pipe support catalog -2

PIPE BEARING AND SADDLE COMPONENTS

PRODUCT GROUP

5

Roller bearings, type 51 to 53______________________________________ 5.1

Cylinder roller bearings, type 51 .. 19 ______________________________ 5.3

Double taper roller bearings, single, type 52 .. 19 ____________________ 5.3

Double taper roller bearings, movable, type 52 .. 29 __________________ 5.3

Double cylinder roller bearings, type 53 .. 19 ________________________ 5.4

Double cylinder roller bearings, type 53 .. 29 ________________________ 5.4

Pipe saddle for welding on, type 54 .. 19____________________________ 5.5

Pipe saddle with pipe clamp, type 54 .. 29 __________________________ 5.5

Support tray with pipe clamp, type 54 .. 39__________________________ 5.6

Lift-off restraint, type 55 .. 19 ______________________________________ 5.6

Insulated pipe supports, type 56 __________________________________ 5.7

Cold block pipe supports, type 56 ________________________________ 5.10

Weld-on pipe shoes, type 57 .. 11 and 57 .. 12 ____________________ 5.11

Stanchions for horizontal pipes, type 58 ..1. and 58 .. 2.______________ 5.12

Stanchions for short radius elbows

(R� OD), type 58 .. 1. and 58 .. 2. ________________________________ 5.13

Stanchions for long radius elbows

(R� 1.5OD), type 58 .. 1. and 58 .. 2. ______________________________ 5.14

Stanchions, type 58 ____________________________________________ 5.15

Elbow pads, type 58 .. 3. ________________________________________ 5.15

0

1

2

3

4

6

7

8

9

PRODUCTGROUP

5.0

PIPE BEARINGS AND SADDLE COMPONENTS

CONTENTS PAGE

5

5

0

1

2

3

4

6

7

8

9

5.1

ROLLER BEARINGSTYPE 51 TO 53

LISEGA – Standard Roller Bearings & Pipe SaddlesThese items are standardized in LISEGAProduct Group 5 for a wide range of applic-ations.

For applications outside the standard range,special designs can be offered.

Specification and design of roller bearingsIn the design of standard components, prac-tical requirements find special consideration.

The standard roller bearing is hot-dip galvan-ized and provides optimum corrosion protec-tion. Except for the movable double cylinderroller bearing Type 53 .. 29, weldings havebeen dispensed with.

The bearing axles are made from austeniticmaterial and have a polished surface. The slide bearings incorporate bushings madefrom a Teflon bronze sintered compound mat-erial fitted into the roller. The bearings aremaintenance free and guarantee dry runningqualities. The formed shoulder of each bushingminimizes the stick-slip drag effect on lateralloading. The bearing axles are permanentlyfixed in the middle section of the base. Spec-ial locking on the side bracket is not required.

The rollers are made from high tensile carbonsteel. Their outer surfaces are machined.

To compensate for misaligned anchor bolts,on site, the base holes are slotted for addi-tional adjustment.

The height dimensions (E) within a load grouprange are identical for all roller bearings, inc-luding the lateral movement type.

Information regarding material codes, stan-dards, calculations and weldings are givenin the Technical Specification on page 0.9and 0.10

Manufacture and StoringFor frequently used items, efficient serial prod-uction and stocking can be achieved throughstandardization.

Modern order logistics is possible through asingle fabrication process or in small lots,thus ensuring short fabrication and deliverytimes.

Technical Data for Roller Bearings

➜ rolling resistance of the rollers max 4%

➜ rolling resistance on lateral movement max 4%

➜ temperature range at nominal load -30°C to 80°C

➜ permissible lateral loading 35% of nominal load

➜ permissible lift-off load 10% of nominal load

Piping systems arrangedhorizontally over longstretches are placed onsupports. To allow normalthermal movement, thesupport points are designedas either sliding or rollertypes.

For larger diameter pipingand especially when fluidsand insulation produce highloads, roller bearings prov-ide the optimum solution.

5

5.2

INSTALLATION INSTRUCTIONS

Roller BearingsThe roller bearings can be fixed by simplebolt connections or welded to the contactsurface of the pipe support. In each case thecomplete width of the base plate must besupported and secured.

