QuiCK CouPlinGS

www.lmc-couplings.com

CATALOGUE 2015

Untitled-4 1 27/05/13 10:21

A.1. Cam & groove couplings

A.2. Guillemin couplings

A.3. DSP couplings

A.4. TW couplings

A.5. ‘GK’ couplings

A.6. Express couplings

A.7. European air couplings

A.8. Triclamp couplings

A.9. Cardan couplings

A.10. Chemaline 2000

AQuiCKCouPlinGS

Untitled-4 2 27/05/13 10:40

W W W . L M C - C O U P L I N G S . C O M

Chapter A Page

A.1.

A.2.

A.3.

A.4.

A.5.

A.6.

A.7.

A.7.

A.8.

Quick couplings

Cam & groove couplings Federal Mil / EN / DIN Guillemin couplings EN 14420-8 / NF E 29-572 DSP couplings NF S61-704 / NF S61-705

TW couplings EN 14420-6 / DIN 28450

‘GK’ couplings

Express couplings NF E 29-573

European air couplings DIN 3489

European air safety couplings

Triclamp couplings DIN / INCH / ISO / IMPERIAL Cardan couplings

Chemaline 2000

A.9.

Chapter B Threaded couplings

Screw hose couplings B.1.

Nipples B.2.

Food couplings DIN 11851 B.3.

Food couplings SMS 1145 B.4.

Steam couplings EN 14423 / DIN 2826 B.5.

DINBO steam couplings B.6.

Petrol hose couplings EN 14424 B.7.

Chapter C Flange couplings

Flange couplings EN 14420-4 / DIN 2673 C.1.

Chapter D

D.1.

D.2.

D.3.

D.4.

D.5.

Assembly clamps & ferrules

RK safety clamps EN 14420-3 / DIN 2817 RKP safety clamps EN 14420-3 / DIN 2817 FLEXOLINE safety clamps

RKS steam clamps EN 14423 / DIN 2826 FIXP band clamps

Swage ferrules D.6.

Chapter E Technical information

Seals E.1.

Inspection documents E.2.

Production methods E.3

Materials E.4.

Threads E.5.

Flanges E.6.

Hose assemblies E.7.

Temperature & pressure E.8.

Resistance table E.9.

Chapter F Price list

General sales conditions

CONTENT TABLE

Reasonable care has been taken in preparing this catalogue. However

errors may exist and information should be used as guideline only.

LMC-Couplings nv reserves the right to make corrections and price

changes at any time without prior notice.

content table 9/20/07 8:37 AM Pagina 2

A.10.

A-Z INDEX

AAlloyed steel - stainless steel Chapter E E.4.1Assembly method safety clamps Chapter E E.7.1ASTM 1418 Chapter E E.1.6

BBand clamps Chapter D D.5.1Brass Chapter E E.4.4Bronze Chapter E E.4.5BucklingBleed Off

Chapter EChapter A

E.7.4A.1.43

CCam & groove couplings Chapter A A.1.1Cardan couplings Chapter A A.9.1Chemical resistance table Chapter E E.9.1Chemical terms Chapter E E.1.6Claw couplings Chapter A A.5-6-7Coatings Chapter A A.1.10

DDie-casting Chapter E E.3.1DIN 11866 series A Chapter A A.8.5DIN 11866 series B Chapter A A.8.5DIN 11866 series C Chapter A A.8.5DIN 2826 Chapter B B.5.1DIN 2828 Chapter A A.1.1DIN 28450 Chapter A A.4.1DIN 3017 Chapter D D.5.5DIN 32676 Chapter A A.8.1DIN 3489 Chapter A A.7.1DIN 405/1 Chapter B B.3.3DINBO steam couplings Chapter B B.6.1Drop forging Chapter E E.3.2DSP couplings Chapter A A.3.1

EElastomer Chapter E E.1.1EN 10204 Chapter E E.2.1EN 1026-1 Chapter A A.1.6EN 14420-2 Chapter B B.1.1EN 14420-3 Chapter D D.1.1-D.2.1EN 14420-4 Chapter C C.1.1EN 14420-5 Chapter B B.1.1EN 14420-6 Chapter A A.4.1EN 14420-7 Chapter A A.1.1EN 14420-8 Chapter A A.2.1EN 14423 Chapter B B.5.1-D.4.1EN 14424 Chapter B B.7.1EN ISO 228-1 Chapter A A.1.6European air couplings Chapter A A.7.1European air safety couplings Chapter A A.7.5Express couplings Chapter A A.6.1

FChapter A A.1.1

Chapter D D.6.1

Chapter C C.1.1

Chapter D D.6.3

Chapter E E.6.4

Chapter E E.6.1

Chapter D D.3.1

Chapter B B.3.1

Federal Mil-A-A-59326A Ferrules

Flange couplings

Flange dimensions Flange types

Flanges

FLEXOLINE safety clamps Food couplings DIN 11851 Food couplings SMS 1145

FIXPChapter BChapter D

B.4.1D.5.1

G‘GK’ couplings Chapter A A.5.1

Galvanised steel Chapter E E.4.6

General sales conditions Chapter F -

Guillemin couplings Chapter A A.2.1

HHose assemblies Chapter E E.7.1

HRP swage ferrules Chapter D D.6.1HRRK swage ferrules Chapter D D.6.1

IIMPERIAL Chapter A A.8.1

INCH Chapter A A.8.1

Inspection documents Chapter E E.2.1

Investment casting Chapter E E.3.1

ISO 127 Chapter A A.8.1

ISO 1629 Chapter E E.1.6

LLost wax casting Chapter E E.3.1

MM Chapter E E.4.1

Chapter E E.1.1

Chapter E A.1.1

aterials

Media

MIL-C-27487

NNF E 29-572 Chapter A A.2.1

NF E 29-573 Chapter A A.6.1

NF S61-704 Chapter A A.3.1

NF S61-705 Chapter A A.3.1

Nipples Chapter B B.2.1

Non ferrous alloys Chapter E E.4.4

Nylon Chapter E E.4.6


A-Z INDEX

PPetrol hose couplings Chapter B B.7.1

Polyethylene Chapter E E.4.6

Polypropylene Chapter E E.4.6

Pressure units Chapter E E.8.2

Price list Chapter F -

Production methods Chapter E E.3.1

PTFE Chapter E E.1.1

QQuick couplings Chapter A

RRa test report Chapter A A.8.2

Ra value Chapter E E.4.7

Resistance table Chapter E F.8.1

RK safety clamps Chapter D D.1.1

RKP safety clamps Chapter D D.2.1

RKS safety clamps Chapter D D.4.1

Roughness certificate Chapter E E.4.9

SChapter D D.1.1

Chapter A A.1.10

Chapter E E.3.2

Chapter B B.1.9

Chapter E E.1.1

Chapter B B.4.1

Chapter E E.4.1

Chapter A A.1.1

Chapter A A.1.1

Chapter A A.1.1

Chapter D D.4.1

Chapter B B.5.1

Chapter E E.4.6

Chapter E E.4.7

Chapter D D.6.1

Safety clamps

Safety handles

Sand casting

Screw hose couplings

Seals

SMS food couplings

Stainless steel

Standard DIN2828

Standard EN 14420-7

Standard Federal Mil-A-A-59326A

Steam clamps

Steam couplings

Steel

Surface treatments

Swage ferrules

Swaging

SaflokChapter EChapter A

E.7.4A.1.43

TTemperature Chapter E E.8

Thermoplastics Chapter E E.4.6

Thin-wall hoses Chapter D D.3.1

Threaded couplings Chapter B

Threads Chapter E E.5.1

Triclamp couplings Chapter A A.8.1

TW couplings Chapter A A.4.1

UUnalloyed steel - steel Chapter E E.4.3

WWire binding Chapter E E.7.4

Worm drive clamps Chapter E E.7.4

Wrench Chapter A A.2.12


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A.1

A.1.1

CAM & GROOVE COUPLINGS FED MIL / EN / DIN

STANDARD

� Federal Mil A-A-59326A

The standard for cam & groove couplings is based on the US Military

Specification Mil-C-27487. The Mil-C-27487 specified the casting methods,

materials, dimensions, tolerances, pressure ratings and inspection proce-

dures. In 1998, the original Mil-C-27487 specification was replaced by a new

Federal Military standard: A-A-59326A. Federal Mil A-A-59326A guarantees

interchangeability of couplings designed to the same specification.

Interchangeability with other brands

Between manufacturers cam & groove couplings are interchangeable with

the exception of 1/2" (12.7 mm), 5" (127 mm) and 8" (203.2 mm).

The A-A-59326A Mil-specification does not apply to 1/2", 5" and 8" cam & groove

couplings, due to the presence of two versions of cam & groove couplings in

today’s market.

Limitations: Hose shanks with larger serrations are not designed to be

assembled with a ferrule or sleeve. Hose damage can result if they are

swaged. The larger shank serrations will cut into the inner wall of the hose

resulting in leakage or permanent hose failure.

N.B.: Cam & groove couplings must never be used for steam or compressed air

applications.

� EN 14420-7

The European standard EN 14420-7 was approved by CEN in September

2004, and was applied to cam & groove couplings manufactured to American

“military specification” MIL-C-27487 / A-A-59326A. This American standard

does not apply to the connection side, but only to the coupling side. Other

parts like levers, bolts, rings and seals are not standardized.

Cam & groove couplings produced to EN 14420-7 are interchangeable with

those produced to the original MIL-C-27487 standard, but differ in terms of

hose tail design, thread, part number etc. A flat thread seal has been added

to the female threaded parts, and a smooth hose shank complying with

EN 14420-2 / DIN 2817 has been added for assembly with RK safety clamps

complying with EN 14420-3 / DIN 2817.

N.B.: European standard EN 14420-7 replaces DIN 2828 but does not replace

MIL-C-27487 and Federal Mil A-A-59326A.

� DIN 2828

Couplings produced to DIN 2828 are interchangeable with those produced

to the original MIL-C-27487 standard, but differ in terms of hose tail design,

thread, part number etc. A flat thread seal has been added to the female

threaded parts, and a smooth hose shank complying with EN14420-3/

DIN 2817 has been added for assembly with RK safety clamps complying with

EN 14420-3/DIN 2817.

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Saok/Bleedoff

A.1.5Chapter A: Quick couplings

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A.1W W W . L M C - C O U P L I N G S . C O M

PTFE envelope FPM core (standard)VMQ core (on request)

Closed envelope sealThe closed envelope seal removes all contact between chemicals and the seal core. The fully-closed PTFE envelope completely encapsulates the FPM. The maximum temperature for this type is 200°C / 392°F.

Thread sealFemale threaded coupler and adaptor components complying with EN 14420-7 / DIN 2828 standards contain a thread seal. Female threaded cam & groove couplings are sealed by screwing a male BSPT / BSP thread up to the thread seal. Thread seals are available in: PTFE - PU

Properties seals

NBR= Perbunan® is a registered trademark of Bayer AG / EPDM= Keltan® is a registered trademark of DSM / FPM= Viton® is a registered trademark of DuPont Performance Elastomer

CSM= Hypalon® is a registered trademark of DuPont Performance Elastomer / PTFE = Teflon® is a registered trademark of DuPont Performance Elastomer

VMQ = Silplus® is a registered trademark of General Electric Co / TFMTM is a registered trademark of Dyneon.

PTFE or PU

REF. ASTM POLYMER TRADE NAME HARDNESS °C °F + PROPERTIES -

VLXB... NBR Acrylonitrile Butadiene Perbunan® 60 +/- 5 -30°C -22°F Oil based hydraulic Ozone,Shore A 120°C 248°F fluid, fats, animal and sunlight

vegetable oils, flame weatherretardant, liquids, grease,water and air

VLXE... EPDM Ethylene-propylene- Keltan® 70 +/- 5 -40°C -40°F Acids, steam, alcohol Oil,Diene Rubber Shore A 145°C 293°F greases

VLXV... FPM Fluorocarbon Viton® 70 +/- 5 -30°C -22°F Mineral oils and greases, SteamShore A 200°C 392°F alifatic, aromatic, and also

special chlorinated hydro-carbons, petrol, diesel fuels,silicon oils and greases

VLXH... CSM Chlorosylfonated Hypalon® 70 +/- 5 -40°C -40°F Acids and oils, obsolescent Chlorinepolyethylene Shore A 140°C 284°F and ozone resistant

VLXPSG... FEP / Copolymer of Hexa-fluorpropylene / Teflon® / 60 +/- 5 -60°C -76°F Resistant to almost all kinds HardnessVMQ Silicone Silicone Shore D 204°C 399°F of chemical products, steam,

oils... Excellent self-lubricatingand anti adhesive properties

VLXP... PTFE / Poly tetrafluorethylene / Teflon® / 85 +/-5 -25°C -13°F Alcohols, acids HardnessEPDM Keltan® Shore D 100°C 212°F Oil, greases

VLXP...V PTFE / Poly tetrafluorethylene / Teflon® / 85 +/-5 -10°C 14°F Mineral oils and greases, Low temp.FPM Fluorocarbon Viton® Shore D 200°C 392°F alifatics, aromatics

VLXPG... PTFE / Poly tetrafluorethylene / TFMTM/ 74 +/- 5 -15°C -5°F Acids and oils, obsolescent Benzene, FPM Fluorocarbon Viton® Shore D 200°C 392°F and ozone resistant toluene,

petrol


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A.1.6 Chapter A: Quick couplings


THREADS

Three different types of thread are generally used for cam & groove couplings:

� BSP = British Standard Pipe

� BSPT = British Standard Pipe Taper

� NPT = National Pipe Taper

In Europe, BSP and BSPT threads are more commonly used than NPT threads. NPT threads are typically American threads. Since manyAmerican industrial machines and products are exported to European markets, couplings with NPT threads are a regular requirement. Themain difference between the three thread types referred to above is the seal method used. Although BSP threads are sealed using a sealor o-ring, BSPT and NPT threads are sealed by their conical thread.

THREAD DESCRIPTION STANDARD TYPICAL CALL OUT SEALING METHOD PROPERTIES

BSP British standard pipe EN ISO 228-1 G1 � Parallel thread � 55° degree thread angleDIN ISO 228-1 � Pressure tight joint is � Trucation of rood and crest

obtained with a seal are roundor o-ring � Diameter measured in inches

BSPT British standard EN 10226-1 R1 � Conical thread. � 55° degree thread anglepipe taper DIN 2999-1 � Pressure tight joint is � Trucation of rood and crest

achieved by the thread are round

BSPP British standard G 1(cyl) � Cylindrical thread � 55° degree thread anglepipe parallel � Trucation of rood and crest

are round

NPT National pipe taper ANSI B 1.20.1 NPT 1 � Conical thread � 60° degree round angle(American standard pipe thread) � Pressure tight joint is � Trucation of rood and crest

achieved by the thread are flat

COUPLING TYPE STANDARD ON REQUEST

ADAPTOR

Female threaded A BSP EN ISO 228-1/ DIN ISO 228-1 NPT ANSI B 1.20.1

Male threaded F BSPT EN 10226-1 / DIN 2999-1 NPT ANSI B 1.20.1

COUPLER

Female threaded D BSP EN ISO 228-1/ DIN ISO 228-1 NPT ANSI B 1.20.1

Male threaded B BSPT EN 10226-1 / DIN 2999-1 NPT ANSI B 1.20.1

ASSEMBLY

Worm drive clampsRK safety clamps to EN14420-3 / DIN 2817RKP safety clamps to EN14420-3 / DIN 2817

FLEXOLINE® safety clampsWelding: butt welding and socket welding (see pg. A.1.27)


Cam & groove threads

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TESTING

The following aspects of LMC’s cam & groove couplings are tested in house:

� Adaptor and coupler dimensions

� Material quality

� Handle strength

� Seal properties

� Thread dimensions

� Impact resistant

� Adaptor and coupler dimensions

High-technology measuring equipment

High-technology measuring tools are used to measure the specific dimensions of cam &

groove couplings to ensure compliance with the dimensions required under the Federal Mil

A-A-59326A, European EN 14420-7 and the German DIN 2828 standards. Although ordinary

measuring systems are unable to give sufficiently precise dimensions for this purpose, our

high-technology measuring system is able to measure complex cam & groove coupling product

positions and shapes.

Dimension gauges

The shape of the adaptor coupling enables the interchangeability of coupler parts. Specially

designed gauges are used in addition to measurement systems. The use of test gauges

minimises inspection times, ensures interchangeability and maintains seal properties when

using specially-designed seals, such as envelope seals.

Two gauges are used for each dimension; one small and the other larger. In the first stage of

testing, the small gauge is passed across the head of the adaptor section. If the gauge can not

pass, the adapter head falls within the permissible – (minus) tolerances.

If the larger gauge passes across the adaptor head with no interruption, the component is

compliant and its dimensions fall within the permissible + (plus) tolerances.

� Material quality

An in-house spectroscope is used to identify the materials used in the cam & groove couplings.

The spectroscope analyses the precise quantity of all materials of the coupling.

We can therefore offer our customers a guarantee that the materials used comply fully with the

relevant standard.

Chapter A: Quick couplings A.1.7

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� Handle strength

LMC handles are designed to resist a wide range of applications in many industries. All standard handles are investment-cast and

triangular in section. The production method and triangular section guarantees excellent mechanical properties. The wear resistance

of this material was tested using a Rockwell hardness tester. LMC handles achieve better test results than sintered handles.

Sintered handles begin to fracture when subjected to a load of 1600 Kg, LMC handles do not even start to bend until subjected to a

load of 1000 Kg. Even when subjected to a load of 2400 Kg, LMC cam & groove handles still show no sign of fracture.

� Seal properties

After chemical structure, seal compression set has the next most significant effect on the seal of cam & groove couplings. A seal of

correct hardness will ensure that the cam & groove coupling is sealed properly and safely. Cam & groove seal hardness is tested using

a durometer.

� Thread dimensions

All cam & groove threads are tested using thread gauges. Our production site has gauges for all dimensions and all standards.

� Impact resistance

Impact resistance tests were carried out on 3” and 4” aluminium couplers and nine other brands in order to test the mechanical

strength of LMC cam & groove couplings. A 2.3 kg / 5 lbs weight was dropped from a height of 1.5 metres / 5 feet, and the impact on

the coupler body measured.

A

B

Impact

Drop weight impact onbowl of coupler

Original ID: AID after impact: B

BRAND PRODUCTION METHOD

E Gravity cast

F Gravity cast

G Sand cast

H High pressure die cast

I High pressure die cast

J Squeeze die cast

K High pressure die cast

LMC High pressure die cast

M High pressure die cast

0.0 2.5 5.0 7.5 10.0 12.5 15.0

6000

5000

4000

3000

2000

1000

0

* LMC

X0 0P/M

(*) Fractured.

(0, ) Bend, not fracture.

Bending stroke (mm) Bend investment cast LMC handle

Load

(kg

)

Fractured sintered handle


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Test result

The impact resistance test showed that the product quality of cam & groove couplings is variable. Nine couplers from different

manufacturers were also tested.

Four brands of adaptor were unable to fit the corresponding coupler following a single impact from a 2.3 kg / 5 lbs weight dropped

from a height of 1.5 metres / 5 feet. However, it took 18 such impacts before LMC-Couplings couplers were unable to fit their adaptors.

The average number of impacts required before fractures became aparent was 4.25. LMC-Couplings couplers resisted 23 impacts before

showing signs of fracture; a result far in excess of the average value.

Imp

ac

t ti

me

s B

94.50

88.50

90.50

92.50

C(E) C(F) C(G) C(H) C(H) C(I) C(J) B(K) B(K) C(K) C(K) D(K) C(LMC) C(LMC)

*0*0

*0

*1

*1

*0

*1 *1*1

*0 *0

*0

*1*1

*17

*18 *18

*19

*0*0

*0

*1

*2

*2

*2*2

*0

*0

*1

*1

*1

*0

*2

*2*2

*3

*0

FUNCTIONAL

DX

(MM

)

DISABLED


Size 3”Type C C C C C C C B B C C D CBrand E F G H H I J K K K K K LMC

Original ID A 92.14 91.72 91.98 92.21 92.01 92.53 91.98 92.24 92.42 92.74 92.58 92.15 93.541 91.75 89.43 89.86 91.06 91.67 90.98 91.16 91.43 91.12 91.48 91.59 91.31 93.172 91.38 88.65 90.57 90.54 90.08 89.57 91.00 90.43 90.68 91.20 90.75 92.573 90.73 90.54 90.27 89.06 88.66 90.26 90.30 90.28 91.11 90.38 92.574 90.56 90.25 90.09 90.12 89.28 90.68 90.30 92.355 90.16 90.05 89.83 90.65 89.78 92.196 90.11 90.00 90.47 89.72 91.927 89.55 89.49 91.898 89.35 89.44 91.879 89.37 89.33 91.79

10 89.33 91.7711 89.22 91.7612 89.14 91.5513 91.6814 91.5815 91.5816 91.6517 91.6118 91.1919 91.1520 91.1821 91.0822 90.5823 90.05

Measurements in mm� Adaptor unable to fit in coupler� Coupler cracked

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290°C / 550°F.

