 26.0 G1/4 1.38 F37S40X OR63.22X1.78X IN40-75X5.0TFVBCF

3 75X3.0 66.0 68.8 105.0 64.0 49.0 26.0 G1/4 1.93 F37S48X OR69.57X1.78X IN48-75X3.0TFVBCF3 75X5.0 62.0 64.8 101.5 72.0 52.0 27.5 G1/4 2.16 F37S48X OR63.22X1.78X IN48-75X5.0TFVBCF3 90X3.5 68.0 82.8 105.0 71.0 52.0 27.5 G1/4 2.15 F37S48X OR82.27X1.78X IN48-90X3.5TFVBCF3 90X5.0 68.0 79.8 105.0 71.0 52.0 27.5 G1/4 2.11 F37S48X OR79X1.78X IN48-90X5.0TFVBCF3 90X9.0 68.0 71.5 105.0 75.0 52.0 27.5 G1/4 2.26 F37S48X OR72.75X1.78X IN48-90X9.0TFVBCF

Order code sufxes


Steel, zinc plated, Cr(VI)-free CF IN24-50X5.0TFVBCF

Stainless steel SS IN24-50X5.0TFVBSS

Galvanized hot dip zinc ZN IN24-50X5.0TFVBZN on request


For testpoints and diagnostic test equipment see catalogue 4100, Industrial Tube Fittings Europe

52

Catalogue 4162/UK


TT - Tube to tube insert

Tube to tube connection

Size

D1 D2 D3 L1 L2

Weight(Steel)

kg/1 pieceO-Rings

Order codeInsert incl. O-Rings

Order codeInch Tube1 38X2.5 25.0 32.8 45.0 38 14.5 0.24 OR34X1.0X IN16-38X2.5TTCF1 38X3.0 25.0 31.8 45.0 38 14.5 0.22 OR34X1.0X IN16-38X3.0TTCF1 38X4.0 25.0 29.8 45.0 38 14.0 0.20 OR30X1.0X IN16-38X4.0TTCF1 38X5.0 25.0 27.8 45.0 36 14.0 0.18 OR28X1.0X IN16-38X5.0TTCF

1 1/4 38X3.0 29.5 31.8 50.0 38 15.0 0.22 OR34X1.0X IN20-38X3.0TTCF1 1/4 38X4.0 27.0 29.8 50.0 38 15.0 0.23 OR30X1.0X IN20-38X4.0TTCF1 1/4 38X5.0 25.5 27.8 50.0 36 14.0 0.21 OR28X1.0X IN20-38X5.0TTCF1 1/4 42X3.0 31.5 35.8 50.0 38 15.0 0.22 OR37.82X1.78X IN20-42X3.0TTCF1 1/4 42X4.0 31.5 33.8 50.0 38 15.0 0.21 OR34X1.0X IN20-42X4.0TTCF1 1/2 42X3.0 33.5 35.8 60.0 38 15.0 0.30 OR37.82X1.78X IN24-42X3.0TTCF1 1/2 42X4.0 31.5 35.8 60.0 45 20.0 0.40 OR34X1.0X IN24-42X4.0TTCF1 1/2 50X3.0 36.0 43.8 60.0 44 20.0 0.42 OR44.17X1.78X IN24-50X3.0TTCF1 1/2 50X5.0 37.5 39.8 60.0 46 20.0 0.53 OR41X1.78X IN24-50X5.0TTCF1 1/2 50X6.0 35.0 37.8 60.0 48 20.0 0.42 OR41X1.78X IN24-50X6.0TTCF

2 50X3.0 41.5 43.8 70.0 42 20.0 0.47 OR44,17X1.78X IN32-50X3.0TTCF2 50X5.0 37.5 39.8 70.0 46 20.0 0.53 OR41X1.78X IN32-50X5.0TTCF2 50X6.0 35.0 37.8 70.0 48 20.0 0.58 OR41X1.78X IN32-50X6.0TTCF2 60X3.0 46.0 53.8 70.0 47 20.0 0.55 OR53.7X1.78X IN32-60X3.0TTCF2 60X5.0 46.0 49.8 70.0 46 20.0 0.48 OR50.52X1.78X IN32-60X5.0TTCF2 60X6.0 45.5 47.8 70.0 47 20.0 0.47 OR47.37X1.78X IN32-60X6.0TTCF