Due to the slotted holes, roller bearings caneasily be adjusted even with slightly misal-igned anchor bolts.

Pipe SaddlesWelded pipe saddles are supplied coated witha weldable primer (30µm) (see TechnicalSpecification page 0.10).

Care must be taken that the specified min-imum weld size is applied.

Pipe saddles with clamps are supplied readyto install.

Care must be taken to ensure the correct pos-itioning and adequate presetting of the bolts.

Lift-off restraintsWhen installing the lift-off restraint plate, caremust be taken to ensure that the gap bet-ween plate and roller is sufficient for normalmovement along the whole travel range.

The special design and quality of man-ufacture provide the following applicationbenefits:

➜ maintenance of minimum roll resistance (max 4%)

➜ takeover of realistic lateral loading for double taper and double cylinder roller bearings (35% of the support load)

➜ whole support load can be carried by just one roller of the double cylinder type

➜ absorption of lateral displacements bysideways sliding designs

➜ simple and safe design of lift-off restraints

➜ use of pipe saddles enables favorable load transfer into the pipe wall

➜ design of pipe saddles minimizes heat transfer

➜ hot dip galvanized corrosion protection for all roller bearings

➜ maintenance free operation

➜ stainless steel roller axle

➜ Teflon bronze compound bushes

➜ large range of sizes OD 60mm – OD 1350mm)

➜ large load range (max support load 120kN)

➜ short support height (see selection chart for E dimension)

5.3

Single cylinder roller bearingtype 51 08 19 to 51 35 19

Order details:Type 51 .. 19

Double taper roller bearing(single)type 52 04 19 to 52 35 19

� E = 1.064 · R +x


��

Double taper roller bearing (sideways movable)type 52 04 29 to 52 35 29

� E = 1.064 · R +x


travel 50mm

Type

51 08 1951 16 1951 35 19

A1 A2 B E F G a b sWeight

(kg)Load FN

(kN)

AR B C F G a b s xWeight

(kg)E�

min. max.

Load FN

(kN)Type

52 04 1952 08 1952 16 1952 35 19

AR B C F G a b s xWeight

(kg)E�

min. max.

Load FN

(kN)Type

52 04 2952 08 2952 16 2952 35 29

81635

90120145

70100120

80100130

506085

355560

607595

202426

101214

56

10

1.22.45.5

48

1635

105135165230

90100120160

7085

100135

557590

130

707590

120

20202426

10101214

468

12

546474

102

1.83.35.4

14.0

83 160153 202191 250247 347

27 - 10084 - 130

110 - 165136 - 230

48

1635

155185215280

90100120160

7085

100135

105120140180

707590

120

20202426

10101214

468

12

546474

102

2.03.66.0

15.5

83 160153 202191 250247 347

27 - 10084 - 130

110 - 165136 - 230

5

5.4

Order details:Type 53 .. 29with s = ... mm

Double cylinder roller bearingtype 53 08 19 to 53 12 19

� E = 1.064 · R+x


DOUBLE CYLINDER ROLLER BEARINGTYPE 53

A + travel s �

Double cylinder roller bearing (sideways movable)type 53 08 29 to 53 12 29

� E = 1.064 · R+x

� Travel s= 100…600mm

� Centre fixing point from Travel s= 300mm

Weight at s= 100mm

A1R A2 B C F G a b s x Weight(kg)

E�

min. max.

Load FN

(kN)Type

53 08 1953 16 1953 35 1953 60 1953 12 19

AR B C Ød F G H tK xWeight

(kg)E�

min. max.