290°C / 550°F.

A.1.14LMC

Chapter A: Quick couplings

W W W . L M C - C O U P L I N G S . C O MCAM & GROOVE COUPLINGS FED MIL / EN / DIN

ND Inch A B C D E F G H J K L M13 1/2” 66,40 37,70 33,00 53,00 12,50 33,00 73,60 15,00 53,00 29,00 34,50 11,00

13-19 1/2”-3/4” 110,30 53,30 33,00 53,00 12,50 33,00 73,60 15,00 53,00 29,00 - -

19 3/4” 110,30 53,30 33,00 55,00 17,50 33,00 84,00 21,50 54,00 35,20 34,80 11,0025 1” 130,80 61,90 39,00 62,00 22,00 39,00 100,00 27,00 61,00 40,60 41,10 11,5032 1.1/4” 181,30 82,60 46,00 72,00 30,00 46,00 109,40 33,50 70,00 51,00 48,60 13,60

38-32 1.1/4”-1.1/2” 180,20 83,30 47,00 73,00 30,00 47,00 110,40 33,50 71,00 51,00 - -38 2.1/2” 180,20 83,30 46,00 72,00 35,80 46,00 112,80 39,20 71,00 60,00 48,80 13,5050 2” 189,50 94,20 53,00 86,00 47,00 53,00 140,50 52,80 81,00 69,00 56,30 12,0075 3” 245,00 128,10 59,00 99,00 70,00 59,00 162,60 78,50 95,00 102,00 65,20 16,00

100 4” 272,20 159,40 59,00 101,00 95,00 59,00 168,70 104,30 99,00 129,00 65,20 16,00

ND Inch N O P R S T U V W X Y Z AA13 1/2” 29,00 46,60 12,10 27,00 15,00 78,20 37,60 27,00 59,60 39,60 12,10 11,00 27,70

13-19 1/2”-3/4” 35,20 41,60 16,50 35,00 15,00 78,20 37,60 35,20 61,60 41,60 16,50 - -19 3/4” 35,20 47,60 19,00 35,00 21,50 88,60 37,60 35,20 63,60 41,60 18,90 11,60 28,0025 1” 41,00 48,60 23,00 40,00 27,00 107,60 46,60 40,00 71,60 48,60 22,80 13,40 35,2032 1.1/4” 51,00 67,00 27,50 650,00 33,50 116,90 53,50 51,00 81,00 55,00 27,90 15,00 42,00

38-32 1.1/4”-1.1/2” 56,00 56,50 35,20 50,00 33,50 118,40 55,00 56,00 82,50 56,50 35,20 - -38 2.1/2” 60,00 67,50 35,80 57,00 39,20 121,80 55,00 39,20 82,50 56,50 35,80 14,70 43,8050 2” 70,00 77,00 45,50 68,00 52,80 149,50 62,00 68,00 97,00 63,00 45,50 14,20 50,8075 3” 101,00 91,40 70,40 98,00 78,50 173,10 69,50 98,00 111,20 71,20 70,40 15,20 64,80

100 4” 129,00 96,50 96,00 128,00 104,30 180,70 71,00 129,00 113,70 71,70 96,00 14,80 57,70

POLYPROPYLENE

ND Inch A B C D E F G H J K L M13 1/2” 67,00 38,50 31,00 46,20 11,50 31,45 80,00 14,20 47,00 26,60 32,50 13,50

19 3/4” 110,60 52,60 32,50 49,90 19,00 32,50 92,50 21,20 49,90 33,40 33,60 7,50

25 1” 136,00 62,20 38,50 59,80 24,20 38,50 107,60 27,00 59,80 38,60 39,70 8,0032 1.1/4” 182,60 80,20 42,40 63,70 32,50 42,40 115,00 33,20 63,70 47,60 48,90 8,4038 1.1/2” 190,20 87,80 45,20 67,60 38,50 45,20 121,30 39,60 67,60 55,00 46,90 8,5050 2” 199,60 97,20 51,60 75,40 49,60 56,10 139,30 52,80 75,40 66,00 53,70 8,5063 2.1/2” 212,30 109,90 53,00 86,00 65,00 52,20 149,50 65,00 85,00 82,00 54,50 8,8075 3” 252,30 137,10 56,10 89,10 75,50 56,10 173,00 78,50 89,10 96,00 59,00 9,40

100 4” 280,30 165,00 56,40 93,40 101,00 56,40 180,00 103,80 93,40 124,00 60,40 12,00125 5” 306,10 191,10 61,00 103,00 126,00 61,00 187,50 129,60 103,00 152,00 68,60 15,00150 6” 414,50 240,00 64,00 107,00 149,00 84,00 243,00 154,50 103,00 180,00 64,00 16,00200 8” 467,40 286,80 68,00 118,00 199,00 68,00 243,00 205,00 118,00 234,00 74,40 7,00

ND Inch N O P R S T U V W X Y Z AA13 1/2” 26,30 42,30 13,50 23,80 14,20 72,00 39,00 25,20 57,00 40,50 13,45 13,75 29,00

19 3/4” 33,40 37,90 21,50 35,00 21,20 86,00 36,00 33,40 53,80 36,50 21,50 13,10 25,6025 1” 38,60 46,60 24,20 39,00 27,00 103,80 44,80 38,60 68,60 47,00 24,20 13,20 33,2032 1.1/4” 47,60 52,70 28,20 48,00 33,20 113,90 51,90 47,60 74,70 53,40 28,20 13,20 39,6038 1.1/2” 55,00 54,70 36,40 56,60 39,60 119,70 55,70 55,00 77,40 54,40 36,40 13,10 41,3050 2” 65,40 61,50 46,00 68,00 52,80 135,90 60,90 65,40 84,00 60,70 46,00 12,80 48,0063 2.1/2” 82,00 81,70 56,60 82,00 65,00 144,70 61,70 80,00 99,70 67,70 59,60 13,20 49,2075 3” 95,40 69,50 73,30 98,00 78,80 167,40 64,90 95,40 100,90 67,90 73,30 13,10 51,60

100 4” 124,00 77,70 98,40 127,00 103,80 174,50 67,50 122,00 112,00 74,90 98,40 16,80 54,40125 5” 152,00 82,00 123,30 154,00 129,60 192,50 72,50 150,00 124,00 82,00 125,30 17,80 59,20150 6” 189,50 82,00 150,00 178,50 154,70 254,00 77,00 189,00 126,30 83,30 149,80 24,70 56,50200 8” 234,00 108,00 197,00 232,00 205,00 254,00 79,00 232,00 138,00 88,00 197,00 28,00 58,00

STAINLESS STEEL

8” 5.00 VLPR200


CAM & GROOVE COUPLINGS EN 14420-7 / DIN 2828

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TYPE AF: ADAPTOR FEMALE THREADED WITH THREAD SEAL

ND Inch Thread Thread Material Weight/pc ReferenceEN ISO 228-1 seal Kg

20 3/4” G 3/4 PTFE Stainless steel 0.11 VLAR019D25 1” G 1 PTFE Stainless steel 0.18 VLAR025D32 1.1/4” G 1.1/4 PTFE Stainless steel 0.31 VLAR032D40 1.1/2” G 1.1/2 PTFE Stainless steel 0.44 VLAR038D50 2” G 2 PTFE Stainless steel 0.60 VLAR050D65 2.1/2” G 2.1/2 PTFE Stainless steel 1.02 VLAR063D80 3” G 3 PTFE Stainless steel 1.12 VLAR075D

100 4” G 4 PTFE Stainless steel 1.87 VLAR100D

50 2” G 2 PU Brass 0.71 VLAM050D65 2.1/2” G 2.1/2 PU Brass 0.80 VLAM063D80 3” G 3 PU Brass 1.38 VLAM075D

100 4” G 4 PU Brass 1.51 VLAM100D

Coupling standard: EN 14420-7 / DIN 2828Female thread: EN ISO 228-1, BSPThread seal: PTFE for stainless steel coupling

PU for brass coupling Stainless steel: AISI 316 - EN 1.4401

Coupling standard: EN 14420-7 / DIN 2828Shank standard: EN 14420-2 / DIN 2828Assembly: RK safety clamps EN 14420-3 / DIN 2817, FLEXOLINE® safety clamps (see chapter E)Stainless steel: AISI 316 - EN 1.4401

TYPE EC: ADAPTOR WITH SMOOTH HOSE SHANK

ND Inch For hose Material Weight/pc Referencemm Kg

20 3/4” 19 Stainless steel 0.13 VLER019D25 1” 25 Stainless steel 0.20 VLER025D32 1.1/4” 32 Stainless steel 0.33 VLER032D40 1.1/2” 38 Stainless steel 0.45 VLER038D50 2” 50 Stainless steel 0.58 VLER050D65 2.1/2” 63 Stainless steel 0.96 VLER063D80 3” 75 Stainless steel 1.16 VLER075D

100 4” 100 Stainless steel 2.26 VLER100D

20 3/4” 19 Brass 0.14 VLEM019D25 1” 25 Brass 0.21 VLEM025D32 1.1/4” 32 Brass 0.35 VLEM032D40 1.1/2” 38 Brass 0.45 VLEM038D50 2” 50 Brass 0.66 VLEM050D65 2.1/2” 63 Brass 0.98 VLEM063D80 3” 75 Brass 1.26 VLEM075D

100 4” 100 Brass 2.69 VLEM100D

Thread seal

Smooth hose shankand collar

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CAM & GROOVE COUPLINGS EN 14420-7 / DIN 2828


TYPE DF: COUPLER FEMALE THREADED WITH THREAD SEAL

ND Inch Thread Thread Material Coupler Weight/pc ReferenceEN ISO 228-1 seal seal Kg

20 3/4” G 3/4 PTFE Stainless steel NBR 0.18 VLDR019D25 1” G 1 PTFE Stainless steel NBR 0.29 VLDR025D32 1.1/4” G 1.1/4 PTFE Stainless steel NBR 0.58 VLDR032D40 1.1/2” G 1.1/2 PTFE Stainless steel NBR 0.57 VLDR038D50 2” G 2 PTFE Stainless steel NBR 0.71 VLDR050D65 2.1/2” G 2.1/2 PTFE Stainless steel NBR 0.96 VLDR063D80 3” G 3 PTFE Stainless steel NBR 1.28 VLDR075D

100 4” G 4 PTFE Stainless steel NBR 2.01 VLDR100D

Coupling standard: EN 14420-7 / DIN 2828Female thread: EN ISO 228-1, BSPThread seal: PTFE - white for stainless steel couplingStainless steel: AISI 316 - EN 1.4401Brass available upon request

Coupling standard: EN 14420-7 / DIN 2828Shank standard: EN 14420-2 / DIN 2828Assembly: RK safety clamps EN 14420-3 / DIN 2817, FLEXOLINE® safety clamps (see chapter E)Stainless steel: AISI 316 - EN 1.4401

TYPE CC: COUPLER WITH SMOOTH HOSE SHANK

ND Inch For hose Coupler Material Weight/pc Referencemm seal Kg

20 3/4” 19 NBR Stainless steel 0.24 VLCR019D25 1” 25 NBR Stainless steel 0.35 VLCR025D32 1.1/4” 32 NBR Stainless steel 0.59 VLCR032D40 1.1/2” 38 NBR Stainless steel 0.68 VLCR038D50 2” 50 NBR Stainless steel 0.90 VLCR050D65 2.1/2” 63 NBR Stainless steel 1.24 VLCR063D80 3” 75 NBR Stainless steel 1.57 VLCR075D

100 4” 100 NBR Stainless steel 2.59 VLCR100D

20 3/4” 19 NBR Brass 0.25 VLCM019D25 1” 25 NBR Brass 0.38 VLCM025D32 1.1/4” 32 NBR Brass 0.63 VLCM032D40 1.1/2” 38 NBR Brass 0.69 VLCM038D50 2” 50 NBR Brass 0.91 VLCM050D65 2.1/2” 63 NBR Brass 1.18 VLCM063D80 3” 75 NBR Brass 1.57 VLCM075D

100 4” 100 NBR Brass 2.71 VLCM100D

Thread seal

Smooth hose shankand collar

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CAM & GROOVE SAFETY COUPLINGS

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Coupling standard: Federal Mil A-A-59326AFemale thread: EN IS0 228-1, BSPVersion: monoblock safety bodyStainless steel: AISI 316 - EN 1.4401

TYPE D: COUPLER FEMALE THREADED WITH SAFETY HANDLES

ND Inch Thread Material Weight/pc ReferenceEN ISO 228-1 Kg

25 1” G 1” Stainless steel 0.47 VLDR025S40 1.1/2” G 1.1/2” Stainless steel 0.82 VLDR038S50 2” G 2” Stainless steel 1.07 VLDR050S80 3” G 3” Stainless steel 1.76 VLDR075S

100 4” G 4” Stainless steel 2.48 VLDR100S

Coupling standard: Federal Mil A-A-59326A / EN 14420-7 / DIN 2828Male thread: EN 10226-1 / DIN 2999-1, BSPTVersion: monoblock safety bodyStainless steel: AISI 316 - EN 1.4401

TYPE B: COUPLER MALE THREADED WITH SAFETY HANDLES

ND Inch Thread Material Weight/pc ReferenceEN 10226-1 Kg

25 1” R 1 Stainless steel 0.45 VLBR025S40 1.1/2” R 1.1/2 Stainless steel 0.75 VLBR038S50 2” R 2 Stainless steel 0.98 VLBR050S80 3” R 3 Stainless steel 1.68 VLBR075S

100 4” R 4 Stainless steel 2.35 VLBR100S

Coupling standard: Federal Mil A-A-59326AAssembly: worm drive clamps, buckling, binding and band clampsVersion: monoblock safety bodyStainless steel: AISI 316 - EN 1.4401Collar is subjet to change without prior notice

TYPE C: COUPLER WITH SERRATED HOSE SHANK AND SAFETY HANDLES

ND Inch For hose Collar Material Weight/pc Referencemm Kg

25 1” 25 - Stainless steel 0.51 VLCR025S40 1.1/2” 38 x Stainless steel 0.90 VLCR038S50 2” 50 x Stainless steel 1.33 VLCR050S80 3” 75 x Stainless steel 2.39 VLCR075S

100 4” 100 x Stainless steel 3.55 VLCR100S

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CAM & GROOVE SAFETY COUPLINGSW W W . L M C - C O U P L I N G S . C O M

Coupling standard: EN 14420-7 / DIN 2828Shank standard: EN 14420-2 / DIN 2828Assembly: RK safety clamps EN 14420-3 / DIN 2817, FLEXOLINE® safety clamps (see chapter E)Version: monoblock safety bodyStainless steel: AISI 316 - EN 1.4401

TYPE CC: COUPLER WITH SMOOTH HOSE SHANK AND SAFETY HANDLES


40 1.1/2” 38 Stainless steel 0.79 VLCR038SD50 2” 50 Stainless steel 1.06 VLCR050SD

Coupling standard: Federal Mil A-A-59326A / EN 14420-7 / DIN 2828Standard chain accessVersion: monoblock safety bodyStainless steel: AISI 316 - EN 1.4401

TYPE DC: FEMALE DUST CAP WITH SAFETY HANDLES

ND Inch Material Weight/pc ReferenceKg

25 1” Stainless steel 0.43 VLKR025S40 1.1/2” Stainless steel 0.70 VLKR038S50 2” Stainless steel 0.88 VLKR050S80 3” Stainless steel 1.58 VLKR075S

SAFETY REBUILDING SET

ND Inch Material Weight/pc Reference Kg

25 1” Stainless steel 0.10 VLHRPR2S

32 - 65 1.1/2” - 2” Stainless steel 0.13 VLHRPR3S

80 - 100 3”-4” Stainless steel 0.17 VLHRPR4S

Safety rebuilding set: Safety handle stainless steel AISI 304 - EN 1.4301Pull ring stainless steel AISI 304 - EN 1.4301Safety pin stainless steel AISI 304 - EN 1.4301Safety hook stainless steel AISI 304 - EN 1.4301

VLHRPR2S VLHRPR4S SAFETY

VLHRPR3S HOOK

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CAM & GROOVE WELDING COUPLINGS

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Coupling standard: Federal Mil A-A-59326AWelding end: butt weld end to inch sizeStainless steel: AISI 316 - EN 1.4401

TYPE AWB: ADAPTOR WITH BUTT WELD CONNECTION


15 1/2” Stainless steel 0.11 VLAWBR01320 3/4” Stainless steel 0.16 VLAWBR01925 1” Stainless steel 0.26 VLAWBR02532 1.1/4” Stainless steel 0.41 VLAWBR03240 1.1/2” Stainless steel 0.53 VLAWBR03850 2” Stainless steel 0.69 VLAWBR05065 2.1/2” Stainless steel 0.96 VLAWBR06380 3” Stainless steel 1.38 VLAWBR075

100 4” Stainless steel 2.04 VLAWBR100125 5” Stainless steel 3.52 VLAWBR125150 6” Stainless steel 5.14 VLAWBR150

Butt weld vs socket weld

Cam & groove couplings can be welded on hoses, pipes an other welding couplings by using:

� cam & groove couplings with butt weld connection � cam & groove couplings with socket weld connection

Butt weldingWelding ends with a butt weld connection are used for welding the majority of cam & groovecouplings. A butt weld connection consists of a 30° welding end. During the welding process,the butt weld cam & groove coupling is connected to a hose, pipe or coupling by the applicationof heat and pressure.

Socket weldingIn socket welding, the pipe or hose slides partially inside the coupling. Both components are thenwelded together at the point of insertion. Stainless steel socket welding couplings provide a tightand integral line system that remains unaffected by shock, vibration or termal distortion.

Welding dimensionsThe welding dimensions for cam & groove couplings are based on inch sizes.