2 1/2 60X3.0 50.0 53.8 84.0 47 21.0 0.75 OR53.7X1.78X IN40-60X3.0TTCF2 1/2 60X5.0 46.0 49.8 84.0 47 21.0 0.78 OR50.52X1.78X IN40-60X5.0TTCF2 1/2 60X6.0 45.5 47.8 84.0 47 21.0 0.76 OR47.37X1.78X IN40-60X6.0TTCF2 1/2 73X7.0 56.0 58.8 84.0 49 21.0 0.68 OR63.22X1.78X IN40-73X7.0TTCF2 1/2 75X3.0 60.0 68.8 84.0 44 21.0 0.63 OR69.57X1.78X IN40-75X3.0TTCF2 1/2 75X5.0 60.0 64.8 84.0 49 21.0 0.67 OR63.22X1.78X IN40-75X5.0TTCF

3 75X3.0 66.0 68.8 101.5 44 21.0 0.90 OR69.57X1.78X IN48-75X3.0TTCF3 75X5.0 62.0 64.8 101.5 57 24.0 1.24 OR63.22X1.78X IN48-75X5.0TTCF3 90X3.5 72.0 82.8 101.5 55 24.0 1.22 OR82.27X1.78X IN48-90X3.5TTCF3 90X5.0 72.0 79.8 101.5 55 24.0 1.15 OR79X1.78X IN48-90X5.0TTCF3 90X9.0 69.0 71.5 105.5 44 12,0 0.91 OR72.75X1.78X IN48-90X9.0TTCF4 115X4.0 90.0 106.8 126.5 36 24.0 1.76 OR114.02X1.78X IN64-115X4.0TTCF5 115X4.0 103.0 106.8 151.5 52 24.0 2.36 OR114.02X1.78X IN80-115X4.0TTCF5 125X4.0 113.0 116.8 151.5 63 52,0 2.09 OR120.37X1.78X IN80-125X4.0TTCF5 139.7X4.0 122.0 130.8 151.5 48 24.0 1.73 OR133.07X1.78X IN80-139.7X4.0TTCF

Order code sufxes


Steel, zinc plated, Cr(VI)-free CF IN24-50X5.0TTCF

Stainless steel SS IN24-50X5.0TTSS

Galvanized hot dip zinc ZN IN24-50X5.0TTZN on request




TTB - Tube to tube insert between

Tube to tube connection

Size Weight(Steel)

kg/1 pieceO-Rings

Order codeInsert incl. O-Rings

Order codeInch Tube D1 D2 D3 L1 L2 L3 T1 38X2.5 25 32.8 46 63 40.8 28.5 G1/4 0.43 OR34X1.0X IN16-38X2.5TTBCF1 38X3.0 25 31.8 46 63 39.5 28.5 G1/4 0.43 OR34X1.0X IN16-38X3.0TTBCF1 38X4.0 25 29.8 46 63 39 28.5 G1/4 0.42 OR30X1.0X IN16-38X4.0TTBCF1 38X5.0 25 27.8 46 61 39 27.5 G1/4 0.4 OR28X1.0X IN16-38X5.0TTBCF