Load FN

(kN)Type

53 08 2953 16 2953 35 2953 60 2953 12 29

8163560

120

210310420490620

190285370430525

80100130150180

6590

110135165

140230320370460

607590

100115

2024263131

1012141822

56

101218

4045536370

2.55.5

14.023.048.0

72 242135 375240 520329 615495 785

30 - 19085 - 310

175 - 440250 - 520400 - 675

8163560

120

260350475530700

210300410465635

5050607080

1012141823

145160215250315

165185245290360

6590

110130160

6075

100120145

5568

10

4045536370

610233570

30 - 19085 - 310

175 - 440250 - 520400 - 675

72 242135 375240 520329 615495 785

5.5

WELD-ON PIPE SADDLESTYPE 54

Pipe saddle with pipe clamptype 54 06 29 to 54 81 29

� Load at pipe temperature 150°C.

Order details:Type 54 .. 29R = ... mm

Weld-on pipe saddletype 54 06 19 to 54 81 19

� Load at pipe temperature 150°C.

Order details:Type 54 .. 19R = ... mm

Up to

OD 406.4

From

OD 508

From

OD 508

Up to

OD 406.4

ODOD

OD OD

L=300

L=300

Type

54 06 1954 08 1954 09 1954 11 1954 14 1954 17 1954 19 1954 22 1954 27 1954 32 1954 36 1954 41 1954 51 1954 61 1954 71 1954 81 19

ODWeight

(kg)a s

Load FN

(kN) �R

Type

54 06 2954 08 2954 09 2954 11 2954 14 2954 17 2954 19 2954 22 2954 27 2954 32 2954 36 2954 41 2954 51 2954 61 2954 71 2954 81 29

ODWeight

(kg)BR

Load FN

(kN) �s

1.41.41.41.84458

122020385065

100120

60.376.188.9

114.3139.7168.3193.7219.1273323.9355.6406.4508609.6711.2812.8

80 - 18090 - 19095 - 195

110 - 210120 - 220135 - 235150 - 250160 - 260190 - 290215 - 315230 - 330255 - 355325 - 415375 - 465 430 - 520480 - 570

1.4 - 3.51.5 - 3.71.5 - 3.81.5 - 4.02.0 - 5.03.0 - 6.53.0 - 6.84.0 - 8.06.7 - 13.59.6 - 18

10 - 1813 - 2510 - 1612 - 2116 - 2619 - 33

3333333444455566

33334556

1012121510121520

1.41.41.41.84458

122020385065

100120

60.376.188.9

114.3139.7168.3193.7219.1273323.9355.6406.4508609.6711.2812.8

40404050505050506060607070909090

33334556

1012121510121520

80 - 18090 - 19095 - 195

110 - 210120 - 220135 - 235150 - 250160 - 260190 - 290215 - 315230 - 330255 - 355325 - 415375 - 465 430 - 520480 - 570

2.5 - 4.82.8 - 5.83.1 - 6.05 - 76 - 97 - 128 - 139 - 15

15 - 2019 - 2621 - 3030 - 4032 - 3863 - 7275 - 8684 - 98

5

5.6

Pipe tray with pipe clampstype 54 06 39 to 54 81 39


Lift-off restrainttype 55 08 19 to 55 12 19

Order details:Type 55 .. 19for type 54 .. .9R = ... mm

PIPE TRAY WITH PIPE CLAMPS TYPE 54 LIFT-OFF RESTRAINT TYPE 55

OD

OD

L=300�90˚

L=300

Type

54 06 3954 08 3954 09 3954 11 3954 14 3954 17 3954 19 3954 22 3954 27 3954 32 3954 36 3954 41 3954 51 3954 61 3954 71 3954 81 39

ODWeight

(kg)Load FN

(kN)sR

A B Rcompatible with

roller bearing, typeType

55 08 1955 16 1955 35 1955 60 1955 12 19

0.80.81.21.54.04.05.08.010152035406080

100

60.376.188.9

114.3139.7168.3193.7219.1273.0323.9355.6406.4508.0609.6711.2812.8

344148627590

102116143170188214264317370421

3355555668

101010121515

1.72.02.64.75.45.96.67.5

1114162428566875

53 08 1953 16 1953 35 1953 60 1953 12 19

226335455560700

80100130150180

30 - 19085 - 310

175 - 440250 - 520400 - 675

INSULATED PIPE SUPPORTSTYPE 56

5.7

Pipe Supports for Cryogenic ApplicationsLISEGA offer a complete range of insulatedpipe supports for all types of cryogenic pipingapplications. Typically, these include industrialprocesses involving the production, transpor-tation and distribution of liquefied gasesincluding methane, propane, butane (LNG),ethylene, oxygen, nitrogen and ammonia (LPG).