ND INCH A mm B mm

15 1/2" 21.34 2.0

20 3/4" 26.67 2.3

25 1" 33.40 2.6

32 1.1/4” 42.16 2.6

40 1.1/2” 48.26 2.6

50 2" 60.33 2.9

65 2.1/2” 76.03 2.9

80 3" 88.90 3.2

100 4" 114.30 3.6

125 5" 139.70 4.0

150 6" 168.28 4.5

30°

Butt weld connection

Socket weld connection

B

A

A

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CAM & GROOVE WELDING COUPLINGSW W W . L M C - C O U P L I N G S . C O M

Coupling standard: Federal Mil A-A-59326AWelding end: socket weld end to inch sizeStainless steel: AISI 316 - EN 1.4401

TYPE AWS: ADAPTOR WITH SOCKET WELD CONNECTION


15 1/2” Stainless steel 0.07 VLAWSR01320 3/4” Stainless steel 0.11 VLAWSR01925 1” Stainless steel 0.15 VLAWSR02532 1.1/4” Stainless steel 0.24 VLAWSR03240 1.1/2” Stainless steel 0.27 VLAWSR03850 2” Stainless steel 0.42 VLAWSR05065 2.1/2” Stainless steel 0.71 VLAWSR06380 3” Stainless steel 0.73 VLAWSR075

100 4” Stainless steel 1.42 VLAWSR100150 6” Stainless steel 3.17 VLAWSR150

Coupling standard: Federal Mil A-A-59326AWelding end: socket weld end to inch sizeStainless steel: AISI 316 - EN 1.4401

TYPE DWS: COUPLER WITH SOCKET WELD CONNECTION


15 1/2” Stainless steel 0.13 VLDWSR01320 3/4” Stainless steel 0.23 VLDWSR01925 1” Stainless steel 0.36 VLDWSR02532 1.1/4” Stainless steel 0.48 VLDWSR03240 1.1/2” Stainless steel 0.57 VLDWSR03850 2” Stainless steel 0.90 VLDWSR05065 2.1/2” Stainless steel 1.03 VLDWSR06380 3” Stainless steel 1.23 VLDWSR075

100 4” Stainless steel 2.30 VLDWSR100150 6” Stainless steel 4.42 VLDWSR150

Coupling standard: Federal Mil A-A-59326AWelding end: butt weld end to inch sizeStainless steel: AISI 316 - EN 1.4401

TYPE DWB: COUPLER WITH BUTT WELD CONNECTION


15 1/2” Stainless steel 0.12 VLDWBR01320 3/4” Stainless steel 0.20 VLDWBR01925 1” Stainless steel 0.29 VLDWBR02532 1.1/4” Stainless steel 0.50 VLDWBR03240 1.1/2” Stainless steel 0.54 VLDWBR03850 2” Stainless steel 0.67 VLDWBR05065 2.1/2” Stainless steel 1.04 VLDWBR06380 3” Stainless steel 1.36 VLDWBR075

100 4” Stainless steel 1.84 VLDWBR100125 5” Stainless steel 3.36 VLDWBR125150 6” Stainless steel 3.67 VLDWBR150 30°

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CAM & GROOVE FLANGE T.11B COUPLINGS

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Coupling standard: Federal Mil A-A-59326A Flange standard: EN 1092 T.11B, PN25/40Stainless steel: AISI 316 - EN 1.4401

*Total length flange coupling in mm and is subject to change without prior notice

TYPE AF: ADAPTOR WITH FIXED FLANGE IN COMPLIANCE WITH DIN

ND Inch Material Welding neck flange Total Weight/pc Referencelength* Kg

15 1/2” Stainless steel EN1092 T11B - PN 25/40 92.0 0.82 VLAFDR013

20 3/4” Stainless steel 95.0 1.22 VLAFDR019

25 1” Stainless steel 105.0 1.35 VLAFDR025

32 1.1/4” Stainless steel 114.0 2.05 VLAFDR032








Coupling standard: Federal Mil A-A-59326AFlange standard: ASTM A 182 and ASME B16.5, RF, ASA 150 lbsStainless steel: AISI 316 - EN 1.4401*Total length flange coupling in mm and is subject to change without prior notice

TYPE AF: ADAPTOR WITH FIXED FLANGE IN COMPLIANCE WITH ASTM

ND Inch Material Welding neck flange Total Weight/pc Referencelength* Kg

15 1/2” Stainless steel ASTM - ASA 150 lbs 105.0 0.81 VLAFA1R013

20 3/4” Stainless steel ASTM - ASA 150 lbs 113.0 0.96 VLAFA1R019

25 1” Stainless steel ASTM - ASA 150 lbs 123.0 1.36 VLAFA1R025

32 1.1/4” Stainless steel ASTM - ASA 150 lbs 131.0 1.91 VLAFA1R032








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EN1092 T11B - PN 25/40EN1092 T11B - PN 25/40

EN1092 T11B - PN 25/40EN1092 T11B - PN 25/40

EN1092 T11B - PN 10/16EN1092 T11B - PN 10/16

EN1092 T11B - PN 10/16EN1092 T11B - PN 10/16EN1092 T11B - PN 10/16

EN1092 T11B - PN 10/16


CAM & GROOVE SPOOL COUPLINGS

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TYPE AA: SPOOL ADAPTOR


40 1.1/2” Aluminium 0.20 VLAAA03850 2” Aluminium 0.30 VLAAA050

50-80 2” - 3” Aluminium 0.48 VLAAA05007565 2.1/2” Aluminium 0.49 VLAAA06380 3” Aluminium 0.47 VLAAA075 80 3” - 4” Aluminium 0.81 VLAAA075100

100 4” Aluminium 0.89 VLAAA100

20 3/4” Stainless steel 0.22 VLAAR01925 1” Stainless steel 0.36 VLAAR02540 1.1/2” Stainless steel 0.82 VLAAR038

40-50 1.1/2” - 2” Stainless steel 0.96 VLAAR03805050 2” Stainless steel 2.08 VLAAR050

50-80 2” - 3” Stainless steel 1.46 VLAAR05007580 3” Stainless steel 2.08 VLAAR075

80-100 3” - 4” Stainless steel 2.55 VLAAR075100100 4” Stainless steel 3.32 VLAAR100

Coupling standard: Federal Mil A-A-59326AVersion: monoblockStainless steel: AISI 316 - EN 1.4401

40 1.1/2” Brass 0.59 VLAAM03850 2” Brass 0.90 VLAAM05065 2.1/2” Brass 1.49 VLAAM06380 3” Brass 1.45 VLAAM075

100 4” Brass 2.33 VLAAM100


TYPE DD: SPOOL COUPLER

ND Inch Material Coupler Weight Referenceseal kg

40 1.1/2” Stainless steel NBR 0.96 VLDDR03850 2” Stainless steel NBR 1.29 VLDDR05080 3” Stainless steel NBR 2.17 VLDDR075

100 4” Stainless steel NBR 3.02 VLDDR100

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CAM & GROOVE SPOOL COUPLINGSW W W . L M C - C O U P L I N G S . C O M


50-80 2” - 3” Brass 1.96 VLDAM05007580-50 3” - 2” Brass 2.80 VLDAM075050

100-50 4” - 2” Brass 3.22 VLDAM100050100-80 4” - 3” Brass 4.31 VLDAM100075

150-100 6” - 4” Brass 8.16 VLDAM150100

TYPE DA: SPOOL COUPLER - ADAPTOR

ND Inch Material Weight/pc ReferenceCoupler-Adaptor Coupler-Adaptor Kg

50-80 2” - 3” Aluminium 0.75 VLDAA05007580-50 3” - 2” Aluminium 1.14 VLDAA075050

80-100 3” - 4” Aluminium 1.30 VLDAA075100100-50 4” - 2” Aluminium 1.26 VLDAA100050100-80 4” - 3” Aluminium 1.51 VLDAA100075

100-150 4” - 6” Aluminium 1.92 VLDAA100150

50-80 2” - 3” Stainless steel 1.75 VLDAR05007580-50 3” - 2” Stainless steel 1.85 VLDAR075050

100-80 4” - 3” Stainless steel 4.31 VLDAR100075150-100 6” - 4” Stainless steel 5.71 VLDAR150100

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CAM & GROOVE REDUCING COUPLINGS

TYPE B: REDUCING COUPLER MALE THREADED

ND - Inch ND Thread EN 10226-1 Material Weight/pc Referencethread Kg

40 - 1.1/2” 25 R 1 Aluminium 0.31 VLBA03802550 - 2” 40 R 1.1/2 Aluminium 0.37 VLBA05003880 - 3” 50 R 2 Aluminium 0.86 VLBA075050

100 - 4” 80 R 3 Aluminium 1.20 VLBA100075

Coupler

20 - 3/4” 15 R 1/2 Polypropylene 0.07 VLBP01901340 - 1.1/2” 32 R 1.1/4 Polypropylene 0.23 VLBP038032

TYPE C: REDUCING COUPLER WITH SERRATED HOSE SHANK

ND - Inch For hose Material Weight/pc Referencemm Kg

50 - 2” 38 Aluminium 0.44 VLCA05003880 - 3” 50 Aluminium 0.86 VLCA07505080 - 3” 100 Aluminium 1.10 VLCA075100

100 - 4” 75 Aluminium 1.20 VLCA100075

Coupler

Coupling standard: Federal Mil A-A-59326AAssembly: worm drive clamps, buckling, binding and band clamps

20 - 3/4” 13 Polypropylene 0.07 VLCP01901340 - 1.1/2” 32 Polypropylene 0.24 VLCP038032

Coupling standard: Federal Mil A-A-59326AMale thread: EN 10226-1, BSPT

TYPE A: REDUCING ADAPTOR FEMALE THREADED

ND - Inch ND Thread EN ISO 228-1 Material Weight/pc Referencethre thread Kg

20 - 3/4" 15 G 1/2 Polypropylene 0.03 VLAP01901340 - 1.1/2" 32 G 1.1/4 Polypropylene 0.23 VLAP038032

Adaptor

Coupling standard: Federal Mil A-A-59326AFemale thread: EN ISO 228-1, BSP

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Coupling standard: Federal Mil A-A-59326AAssembly: worm drive clamps, buckling, binding and band clamps

TYPE E: REDUCING ADAPTOR WITH SERRATED HOSE SHANK

ND - Inch For hose Material Weight/pc Referencemm Kg

20 - 3/4” 13 Polypropylene 0.03 VLEP01901340 - 1.1/2” 32 Polypropylene 0.08 VLEP038032

Adaptor

Coupling standard: Federal Mil A-A-59326AMale thread: EN 10226-1, BSPT

TYPE F: REDUCING ADAPTOR MALE THREADED

ND - Inch ND Thread EN 10226-1 Material Weight/pc ReferenceThread Kg

20 - 3/4” 15 R 1/2 Polypropylene 0.03 VLFP01901340 - 1.1/2” 32 R 1.1/4 Polypropylene 0.09 VLFP038032

Adaptor

CAM & GROOVE REDUCING COUPLINGS

Coupling standard: Federal Mil A-A-59326AFemale thread: EN ISO 228-1, BSP

TYPE D: REDUCING COUPLER FEMALE THREADED

ND - Inch ND Thread EN ISO 228-1 Material Weight/pc Referencethread Kg

40 - 1.1/2” 25 G 1 Aluminium 0.32 VLDA038025

50 - 2” 40 G 1.1/2 Aluminium 0.39 VLDA050038

80 - 3” 50 G 2 Aluminium 0.72 VLDA075050

100 - 4” 80 G 3 Aluminium 1.11 VLDA100075

Coupler

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CAM & GROOVE SEALS

SQUARE SEAL - NBR

ND Inch OD Ø +/- 0.3 mm ID Ø +/- 0.2 mm Height +/- 0.2 mm Weight/pc ReferenceKg

15 1/2” 26.5 17.5 4.0 0.002 VLXB01320 3/4” 35.0 22.0 5.5 0.005 VLXB01925 1” 40.0 27.0 6.4 0.007 VLXB02532 1.1/4” 50.0 35.0 6.4 0.009 VLXB03240 1.1/2” 56.0 41.0 6.4 0.010 VLXB03850 2” 67.0 51.0 6.4 0.010 VLXB05065 2.1/2” 80.0 60.0 6.4 0.020 VLXB06380 3” 95.0 76.0 6.4 0.020 VLXB075

100 4” 124.0 102.0 6.4 0.030 VLXB100125 5” 150.5 124.0 6.4 0.050 VLXB125150 6” 180.0 153.0 6.4 0.060 VLXB150200 8” 232.5 203.5 7.9 0.070 VLXB200

Material: NBR - Silicone freeColour: BlackDimensions in compliance with EN 14420-7 / FED MIL A-A59326A, with exception of ND 15, ND 125, ND 150 and ND 200 See chapter F for more information regarding chemical resistance

SQUARE SEAL - EPDM


15 1/2” 26.5 17.5 4.0 0.002 VLXE013

20 3/4” 35.0 22.0 5.5 0.005 VLXE019

25 1” 40.0 27.0 6.4 0.007 VLXE025

32 1.1/4” 50.0 35.0 6.4 0.009 VLXE032

40 1.1/2” 56.0 41.0 6.4 0.010 VLXE038

50 2” 67.0 51.0 6.4 0.010 VLXE050

65 2.1/2” 80.0 60.0 6.4 0.020 VLXE063

80 3” 95.0 76.0 6.4 0.020 VLXE075

100 4” 124.0 102.0 6.4 0.030 VLXE100

125 5” 150.5 124.0 6.4 0.050 VLXE125

150 6” 180.0 153.0 6.4 0.060 VLXE150

Material: EPDMColour: Black yellow markedDimensions in compliance with EN 14420-7 / FED MIL A-A59326A, with exception of ND 15, ND 125, ND 150 and ND 200 See chapter F for more information regarding chemical resistance

a1-c&g 7/17/07 2:50 PM Pagina 35



SQUARE SEAL - FPM


15 1/2” 26.5 17.5 4.0 0.002 VLXV013

20 3/4” 35.0 22.0 5.5 0.005 VLXV019

25 1” 40.0 27.0 6.4 0.007 VLXV025

32 1.1/4” 50.0 35.0 6.4 0.009 VLXV032

40 1.1/2” 56.0 41.0 6.4 0.010 VLXV038

50 2” 67.0 51.0 6.4 0.010 VLXV050

65 2.1/2” 80.0 60.0 6.4 0.020 VLXV063

80 3” 95.0 76.0 6.4 0.020 VLXV075

100 4” 124.0 102.0 6.4 0.030 VLXV100

125 5” 150.5 124.0 6.4 0.050 VLXV125

150 6” 180.0 153.0 6.4 0.060 VLXV150

Material: FPMColour: GreenDimensions in compliance with EN 14420-7 / FED MIL A-A59326A, with exception of ND 15, ND 125, ND 150 and ND 200 See chapter F for more information regarding chemical resistance

SQUARE SEAL - CSM


15 1/2” 26.5 17.5 4.0 0.002 VLXH013

20 3/4” 35.0 22.0 5.5 0.005 VLXH019

25 1” 40.0 27.0 6.4 0.007 VLXH025

32 1.1/4” 50.0 35.0 6.4 0.009 VLXH032

40 1.1/2” 56.0 41.0 6.4 0.010 VLXH038

50 2” 67.0 51.0 6.4 0.010 VLXH050

65 2.1/2” 80.0 60.0 6.4 0.020 VLXH063

80 3” 95.0 76.0 6.4 0.020 VLXH075

100 4” 124.0 102.0 6.4 0.030 VLXH100

125 5” 150.5 124.0 6.4 0.050 VLXH125

150 6” 180.0 153.0 6.4 0.060 VLXH150

Material: CSMColour: Black green markedDimensions in compliance with EN 14420-7 / FED MIL A-A59326A, with exception of ND 15, ND 125, ND 150 and ND 200 See chapter F for more information regarding chemical resistance

CAM & GROOVE SEALS

a1-c&g 7/17/07 2:50 PM Pagina 36


CA

M&

GR

OO

VE

CO

UP

LING

SFED

MIL / EN

/ DIN


CLOSED SEAL - FEP / SILICONE


15 1/2” 26.6 17.5 4.0 0.002 VLXPSG01320 3/4” 35.0 22.2 5.5 0.004 VLXPSG01925 1” 39.7 27.0 6.5 0.006 VLXPSG02532 1.1/4” 49.2 34.5 6.5 0.010 VLXPSG03240 1.1/2” 55.5 41.3 6.5 0.012 VLXPSG03850 2” 66.7 50.8 6.5 0.014 VLXPSG05065 2.1/2” 79.4 60.3 6.5 0.018 VLXPSG06380 3” 95.5 76.2 6.5 0.022 VLXPSG075

Material: FEP encapsulation - Silicone coreColour: Translucent outside / red insideSeal and seal dimensions not specified by EN 14420-7 / FED MIL A-A59326AFDA conformity certificate on request availableSee chapter F for more information regarding chemical resistance

OPEN ENVELOPE SEAL - PTFE / EPDM


15 1/2” 26.2 17.5 4.0 0.002 VLXP013

20 3/4” 35.3 21.2 5.5 0.004 VLXP01925 1” 39.0 23.0 6.4 0.006 VLXP02532 1.1/4” 49.5 32.4 6.4 0.009 VLXP03240 1.1/2” 55.2 35.2 6.4 0.012 VLXP03850 2” 66.0 47.0 6.4 0.014 VLXP05063 2.1/2” 79.0 58.5 6.4 0.020 VLXP06380 3” 94.5 76.3 6.4 0.022 VLXP075

100 4” 124.0 102.0 6.4 0.032 VLXP100

Material: PTFE envelope / EPDM coreColour: White outside / black insideSeal and seal dimensions not specified by EN 14420-7 / FED MIL A-A59326ASee chapter F for more information regarding chemical resistance

CAM & GROOVE SEALS

a1-c&g 7/17/07 2:50 PM Pagina 37


CAM & GROOVE SEALSW W W . L M C - C O U P L I N G S . C O M

OPEN ENVELOPE SEAL - PTFE / FPM


15 1/2” 26.2 17.5 4.0 0.002 VLXP013V20 3/4” 35.3 21.2 5.5 0.004 VLXP019V25 1” 39.0 23.0 6.4 0.006 VLXP025V32 1.1/4” 49.5 32.4 6.4 0.009 VLXP032V40 1.1/2” 55.2 35.2 6.4 0.012 VLXP038V50 2” 66.0 47.0 6.4 0.014 VLXP050V65 2.1/2” 79.0 58.5 6.4 0.020 VLXP063V80 3” 94.5 76.3 6.4 0.022 VLXP075V

100 4” 124.0 102.0 6.4 0.032 VLXP100V

Material: PTFE envelope / FPM coreColour: White outside / black grey marked insideSeal and seal dimensions not specified by EN 14420-7 / FED MIL A-A59326ASee chapter F for more information regarding chemical resistance

CLOSED ENVELOPE SEAL - PTFE / FPM


15 1/2” 26.5 13.5 4.5 0.002 VLXPG01320 3/4” 35.0 18.0 5.7 0.004 VLXPG02025 1” 41.8 23.5 6.5 0.006 VLXPG02532 1.1/4” 48.0 30.0 6.5 0.009 VLXPG03240 1.1/2” 56.0 35.5 6.5 0.010 VLXPG03850 2” 67.0 46.5 6.5 0.012 VLXPG05065 2.1/2” 81.5 60.0 6.6 0.016 VLXPG06580 3” 94.0 76.0 6.6 0.018 VLXPG075

100 4” 122.5 100.5 6.6 0.024 VLXPG100

Material: TFMTM PTFE enveloppe / FPM core; TFMTM is a registered trademark of Dyneon

Colour: Translucent outside / black insideFDA conformity certificate on request availableSeal and seal dimensions not specified by EN 14420-7 / FED MIL A-A59326ASee chapter F for more information regarding chemical resistance

On request cam & groove seals made of anti-microbiological rubber available

a1-c&g 7/17/07 2:50 PM Pagina 38


CAM & GROOVE ACCESSORIESW W W . L M C - C O U P L I N G S . C O M

STANDARD HANDLE


15 - 20 1/2” - 3/4” Stainless steel 0.02 VLHRPR1K25 1” Stainless steel 0.03 VLHRPR2K

32 - 65 1.1/4” - 2.1/2” Stainless steel 0.06 VLHRPR3K80 - 125 3” - 5” Stainless steel 0.11 VLHRPR4K

150 6” Stainless steel 0.25 VLHRPR6K

PULL RING

25 1” Brass 0.04 VLHRPM2K32-65 1.1/4” - 2.1/2” Brass 0.08 VLHRPM3K

80-125 3” - 5” Brass 0.10 VLHRPM4K150 6” Brass 0.26 VLHRPM6K

SAFETY REBUILDING SET


25 1” Stainless steel 0.10 VLHRPR2SK

32 - 65 1.1/2” - 2” Stainless steel 0.13 VLHRPR3SK

80 - 100 3” -4” Stainless steel 0.17 VLHRPR4SK

Safety rebuilding set: Safety handle stainless steel AISI 304 - EN 1.4301Pull ring stainless steel AISI 304 - EN 1.4301 Safety pin carbon steelSafety hook stainless steel AISI 304 - EN 1.4301

Standard handle: Handle stainless steel AISI 304 - EN 1.4301Pull ring stainless steel AISI 304 - EN 1.4301 Safety pin carbon steel

ND Inch Nr of wires ID mm OD mm Material Weight/pc Referencekg

15 - 65 1/2” - 2.1/2” 2 30.0 34.0 Stainless steel 0.005 VLRR180 - 150 3” - 6” 3 30.0 34.5 Stainless steel 0.007 VLRR2

Stainless steel AISI 304 - EN 1.4301

VLHRPR2S VLHRPR4S SAFETY

VLHRPR3S HOOK

a1-c&g 7/17/07 2:51 PM Pagina 40


CAM & GROOVE ACCESSORIES

CA

M&

GR

OO

VE

CO

UP

LING

SFED

MIL / EN

/ DIN


PIN


15-20 1/2” - 3/4” Stainless steel AISI 304 0.002 VLPR125 1” Stainless steel AISI 304 0.004 VLPR2

32-65 1.1/4” - 2.1/2” Stainless steel AISI 304 0.008 VLPR380-100 3” - 4” Stainless steel AISI 304 0.014 VLPR4

CAP L-HANDLE 90°


32-65 1.1/4” - 2.1/2” Stainless steel AISI 304 0.08 VLHRPR3LK80-100 3” - 4” Stainless steel AISI 304 0.16 VLHRPR4LK

150 6” Stainless steel AISI 304 0.27 VLHRPR6LK

S-HOOK

Material Weight/pc ReferenceKg

Stainless steel AISI 304 0.002 KETRSBrass 0.002 KETMS


Galvanized steel 0.018 VLBVS2Stainless steel AISI 304 0.018 VLBVR2

CHAIN WITH S-HOOK

Length Material Weight/pc Referencemm Kg200 Stainless steel AISI 304 0.015 KETR200150 Brass 0.013 KETM150

SAFETY PIN

L-handle: Patented handle stainless steel AISI 304 - EN 1.4301 Pull ring: stainless steel AISI 304 - EN 1.4301 Safety pin: carbon steel

a1-c&g 7/17/07 2:51 PM Pagina 41

STANDARD

The connection system of SAFLOK couplings is based on Fed Mil A-A-59326A orDIN 2828. Cam & groove couplings produced according these standards areinterchangeable.