1 1/4 38X3.0 29 31.8 54 63 40 28.5 G1/4 0.53 OR34X1.0X IN20-38X3.0TTBCF1 1/4 38X4.0 27 29.8 54 63 40 28.5 G1/4 0.55 OR30X1.0X IN20-38X4.0TTBCF1 1/4 38X5.0 25.5 27.8 50 61 39 27.5 G1/4 0.49 OR28X1.0X IN20-38X5.0TTBCF1 1/4 42X3.0 30 35.8 54 63 40 28.5 G1/4 0.54 OR37.82X1.78X IN20-42X3.0TTBCF1 1/4 42X4.0 30 33.8 54 63 40 28.5 G1/4 0.53 OR34X1.0X IN20-42X4.0TTBCF1 1/2 42X3.0 33.5 35.8 60 63 40 28.5 G1/4 0.67 OR37.82X1.78X IN24-42X3.0TTBCF1 1/2 42X4.0 31.5 35.8 60 70 45 32.0 G1/4 0.8 OR34X1.0X IN24-42X4.0TTBCF1 1/2 50X3.0 36 43.8 60 69 45 31.5 G1/4 0.76 OR44.17X1.78X IN24-50X3.0TTBCF1 1/2 50X5.0 36 39.8 60 70 45 32.0 G1/4 0.74 OR41X1.78X IN24-50X5.0TTBCF1 1/2 50X6.0 35 37.8 60 73 45 33.5 G1/4 0.77 OR41X1.78X IN24-50X6.0TTBCF

2 50X3.0 41.5 43.8 74 67 45 30.5 G1/4 1.03 OR44.17X1.78X IN32-50X3.0TTBCF2 50X5.0 37.5 39.8 70 71 45 32.0 G1/4 1.05 OR41X1.78X IN32-50X5.0TTBCF2 50X6.0 35 37.8 70 73 45 33.5 G1/4 1.13 OR41X1.78X IN32-50X6.0TTBCF2 60X3.0 42 53.8 74 72 45 32.5 G1/4 1.19 OR53.7X1.78X IN32-60X3.0TTBCF2 60X5.0 42 49.8 74 71 45 32.0 G1/4 1.12 OR50.52X1.78X IN32-60X5.0TTBCF2 60X6.0 42 47.8 74 72 45 32.5 G1/4 1.11 OR47.37X1.78X IN32-60X6.0TTBCF

2 1/2 60X3.0 50 53.8 84 72 46 32.5 G1/4 1.43 OR53.7X1.78X IN40-60X3.0TTBCF2 1/2 60X5.0 46 49.8 84 72 46 32.5 G1/4 1.52 OR50.52X1.78X IN40-60X5.0TTBCF2 1/2 60X6.0 45 47.8 84 72 46 32.5 G1/4 1.53 OR47.37X1.78X IN40-60X6.0TTBCF2 1/2 73X7.0 56 58.8 88 74 46 33.5 G1/4 1.38 OR63.22X1.78X IN40-73X7.0TTBCF2 1/2 75X3.0 56 68.8 88 69 46 31.0 G1/4 1.42 OR69.57X1.78X IN40-75X3.0TTBCF2 1/2 75X5.0 56 64.8 88 72 46 32.5 G1/4 1.43 OR63.22X1.78X IN40-75X5.0TTBCF

3 75X3.0 66 68.8 105 69 46 31.0 G1/4 1.91 OR69.57X1.78X IN48-75X3.0TTBCF3 75X5.0 62 64.8 101.5 82 49 37.5 G1/4 2.22 OR63.22X1.78X IN48-75X5.0TTBCF3 90X3.5 68 82.8 105 80 49 36.5 G1/4 2.35 OR82.27X1.78X IN48-90X3.5TTBCF3 90X5.0 68 79.8 105 80 49 36.5 G1/4 2.27 OR79X1.78X IN48-90X5.0TTBCF3 90X9.0 68 71.5 105 88 49 40.5 G1/4 2.4 OR72.75X1.78X IN48-90X9.0TTBCF

Order code sufxes


Steel, zinc plated, Cr(VI)-free CF IN24-50X5.0TTBCF

Stainless steel SS IN24-50X5.0TTBSS

Galvanized hot dip zinc ZN IN24-50X5.0TTBZN on request


For testpoints and diagnostic test equipment see catalogue 4100, Industrial Tube Fittings Europe