LISEGA standard insulated pipe supports aredesigned in accordance with recognized engin-eering specifications and international stan-dards for pipes ranging in size from OD21.3mm to OD 914mm with insulation thick-nesses from 25mm up to 250mm. The sup-ports are manufactured using materials suit-able for the loads specified and for tempera-tures ranging from ambient to –196°C.

Insulation Material

The insulation material thatforms an integral part of the insul-

ated pipe support assembly is manufacturedusing fire-retarding high-density polyurethane(PUF) foam. For the supply of the PUF com-ponents and consumables, LISEGA have formed an alliance with Bains HardingIndustries Pty. Ltd., Australia. With more thantwenty five years experience in industrialinsulation, the company has extensive experience in the manufacture of rigid polyurethane insulation materials includinghighdensity moulded products and provideconstruction and maintenance services tothe liquefied natural gas industry (LNG) inAustralia and South East Asia.

PUF ManufactureThe PUF is monolithically molded in heavyduty steel molds under carefully controlledtemperature and humidity conditions. Thisensures compliance with dimensional spec-ifications and provides clean, sharp edgesthat fit neatly with the adjacent line insul-ation material on site. Careful attention isgiven to the curing of the PUF after moldingto ensure dimensional stability.

Both single and multilayer PUF cradlesystems are manufactured in accordance

with ASTM C-585 and incorporate steppedradial and offset longitudinal joints. This pro-vides a reliable interlocking interface witheach layer of the adjacent line insulation onsite and prevents a direct vapor path to theinsulation surface.

All exposed PUF cradle surfaces are sealedwith cryogenic fire-retarding elastomeric vaporbarrier mastic to prevent moisture ingress.A laminated aluminum/polyester foil is bon-ded to the outermost surface of the PUFcradle assembly. This has an overlap allo-wance designed to cover the adjacent lineinsulation material on site. Finally, a sheetmetal jacket forms part of the PUF cradleassembly and fits over the aluminum/poly-ester foil to provide additional support andinsulation protection.

The PUF cradles are available in three stan-dard densities to provide for varying loadrequirements –

160 kg/m3, 224 kg/m3, 320 kg/m3.

5.8

5Steel Clamp BaseLISEGA standard insulated pipe supports aredesigned to clamp onto the pipe mechan-ically. The steel clamp base support that the PUFcradle assembly fits into is manufacturedfrom carbon steel and supplied with a hotdip galvanized finish as standard. Material grades, welding and surface treatmentare in accordance with the LISEGA standardspecifications shown on pages 0.9 and 0.10of the catalog.

The quality control system employed by LISEGAin the manufacture and assembly of pipesupports is described on page 0.15. The in-spection and test procedure includes a trialfitting of each pipe support to a suitablesection of pipe to ensure compliance withthe specification.

Nominal thickness of insulation

80100130150180200250

Thickness of the layering

40 / 4050 / 50

30 / 50 / 5050 / 50 / 5050 / 80 / 50

50 / 100 / 5050 / 50 / 100 / 50

Density

Compressive strength

Linear coefficient of

expansion

Closed cell content

Thermal conductivity

Unit

kg/m3

MPaMPa1/K

%

W/mKW/mK

20°C-165°C

20°C-165°C

ASTM D1622ASTM D1621

BS 4370

ASTM D2856ASTM C177

160

� 2.0� 3.675

� 70x10-6

� 90

� 0.032� 0.021

224

� 4.0� 5.75

� 70x10-6

� 90

� 0.035� 0.027

320

� 7.0� 12.25

� 70x10-6

� 90

� 0.041� 0.034

Test standard

Material properties of the insulation

DWidth of theclamp base B

75�230�300�450�600�800

… 230… 300… 450… 600… 800

100150200300400500

CRYOGENIC CLAMP BASES TYPE 56 .. 10 TO 56 .. 69

5.9

Cryogenic clamp basesType 56 01 10 to 56 91 69

.. .. 1. Length C: 300; density of insulation 160kg/m3




C minus 20

sheet metal jacket

OD

150

100

50

� Maximum lateral loading 30% of vertical load

265290320345370400425480

56 .. 6.