OPERATION

The operating system of SAFLOK cam & groove couplings is similar to those ofstandard cam & groove. The male adaptor part is pushed into the female coupler part which causes an upward lifting of the handles of the female coupler. To secure the connection both handles are pushed downwards by the operator. To disconnect the finger pull rings are pulled down– and outwards.

APPLICATIONFor hose-to-hose or hose-to-pipe manifold connections to transfer liquids or dry bulk products with the exception of liquid gas and steam.

WORKING PRESSURE25 bar

TEMPERATUREMinimum working pressure: 0,1 bar

Maximum working pressure: 25 bar

TEMPERATURE

-20°C / -40°F up to 65°C / 149°F

MATERIAL

Stainless steel AISI 316C / 1.4408 / CF8M for body and spare parts

ASSEMBLYSerrated hose shank: band or bolted clampsSmooth hose shank: safety clamps EN 14420-3 and FLEXOLINE clamps

LMCChapter A: Quick couplings

SAFLO

K CAM

& G

ROO

VE COU

PLING

SA.1.

A.1.43

W W W . L M C - C O U P L I N G S . C O MSAFLOK CAM & GROOVE COUPLINGS

Axe SS 316C

NBR seal

Finger pull ring SS 316C

Inspection documentEN 10204-3.1

Threads: NPT, BSPT, BSPShank: serrated vs smooth Welding end: butt weld 30°

saflock-standaard.indd 1 17/12/14 12:26


SAFLOK CAM & GROOVE COUPLINGSSA

FLOK CA

M &

GRO

OVE CO

UPLIN

GS

A.1

A.1.45


TYPE C: COUPLER WITH SMOOTH HOSE SHANK

ND Inch For hosemm

Coupler seal Weightkg

Reference

20253240506580

100

4050

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

1.1/2”2”

19253238506375

100

3850

NBRNBRNBRNBRNBRNBRNBRNBR

NBRNBR

0,420,500,760,800,951,161,662,96

0,921,09

VLCR019DSAFVLCR025DSAFVLCR032DSAFVLCR038DSAFVLCR050DSAFVLCR063DSAFVLCR075DSAFVLCR100DSAF

VLCR038DSAFSVLCR050DSAFS

Coupling standard: Federal Mil-A-A-59326A / DIN 2828Male thread: EN 10226-1 / DIN 2999-1, BSPTStainless steel: AISI 316C / 1.4408

TYPE B: COUPLER MALE THREADED BSPT

ND Inch EN 10226-1 Coupler seal Weightkg

Reference

2020253240506580

100

3/4”3/4”

1”1.1/4”1.1/2”

2”2.1/2”

3”4”

R 1/2R 3/4

R 1R 1.1/4R 1.1/2

R 2R 2.1/2

R 3R 4

NBRNBRNBRNBRNBRNBRNBRNBRNBR

0,390,400,500,760,780,921,281,652,57

VLBR019013SAFVLBR019SAFVLBR025SAFVLBR032SAFVLBR038SAFVLBR050SAFVLBR063SAFVLBR075SAFVLBR100SAF

Swivel version

TYPE C: COUPLER WITH SERRATED HOSE SHANK

ND Inch For hosemm


Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

19253238506375

100


0,350,550,850,901,201,302,153,55

VLCR019SAFVLCR025SAFVLCR032SAFVLCR038SAFVLCR050SAFVLCR063SAFVLCR075SAFVLCR100SAF

Coupling standard: Federal Mil A-A-59326AAssembly: worm drive clamps, buckling, binding and band clampsStainless steel: AISI 316C / 1.4408



SAFLOK CAM & GROOVE COUPLINGS

A.1.46


Coupling standard: DIN 2828Female thread: EN ISO 228-1 BSP + PTFE thread seal according to EN 14420-5Stainless steel: AISI 316C / 1.4408

TYPE D: COUPLER DIN 2828 FEMALE THREADED BSP

ND Inch EN ISO 228-1 Coupler seal Weightkg

Reference

2020253240506580

100

3/4”3/4”

1”1.1/4”1.1/2”

2”2.1/2”

3”4”

G 1/2G 3/4

G 1G 1.1/4G 1.1/2

G 2G 2.1/2

G 3G 4


0,420,420,490,760,850,921,171,642,70

VLDR019013DSAFVLDR019DSAFVLDR025DSAFVLDR032DSAFVLDR038DSAFVLDR050DSAFVLDR063DSAFVLDR075DSAFVLDR100DSAF

Coupling standard: Federal Mil A-A-59326AFemale thread: ANSI B.1.20.1 NPTStainless steel: AISI 316C / 1.4408

TYPE D: COUPLER FEMALE THREADED NPT

ND Inch AISI B.1.20.1 Coupler seal Weightkg

Reference

254050

1”1.1/2”

2”

NPT 1NPT 1.1/2

NPT 2

NBRNBRNBR

0,490,850,92

VLDR025NSAFVLDR038NSAFVLDR050NSAF

TYPE B: COUPLER MALE THREADED NPT


Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

NPT 3/4NPT 1

NPT 1.1/4NPT 1.1/2

NPT 2NPT 2.1/2

NPT 3NPT 4


0,400,500,760,780,921,281,652,57

VLBR019NSAFVLBR025NSAFVLBR032NSAFVLBR038NSAFVLBR050NSAFVLBR063NSAFVLBR075NSAFVLBR100NSAF

Coupling standard: Federal Mil A-A-59326AMale thread: ANSI B.1.20.1Stainless steel: AISI 316C / 1.4408




SAFLO

K CAM

& G

ROO

VE COU

PLING

SA.1

A.1.47


TYPE DWB: COUPLER BUTT WELD CONNECTION DIN 2828

ND Inch DIN 2828 Coupler seal Weightkg

Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

26,9 x 2,333,7 x 2,642,4 x 2,648,3 x 2,660,3 x 2,976,1 x 2,988,9 x 3,2

114,3 x 3,6


0,400,550,750,800,901,201,602,55

VLDWBR019SAFVLDWBR025SAFVLDWBR032SAFVLDWBR038SAFVLDWBR050SAFVLDWBR063SAFVLDWBR075SAFVLDWBR100SAF

Coupling standard: Federal Mil A-A-59326AWelding end: butt weld for pipe system according to DINStainless steel: AISI 316C / 1.4408

Coupling standard: Federal Mil A-A-59326AStainless steel: AISI 316C / 1.4408

TYPE DC: COUPLER DUST CAP

ND Inch Coupler seal Weightkg

Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”


0,400,450,700,720,790,971,002,20

VLKR019SAFVLKR025SAFVLKR032SAFVLKR038SAFVLKR050SAFVLKR063SAFVLKR075SAFVLKR100SAF

TYPE DWB: COUPLER BUTT WELD CONNECTION INCH

ND Inch INCH SCH 10S Coupler seal Weightkg

Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

26,67 x 2,1133,4 x 2,77

42,16 x 2,7748,26 x 2,7760,33 x 2,7773,03 x 3,0588,90 x 3,05

114,30 x 3,05


0,400,550,750,800,901,201,602,55

VLDWBR019S10SAFVLDWBR025S10SAFVLDWBR032S10SAFVLDWBR038S10SAFVLDWBR050S10SAFVLDWBR063S10SAFVLDWBR075S10SAFVLDWBR100S10SAF

Coupling standard: Federal Mil A-A-59326AWelding end: butt weld for pipe system according to INCH Sch 10SStainless steel: AISI 316C / 1.4408




A.1.48


TYPE DWB: COUPLER BUTT WELD CONNECTION INCH

ND Inch INCH SCH 10S Coupler seal Weightkg

Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

26,67 x 2,1133,4 x 2,77

42,16 x 2,7748,26 x 2,7760,33 x 2,7773,03 x 3,0588,90 x 3,05

114,30 x 3,05


0,400,550,750,800,901,201,602,55

VLDWBR019S40SAFVLDWBR025S40SAFVLDWBR032S40SAFVLDWBR038S40SAFVLDWBR050S40SAFVLDWBR063S40SAFVLDWBR075S40SAFVLDWBR100S40SAF

Coupling standard: Federal Mil A-A-59326AWelding end: butt weld for pipe system according to INCH Sch 40S STDStainless steel: AISI 316C / 1.4408

TYPE DF: COUPLER WITH FIXED FLANGE

ND Inch Welding neck flange Coupler seal Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

EN 1092-1 type 11 PN 25/40EN 1092-1 type 11 PN 25/40EN 1092-1 type 11 PN 25/40EN 1092-1 type 11 PN 25/40EN 1092-1 type 11 PN 10/16EN 1092-1 type 11 PN 10/16EN 1092-1 type 11 PN 10/16EN 1092-1 type 11 PN 10/16


VLDFDR019SAFVLDFDR025SAFVLDFDR032SAFVLDFDR038SAFVLDFDR050SAFVLDFDR063SAFVLDFDR075SAFVLDFDR100SAF

Coupling standard: Federal Mil A-A-59326AFixed flange according to EN 1092-1 type 11BStainless steel: AISI 316C / 1.4408 coupling / flange ring and stub end AISI 316

TYPE DF: COUPLER WITH SWIVEL FLANGE

ND Inch Swivel flange Coupler seal Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

EN 1092-1 type 11 PN 25/40EN 1092-1 type 11 PN 25/40EN 1092-1 type 11 PN 25/40EN 1092-1 type 11 PN 25/40EN 1092-1 type 11 PN 10/16EN 1092-1 type 11 PN 10/16EN 1092-1 type 11 PN 10/16EN 1092-1 type 11 PN 10/16


VLDFDR019SAFSVLDFDR025SAFSVLDFDR032SAFSVLDFDR038SAFSVLDFDR050SAFSVLDFDR063SAFSVLDFDR075SAFSVLDFDR100SAFS

Coupling standard: Federal Mil A-A-59326ASwivel flange according to EN 1092-1 type 4Stainless steel: AISI 316C / 1.4408 coupling / flange ring and stub end AISI 316



SAFLOK CAM & GROOVE COUPLINGSSA

FLOK CA

M &

GRO

OVE CO

UPLIN

GS

A.1

A.1.49


Material handle + pull ring: stainless steel: AISI 316C / 1.4408

SPAREPARTS: SAFETY HANDLE

ND Inch Weightkg

Reference

2025

32-6580-100

3/4”1”

1.1/4”-2.1/2”3”-4”

0,050,100,100,15

VLHRPR1SAFKVLHRPR2SAFKVLHRPR3SAFKVLHRPR4SAFK

Material handle + pull ring: stainless steel: AISI 316 / 1.4401

SPAREPARTS: PULL RING

ND Inch Weightkg

Reference

20-100 3/4”-4” 0,05 VLRRSAF


STANDARD

The connection system of Saflok couplings is based on Fed Mil A-A-59326A or DIN 2828. Cam & Groove couplings produced according these standards are interchangeable. The bleed off coupler features a patented self-locking cam arm with bleed off function.

OPERATIONThe operating system of the Saflok bleed off cam & groove couplings is similar to those of standard cam & groove couplings. To disconnect the finger pull rings are pulled down- and outwards. The coupler has an additional feature which allows pressure bleed off. The bleed off device in each arm automatically engage into the body of the coupler to help prevent accidental disengagement.

APPLICATIONFor hose-to-hose or hose-to-pipe manifold connections to transfer liquids or dry bulk products when failure is not an option. Not suitable to transfer liquid gas or steam.

WORKING PRESSUREMinimum working pressure: 0,1 bar

Maximum working pressure: 25 bar

TEMPERATURE

-20°C / -40°F up to 65°C / 149°F

MATERIAL

Stainless steel AISI 316C / 1.4408 / CF8M for body and spare parts

ASSEMBLYSerrated hose shank: band or bolted clampsSmooth hose shank: safety clamps EN 14420-3 and FLEXOLINE clamps


BLEED O

FF SAFLO

K COU

PLING

SA.1.

A.1.51

W W W . L M C - C O U P L I N G S . C O MBLEED OFF SAFLOK COUPLINGS

NBR seal

Axe SS 316C

Lock-

Unlock

Patented finger pull ring SS 316C

Heat number for inspection document EN 10204-3.1

Threads: NPT, BSPT, BSPShank: serrated vs smoothWelding end: butt weld 30°

saflock-bleedoff.indd 1 17/12/14 12:32

W W W . L M C - C O U P L I N G S . C O MBLEED OFF SAFLOK COUPLINGS

Chapter A: Quick couplingsA.1.52

OPENThe bleed off coupler stays engaged with the adaptor until the operator has decides to make the final release action of both

BLEED OFFThe bleed off function takes place when both arms are released to the 35°-40° angle.

CLOSEDthe bleed off couples has a patended bleed off feature with selflocking arm

PATENTED BLEED OFF SySTEMThe bleed off device in each arm automatically engage into the body of the coupler to help prevent accidential disengagement


53


BLEED OFF SAFLOK COUPLINGS

BLEED O

FF SAFLO

K COU

PLING

SA.1

A.1.53


Swivel version: VLCR...DSAFSBO available upon request


ND Inch For hosemm


Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

19253238506375

100


0,420,500,760,800,951,161,662,96

VLCR019DSAFBOVLCR025DSAFBOVLCR032DSAFBOVLCR038DSAFBOVLCR050DSAFBOVLCR063DSAFBOVLCR075DSAFBOVLCR100DSAFBO

Coupling standard: Federal Mil-A-A-59326A / DIN 2828Male thread: EN 10226-1 / DIN 2999-1, BSPTStainless steel: AISI 316C / 1.4408

TYPE B: COUPLER MALE THREADED BSPT

ND Inch EN 10226-1 Coupler seal Weightkg

Reference

2020253240506580

100

3/4”3/4”

1”1.1/4”1.1/2”

2”2.1/2”

3”4”

R 1/2R 3/4

R 1R 1.1/4R 1.1/2

R 2R 2.1/2

R 3R 4


0,390,400,500,760,780,921,281,652,57

VLBR019013SAFBOVLBR019SAFBOVLBR025SAFBOVLBR032SAFBOVLBR038SAFBOVLBR050SAFBOVLBR063SAFBOVLBR075SAFBOVLBR100SAFBO

Coupling standard: Federal Mil-A-A-59326A Male thread: ANSI B.1.20.1 NPTStainless steel: AISI 316C / 1.4408

TYPE B: COUPLER MALE THREADED NPT


Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

NPT 3/4NPT 1

NPT 1.1/4NPT 1.1/2

NPT 2NPT 2.1/2

NPT 3NPT 4


0,400,500,760,780,921,281,652,57

VLBR019NSAFBOVLBR025NSAFBOVLBR032NSAFBOVLBR038NSAFBOVLBR050NSAFBOVLBR063NSAFBOVLBR075NSAFBOVLBR100NSAFBO



BLEED OFF SAFLOK COUPLINGS

A.1.54


Coupling standard: DIN 2828Female thread: EN ISO 228-1 BSP + PTFE thread seal according to EN 14420-5Stainless steel: AISI 316C / 1.4408

TYPE D: COUPLER DIN 2828 FEMALE THREADED BSP

ND Inch EN ISO 228-1 Coupler seal Weightkg

Reference

2020253240506580

100

3/4”3/4”

1”1.1/4”1.1/2”

2”2.1/2”

3”4”

G 1/2G 3/4

G 1G 1.1/4G 1.1/2

G 2G 2.1/2

G 3G 4


0,420,420,490,760,850,921,171,642,70

VLDR019013DSAFBOVLDR019DSAFBOVLDR025DSAFBOVLDR032DSAFBOVLDR038DSAFBOVLDR050DSAFBOVLDR063DSAFBOVLDR075DSAFBOVLDR100DSAFBO

Coupling standard: Federal Mil A-A-59326AFemale thread: ANSI B.1.20.1 NPTStainless steel: AISI 316C / 1.4408

TYPE D: COUPLER FEMALE THREADED NPT


Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

NPT 3/4NPT 1

NPT 1.1/4NPT 1.1/2

NPT 2NPT 2.1/2

NPT 3NPT 4


0,420,490,760,850,921,171,642,70

VLDR019NSAFBOVLDR025NSAFBOVLDR032NSAFBOVLDR038NSAFBOVLDR050NSAFBOVLDR063NSAFBOVLDR075NSAFBOVLDR100NSAFBO

Coupling standard: Federal Mil A-A-59326AStainless steel: AISI 316C / 1.4408

TYPE DC: COUPLER DUST CAP

ND Inch Coupler seal Weightkg

Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”


0,400,450,700,720,790,971,002,20

VLKR019NSAFBOVLKR025NSAFBOVLKR032NSAFBOVLKR038NSAFBOVLKR050NSAFBOVLKR063NSAFBOVLKR075NSAFBOVLKR100NSAFBO



BLEED OFF SAFLOK COUPLINGSBLEED

OFF SA

FLOK CO

UPLIN

GS

A.1

A.1.55


TYPE DWB: COUPLER BUTT WELD CONNECTION SCH40

ND Inch DIN 2828 Coupler seal Weightkg

Reference

20253240506580

100

3/4”1”

1.1/4”1.1/2”

2”2.1/2”

3”4”

26,9 x 2,333,7 x 2,642,4 x 2,648,3 x 2,660,3 x 2,976,1 x 2,988,9 x 3,2

114,3 x 3,6


0,400,550,750,800,901,201,602,55

VLDWBR019S40SAFBOVLDWBR025S40SAFBOVLDWBR032S40SAFBOVLDWBR038S40SAFBOVLDWBR050S40SAFBOVLDWBR063S40SAFBOVLDWBR075S40SAFBOVLDWBR100S40SAFBO

Coupling standard: FederalMil A-A-59326AWelding end: butt weld for pipe system according to INCH Sch 40S STDStainless steel: AISI 316C / 1.4408


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A.2.W W W . L M C - C O U P L I N G S . C O M

STANDARD

LMC’s Guillemin couplings are symmetric couplings designed in compliance

with EN 14420-8 / NF E 29-572.

OPERATION

A Guillemin coupling, consist of a seal * on the connection surface and is

closed by placing two identical coupling pieces together. This symmetrical

coupling is closed by turning the locking ring through a quarter turn, and is

sealed by tightening the locking ring behind the lugs. Extra closure can be

applied by locking the Guillemin coupling using a Guillemin GY wrench.

Guillemin coupling locking rings can be turned through 360° when disconnected.

*Seal available only on Guillemin couplings with locking ring.