54

Catalogue 4162/UK


TF - Insert cone at


Size

D1 D2 D3 L1 L2

Weight(Steel)

kg/1 pieceO-Ring

Order codeInsert incl. O-Ring

Order codeInch Tube1 38X2.5 25.0 32.8 45.0 22.0 7.0 0.11 OR34X1.0X IN16-38X2.5TFCF1 38X3.0 25.0 31.8 45.0 22.0 7.0 0.10 OR34X1.0X IN16-38X3.0TFCF1 38X4.0 25.0 29.8 45.0 22.0 7.0 0.10 OR30X1.0X IN16-38X4.0TFCF1 38X5.0 25.0 27.8 45.0 21.0 7.0 0.09 OR28X1.0X IN16-38X5.0TFCF

1 1/4 38X3.0 29.5 31.8 50.0 22.0 7.5 0.10 OR34X1.0X IN20-38X3.0TFCF1 1/4 38X4.0 27.0 29.8 50.0 22.0 7.5 0.11 OR30X1.0X IN20-38X4.0TFCF1 1/4 38X5.0 25.5 27.8 50.0 21.0 7.0 0.10 OR28X1.0X IN20-38X5.0TFCF1 1/4 42X3.0 31.5 35.8 50.0 22.0 7.5 0.11 OR37.82X1.78X IN20-42X3.0TFCF1 1/4 42X4.0 31.5 33.8 50.0 22.0 7.5 0.10 OR34X1.0X IN20-42X4.0TFCF1 1/2 42X3.0 33.5 35.8 60.0 25.5 10.0 0.19 OR37.82X1.78X IN24-42X3.0TFCF1 1/2 42X4.0 31.5 33.8 60.0 25.5 10.0 0.19 OR34X1.0X IN24-42X4.0TFCF1 1/2 50X3.0 36.0 43.8 60.0 25.0 10.0 0.20 OR44.17X1.78X IN24-50X3.0TFCF1 1/2 50X5.0 36.0 39.8 60.0 25.5 10.0 0.19 OR41X1.78X IN24-50X5.0TFCF1 1/2 50X6.0 35.0 37.8 60.0 27.0 10.0 0.20 OR41X1.78X IN24-50X6.0TFCF

2 50X3.0 41.5 43.8 70.0 24.0 10.0 0.22 OR44.17X1.78X IN32-50X3.0TFCF2 50X5.0 37.5 39.8 70.0 26.5 10.0 0.24 OR41X1.78X IN32-50X5.0TFCF2 50X6.0 35.0 37.8 70.0 27.0 10.0 0.27 OR41X1.78X IN32-50X6.0TFCF2 60X3.0 46.0 53.8 70.0 27.0 10.0 0.27 OR53.7X1.78X IN32-60X3.0TFCF2 60X5.0 46.0 49.8 70.0 26.5 10.0 0.24 OR50.52X1.78X IN32-60X5.0TFCF2 60X6.0 45.5 47.8 70.0 27.0 10.0 0.23 OR47.37X1.78X IN32-60X6.0TFCF

2 1/2 60X3.0 50.0 53.8 84.0 27.0 10.5 3.50 OR53.7X1.78X IN40-60X3.0TFCF2 1/2 60X5.0 46.0 49.8 84.0 27.0 10.5 0.36 OR50.52X1.78X IN40-60X5.0TFCF2 1/2 60X6.0 45.5 47.8 84.0 27.0 10.5 0.34 OR47.37X1.78X IN40-60X6.0TFCF2 1/2 73X7.0 56.0 58.8 84.0 28.0 10.5 0.33 OR63.22X1.78X IN40-73X7.0TFCF2 1/2 75X3.0 60.0 68.8 84.0 25.5 10.5 0.30 OR69.57X1.78X IN40-75X3.0TFCF2 1/2 75X5.0 60.0 64.8 84.0 28.0 10.5 0.32 OR63.22X1.78X IN40-75X5.0TFCF