Table of outer diameter D of the insulation (excluding sheet metal jacket)

Nominal insulation thicknessType

56 01 ..56 02 ..56 03 ..56 06 ..56 09 ..56 11 ..56 17 ..56 22 ..56 27 ..56 32 ..56 36 ..56 41 ..56 46 ..56 51 ..56 56 ..56 61 ..56 66 ..56 71 ..56 76 ..56 81 ..56 91 ..

OD

21.326.933.760.388.9

114.3168.3219.1273.0323.9355.6406.4457.2508.0558.8609.6660.4711.2762.0812.8914.4

Permissible load (kN) at –170°C �

2.32.93.76.79.8213140506065758494

100110120130140150165

56 .. 2.

25 40 50 80 100 130 150 180 200

6th digit of type designation

717784

110139164218269323

56 .. .0

101107114140169194248199353404

56 .. .1

121127134160189214268319373424456

56 .. .2

181187194220249274328379433484516566

56 .. .3

221227234260289314368419473524556606657708759810860911962

10131114

56 .. .4

287294320349374428479533584616666717768918870920971

102210731174

56 .. .5

360689414468519573624659706757808859910960

1011106211131214

56 .. .6

449474528579633684716766817868919970

10201071112211731274

56 .. .7

514568619673724756806857908959

101010601111116212131314

56 .. .8

250

614668719773824856906957

10081059111011601211126213131414

56 .. .9

2.32.93.76.79.8121824303639455056626773798490

100

56 .. 1.

105120135150165180195210225240275

56 .. 4.5th digit of type designation

�160

Steel Clamp BasesLISEGA standard cold block pipe supports aredesigned to mechanically clamp onto the pipe.The steel clamp base support is manufacturedfrom stainless steel and is supplied self-coloras standard. The cold block is bolted betweenthe underside of the clamp base and a carbonsteel base plate. Material grades, welding andsurface treatment are in accordance with theLISEGA standard specifications.

Other pipe support configurations can be sup-plied (pipe support stanchions, cradles, anchors)on request.

LISEGA cold block pipe supports are suppliedwith detailed installation instructions. Each pipesupport is clearly marked in accordance withthe LISEGA Type Designation System.

LISEGA cold block pipe supports are suppliedfully assembled and packed to protect the fin-ished product from superficial damage and mois-ture ingress during storage and transportation.

+20

0.309

Temperature °C

Thermal

conductivity W / (Km)

-100

0.243

-180

0.205

-196

0.199

Pipe Supports for Cryogenic ApplicationsLISEGA standard cold block supports are de-signed in accordance with recognized engin-eering specifications and international stand-ards for pipes ranging in size from OD 21.3mmto OD 914mm. The supports are manufacturedusing materials that are suitable for the loadsspecified and temperatures ranging fromambient to –196°C.

Cold Block MaterialThe cold block insulation material formingan integral part of the cold block pipe supportassembly is designed to provide a sufficientthermal insulation barrier between the pipeoperating at subzero temperatures and thesupporting structure that is at ambient tem-perature.

LISEGA standard cold block supports incor-porate Lignostone® densified wood blocksthat are manufactured from selected beechveneers, impregnated under vacuum withthermosetting synthetic resin and densifiedunder heat and pressure. The Lignostone®

blocks combine high strength with low ther-mal conductivity, have proven cryogeniccapability and are used exclusively for coldpipe applications throughout the world.

Alternative cold block insulation materialssuitable for cryogenic applications are avail-able on request.