FEATURES

N.B.: Guillemin couplings are not interchangeable with DSP couplings

APPLICATION

For pressure and suction delivery of liquids and solids (such as powders and

granulates)

Irrigation: ND 65 – 100

Hydrocarbons: ND 40 - 50 - 65 - 80 - 100

Granulates: ND 80 - 100

Chemicals: ND 20 - 100 (stainless steel)

N.B.: Guillemin couplings must never be used for steam or liquid gas applications

WORKING PRESSURE

16 bar / 230 psi

Test pressure: 30 bar / 435 psi

Minimum burst pressure: 50 bar / 725 psi

1. High quality surface finishing

2. Long hose shank for extra hose

assembly rigidity

3. Extra wall thickness for longer

life time

4. Reinforcement device with hole

for chain attachment

5. Extra large collar

6. LMC-Couplings brand name

7. Heat treated material

8. Material composition as required

by the standard

9. Standard black seal with excellent

compression set properties

9

4 5

6

4

21

3

GUILLEMIN COUPLINGS EN 14420-8 / NF E 29-572

a2-guillemin 9/6/07 1:23 PM Pagina 1



TEMPERATURE

-20°C / -4°F up to +65°C / 149°F

Hose, coupling, assembly method and seal must be chosen in relation with the desired application and temperature range.

MATERIAL

� Coupling

Aluminium heat treated

Stainless steel AISI 316 / 1.4401

� Seal

NBR - black standard for stainless steel and aluminium

EPDM - white

FPM - green

PTFE - white

ASSEMBLY

Worm drive clamps

Band clamps

RK-safety clamps complying with EN 14420-3 / DIN 2817

FLEXOLINE® safety clamps

Swage ferrules for helical hose shank

Butt welding

THREADS

Male thread: EN ISO 228-1, BSP

Female thread: EN ISO 228-1, BSP

TESTING

Guillemin couplings are often submitted to heavy handling impact when loading and unloading liquids and solids. These couplings are

therefore subject to more demanding testing methods than other couplings.

LMC’s guillemin couplings undergo a number of tests executed by our Research & Development department. In addition to our own testing

methods, we also use the latest gauges specified by the European EN 14420-8 standard. The following product properties are tested:

� Lugs

� Locking ring

� Material test

� Dimensions

� Quality finishing




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A.2.3


� Lugs

A fall of a hose, assembled with Guillemin couplings, causes an import impact on the lugs of the

coupling. Therefore the mechanical strength of the lugs must be tested.

The mechanical strength of the lugs is tested using a conical weight falling around its axis onto

the coupling lugs. This 'Chinese head' test is developed to test the internal impact of the

lugs. The external impact of the lugs is tested using the ‘pan’ test, which is the opposite of the

'Chinese head' procedure. LMC guillemin couplings passed both lug tests successfully.

A gauge is then used to check the dimensions of the lug spacing, as specified by the EN 14420-8

standard.

� Locking ring

The locking ring is tested by simulating a fall to the ground. The test device consists of a sway

arm and a weight. When the arm falls onto the locking ring, the ring deforms as a result of the

heavy impact. LMC-Couplings conducts this test to discover whether there are any signs of

post-impact deformation or fracturing. In practice, a locking ring cannot deform, since it is

mounted onto the body of the Guillemin coupling. However, if the chemical structure of the

locking ring is inadequate, then the locking ring will break immediately. The LMC-Couplings

locking ring resumed its original shape after testing, and displayed no evidence of fracture.

� Material test

An in-house spectroscope is used to test the materials used in the Guillemin couplings.

The spectroscope analyses the precise material substances found in the coupling.

We can therefore offer our customers a guarantee that the materials used comply fully

with the relevant standard.

� Dimensions

The dimensions of LMC Guillemin couplings comply with EN 14420-8 / NF E 29-572.

Guillemin couplings manufactured in compliance with this standard are interchangeable.

The Guillemin couplings are randomly checked for correct dimensions using two

different measuring methods:

1. Measuring tool

2. Gauges

Our measuring system compares the dimensions of our Guillemin couplings comply with the

standard. Although ordinary measuring systems are unable to give precise measurements, our

measuring system is able to measure the less accessible parts and shapes of Guillemin coup-

lings. This minimizes inspection times and ensures the highest levels of product quality.

The European EN 14420-8 standard requires the use of gauges to guarantee interchangeability

of Guillemin couplings. LMC-Couplings uses gauges as a random quality measurement system at

several production stages, in our production department, on arrival in our warehouse and

before goods are shipped to our customers. Using the gauges required by the European

EN 14420-8 standard, LMC-Couplings measures the following four quality-point dimensions of its

Guillemin couplings:

A. Seal groove

B. Locking ring

C. Outside diameter

D. Inside diameter

GUILLEMIN COUPLINGS EN 14420-8 / NF E 29-572A.2.




� Quality finishing

LMC’s Guillemin couplings meet the high requirements of the EN 14420-8 / NF E 29-572 standard. A lot of attention was focused on

product design. The design of the lugs, the ergonomic locking ring, the special treated surface, length of hose tail, plug with chain,

branding ... and many more details guarantee a highly finished product.

Guillemin couplings vs DSP couplings

GUILLEMIN COUPLINGS DSP COUPLINGS

Standard EN 14420-8 / NF E 29-572 NF S61-704 / NF S61-705

Main application Pressure and suction purposes Pressure and suction purposes in

in wide range of industries fire fighting

Lug Smooth (a) Triangular (b)

Locking ring Smooth Serrated

Rotation of 360° Rotation of 45°

Seal Square seal Profiled seal


(a)

(b)



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MALE THREADED WITHOUT LOCKING RING


40 1.1/2” G 1.1/2 Aluminium 0.12 LGM03850 2” G 2 Aluminium 0.15 LGM05065 2.1/2” G 2.1/2 Aluminium 0.23 LGM06580 3” G 3 Aluminium 0.46 LGM080

100 4” G 4 Aluminium 0.64 LGM100

40 1.1/2” G 1.1/2 Stainless steel 0.30 RGM03850 2” G 2 Stainless steel 0.55 RGM05065 2.1/2” G 2.1/2 Stainless steel 0.76 RGM06580 3” G 3 Stainless steel 1.11 RGM080

100 4” G 4 Stainless steel 1.55 RGM100

Working pressure: 16 bar / 230 psiMale thread: EN ISO 228-1, BSP Stainless steel: AISI 316 / 1.4401

FEMALE THREADED WITHOUT LOCKING RING


40 1.1/2” G 1.1/2 Aluminium 0.09 LGF03850 2” G 2 Aluminium 0.14 LGF05065 2.1/2” G 2.1/2 Aluminium 0.23 LGF06580 3” G 3 Aluminium 0.35 LGF080

100 4” G 4 Aluminium 0.41 LGF100

40 1.1/2” G 1.1/2 Stainless steel 0.19 RGF03850 2” G 2 Stainless steel 0.36 RGF05065 2.1/2” G 2.1/2 Stainless steel 0.74 RGF06580 3” G 3 Stainless steel 0.95 RGF080

100 4” G 4 Stainless steel 0.94 RGF100

Working pressure: 16 bar / 230 psiFemale thread: EN ISO 228-1, BSP Stainless steel: AISI 316 / 1.4401



GUILLEMIN COUPLINGS

A.2.6


MALE THREADED WITH LOCKING RING


40 1.1/2” G 1.1/2 Aluminium 0.16 LGMG03850 2” G 2 Aluminium 0.30 LGMG05065 2.1/2” G 2.1/2 Aluminium 0.47 LGMG06580 3” G 3 Aluminium 0.61 LGMG080

100 4” G 4 Aluminium 0.87 LGMG100

40 1.1/2” G 1.1/2 Stainless steel 0.43 RGMG03850 2” G 2 Stainless steel 0.85 RGMG05065 2.1/2” G 2.1/2 Stainless steel 0.98 RGMG06580 3” G 3 Stainless steel 1.11 RGMG080

100 4” G 4 Stainless steel 1.59 RGMG100

Working pressure: 16 bar / 230 psiSeal: NBR - blackMale thread: EN ISO 228-1, BSP Stainless steel: AISI 316 / 1.4401

FEMALE THREADED WITH LOCKING RING


40 1.1/2” G 1.1/2 Aluminium 0.23 LGFG03850 2” G 2 Aluminium 0.40 LGFG05065 2.1/2” G 2.1/2 Aluminium 0.47 LGFG06580 3” G 3 Aluminium 0.60 LGFG080

100 4” G 4 Aluminium 1.17 LGFG100

40 1.1/2” G 1 .1/2 Stainless steel 0.60 RGFG03850 2” G 2 Stainless steel 0.78 RGFG05065 2.1/2” G 2.1/2 Stainless steel 1.24 RGFG06580 3” G 3 Stainless steel 1.65 RGFG080

100 4” G 4 Stainless steel 3.07 RGFG100

Working pressure: 16 bar / 230 psiSeal: NBR - blackFemale thread: EN ISO 228-1, BSP Stainless steel: AISI 316 / 1.4401



GUILLEMIN COUPLINGS

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SERRATED HOSE SHANK WITH LOCKING RING

ND Inch For hose Collar Material Weight/pc Referencemm Kg

40 1.1/2” 38 - Aluminium 0.17 LGSG03840 1.1/2” 40 - Aluminium 0.20 LGSG04040 1.1/2” 45 - Aluminium 0.25 LGSG04550 2” 50 x Aluminium 0.33 LGSG05050 2” 55 - Aluminium 0.38 LGSG05565 2.1/2” 65 x Aluminium 0.41 LGSG06565 2.1/2” 70 - Aluminium 0.60 LGSG07080 3” 75 x Aluminium 0.77 LGSG07580 3” 80 - Aluminium 0.79 LGSG08080 3” 90 - Aluminium 0.85 LGSG090

100 4” 100 x Aluminium 1.33 LGSG100100 4” 105 - Aluminium 1.03 LGSG105100 4” 110 - Aluminium 1.26 LGSG110

40 1.1/2” 40 x Stainless steel 0.52 RGSG03850 2” 50 x Stainless steel 0.93 RGSG05050 2” 55 - Stainless steel 0.87 RGSG05565 2.1/2” 65 x Stainless steel 1.05 RGSG06580 3” 75 x Stainless steel 2.27 RGSG07580 3” 80 x Stainless steel 2.28 RGSG08080 3” 90 - Stainless steel 2.04 RGSG090

100 4” 100 x Stainless steel 3.31 RGSG100

SERRATED HOSE SHANK WITH LOCKING RING WITHOUT LUGS

ND Inch For hose mm Collar Material Weight/pc ReferenceKg

40 1.1/2” 38 - Aluminium 0.12 LGSG038SO40 1.1/2” 40 - Aluminium 0.16 LGSG040SO40 1.1/2” 45 - Aluminium 0.20 LGSG045SO50 2” 50 x Aluminium 0.21 LGSG050SO50 2” 55 - Aluminium 0.28 LGSG055SO65 2.1/2” 65 x Aluminium 0.35 LGSG065SO65 2.1/2” 70 - Aluminium 0.45 LGSG070SO80 3” 75 x Aluminium 0.65 LGSG075SO80 3” 80 - Aluminium 0.69 LGSG080SO80 3” 90 - Aluminium 0.71 LGSG090SO

100 4” 100 x Aluminium 1.21 LGSG100SO100 4” 105 - Aluminium 0.95 LGSG105SO100 4” 110 - Aluminium 1.15 LGSG110SO

Working pressure: 16 bar / 230 psiSeal: NBR - blackStainless steel: AISI 316 / 1.4401Assembly: band clamps and ferrules

Working pressure: 8 bar / 115 psiSeal: NBR - blackAssembly: band clamps and ferrulesGuillemin couplings without lugs are recommended to prevent torsion of the hose when connecting the coupling on a fixed Guillemin coupling. Also available in male, female and butt-weld version.



GUILLEMIN COUPLINGS

A.2.8


BUTT WELD VERSION WITHOUT LOCKING RING

ND Inch Welding end Material Weight/pc Referencemm Kg

40 1.1/2” 48.26 x 3.68 Stainless steel 0.33 RGBW03850 2” 60.33 x 3.91 Stainless steel 0.86 RGBW05065 2.1/2” 73.03 x 5.16 Stainless steel 1.01 RGBW06580 3” 88.90 x 5.49 Stainless steel 1.18 RGBW080

100 4” 114.30 x 6.02 Stainless steel 1.57 RGBW100

Working pressure: 16 bar / 230 psiWelding end: butt weld end to inch and schedule 40 pipe sizeStainless steel: AISI 316 / 1.4401

BUTT WELD VERSION WITH LOCKING RING

ND Inch Welding end Material Weight/pc Referencemm Kg

40 1.1/2” 48.26 x 3.68 Stainless steel 0.44 RGBWG03850 2” 60.33 x 3.91 Stainless steel 091 RGBWG05065 2.1/2” 73.03 x 5.16 Stainless steel 1.08 RGBWG06580 3” 88.90 x 5.49 Stainless steel 1.83 RGBWG080

100 4” 114.30 x 6.02 Stainless steel 2.10 RGBWG100

Working pressure: 16 bar / 230 psiWelding end: butt weld end to inch and schedule 40 pipe sizeSeal: NBR - blackStainless steel: AISI 316 / 1.4401

PLUG WITH HANDLE


40 1.1/2" Aluminium 0.15 LGP03850 2" Aluminium 0.20 LGP05065 2.1/2” Aluminium 0.22 LGP06580 3" Aluminium 0.34 LGP080

Working pressure: 16 bar / 230 psiSeal: NBR - blackChain included



GUILLEMIN COUPLINGS

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PLUG WITHOUT LOCKING RING


40 1.1/2” Stainless steel 0.11 RGP03850 2” Stainless steel 0.23 RGP05065 2.1/2” Stainless steel 0.32 RGP06580 3” Stainless steel 0.43 RGP080

100 4” Stainless steel 0.81 RGP100

50 2" Polypropylene 0.04 GPL050

Working pressure: 16 bar / 230 psiSeal: NBR - blackChain includedStainless steel: AISI 316 / 1.4401

PLUG WITH LOCKING RING


40 1.1/2" Aluminium 0.15 LGPG03850 2” Aluminium 0.25 LGPG05065 2.1/2" Aluminium 0.31 LGPG06580 3” Aluminium 0.48 LGPG080

100 4” Aluminium 0.75 LGPG100

40 1.1/2” Stainless steel 0.29 RGPG03850 2” Stainless steel 0.60 RGPG05065 2.1/2” Stainless steel 0.76 RGPG06580 3” Stainless steel 1.26 RGPG080

100 4” Stainless steel 1.68 RGPG100

Working pressure: 16 bar / 230 psiSeal: NBR - blackChain includedStainless steel: AISI 316 / 1.4401



GUILLEMIN COUPLINGS

A.2.10


REDUCING COUPLING GUILLEMIN - GUILLEMIN


40 - 50 1.1/2” - 2” Aluminium 0.60 LGVG04005040 - 65 1.1/2” - 2.1/2” Aluminium 0.55 LGVG04006540 - 80 1.1/2” - 3” Aluminium 0.98 LGVG04008050 - 65 2” - 2.1/2” Aluminium 0.65 LGVG05006550 - 80 2” - 3” Aluminium 1.14 LGVG050080

50 - 100 2” - 4” Aluminium 1.07 LGVG05010065 - 80 2.1/2” - 3” Aluminium 1.22 LGVG065080

65 - 100 2.1/2” - 4” Aluminium 1.72 LGVG06510080 - 100 3” - 4” Aluminium 1.87 LGVG080100

40 - 50 1.1/2” - 2” Stainless steel 1.50 RGVG03805040 - 65 1.1/2” - 2.1/2” Stainless steel 1.66 RGVG03806550 - 65 2” - 2.1/2” Stainless steel 2.13 RGVG05006550 - 80 2” - 3” Stainless steel 2.05 RGVG050080

50 - 100 2” - 4” Stainless steel 4.01 RGVG05010065 - 80 2.1/2” - 3” Stainless steel 3.10 RGVG065080

65 - 100 2.1/2” - 4” Stainless steel 3.50 RGVG06510080 - 100 3” - 4” Stainless steel 4.91 RGVG080100

REDUCING COUPLING GUILLEMIN - DSP

ND Inch Material Weight/pc ReferenceGuillemin - DSP Guillemin - DSP Kg

40 - DSP 40 1.1/2” - 1.1/2” Aluminium 0.43 LGVD03804040 - DSP 65 1.1/2” - 2.1/2” Aluminium 0.76 LGVD03807050 - DSP 65 2” - 2.1/2” Aluminium 1.09 LGVD05007050 - AR 100 2” - 4” Aluminium 1.75 LGVD05010065 - DSP 65 2.1/2” - 2.1/2” Aluminium 1.01 LGVD06507065 - AR 100 2.1/2” - 4” Aluminium 1.75 LGVD06510080 - AR 100 3” - 4” Aluminium 1.85 LGVD080100

100 - AR 100 4” - 4” Aluminium 2.08 LGVD100100

REDUCING COUPLING GUILLEMIN - STORZ

ND Inch Material Weight/pc ReferenceGuillemin - Storz Guillemin - Storz Kg40 - 52C LD 66 1.1/2” - 2” Aluminium 0.57 LGVS03806640 - 75B LD 89 1.1/2” - 3” Aluminium 0.63 LGVS03808950 - 52C LD 66 2” - 2” Aluminium 0.66 LGVS05006650 - 75B LD 89 2” - 3” Aluminium 0.95 LGVS050089

50 - 110A LD 133 2” - 4” Aluminium 1.71 LGVS05013365 - 52C LD 66 2.1/2” - 2” Aluminium 1.11 LGVS06506665 - 75B LD 89 2.1/2” - 3” Aluminium 1.12 LGVS065089

65 - 110A LD 133 2.1/2” - 4” Aluminium 1.57 LGVS06513380 - 52C LD 66 3” - 2” Aluminium 1.1 LGVS08006680 - 75B LD 89 3” - 3” Aluminium 1.23 LGVS080089

80 - 110A LD 133 3” - 4” Aluminium 1.81 LGVS080133100 - 52C LD 66 4” - 2” Aluminium 1.63 LGVS100066100 - 75B LD 89 4” - 3” Aluminium 1.58 LGVS100089100 - 110A LD 133 4” - 4” Aluminium 2.04 LGVS100133

Working pressure: 16 bar / 230 psiStainless steel: AISI 316 / 1.4401Guillemin and DSP couplings with locking ringGuillemin square seal NBR; DSP coupling profiled seal NBR; Storz coupling profiled seal NBRLD: Lug distance



GUILLEMIN COUPLINGS

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HELICAL HOSE SHANK FOR COMPOSITE HOSE WITH LOCKING RING


50 2” 50 Aluminium 0.42 CLGSG05065 2.1/2” 65 Aluminium 0.56 CLGSG06580 3” 80 Aluminium 0.83 CLGSG080

100 4” 100 Aluminium 1.42 CLGSG100

50 2” 50 Stainless steel 1.14 CRGSG05080 3” 80 Stainless steel 2.33 CRGSG080

100 4” 100 Stainless steel 3.55 CRGSG100

Working pressure: 16 bar / 230 psiSeal: NBR - blackShank: composite hose shank in metric sizeStainless steel: AISI 316 / 1.4401Assembly: swage ferrules with crimping seal

SWAGE FERRULE FOR HELICAL HOSE SHANK AND COMPOSITE HOSE

ND Inch Material Ø ID mm +/- Ø ID mm +/- Length mm +/- Weight/pc Referencecoupling side hose side kg

50 2” Stainless steel 53.6 65.7 67.0 0.15 CHR05065 2.1/2” Stainless steel 68.0 83.0 73.0 0.24 CHR06580 3” Stainless steel 84.6 98.0 76.2 0.24 CHR080

100 4” Stainless steel 107.5 124.0 107.0 0.63 CHR100

Stainless steel AISI 304 - 1.4301Steel swage ferrules on request available

EPDM / FPM available on request

CRIMPING SEAL FOR HELICAL SHANK COUPLING

ND Inch Material Colour Ø OD +/- 2 mm Ø ID +/- 1mm Weight/pc Referencekg

50 2” NBR Black 65.5 50 0.02 CXN05065 2.1/2” NBR Black 84 65 0.03 CXN06580 3” NBR Black 100 80 0.04 CXN080

100 4” NBR Black 112.5 100 0.07 CXN100



40 1.1/2” Red coated steel 0.54 GY04080 3” Red coated steel 0.88 GY080


GUILLEMIN COUPLINGS

A.2.12


SEALS

MULTI WRENCH - GY®


40 - 100 1.1/2” - 4" Blue coated steel 0.54 GY

WRENCH

CHAIN WITH S-HOOK

Material Length Weight/pc ReferenceKg

Stainless steel 200 mm 0.015 KETR200

SQUARE SEAL FOR COUPLING PART - NBR

ND Inch Material Colour Ø OD Ø ID Height Weight/pc Referencemm mm mm Kg

25 1” NBR Black 34.3 27.3 4.0 0.001 GXB02532 1.1/4” NBR Black 38.0 32.0 4.5 0.002 GXB03240 1.1/2” NBR Black 51.0 43.0 5.0 0.004 GXB03850 2” NBR Black 64.0 54.0 5.0 0.007 GXB05065 2.1/2” NBR Black 79.0 69.0 6.0 0.010 GXB06580 3” NBR Black 96.0 85.0 6.0 0.015 GXB080

100 4” NBR Black 117.5 103.5 7.0 0.020 GXB100

SQUARE SEAL FOR COUPLING PART - EPDM


25 1” EPDM White 34.3 27.3 4.0 0.001 GXE02540 1.1/2” EPDM White 51.0 43.0 5.0 0.005 GXE03850 2” EPDM White 64.0 54.0 5.0 0.007 GXE05065 2.1/2” EPDM White 79.0 69.0 6.0 0.010 GXE06580 3” EPDM White 96.0 85.0 6.0 0.015 GXE080

100 4” EPDM White 117.5 103.5 7.0 0.020 GXE100

Stainless steel AISI 304 - 1.4301



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GUILLEMIN COUPLINGS

SQUARE SEAL FOR COUPLING PART - FPM


25 1” FPM Green 34.3 27.3 4.0 0.001 GXV02540 1.1/2” FPM Green 51.0 43.0 5.0 0.006 GXV03850 2” FPM Green 64.0 54.0 5.0 0.009 GXV05065 2.1/2” FPM Green 79.0 69.0 6.0 0.012 GXV06580 3” FPM Green 96.0 85.0 6.0 0.018 GXV080

100 4” FPM Green 117.5 103.5 7.0 0.033 GXV100

SQUARE SEAL FOR COUPLING PART - PTFE


25 1" PTFE White 34.3 27.3 4.0 0.005 GXP02540 1.1/2” PTFE White 51.0 43.0 5.0 0.006 GXP03850 2” PTFE White 64.0 54.0 5.0 0.010 GXP05065 2.1/2” PTFE White 79.0 69.0 6.0 0.015 GXP06580 3” PTFE White 96.0 85.0 6.0 0.020 GXP080

100 4” PTFE White 117.5 103.5 7.0 0.036 GXP100

FLAT SEAL FOR PLUG - NBR


50 2” NBR Black 67.9 37.5 2.8 0.01 GXB050GP65 2.1/2” NBR Black 83.5 48.0 2.8 0.02 GXB065GP80 3” NBR Black 100.5 62.0 3.5 0.03 GXB080GP

NBR white on request available



A.3.1

STANDARD

LMC’s DSP couplings are manufactured in compliance with NF S61-704 for

the dimensions ND 40 and ND 65. The ND 100 dimension is manufactured in

compliance with NF S61-705.