3 75X3.0 66.0 68.8 101.5 25.5 10.5 0.43 OR69.57X1.78X IN48-75X3.0TFCF3 75X5.0 62.0 64.8 101.5 32.0 12.0 0.59 OR63.22X1.78X IN48-75X5.0TFCF3 90X3.5 72.0 82.8 101.5 31.0 12.0 0.60 OR82.27X1.78X IN48-90X3.5TFCF3 90X5.0 72.0 79.8 101.5 31.0 12.0 0.56 OR79X1.78X IN48-90X5.0TFCF3 90X9.0 69.0 71.5 105.5 22.0 6.0 0.45 OR72.75X1.78X IN48-90X9.0TFCF4 115X4.0 90.0 106.8 126.5 24.0 12.0 0.88 OR114.02X1.78X IN64-115X4.0TFCF5 115X4.0 103.0 106.8 151.5 26.0 12.0 1.12 OR114.02X1.78X IN80-115X4.0TFCF5 125X4.0 113.0 116.8 151.5 26.0 12.0 1.05 OR120.37X1.78X IN80-125X4.0TFCF5 139.7X4.0 122.0 130.8 151.5 24.0 12.0 0.86 OR133.07X1.78X IN80-139.7X4.0TFCF



Steel, zinc plated, Cr(VI)-free CF IN24-50X5.0TFCF

Stainless steel SS IN24-50X5.0TFSS

Galvanized hot dip zinc ZN IN24-50X5.0TFZN on request



SL Sleeve SAE 3000 / ISO 6162-1

Size

D1 D2 D3 L1

Weight(Steel)

kg/1 piece Order code InchTubeOD

1 1/4 38 38 42 49 16 0.04 SL20-42-38-CFX1 1/2 38 38 50 58 22 0.14 SL24-50-38-CFX1 1/2 42 42 50 58 22 0.10 SL24-50-42-CFX

2 50 50 60 69 23 0.16 SL32-60-50-CFX2 1/2 60 60 75 84 28 0.36 SL40-75-60-CFX

3 75 75 90 101 32 0.52 SL48-90-75-CFX5 115 115 140 151 50 1.85 SL80-140-115-CFX5 125 125 140 151 50 1.55 SL80-140-125-CFX

Sleeves available as splitted version on request

Order code sufxes


Steel, zinc plated, Cr(VI)-free CF SL24-50-42-CFX

Stainless steel SS SL24-50-42-SSX

Galvanized hot dip zinc ZN SL24-50-42-ZNX on request


56

Catalogue 4162/UK


R Retaining ring ange

SAE 3000 / ISO 6162-1

SizeInch D1 D2 L1 LA LB LX LY DB

Weight(steel)

kg/piece Order code1 44.5 39.5 24 59 70.5 26.2 52.4 11.0 0.3 R-316-CFX

1 1/4 51.5 46.5 22 73 80.5 30.2 58.7 11.0 0.5 R-320-CFX1 1/2 61.5 56.5 25 83 94.5 35.7 69.9 13.5 0.6 R-324-CFX

2 71.5 66.5 33 97 101.5 42.9 77.8 13.5 1.0 R-332-CFX2 1/2 85.5 80.5 44 109 115.5 50.8 88.9 13.5 1.6 R-340-CFX

3 103.5 97.5 50 132 135.0 61.9 106.4 17.0 2.5 R-348-CFX4 123.5 115.5 35 152 162.0 77.8 130.2 17.0 2.4 R-364-CFX5 158.5 150.5 45 181 184.0 92.1 152.4 17.0 3.7 R-380-CFX