COLD BLOCK PIPE SUPPORTSTYPE 56 .. 91

5.10

5

� permissible loads at cryogenic temperature

OD

J

A

Length=B

ODpermissible

load in kN �A B H E G

21.326.933.760.388.9

114.3168.3219.1273.0323.9355.6406.4457.2508.0558.8609.6660.4711.2762.0812.8914.4

1.31.62.13.75.57.1

101317202225283134384144475057

175175175175175175175240240360360360410440490490590590590590690

200200200200200200200200200400400400400400400400400400400400400

100100100100100150150150150150150150150150150150150150150150150

111113117130144207234260287312328353379404429455480506531556607

738084

117139183223258315354375438477528598640690741792843944

C

364042587092

111129158177187219239264299320345371396421472

t

101010101010101015151515152020202020202025

Type

56 01 9156 02 9156 03 9156 06 9156 09 9156 11 9156 17 9156 22 9156 27 9156 32 9156 36 9156 41 9156 46 9156 51 9156 56 9156 61 9156 66 9156 71 9156 76 9156 81 9156 91 91

J

135135135135135135135200200320320320370400450450550550550550650

5.11

WELD-ON PIPE SHOESTYPE 57 .. 11 AND 57 .. 12

Weld-on pipe shoes madefrom T/C sectionFor use with small pipeloads and temperature � 80°C

type 57 .. 11 to 57 .. 12

Material: S235JRG2

Surface: primer

Type designation:57 .. 11 (T Shoe)57 .. 12 (C Shoe)

� Field weld – For the weldsize and permissible loadsspecified, the stress in theweld is less than 50 N/mm2.

Order details:Weld-on pipe shoetype 57 .. 1.

�

�

Type

57 03 1157 03 1157 03 1157 03 1157 03 1157 07 1157 07 1157 07 1157 07 1157 13 1157 13 1157 13 1157 13 1157 13 1157 13 1157 24 1257 24 1257 24 1257 24 1257 24 1257 36 1257 36 1257 36 1257 42 1257 42 1257 42 1257 51 1257 51 1257 61 1257 61 12

Load F [kN]at 80°C

OD A B Ea � Weight

(kg)

21.326.933.742.448.360.373.076.188.9

108.0114.3133.0139.7159.0168.3193.7219.1244.5267.0273.0323.9355.6368.0406.4419.0457.2508.0558.8609.6660.4

1.01.01.01.01.01.51.51.51.52.02.02.02.02.02.06.06.06.06.06.08.0

101010101215152020

100100100100100150150150150150150150150150150250250250250250250250250250250250250250250250

707070707070707070

100100100100100100100100100100100160160160200200200240240300300

333333333333333555555555555555

0.80.80.80.80.81.21.21.21.22.52.52.52.52.52.52.72.72.72.72.74.74.74.76.36.36.38.38.3

11.611.6

8183879194

100107108115154157167170180184135150163175178210226233255262283312340370400

5

5.12

Order details:Type 58 24 21, E= 800mm

STANCHIONS FOR HORIZONTAL PIPESTYPE 58 .. 1. AND 58 .. 2.

� ... � see page 5.15

Example: Telescopic stanchion for pipe OD= 244.5mm,E= 800 (sliding)

The length of the stanchion is: L= E-N see data fromthe selection table L=800-122= 678mm.

For stanchion D= 88.9mm (designation “d”)

Permissible load = 0.36 x 11kN (see tables on page 5.15) = 3.96kN

Type 58 .. 112

Type 58 .. 212

OD

OD

E maxOD NStanchion

typeE minD x s aType

58 05 .158 06 .158 06 .258 07 .158 07 .258 08 .158 08 .258 09 .158 09 .258 10 .158 10 .258 11 .158 11 .258 13 .158 13 .258 14 .158 14 .258 16 .158 16 .258 17 .158 17 .258 19 .158 19 .258 22 .158 22 .258 24 .158 24 .258 26 .158 26 .258 27 .158 27 .258 32 .158 32 .258 36 .158 36 .258 37 .158 37 .258 41 .158 41 .258 42 .158 42 .258 46 .158 46 .258 51 .158 51 .258 56 .158 56 .258 61 .158 66 .158 71 .158 76 .158 81 .158 91 .1