OPERATION

A DSP coupling is a self-sealing* symmetrical coupling which is secured by

interconnecting two DSP couplings. The half coupling is closed by turning

the locking ring beneath the triangular section of the opposed DSP coupling.

Extra closure can be applied by locking the connection with LMC-Couplings

patented multi wrench. The DSP coupling locking system is similar to that of

the Guillemin coupling. There are however differences to the preformed ser-

ration on the locking ring and the design of the lugs. The locking ring of DSP

couplings can be turned up to 45°.

*Seal available only on DSP couplings with locking rings

The DSP coupling range includes two types of coupling:

� DSP couplings in ND 40 and ND 65 are used for pressure and delivery applications

� AR couplings in ND 100 are used for suction and delivery applications

Lug positions:

Please refer to the following assembly instructions where DSP couplings are to

be fitted to a fixed installation.

N.B.: DSP couplings are not interchangeable with Guillemin couplings.

FEATURES

DSP COUPLINGS NF S61-704 / NF S61-705

Figure 1: The lugs in this illustration are referred to as “top and bot-

tom lugs“. “Top and bottom lugs” are normally used for

outlets and in delivery operations.

Figure 2: The lugs in this illustration are referred to as “ear lugs”.

“Ear lugs” are used for inlets and in suction operations.

1. High-quality surface finishing

2. Extra-thick wall for longer life

3. Hole in each lug for chain attachment

4. LMC-Couplings brand name

5. Heat-treated material

6. Material composition as required by

the standard

1

2

34

a3-dsp 9/6/07 1:37 PM Pagina 1

, BSP

, BSP


DSP

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A.3.3

A.3.

� Lugs

A fall of a hose, assembled with DSP couplings, causes an import impact on the lugs of the cou-

pling. Therefore the mechanical strength of the lugs needs to be tested.

The mechanical strength of the lugs is tested using a conical weight falling around its axis onto the

coupling lugs. This 'Chinese head' test is developed to test the internal impact of the lugs.

The external impact strength of the lugs is tested using the ‘pan’ test, which is the opposite of the

'Chinese head' procedure. LMC’s DSP couplings passed both lug tests successfully.

� Locking ring

The locking ring is tested by simulating a fall to the ground. The testing device consists of a sway

arm and a weight. When the arm hits the locking ring, the ring deforms as a result of the heavy

impact. This test enables us to discover whether there are any signs of post-impact deformation or frac-

turing. In practice, a locking ring can’t deform, because it is mounted onto the body of the

DSP coupling. However, if the chemical structure of the locking ring is inadequate, the locking

ring will break immediately. The LMC-Couplings locking ring maintained its original shape after

testing, and showed no evidence of fracture.

� Material

An in-house spectroscope is used to test the material composition of the heat treated aluminium

used for DSP couplings. This test guarantees our customers DSP couplings developed in full

compliance with the relevant standard.

� Dimensions

The dimensions of LMC DSP couplings comply with NF S61-704 / NF S61-705. All DSP couplings

manufactured in compliance with this standard are interchangeable. All the DSP couplings are ran-

domly checked for correct dimensions using LMC’s measuring system.

Our measuring system checks if the dimensions of our DSP couplings comply with the standard.

Although ordinary measuring systems are unable to give precise measurements, our measuring

system is able to measure the less accessible parts and shapes of DSP couplings. This method mini-

mizes inspection times and ensures the highest levels of product quality.

� Quality of finish

LMC’s DSP couplings not only meet the high requirements of the standard NF S61-704 / NF S61-705,

a lot of attention was focused on product design. The design of the lugs, the ergonomic locking ring,

the special treated surface, plug with chain, branding ... and many more details guarantee a highly

finished product.





DSP COUPLINGS GUILLEMIN COUPLINGS

Standard NF S61-704 / NF S61-705 EN 14420-8 / NF E 29-572

Main application Pressure and suction purposes in Pressure and suction purposes

fire fighting in wide range of industries

Lug Triangular (a) Smooth (b)

Locking ring Serrated Smooth

Rotates up to 45° Rotates up to 360°

Seal Profiled seal Square-section seal

(b)

(a)

DSP couplings vs Guillemin couplings

N.B.: LMC’s DSP couplings are not interchangeable with LMC’s Guillemin couplings.


Multi wrench GY®


MALE THREADED WITHOUT LOCKING RING


DSP 40 1.1/2” G 1.1/2 Aluminium 0.11 LDM040

DSP 40 1.1/2” G 2 Aluminium 0.19 LDM0402


DSP 65 2.1/2” G 2.1/2 Aluminium 0.25 LDM070


AR 100 4” G 4 Aluminium 0.55 LDM100

Working pressure: 16 bar / 230 psiMale thread: EN ISO 228-1, BSP Profiled seal: NBR black

FEMALE THREADED WITHOUT LOCKING RING


DSP 40 1.1/2” G 1.1/2 Aluminium 0.09 LDF040

DSP 40 1.1/2” G 2 Aluminium 0.18 LDF0402


DSP 65 2.1/2” G 2.1/2 Aluminium 0.17 LDF070


AR 100 4” G 4 Aluminium 0.54 LDF100

Working pressure: 16 bar / 230 psiFemale thread: EN ISO 228-1, BSP Profiled seal: NBR black

MALE THREADED WITH LOCKING RING


DSP 40 1.1/2” G 1.1/2 Aluminium 0.17 LDMG040

DSP 40 1.1/2” G 2 Aluminium 0.21 LDMG0402


DSP 65 2.1/2” G 2.1/2 Aluminium 0.36 LDMG070


AR 100 4” G 4 Aluminium 0.90 LDMG100

Working pressure: 16 bar / 230 psiMale thread: EN ISO 228-1, BSP Profiled seal: NBR black


DSP COUPLINGS

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A.3.5




DSP COUPLINGS

A.3.6


FEMALE THREADED WITH LOCKING RING


DSP 40 1.1/2” G 1.1/2 Aluminium 0.24 LDFG040

DSP 40 1.1/2” G 2 Aluminium 0.29 LDFG0402


DSP 65 2.1/2” G 2.1/2 Aluminium 0.44 LDFG070


AR 100 4” G 4 Aluminium 1.15 LDFG100

Working pressure: 16 bar / 230 psiFemale thread: EN ISO 228-1, BSP Profiled seal: NBR black

SERRATED HOSE SHANK WITH LOCKING RING FOR WIRE BINDING


DSP 40 1.1/2” 38 Aluminium 0.16 LDSG038




AR 100 4” 110 Aluminium 1.03 LDSG110

Working pressure: 16 bar / 230 psiProfiled seal: NBR blackAssembly: wire binding



DSP 40 1.1/2” Aluminium 0.14 LDPG040

DSP 65 2.1/2” Aluminium 0.3 LDPG070

AR 100 4” Aluminium 0.74 LDPG100

Working pressure: 16 bar / 230 psiProfiled seal: NBR blackChain included

MULTI-SERRATED HOSE SHANK WITH LOCKING RING FOR SWAGING


DSP 40 1.1/2” 45 Aluminium 0.16 LDSGK045

DSP 65 2.1/2” 70 Aluminium 0.18 LDSGK070

Working pressure: 16 bar / 230 psiProfiled seal: NBR blackAssembly: swage ferrules



DSP COUPLINGS

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A.3.7


REDUCING COUPLING DSP - DSP


DSP 40 - DSP 65 1.1/2” - 2.1/2” Aluminium 0.55 LDVD040070

DSP 40 - AR 100 1.1/2” - 4” Aluminium 1.18 LDVD040100

DSP 65 - AR 100 2.1/2” - 4" Aluminium 1.27 LDVD070100

Working pressure: 16 bar / 230 psiDSP and Guillemin couplings with locking ringDSP coupling profiled seal NBR; Guillemin square seal NBR; Storz coupling profiled seal NBRLD: Lug distance

REDUCING COUPLING GUILLEMIN - DSP

ND Inch Material Weight/pc ReferenceGuillemin - DSP Guillemin - DSP Kg

40 - DSP 40 1.1/2” - 1.1/2” Aluminium 0.43 LGVD038040


50 - DSP 65 2” - 2.1/2” Aluminium 1.09 LGVD050070



65 - AR 100 2.1/2” - 4” Aluminium 1.75 LGVD065100



REDUCING COUPLING DSP - STORZ

ND Inch Material Weight/pc ReferenceDSP - Storz DSP - Storz Kg

DSP 40 - 52C LD 66 1 1/2" - 2" Aluminium 0.58 LDVS040066

DSP 40 - 75B LD 89 1 1/2" - 3" Aluminium 0.64 LDVS040089

DSP 65 - 52C LD 66 2 .1/2” - 2” Aluminium 1.00 LDVS070066

DSP 65 - 75B LD 89 2 .1/2” - 3” Aluminium 1.01 LDVS070089

DSP 65 - 110A LD 133 2 .1/2” - 4” Aluminium 1.46 LDVS070113

AR 100 - 52C LD 66 4” - 2” Aluminium 1.66 LDVS100066

AR 100 - 75B LD 89 4” - 3” Aluminium 1.61 LDVS100089

AR 100 - 110A LD 133 4” - 4” Aluminium 2.07 LDVS100113




DSP COUPLINGS

MULTI WRENCH - GY®


40 - 100 1.1/2” - 4" Blue coated steel 0.54 GY

CHAIN WITH S-HOOK

Material Length Weight/pc ReferenceKg

Stainless steel 200 mm 0.015 KETR200


ND 40 - ND 65 and ND 100 are profiled seals but vary in execution (see chapter E)

SEALS

PROFILED SEAL FOR COUPLING PART


DSP 40 1.1/2” NBR Black 50.0 37.0 8.0 0.01 DXB040

DSP 65 2.1/2” NBR Black 79.0 63.0 10.0 0.02 DXB070

AR 100 4” NBR Black 117.0 100.0 12.0 0.03 DXB100

WRENCH


40 1.1/2” Red coated steel 0.54 GY04080 3” Red coated steel 0.88 GY080


TW

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A.4.1

STANDARD

LMC’s TW couplings are asymmetric couplings used for the transport of

liquids, solids and gases, with the exception of liquefied gas and steam.

The locking lever fitted to the female (MK) coupling engages in the rim of the male

(VK) coupling. It is turned until both halves are tightly compressed. The locking

lever is then pushed downwards and is used to prevent loosening which can lead

to disconnection.

OPERATION

The female coupling (type MK) is connected to the male coupling (type VK) of

the same diameter by pushing one into the other. The locking lever fitted to

the female (MK) coupling engages in the rim of the male (VK) coupling. The

locking lever is turned untill both couplings are compressed tightly.

The locking lever is then pushed downwards to seal the MK-VK joint.

The locking lever prevents the connection from becoming loose as a result of

vibration.

N.B.: Male and female dust caps (types VB and MB) are pressure-resistantplugs, with the exception of polypropylene dust plugs. A locking device must be used for all connected and pressurised hose assemblies.

FEATURES

1. Designed in full compliance with

EN 14420-6 / DIN 28450

2. Brass TW coupling is forged

3. Right material composition

4. Mechanical resistant lever

5. Couplings are tested using the latest gauges

required by the EN 14420-6 standard

APPLICATION

For the transport of liquids, solids and gases, with the exception of liquefied

gas and steam

WORKING PRESSURE

25 bar / 362 psi

TEMPERATURE

-30°C / -22°F up to 120°C / 248°F

Hose, coupling, assembly method and seal must be chosen in relation with

the desired application and temperature range.

MATERIAL

� Coupling

Stainless steel AISI 316 / 1.4408 by investment casting

Brass CW1617N by forging

Aluminium by forging

Polypropylene

TW COUPLINGS EN 14420-6 / DIN 28450

a4-tw 9/6/07 1:58 PM Pagina 1

A.4.2



� Seal

ASSEMBLY

RK and RKP safety clamps in compliance with EN 14420-3 / DIN 2817


Band clamps

Worm drive clamps

THREADS

Female thread EN ISO 228-1, BSP

TESTING

TW couplings at LMC-Couplings are regularly tested. Because the TW locking ring is mostly affected by falling, extra testing is done to

ensure our customers a high quality product. Test levels:

� Mechanical resistance

� Material composition

� Manufacturing process

� Dimensions

� Design

� Mechanical resistance

The locking ring of the TW coupling is one of the components most likely to be affected by

impact. Distortion of the TW locking ring is tested using pressures in excess of the accepted

upper pressure limit. Under normal circumstances, the locking ring is prevented from

distorting by its crown. The distortion test checks the mechanical strength of the locking ring.

COUPLING MATERIAL COUPLING TYPE SEAL STANDARD SEAL

Type MK: female part, female threaded with locking lever Brass Profiled seal* NBR-black

Thread seal PU- brown

Type VK: male part, female threaded Brass Thread seal PU- brown

Type MB: dust cap Brass Square seal NBR-black

Type MK: female part, female threaded with locking lever Stainless steel Profiled seal* CSM-green

Thread seal PTFE-white

Type VK: male part, female threaded Stainless steel Thread seal PTFE-white

Type MB: dust cap Stainless steel Square seal CSM-green

Type MB: dust cap Aluminium Square seal NBR-black

* Profiled seals only valid for the dimensions ND 50 and ND 80.For the dimension ND 100 an o-ring seal is used.


a4-tw 9/6/07 1:58 PM Pagina 2


TW

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A.4.3


Test results:

• Mechanical reformed (as accepted)

• No signs of fractions

• No signs of cracks

• Elasticity not affected

The fact that LMC-Couplings brass TW locking rings pass the distortion test demonstrates that their material structure complies with

the recommendations of the EN 14420-6 and DIN 28450 standards.

�Material composition

Material quality effects the elasticity of the lever. In compliance with EN 14420-6 the following materials can be used:

Brass

• CuZn39Pb3-H80 material CW614N as specified in EN 12420

Stainless steel

• GX5CrNiMo19-11-2 material 1.4408 as specified in 10213-4

An in-house spectroscope is used to test the material composition used in TW couplings.

We can therefore offer our customers a guarantee that the materials used comply fully

with the EN 14420-6 standard.

� Manufacturing process

LMC-Couplings TW couplings are manufactured in compliance with EN 14420-6 / DIN 28450.

Compliance with the EN 14420-6 and DIN 28450 standards guarantees material quality

and the manufacturing process. The European 14420-6 standard requires brass TW

couplings to be drop-forged. During the forging process, the solid brass piece is subject

to heavy impact. Evidence of this impact on the resulting coupling is a sign of quality.

Stainless steel couplings are manufactured from investment-castings, as required by the

European 14420-6 standard.

� Dimensions

TW coupling dimensions are specified in EN 14420-6 and DIN 28450. All TW couplings

manufactured in compliance with this standard are interchangeable. LMC-Couplings

TW couplings are randomly checked for correct dimensions using two different measuring

methods:

A. Measuring tooling

B. Gauges

Our high-technology measuring system checks that the dimensions of our TW couplings

comply with the standard. Although ordinary measuring systems are unable to give

precise measurements, our measuring system is able to measure the less accessible

parts and shapes. This minimizes inspection times and ensures the highest levels of

product quality. The European EN 14420-6 standard requires the use of gauges to

guarantee interchangeability of TW couplings. LMC-Couplings uses gauges at random

as a quality measurement system at several production stages, in our production plants,

on arrival in our warehouse and before goods are shipped to our customers.


a4-tw 9/6/07 1:58 PM Pagina 3



Using the gauges required by the European EN 14420-6 standard, LMC-Couplings measures the following four quality-point dimensions

of its TW couplings:

A. Seal groove

B. Locking ring

C. Seal ring

D. Inside diameter

� Design

Not only do LMC’s TW couplings meet the high requirements set by EN 14420-6 and DIN 28450, but we also pay a lot of attention to

the design of the coupling. The design of the complete coupling, its ergonomic locking lever, smooth inner surface, branding, etc.

All these properties ensure a product with a high quality of finish.

CROSS REFERENCES

MK050 TW 1502-5

MK080 TW 502-5

VK050 TW 1501

VK080 TW 501

MKH050 TW 1503-4

MKH080 TW 503-4

MKV050 TW 1502

MKV080 TW 502

MB050 TW 1506

MB080 TW 506

VB050 TW 1507

VB080 TW 507

TWFB050 1505

TWFB080 505

GSDH050 1505 GSD

GSDH080 505 GSD


a4-tw 9/6/07 1:58 PM Pagina 4


TW

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A.4.5


TW COUPLINGS

TYPE MK: FEMALE PART - FEMALE THREADED WITH LOCKING LEVER

ND Inch Thread Thread seal Profiled seal Material Weight/pc ReferenceEN ISO 228-1 Kg

50 2" G 2 PU NBR Brass 0.74 MK05080 3" G 3 PU NBR Brass 1.46 MK080

100 4" G 4 PU NBR Brass 2.71 MK100

50 2" G 2 PTFE CSM Stainless steel 0.63 MKRR05080 3" G 3 PTFE CSM Stainless steel 1.30 MKRR080

100 4" G 4 PTFE CSM Stainless steel 2.16 MKRR100

TYPE VK: MALE PART - FEMALE THREADED WITH THREAD SEAL

ND Inch Thread Thread seal Material Weight/pc ReferenceEN ISO 228-1 Kg

50 2" G 2 PU Brass 0.30 VK05080 3" G 3 PU Brass 0.78 VK080

100 4" G 4 PU Brass 1.22 VK100

50 2" G 2 PTFE Stainless steel 0.32 VKR05080 3" G 3 PTFE Stainless steel 0.74 VKR080

100 4" G 4 PTFE Stainless steel 1.25 VKR100

Stainless steel: AISI 316 - 1.4408Female thread: EN ISO 228-1, BSP

Stainless steel: AISI 316 - 1.4408The locking ring with lever in the dimension ND 100 is not seperately available.