Order code sufxes


Steel, zinc plated, Cr(VI)-free CF R-320-CFX

Stainless steel SS R-320-SSX

Galvanized hot dip zinc ZN R-320-ZNX on request

R Retaining ring

SAE 3000 / ISO 6162-1

SizeInch Tube D Order code

1 39X7.5 44.3 R16X1 1/4 46X8.0 51.3 R20X1 1/2 56X8.5 61.3 R24X

2 66X8.5 71.3 R32X2 1/2 80X10 85.3 R40X

3 97X12 103.3 R48X4 115X15 123.3 R64X5 150X15 158.3 R80X

Material: Stainless steel




MTF-R Male thread ange BSPP

SAE 3000 / ISO 6162-1

Order code sufxes


Example Comments

Steel, zinc plated, Cr(VI)-free CF MTF20ROMDCF

Stainless steel SS MTF20ROMDSS

Galvanized hot dip zinc ZN MTF20ROMDZN on request

SizeInch Tube Complete Part

Retaining Ring

Order codeBonded SealOrder code

FlangeOrder code

Body incl. ED SealOrder code

Weight(Steel)

kg/1 piece L1 L2 TSW/HEX

1 39X7.5 R-316MTFRCF R16X BS16SNX R-316-CFX MTF16ROMDCF 0.50 86.3 68.3 G1A 411 1/4 46X8.0 R-320MTFRCF R20X BS20SNX R-320-CFX MTF20ROMDCF 0.75 91.3 71.3 G11/4A 501 1/2 56X8.5 R-324MTFRCF R24X BS24SNX R-324-CFX MTF24ROMDCF 1.05 97.3 75.3 G11/2A 60

2 66X8.5 R-332MTFRCF R32X BS32SNX R-332-CFX MTF32ROMDCF 1.90 110.8 86.8 G2A 75All parts stocked and sold separately


58

Catalogue 4162/UK


MTF-N Male NPT Adapter

SAE 3000 / ISO 6162-1

Order code sufxes


Example Comments

Steel, zinc plated, Cr(VI)-free CF MTF20NCFX

Stainless steel SS MTF20NSSX

Galvanized hot dip zinc ZN MTF20NZNX on request


Retaining RingOrder code

Bonded SealOrder code

FlangeOrder code Order code

Weight(Steel)

kg/1 piece L1 L2T

NPTSW/HEX

1 39X7.5 R-316MTFNCF R16X BS16SNX R-316-CFX MTF16NCFX 0.45 87 63 1 5/16-12 411 1/4 46X8.0 R-320MTFNCF R20X BS20SNX R-320-CFX MTF20NCFX 0.70 92 67 1 5/8-12 501 1/2 56X8.5 R-324MTFNCF R24X BS24SNX R-324-CFX MTF24NCFX 1.00 101 75 1 7/8-12 60

2 66X8.5 R-332MTFNCF R32X BS32SNX R-332-CFX MTF32NCFX 1.40 107 80 2 1/2-12 75All parts stocked and sold separately




FTF-R Female thread ange BSPP

SAE 3000 / ISO 6162-1


Retaining RingOrder code

Bonded SealOrder code

FlangeOrder code

AdapterOrder code

Weight(Steel)

kg/1 piece L1 L2 R1 39X7.5 R-316FTFRCF R16X BS16SNX R-316-CFX FTF16RCFX 0.20 40 25 G 3/4A

1 1/4 46X8.0 R-320FTFRCF R20X BS20SNX R-320-CFX FTF20RCFX 0.30 42 30 G 1A1 1/2 56X8.5 R-324FTFRCF R24X BS24SNX R-324-CFX FTF24RCFX 0.45 45 30 G 11/4A

2 66X8.5 R-332FTFRCF R32X BS32SNX R-332-CFX FTF32RCFX 0.75 55 40 G 11/2A2 1/2 80X10.0 R-340FTFRCF R40X BS40SNX R-340-CFX FTF40RCFX 1.52 80 40 G 2A

3 97X12.0 R-348FTFRCF R48X BS48SNX R-348-CFX FTF48RCFX 2.11 85 50 G 21/2AAll parts stocked and sold separately

Order code sufxes


Example Comments

Steel, zinc plated, Cr(VI)-free CF FTF20RCFX

Stainless steel SS FTF20RSSX

Galvanized hot dip zinc ZN FTF20RZNX on request


60

Catalogue 4162/UK

Parflange

Documents

CAT 4162 UK Parflange F37