48.360.360.373.073.076.176.188.988.9

108.0108.0114.3114.3133.0133.0139.7139.7159.0159.0168.3168.3193.7193.7219.1219.1244.5244.5267.0267.0273.0273.0323.9323.9355.6355.6368.0368.0406.4406.4419.0419.0457.2457.2508.0508.0558.8558.8609.6660.4711.2762.0812.8914.4

33.7 x 4.533.7 x 4.548.3 x 533.7 x 4.548.3 x 5 33.7 x 4.548.3 x 533.7 x 4.548.3 x 548.3 x 573.0 x 5.648.3 x 573.0 x 5.648.3 x 573.0 x 5.673.0 x 5.688.9 x 5.673.0 x 5.688.9 x 5.673.0 x 5.688.9 x 5.688.9 x 5.6

114.3 x 8.888.9 x 5.6

114.3 x 8.888.9 x 5.6

114.3 x 8.8114.3 x 8.8139.7 x 10114.3 x 8.8139.7 x 10139.7 x 10219.1 x 8139.7 x 10219.1 x 8139.7 x 10219.1 x 8139.7 x 10219.1 x 8139.7 x 10219.1 x 8219.1 x 8323.9 x 10219.1 x 8323.9 x 10219.1 x 8323.9 x 10323.9 x 10323.9 x 10323.9 x 10323.9 x 10323.9 x 10323.9 x 10

aababababbcbcbccdcdcddededeefeffgfgfgfgfgghghghhhhhhh

33333333333333333333335353557577575757575575757777777

2430303737383844445454575767677070808084849797

110110122122134134137137162162178178184184203203210210229229254254279279305330356381406457

250250250250250250250250250300300300300300300300300300300300300350350350350350350350350350350400400400400400400450450450450500500500500550550550600600650650700

11001100110011001100110011001100110011501150115011501150115011501150115011501150115011501150120012001200120012001200120012001250125012501250125012501300130013001300130013001350135013501350140014001450145015001550

��

15075

5.13

STANCHIONS FOR SHORT RADIUS ELBOWS(R� OD) TYPE 58 .. 1. AND 58 .. 2.

Order details:Stanchions for short radius elbows R � OD type 58 42 23, E = 750mm

� ... � see page 5.15

Example: Stanchion for short radius elbow R� OD, OD= 419mm, E= 750 (anchor)

Length of stanchion: L= E-N (see data from the selection table), L=750-50= 700mm.

For stanchion D= 139.7mm (designation “f”)

Permissible load = 0.41 x 22.5kN (see tables on page 5.15) = 9.2kN

Type 58 .. 134

Type 58 .. 234

OD

OD

E maxOD NStanchion


58 05 .358 06 .358 06 .458 07 .358 07 .458 08 .358 08 .458 09 .358 09 .458 10 .358 10 .458 11 .358 11 .458 13 .358 13 .458 14 .358 14 .458 16 .358 16 .458 17 .358 17 .458 19 .358 19 .458 22 .358 22 .458 24 .358 24 .458 26 .358 26 .458 27 .358 27 .458 32 .358 32 .458 36 .358 36 .458 37 .358 37 .458 41 .358 41 .458 42 .358 42 .458 46 .358 46 .458 51 .358 51 .458 56 .358 56 .458 61 .358 66 .358 71 .358 76 .358 81 .358 91 .3

��

48.360.360.373.073.076.176.188.988.9

108.0108.0114.3114.3133.0133.0139.7139.7159.0159.0168.3168.3193.7193.7219.1219.1244.5244.5267.0267.0273.0273.0323.9323.9355.6355.6368.0368.0406.4406.4419.0419.0457.2457.2508.0508.0558.8558.8609.6660.4711.2762.0812.8914.4


114.3 x 8.888.9 x 5.6

114.3 x 8.888.9 x 5.6



33333333333333333333335353557577575757575575757777777

10101015151515151515152020202025252525303030303535353540404545505040404545505050505555606065657080859095

110

250250250250250250250250250250250250250250250300300300300300300300300300300300300300300350350350350350350350350350350350350400400400400450450450450450450500550

11001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100110011001100115011501150115011501150115011501150115011501200

15075

5.14

5

� ... � see page 5.15

Example: Stanchion for long radius elbow R� 1.5 OD,OD= 419mm, E= 750 (anchor)

Length of stanchion: L= E+N (see data from the selec-tion table), L=750+75= 825mm.