Stainless steel: AISI 316 - 1.4408Female thread: EN ISO 228-1, BSPFor the dimension ND 100 an o-ring seal is used.

TYPE MKH: LOCKING RING WITH LEVER


50 2" Brass 0.51 MKH05080 3" Brass 0.93 MKH080

50 2" Stainless steel 0.43 MKHR05080 3" Stainless steel 0.91 MKHR080

a4-tw 9/6/07 1:59 PM Pagina 5

1.10 VB100


TW COUPLINGS

TW

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A.4.7


TYPE MKST: FEMALE PART WITH LOCKING LEVER AND SMOOTH HOSE SHANK

ND Inch Material For hose Weight/pc Referencemm Kg

50 2" Brass 50 1.20 MKST050

80 3" Brass 75 2.37 MKST080

50 2" Stainless steel 50 1.09 MKSTRR050

80 3" Stainless steel 75 2.21 MKSTRR080

The female part, type MKST is a monoblock version Standard hose shank EN 14420-2 / DIN 2817Assembly: RK and RKP safety clamps EN 14420-3 / DIN 2817

FLEXOLINE® safety clampsStainless steel AISI 316 - 1.4408

TYPE VKST: MALE PART WITH SMOOTH HOSE SHANK

ND Inch Material For hose Weight/pc Referencemm Kg

50 2" Brass 50 0.76 VKST050

80 3" Brass 75 1.69 VKST080

50 2" Stainless steel 50 0.78 VKSTR050

80 3" Stainless steel 75 1.65 VKSTR080

The male part, type VKST is a monoblock version Standard hose shank EN 14420-2 / DIN 2817Assembly: RK and RKP safety clamps EN 14420-3 / DIN 2817

FLEXOLINE® safety clampsStainless steel AISI 316 - 1.4408

ACCESSORIES


CHAIN WITH S-HOOK

Length Material Weight/pc Referencemm Kg200 Stainless steel 0.015 KETR200

a4-tw 9/6/07 2:00 PM Pagina 7


TW COUPLINGS

A.4.8


PROFILED CROWN SEAL

ND Inch Material Colour Ø OD +/- 0.2 Ø ID +/- 0.3 Height +/- 0.2 Weight Referencemm mm mm Kg

50 2” NBR Black 62.5 49.0 10.0 0.01 GSDB05080 3” NBR Black 92.0 76.0 11.6 0.03 GSDB080

50 2” CSM Green 62.5 49.0 10.0 0.01 GSDH05080 3” CSM Green 92.0 76.0 11.6 0.03 GSDH080

50 2” FPM Black 62.5 49.0 10.0 0.01 GSDV05080 3” FPM Black 92.0 76.0 11.6 0.03 GSDV080

SQUARE SEAL FOR FEMALE CAP TYPE MB


50 2” NBR Black 61.5 49.0 5.0 0.01 TWFB05080 3” NBR Black 92.0 77.0 6.0 0.02 TWFB080

50 2” CSM Green 61.5 49.0 5.0 0.01 TWFH05080 3” CSM Green 92.0 77.0 6.0 0.02 TWFH080

50 2” PTFE White 61.5 49.0 5.0 0.01 TWFP05080 3” PTFE White 92.0 77.0 6.0 0.02 TWFP080

50 2” FPM Black 61.5 49.0 5.0 0.01 TWFV05080 3” FPM Black 92.0 77.0 6.0 0.02 TWFV080

O-RING FOR FEMALE CAP TYPE MB AND CROWN PART TYPE MKV


100 4” NBR Black 113.0 99.0 7.0 0.02 TWFB100100 4” CSM Green 113.0 99.0 7.0 0.02 TWFH100100 4” FPM Black 113.0 99.0 7.0 0.02 TWFV100

THREAD SEAL

ND Inch Material Colour Ø OD Ø ID Height Weight Referencemm mm mm Kg

50 2” PTFE White 60 49 2 0.004 X2RP05080 3” PTFE White 88 77 3 0.010 X2RP075

100 4” PTFE White 114 100 3 0.015 X2RP100

50 2” PU Brown 60 49 2 0.002 X2RV05080 3” PU Brown 88 77 3 0.005 X2RV075

100 4” PU Brown 114 100 3 0.008 X2RV100

Thread seal dimensions in compliance with EN 14420-5 Seal colours are subject to change without prior notice

a4-tw 9/6/07 2:01 PM Pagina 8

‘GK’CO

UP

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A.5.


A.5.1

STANDARD

LMC’s 'GK' couplings are symmetric quick couplings designed for agricultural,

gardening, construction and public service applications.

OPERATION

‘GK’ couplings are connected by pushing and rotating the two couplingstogether. The claw distance is a 40 mm and therefore interchangeablebetween all dimensions from DN 10 to DN 38. 'GK' couplings are not interchangeable with Express couplings complyingwith NF E 29.573 and European air couplings complying with DIN 3489.

N.B.: Due to the wide range of ‘GK’-type seals, ‘GK’ couplings can not always be connected with those of other manufacturers.

FEATURES

APPLICATION

For agricultural, gardening, construction and public service applications.

WORKING PRESSURE

10 bar / 145 psi

TEMPERATURE

-30°C / -22°F up to 120°C / 248°F



MATERIAL

� Coupling

Brass 2.0401 - Ms 58 hot forged

� Seal

NBR standard

FPM on request

1. Claw distance 40 mm2. Easily connected and disconnected

coupling3. The serrated shank ensures perfect

rigidity when assembled with worm drive clamps or low pressure ferrules

4. The high mechanical strength of ‘GK’ claws ensures longer working life

5. Hot drop forged chrome-treated brass Ms58

4

3

1

‘GK’ COUPLINGS

a5-GK 9/10/07 8:58 AM Pagina 1

A.5.2


ASSEMBLY

Worm drive clampsLow pressure ferrules

THREADS

Male thread: EN ISO 228-1, BSPFemale thread: EN ISO 228-1, BSP

TESTING

LMC-Couplings ‘GK’ couplings are subject to a number of quality tests. The mechanical

structure, chemical composition, seal compression set and claw strength are all important

product properties for high-quality couplings.

� Impact testing of ‘GK’-claws

In addition to being manufactured from the right material quality (brass 2.0401 – Ms 58)

using the right production method (hot drop forged), the claws of LMC’s ‘GK’ couplings

are tested for mechanical strength by means of an impact test. Above the accepted

pressure limit, ‘GK’ coupling claws may distort, although this is impossible under normal

working conditions when both parts of the ‘GK’ coupling are connected.

However, ‘GK’ claws are often dropped by operators, which can result in fractures or

even claw breakage. Following impact testing, LMC’s ‘GK’ coupling claws show no sign

of fracture or breakage. LMC-Couplings ‘GK’ couplings are manufactured from the right

quality of material, have the right mechanical structure and are produced using the

right production method.

Deformed ‘GK’-claws

Not deformed ‘GK’-claws

‘GK’ COUPLINGS

a5-GK 9/10/07 8:59 AM Pagina 2


‘GK’ COUPLINGS

‘GK’

COU

PLIN

GS

A.5.3


‘GK’ COUPLING MALE THREADED


10 3/8" G 3/8 Brass Ms 58 0.07 GKM01015 1/2" G 1/2 Brass Ms 58 0.07 GKM01320 3/4" G 3/4 Brass Ms 58 0.07 GKM01925 1" G 1 Brass Ms 58 0.08 GKM02532 1.1/4" G 1.1/4 Brass Ms 58 0.10 GKM03240 1.1/2" G 1.1/2 Brass Ms 58 0.14 GKM038

Claw distance: 40 mmWorking pressure: 20 bar / 290 psiProfiled seal: NBR standardMale thread: EN ISO 228-1, BSP

‘GK’ COUPLING FEMALE THREADED


10 3/8" G 3/8 Brass Ms 58 0.07 GKF01015 1/2" G 1/2 Brass Ms 58 0.07 GKF01320 3/4" G 3/4 Brass Ms 58 0.08 GKF01925 1" G 1 Brass Ms 58 0.08 GKF02532 1.1/4" G 1.1/4 Brass Ms 58 0.11 GKF03240 1.1/2" G 1.1/2 Brass Ms 58 0.13 GKF038

Claw distance: 40 mmWorking pressure: 20 bar / 290 psiSeal: coupling side NBR standard

thread side SBRFemale thread: EN ISO 228-1, BSP

‘GK’ COUPLING WITH SERRATED HOSE SHANK


10 3/8” 10 Brass Ms 58 0.07 GKS01013 1/2” 13 Brass Ms 58 0.07 GKS01316 5/8’ 16 Brass Ms 58 0.08 GKS01619 3/4” 19 Brass Ms 58 0.08 GKS01925 1” 25 Brass Ms 58 0.10 GKS02532 1.1/4” 32 Brass Ms 58 0.14 GKS03238 1.1/2” 38 Brass Ms 58 0.18 GKS038

Claw distance: 40 mmWorking pressure: 20 bar / 290 psiProfiled seal: NBR standardAssembly: worm drive clamps or low pressure ferrules

a5-GK 9/10/07 8:59 AM Pagina 3


‘GK’ COUPLINGS COUPLINGS

A.5.4


SEAL

Claw distance: 40 mmWorking pressure: 20 bar / 290 psiProfiled seal: NBR standardCap without chain

‘GK’ COUPLING CAP


Brass 0.09 GKK

PROFILED SEAL

Material Colour OD Ø ID Ø Height Box Weight Referencemm mm mm pieces kg

NBR black 35.0 24.0 12.0 50 0.005 GKXBFPM green 35.0 24.0 12.0 50 0.009 GKXV

a5-GK 9/10/07 8:59 AM Pagina 4

EXP

RESS

COU

PLIN

GS

NF E 2

9-5

73

A.6.1

A.6.


STANDARD

LMC’s Express couplings are symmetrical half-couplings used for water andair applications complying with the NF E 29-573 standard.

OPERATION

The two couplings are pushed together and rotated to form a seal. The clawsof express couplings are spaced at a standard 41 mm, and are not inter-changeable with 'GK' and European air couplings.

FEATURES

APPLICATION

For water and air applications

WORKING PRESSURE

10 bar / 145 psi

TEMPERATURE

-30°C / -22°F up to 120°C / 248°FHose, coupling, assembly method and seal must be chosen in relation withthe desired application and temperature range.

MATERIAL

� CouplingBrassStainless steel AISI 316 - 1.4401

� SealNBR for brass version (standard)FPM for stainless steel version

ASSEMBLY

Worm drive clampsClamps

THREADS

Male thread: EN ISO 228-1, BSPFemale thread: EN ISO 228-1, BSP

1. Claw distance 41 mm

2. Supplied as standard with profiled NBR

seal offering excellent sealing properties

and with an operating temperature range

of -30°C / -22°F to 120°C / 248°F

3. Machined seal sitting

4. Machined serrated hose shank for perfect

rigidity when assembled with worm

drive or claw clamps

5. The high mechanical strength of Express

coupling claws ensures longer working life

2 - 34

5

1

EXPRESS COUPLINGS NF E 29-573

a6-express 9/19/07 10:24 AM Pagina 1


EXPRESS COUPLINGS

EXP

RESS

COU

PLIN

GS

NF E 2

9-5

73

A.6.3


EXPRESS COUPLING MALE THREADED


6 1/4" G 1/4 Brass 0.09 EXM00610 3/8" G 3/8 Brass 0.10 EXM01015 1/2" G 1/2 Brass 0.10 EXM01320 3/4" G 3/4 Brass 0.10 EXM01925 1" G 1 Brass 0.14 EXM02532 1.1/4" G 1.1/4 Brass 0.25 EXM032

10 3/8" G 3/8 Stainless steel 0.10 EXMR01015 1/2" G 1/2 Stainless steel 0.10 EXMR01320 3/4" G 3/4 Stainless steel 0.10 EXMR01925 1" G 1 Stainless steel 0.25 EXMR025

Claw distance: 41 mmWorking pressure: 10 bar / 145 psiProfiled seal: NBR (standard) for brass version

FPM for stainless steel versionStainless steel: AISI 316 / 1.4401Male thread EN ISO 228-1, BSP

EXPRESS COUPLING FEMALE THREADED


6 1/4" G 1/4 Brass 0.09 EXF00610 3/8" G 3/8 Brass 0.10 EXF01015 1/2" G 1/2 Brass 0.10 EXF01320 3/4" G 3/4 Brass 0.11 EXF01925 1" G 1 Brass 0.11 EXF02532 1.1/4" G 1.1/4 Brass 0.25 EXF032

10 3/8" G 3/8 Stainless steel 0.10 EXFR01015 1/2" G 1/2 Stainless steel 0.10 EXFR01320 3/4" G 3/4 Stainless steel 0.11 EXFR01925 1" G 1 Stainless steel 0.25 EXFR025


FPM for stainless steel versionStainless steel: AISI 316 / 1.4401Female thread EN ISO 228-1, BSP



EXPRESS COUPLINGS

A.6.4



FPM for stainless steel versionCap without chainStainless steel: AISI 316 / 1.4401

EXPRESS COUPLING CAP


Brass 0.13 EXKStainless steel 0.13 EXKR

EXPRESS COUPLING WITH SERRATED HOSE SHANK


6 1/4" 6 Brass 0.10 EXS00610 3/8" 10 Brass 0.12 EXS01013 1/2" 13 Brass 0.12 EXS01316 5/8” 16 Brass 0.13 EXS01620 3/4" 20 Brass 0.13 EXS02025 1" 25 Brass 0.15 EXS025

13 1/2" 13 Stainless steel 0.11 EXSR01316 5/8” 16 Stainless steel 0.12 EXSR01620 3/4" 20 Stainless steel 0.13 EXSR01925 1" 25 Stainless steel 0.16 EXSR025


FPM for stainless steel versionAssembly: worm drive clampsStainless steel: AISI 316 / 1.4401

CLAMPS

Material Outside hose Weight/pc Referencemin-max mm Kg

Carbon steel 19-21 0.04 EXK019Carbon steel 22-25 0.04 EXK022Carbon steel 25-27 0.06 EXK025Carbon steel 28-30 0.06 EXK028Carbon steel 31-33 0.08 EXK031Carbon steel 34-36 0.13 EXK034Carbon steel 37-39 0.15 EXK037



EXPRESS COUPLINGS

EXP

RESS

COU

PLIN

GS

NF E 2

9-5

73

A.6.5


PROFILED SEAL

Material Colour OD Ø ID Ø Height +0,5 Box Weight Referencemm mm mm pieces kg

NBR black 35.0 15.0 10.0 50 0.01 EXXFPM green 35.0 15.0 10.0 50 0.01 EXXV


EUR

OP

EAN

AIR

COU

PLIN

GS

DIN

34

89

STANDARD

LMC’s European air couplings are heavy-duty claw couplings manufacturedin compliance with DIN 3489.

OPERATION

The claw distance is standardised to 42 mm. The couplings are pushedtogether and rotated to form a seal. Due to the lateral and angular shape ofthe seal an instant force is set, which prevent pressure loss due to vibration.The head of a European air coupling is identical and exchangeable with otherEuropean air-versions.

FEATURES

APPLICATION

For air and water applications. N.B.: European air couplings should never be used for steam applications

WORKING PRESSURE

10 bar / 145 psi

TEMPERATURE


MATERIAL

� Coupling Galvanized steel, stainless steel AISI 316, 14401

� SealNBR

ASSEMBLY

Two-bolt saddle clampsWorm drive clamps

THREADS

Male thread: EN 10226-1 / DIN 2999, BSPT (not complying with DIN 3489)Female thread: EN ISO 228-1, BSP

1. Claw distance: 42mm

2. LMC's EA couplings include a specially

designed profiled NBR seal, the lateral

and angular shape of which offers excellent

compression properties.

Pressure is applied as soon as the coupling

is connected.

3. The serrated shank ensures perfect rigidity

when assembled with saddle and worm

drive clamps.

4. The LMC-Couplings brand name is

marked on the top of the coupling.

21

4

3

EUROPEAN AIR COUPLINGS DIN 3489

A.7.

A.7.1

EUR

OP

EAN

AIR

COU

PLIN

GS

DIN

34

89

a7-european air couplings 9/19/07 10:29 AM Pagina 1


EUROPEAN AIR COUPLINGS

EUR

OP

EAN

AIR

COU

PLIN

GS

DIN

34

89

A.7.

A.7.3


EA COUPLING MALE THREADED, DIN 3489 - VBA

ND Inch Thread Material Weight/pc ReferenceDIN 2999 Kg

6 1/4” R 1/4 Galvanized steel 0.14 EAM00610 3/8” R 3/8 Galvanized steel 0.15 EAM01015 1/2” R 1/2 Galvanized steel 0.15 EAM01320 3/4” R 3/4 Galvanized steel 0.18 EAM01925 1” R 1 Galvanized steel 0.19 EAM02532 1.1/4” R 11/4 Galvanized steel 0.26 EAM032

Claw distance: 42 mmWorking pressure: 10 bar / 145 PsiProfiled seal DIN 3489-D: NBRMale thread EN 10226-1 / DIN 2999, BSPT (not complying with DIN 3489)

EA COUPLING FEMALE THREADED, DIN 3489 - VBI


6 1/4” G 1/4 Galvanized steel 0.13 EAF00610 3/8” G 3/8 Galvanized steel 0.14 EAF01015 1/2” G 1/2 Galvanized steel 0.14 EAF01320 3/4” G 3/4 Galvanized steel 0.15 EAF01925 1” G 1 Galvanized steel 0.18 EAF02532 1.1/4” G 11/4 Galvanized steel 0.25 EAF032

Claw distance: 42 mmWorking pressure: 10 bar / 145 PsiProfiled seal DIN 3489-D: NBRFemale thread EN ISO 228-1, BSP

EA COUPLING WITH SERRATED HOSE SHANK, DIN 3489 - VB1


10 3/8” 10.0 Galvanized steel 0.15 EAS01013 1/2” 13.0 Galvanized steel 0.16 EAS01316 5/8” 16.0 Galvanized steel 0.15 EAS01619 3/4” 19.0 Galvanized steel 0.18 EAS01925 1” 25.0 Galvanized steel 0.21 EAS02532 1.1/4” 32.0 Galvanized steel 0.22 EAS032

Claw distance: 42 mmWorking pressure: 10 bar / 145 PsiProfiled seal DIN 3489-D: NBRAssembly: two bolt saddle clamps, worm drive clamps


green

STANDARD

The safety version of LMC’s European air couplings is similar to the EuropeanDIN 3489 standard for air couplings, but with the addition of a safety lockingpin for extra security.

OPERATION

Similar to air couplings complying with the European DIN 3489 standard, theclaw distance of European air safety couplings is standard 42 mm. Next to the claws of the safety European air coupling, a hole is provided.Both couplings are pushed together and rotated untill the holes of both cou-plings are placed in opposite of each other. A safety pin is inserted in theholes and the connection is extra secured.

FEATURES

APPLICATION

For air and water applicationsN.B.: European air safety couplings should never be used for steam applications

WORKING PRESSURE

10 bar / 145 psi

MATERIAL

� CouplingGalvanized steel

� SealNBR

TEMPERATURE


ASSEMBLY

Two-bolt saddle clampsWorm drive clamps

THREADS

Male thread: EN 10226-1 / DIN 2999, BSPT Female thread: EN ISO 228-1, BSP

1. Claw distance: 42mm2. Safety locking pin for additional security3. LMC's EA couplings include a specially-

designed profiled NBR seal, the lateral and angular shape of which offers excellent compression properties. Pressure is applied as soon as the coupling is con-nected, which prevents the connection from becoming loose as a result of vibration.

4. The hose shank ensures perfect rigiditywhen assembled with saddle and worm drive clamps .

5. The LMC-Couplings brand name is marked on the top of the coupling.

2

3

4


EUR

OP

EAN

AIR

SAFET

YCO

UP

LING

S

A.7.