For stanchion D= 139.7mm (designation “f”)

Permissible load = 0.37 x 22.5kN (see tables on page 5.15) = 8.3kN

STANCHIONS FOR LONG RADIUS ELBOWS R� 1.5 OD, TYPE 58 .. 1. AND 58 .. 2.

Order details:Stanchions for long radius elbows R � 1.5 ODtype 58 42 25, E = 750mm

Type 58 .. 156

Type 58 .. 256

OD

E maxOD NStanchion


58 05 .558 06 .558 06 .658 07 .558 07 .658 08 .558 08 .658 09 .558 09 .658 10 .558 10 .658 11 .558 11 .658 13 .558 13 .658 14 .558 14 .658 16 .558 16 .658 17 .558 17 .658 19 .558 19 .658 22 .558 22 .658 24 .558 24 .658 26 .558 26 .658 27 .558 27 .658 32 .558 32 .658 36 .558 36 .658 37 .558 37 .658 41 .558 41 .658 42 .558 42 .658 46 .558 46 .658 51 .558 51 .658 56 .558 56 .658 61 .558 66 .558 71 .558 76 .558 81 .558 91 .5

48.360.360.373.073.076.176.188.988.9

108.0108.0114.3114.3133.0133.0139.7139.7159.0159.0168.3168.3193.7193.7219.1219.1244.5244.5267.0267.0273.0273.0323.9323.9355.6355.6368.0368.0406.4406.4419.0419.0457.2457.2508.0508.0558.8558.8609.6660.4711.2762.0812.8914.4


114.3 x 8.888.9 x 5.6

114.3 x 8.888.9 x 5.6



33333333333333333333335353557577575757575575757777777

00055005555

10101010151515151515202025252525303030304040656565657070757580809090

100100110115125135145160

200250250250250250250250250250250250250250250250250250250250250250250250250250250250250250250300300250250250250300300300300300300350350350350400400450450500550

11001050105010501050105010501050105010501050105010501050105010501050105010501050105010501050105010501050105010501050105010501050105010001000100010001000100010001000100010001000100010001000950950950950950900

�

�

15075

Weight (kg)

for L= 200mm per add.

100mm

Type

58 06 3.58 07 3.58 09 3.58 11 3.

OD A B tWeight

(kg)

60.373.088.9

114.3

95115140180

95105125165

4556

0.250.400.601.15

( (

�

5.15

Order details:Type 58 .. 3.

STANCHIONSTYPE 58

� Field weld

� For weld size and per-missible loads specified,stress in weld less than 50 N/mm2

� Type designation:

58 .. 1. Stanchion58 .. 2. Telescopic stanchion

� Permissible load foractual stanchion lengthtaken from chart

� Maximum lateral load is 100% of specified vertical load

Material: S235

Surface: primer

Elbow pads for long radiuselbows (R � 1.5 OD)

Type 58 06 3. to 58 11 3.

� Field weld� 6th digit of type designation:

1 = Material: S235JRG2Surface: primer

2 = Material: 1.4301 (stainless steel)

Permissible load against length of sliding / fixed (anchor) stanchions.

( (

R�1.5OD

OD

D x svertical

loadA x tsliding fixed

anchorType

abcdefgh

58 .. 1. 58 .. 2.

Max. permissible load at 80°C (kN)

only

33.7 x 4.548.3 x 573.0 x 5.688.9 x 5.6

114.3 x 8.8139.7 x 10219.1 x 8323.9 x 10

90 x 10115 x 10130 x 10150 x 10190 x 12215 x 15305 x 20405 x 25

9.52234407896

150330

1.93.77.9

11253569

185

1.12.35.07.1

16.022.543.5

113.0

1.32.13.14.07.7

11.722.145.7

1.84.04.26.6

10.815.826.854.1

0.320.530.91.22.33.24.27.7

� �

pipe support catalog -2

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