A.7.5

W W W . L M C - C O U P L I N G S . C O MEUROPEAN AIR SAFETY COUPLINGS


ND Inch Thread Material Weight/pc ReferenceDIN 2999 Kg

10 3/8” R 3/8 Galvanized steel 0.19 EAMS01015 1/2” R 1/2 Galvanized steel 0.23 EAMS01320 3/4” R 3/4 Galvanized steel 0.24 EAMS01925 1” R 1 Galvanized steel 0.25 EAMS02532 1.1/4” R 11/4 Galvanized steel 0.25 EAMS032


EUROPEAN AIR SAFETY COUPLINGS

EUR

OP

EAN

AIR

SAFET

YCO

UP

LING

S

A.7.

A.7.7


EA SAFETY COUPLING MALE THREADED

Claw distance: 42 mmWorking pressure: 10 bar / 145 PsiProfiled seal DIN 3489-D: NBR Male thread EN 10226-1 / DIN 2999, BSPT

EA SAFETY COUPLING FEMALE THREADED


10 3/8” G 3/8 Galvanized steel 0.19 EAFS01015 1/2” G 1/2 Galvanized steel 0.19 EAFS01320 3/4” G 3/4 Galvanized steel 0.19 EAFS01925 1” G 1 Galvanized steel 0.23 EAFS02532 1.1/4” G 11/4 Galvanized steel 0.28 EAFS032

Claw distance: 42 mmWorking pressure: 10 bar / 145 PsiProfiled seal DIN 3489-D: NBR Female thread EN ISO 228-1, BSP

Claw distance: 42mmWorking pressure: 10 bar / 145 PsiProfiled seal DIN 3489-D: NBR Assembly: saddle and worm drive clamps

EA SAFETY COUPLING WITH SERRATED HOSE SHANK


10 3/8” 10.0 Galvanized steel 0.20 EASS01013 1/2” 13.0 Galvanized steel 0.19 EASS01319 3/4” 19.0 Galvanized steel 0.22 EASS01925 1” 25.0 Galvanized steel 0.24 EASS02532 1.1/4” 32.0 Galvanized steel 0.32 EASS032



EUROPEAN AIR SAFETY COUPLINGS

A.7.8


Claw distance: 42mmWorking pressure: 10 bar / 145 PsiProfiled seal DIN 3489-D: NBR

EA SAFETY COUPLING CAP


Galvanized steel 0.31 EAKS

Claw distance: 42 mmWorking pressure: 10 bar / 145 PsiProfiled seal DIN 3489-D: NBR

EA SAFETY COUPLING - 3 WAY CONNECTION


Galvanized steel 0.61 EAYS

SAFETY CLIP


Stainless steel AISI 304 0.018 VLBVR2Galvanized steel 0.018 VLBVS2

SEAL

PROFILED SEAL DIN 3489-D

Material Colour OD mm ID mm Height Box Weight Reference+0.1 / -0.2 +0.2 / -0.1 pieces kg

NBR black 34.0 20.0 11.0 50 0.006 EAX


STANDARD

The safety version of LMC’s European air couplings is similar to the European DIN 3489 standard for air couplings, but with the addition of a safety locking pin for extra security and easy crimp swaging features.

OPERATION

Similar to air couplings complying with the European DIN 3489 standard, the claw distance of European air safety couplings is standard 42 mm. Next to the claws of the safety European air coupling, a hole is provided. Both couplings are pushed together and rotated untill the holes of both cou plings are placed in opposite of each other. A safety pin is inserted in the holes and the connection is extra secured.

FEATURES

APPLICATION

For air and water applications

N.B.: European air safety couplings should never be used for steam

applications

WORKING PRESSURE

20 bar / 290 psi

MATERIAL

* CouplingWhite galvanized steel

* SealNBR Blue

TEMPERATURE

-30°C / -22°F up to 120°C / 248°FHose, coupling, assembly method and seal must be chosen in relation with the desired application and temperature range.

ASSEMBLY

• Easy crimp ferrule• Worm drive clamps• Air safety clamps

1. Claw distance: 42mm2. Safety locking pin for additional security3. LMC’s EA couplings include a specially-

designed profiled blue EPDM seal, the lateral and angular shape of which offers excellent compression properties. Pressure is applied as soon as the coupling is con nected, which prevents the connection from becoming loose as a result of vibration.

4. The serrated hose shank ensures perfect rigidity

5. The LMC-Couplings brand name is marked on the top of the coupling.

6. White plate galvanized7. Extra long tail with special shape for more

power (20 bar)8. Easy fit into all kinds of hoses (PVC, rubber…)

without hammering

2

3

4


EURO

PEAN

AIR CRIM

P COU

PLING

SA.7

A.7.9

W W W . L M C - C O U P L I N G S . C O MEUROPEAN AIR CRIMP COUPLINGS

7

EASSC 1 28/10/14 13:18


EUROPEAN AIR CRIMP COUPLINGS

EURO

PEAN

AIR CRIM

P COU

PLING

SA.7

A.7.11


Claw distance: 42mmWorking pressure: 20 bar / 290 psiProfiled seal DIN 3489-D: Blue EPDMAssembly: worm drive clamps, air safety clamps and easy crimp ferrule

EA CRIMP COUPLING WITH SERRATED HOSE SHANK

13 1/2” 13 Galvanized steel 0.19 EASS013C19 3/4” 19 Galvanized steel 0.22 EASS019C25 1” 25 Galvanized steel 0.24 EASS025C

ND Inch For hosemm

Material Weight/pckg

Reference

SAFETY CLIP

Stainless steel AISI 304 0.018 VLBVR2Galvanised steel 0.018 VLBVS2

Material Weight/pckg

Reference

EA CRIMP FERRULE

13 1/2” 3,5 - 4,7 mm Steel S235j2H LHEASS013C19 3/4” 4,5 - 6 mm Steel S235j2H LHEASS019C25 1” 6 - 7,5 mm Steel S235j2H LHEASS025C

ND Inch For hosemm

Material Reference

SEAL


EPDM BLUE 34,0 20,0 11,0 50 0.006 EAXE

Material Colour OD mm+0,1 / -0,2

IDmm

Weight/pckg

ReferenceHeight+0,2 / -0,1

Boxpieces

EASSC 3 28/10/14 13:18


EUROPEAN AIR CRIMP COUPLINGS

A.7.12


Claw distance: 42mmWorking pressure: 10 bar / 145 Psi Profiled seal DIN 3489-D: NBR

EA SAFETY COUPLING CAP


Galvanized steel 0.31 EAKS

Claw distance: 42 mmWorking pressure: 10 bar / 145 Psi Profiled seal DIN 3489-D: NBR

EA SAFETY COUPLING - 3 WAY CONNECTION


Galvanized steel 0.61 EAYS

SAFETY CLIP


Stainless steel AISI 304 0.018 VLBVR2 Galvanized steel 0.018 VLBVS2

SEAL


Material Colour OD mm ID mm Height Box Weight Reference+0.1 / -0.2 +0.2 / -0.1 pieces kg

EPDM BLUE 34.0 20.0 11.0 50 0.006 EAXE

EASSC 4 28/10/14 13:18

TRICLAMP COUPLINGS DIN / INCH / ISO / IMPERIALTR

ICLA

MP

CO

UP

LING

SD

IN/

INC

H/

ISO/

IMP

ERIA

L

A.8.1

A.8.

STANDARD

LMC’s Triclamp couplings are quick couplings used in working environments

demanding high levels of hygiene; e.g. the food, pharmaceutical, chemical and life

science industries. The Triclamp couplings are available in DIN 32676, INCH, IMPER-

IAL or ISO 1127 standards.

OPERATION

Triclamp couplings are easily identified by their flange design. The transition from

the flange side to the hose side is made by a conical profile. The flange side is used

to connect to another flange of the same dimension and standard. Users should

ensure that only Triclamp’s complying with the same standard are connected

together. The Triclamp seal (profiled or non-profiled) is fitted to one of the flanges.

The second Triclamp is then brought together with the flange containing the seal.

The heavy-duty clamp is applied to the flanges and closed.

The coupling can easily be connected, disconnected and reused .

N.B.: Closing the heavy-duty clamp too tightly will alter the mechanical structure

of the flange seal. Always use the recommended torque setting of 5 NM.

FEATURES

1. Lightly-grooved hose shank for assembly

with EN 14420-3 RK safety clamps, HRRK

or HRP-swage ferrules

2. Bacterial growth is prevented due to the

sanitary transition of the inside of the hose shank

3. The rounded end of the hose shank

prevents hose damage

4. Low internal Ra value of < 0.8 µm

(Ra test report available)

5. Outer diameter in relation with inner flange

dimension. No disconnection necessary to

define the type of tube system.

6. All sizes are fully vacuum-resistant up to

130°C / 265°F

7. Transition is possible between Triclamp

couplings with same flange size/standard,

same ID flange side and different hose

dimension

8. EN 10204-type 3.1 certificate available on

request

1

3

2 - 4

5

Triclamp coupling with

welding end - type RTRIL ...

Triclamp seal profiled /

non profiled type TRIX ...

Triclamp coupling with

welding end - type RTRIL ...

Heavy duty clamp single

bolt - type TRIK ...

a8-triclmap 9/11/07 9:21 AM Pagina 1


W W W . L M C - C O U P L I N G S . C O MTRICLAMP COUPLINGS

APPLICATION

For food, beverage, chemical, pharmaceutical and life science industry applications, as well as bio-engineering, filter and water treatment

technology.

WORKING PRESSURE

Coupling

ND 10 to ND 50: maximum 16 bar / 230 psi

ND 65 to ND 100: maximum 10 bar / 145 psi

TEMPERATURE

-30°C / -22°F up to +300°C / 572°F

Hose, coupling, assembly method and seal must be chosen in relation with the desired application and temperature range.

MATERIAL

� Coupling

Triclamp coupling with hose shank

Stainless steel AISI 316Ti / 1.4571

Polypropylene or reinforced PTFE (on request)

HASTELLOY® C-276 alloy on requestHASTELLOY® is a registered trademark of Haynes International, Inc.

Triclamp coupling with butt weld

Stainless steel AISI 316L - 1.4404

� Seals

DIN 32676: NBR, EPDM, FPM, PTFE , MVQ

INCH: NBR, EPDM, FPM, PTFE

ISO1127: Silicone, EPDM, FPM, GYLON BIO-PRO®

IMPERIAL: NBR, EPDM, FPM, PTFE

Other materials on requestGYLON BIO-PRO® is a registered trademark of Garlock Sealing Technologies

ASSEMBLY

� Stainless steel RK safety clamps EN 14420-3 / DIN 2817

� Stainless steel HRRK swage ferrules for rubber hoses

� Stainless steel HRP swage ferrules for PTFE hoses

� Butt welding

RA TEST REPORT

A roughness test report for our standard range of Triclamp couplings is available on request .

Ra value (or Roughness average value) is the average of a set of individual measurements of

the peaks and troughs of a given surface.

Inner roughness average value (Ra) < 0.8 µm

Outer roughness average value (Ra) < 1.2 µm

Inner Ra value of < 0.3 µm available on request.



TRICLAMP COUPLINGS

A.8.4


TRICLAMP COUPLING WITH HOSE SHANK - INCH

Assembly: RK safety clamps in stainless steelHRRK swage ferrulesHRP swage ferrules

Material: stainless steel AISI 316Ti / 1.4571Corresponding pipe system DIN 11850, InchOther dimensions on request available

TRICLAMP COUPLING WITH HOSE SHANK - IMPERIAL


Material: stainless steel AISI 316Ti / 1.4571Corresponding pipe system DIN 11866 series COther dimensions on request available

Standard Inch For hose OD Ø flange ID Ø flange ID hose shank Referencemm mm mm mm

INCH 1/2" 12.0 25.0 9.40 9.0 RTRI1225ID9.4

INCH 3/4" 20.0 25.0 15.75 15.0 RTRI2025ID15.8

INCH 1" 25.0 50.5 22.90 21.0 RTRI2550ID22.9

INCH 1" 32.0 50.5 22.90 28.0 RTRI3250ID22.9

INCH 1" 38.0 50.5 22.90 33.5 RTRI3850ID22.9

INCH 1 1/2" 25.0 50.5 35.10 21.0 RTRI2550ID35.1

INCH 1 1/2" 32.0 50.5 35.10 28.0 RTRI3250ID35.1

INCH 1 1/2" 38.0 50.5 35.10 33.5 RTRI3850ID35.1

INCH 2" 38.0 64.0 47.80 33.5 RTRI3864ID47.8

INCH 2" 50.0 64.0 47.80 43.5 RTRI5064ID47.8

INCH 2 1/2" 50.0 77.5 60.50 43.5 RTRI5077ID60.5

INCH 2 1/2" 63.0 77.5 60.50 58.5 RTRI6377ID60.5

INCH 3" 63.0 91.0 72.10 58.5 RTRI6391ID72.1

INCH 3" 75.0 91.0 72.10 70.5 RTRI7591ID72.1

INCH 4" 100.0 119.0 97.60 94.0 RTRI100119ID97.6

Standard Inch For hose OD Ø flange ID Ø flange ID hose shank Referencemm mm mm mm

IMPERIAL 1/2" 12.0 25.0 9.40 9.0 RTRI1225ID9.5

IMPERIAL 3/4" 20.0 25.0 15.75 15.0 RTRI2025ID15.75

IMPERIAL 1" 25.0 50.5 22.10 21.0 RTRI2550ID22.2

IMPERIAL 1" 32.0 50.5 22.10 28.0 RTRI3250ID22.2

IMPERIAL 1" 38.0 50.5 22.10 33.5 RTRI3850ID22.2

IMPERIAL 1 1/2" 25.0 50.5 34.80 21.0 RTRI2550ID34.9

IMPERIAL 1 1/2" 32.0 50.5 34.80 28.0 RTRI3250ID34.9

IMPERIAL 1 1/2" 38.0 50.5 34.80 33.5 RTRI3850ID34.9

IMPERIAL 2" 38.0 64.0 47.50 33.5 RTRI3864ID47.8IMPERIAL 2" 50.0 64.0 47.50 43.5 RTRI5064ID47.6

IMPERIAL 2 1/2" 50.0 77.5 60.20 43.5 RTRI5077ID60.3

IMPERIAL 2 1/2" 63.0 77.5 60.20 58.5 RTRI6377ID60.3

IMPERIAL 3” 50.0 91.0 72.90 43.5 RTRI5091ID73.0

IMPERIAL 3" 63.0 91.0 72.90 58.5 RTRI6391ID73.0

IMPERIAL 3" 75.0 91.0 72.90 70.5 RTRI7591ID73.0

IMPERIAL 4" 100.0 119.0 97.38 94.0 RTRI100119ID97.6



TRICLAMP COUPLINGS

TRIC

LAM

PC

OU

PLIN

GS

DIN

/IN

CH

/ISO

/IM

PER

IAL

A.8.5

A.8.


TRICLAMP COUPLING WITH HOSE SHANK - ISO 1127


Material: stainless steel AISI 316Ti / 1.4571Corresponding pipe system DIN 11866 series BOther dimensions on request available

Standard ND For hose OD Ø flange ID Ø flange ID hose shank Referencemm mm mm mm

ISO 1127 8 8.0 34.0 10.3 5.5 RTRI0834ID10.3

ISO 1127 8 10.0 34.0 10.3 7.0 RTRI1034ID10.3

ISO 1127 8 12.0 34.0 10.3 9.0 RTRI1234ID10.3

ISO 1127 8 20.0 34.0 10.3 15.0 RTRI2034ID10.3

ISO 1127 8 25.0 34.0 10.3 21.0 RTRI2534ID10.3

ISO 1127 10 8.0 34.0 14.0 5.5 RTRI0834ID14.0

ISO 1127 10 10.0 34.0 14.0 7.0 RTRI1034ID14.0

ISO 1127 10 12.0 34.0 14.0 9.0 RTRI1234ID14.0

ISO 1127 10 20.0 34.0 14.0 15.0 RTRI2034ID14.0

ISO 1127 10 25.0 34.0 14.0 21.0 RTRI2534ID14.0

ISO 1127 15 8.0 34.0 18.1 5.5 RTRI0834ID18.1

ISO 1127 15 10.0 34.0 18.1 7.0 RTRI1034ID18.1

ISO 1127 15 12.0 34.0 18.1 9.0 RTRI1234ID18.1

ISO 1127 15 20.0 34.0 18.1 15.0 RTRI2034ID18.1

ISO 1127 15 25.0 34.0 18.1 21.0 RTRI2534ID18.1

ISO 1127 20 12.0 50.5 23.7 9.0 RTRI1250ID23.7

ISO 1127 20 20.0 50.5 23.7 15.0 RTRI2050ID23.7

ISO 1127 20 25.0 50.5 23.7 21.0 RTRI2550ID23.7

ISO 1127 20 32.0 50.5 23.7 28.0 RTRI3250ID23.7

ISO 1127 20 38.0 50.5 23.7 33.5 RTRI3850ID23.7

ISO 1127 25 12.0 50.5 29.7 9.0 RTRI1250ID29.7

ISO 1127 25 20.0 50.5 29.7 15.0 RTRI2050ID29.7

ISO 1127 25 25.0 50.5 29.7 21.0 RTRI2550ID29.7

ISO 1127 25 32.0 50.5 29.7 28.0 RTRI3250ID29.7

ISO 1127 25 38.0 50.5 29.7 33.5 RTRI3850ID29.7

ISO 1127 32 12.0 50.5 38.4 9.0 RTRI1250ID38.4

ISO 1127 32 20.0 50.5 38.4 15.0 RTRI2050ID38.4

ISO 1127 32 25.0 50.5 38.4 21.0 RTRI2550ID38.4

ISO 1127 32 32.0 50.5 38.4 28.0 RTRI3250ID38.4

ISO 1127 32 38.0 50.5 38.4 33.5 RTRI3850ID38.4

ISO 1127 40 38.0 64.0 44.3 33.5 RTRI3864ID44.3

ISO 1127 40 50.0 64.0 44.3 43.5 RTRI5064ID44.3

ISO 1127 50 50.0 77.5 56.3 43.5 RTRI5077ID56.3

ISO 1127 50 63.0 77.5 56.3 58.5 RTRI6377ID56.3

ISO 1127 65 63.0 91.0 72.1 58.5 RTRI6391ID72.1

ISO 1127 65 75.0 91.0 72.1 70.5 RTRI7591ID72.1

ISO 1127 80 75.0 106.0 84.3 70.5 RTRI75106ID84.3

ISO 1127 80 100.0 106.0 84.3 94.0 RTRI100106ID84.3

ISO 1127 100 100.0 130.0 109.7 94.0 RTRI100130ID109.7



TRICLAMP COUPLINGS

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DIN

/IN

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/ISO

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A.8.7

A.8.


Other dimensions on request available

HEAVY DUTY CLAMP SINGLE BOLT

For flange Material Referencemm25.0 Stainless steel AISI 316 - 1.4401 TRIK02534.0 Stainless steel AISI 316 - 1.4401 TRIK03450.5 Stainless steel AISI 316 - 1.4401 TRIK05064.0 Stainless steel AISI 316 - 1.4401 TRIK06477.5 Stainless steel AISI 316 - 1.4401 TRIK07791.0 Stainless steel AISI 316 - 1.4401 TRIK091

106.0 Stainless steel AISI 316 - 1.4401 TRIK106119.0 Stainless steel AISI 316 - 1.4401 TRIK119130.0 Stainless steel AISI 316 - 1.4401 TRIK130

Other dimensions on request available

SOLID END CAP

Flange Height Material Referencemm mm25.0 4.7 Stainless steel AISI 316L - .4404 TRIP02534.0 6.0 Stainless steel AISI 316L - 1.4404 TRIP03450.5 6.0 Stainless steel AISI 316L - 1.4404 TRIP05064.0 6.0 Stainless steel AISI 316L - 1.4404 TRIP06477.5 6.0 Stainless steel AISI 316L - 1.4404 TRIP07791.0 7.0 Stainless steel AISI 316L - 1.4404 TRIP091

106.0 8.0 Stainless steel AISI 316L - 1.4404 TRIP106119.0 8.0 Stainless steel AISI 316L - 1.4404 TRIP119130.0 8.0 Stainless steel AISI 316L - 1.4404 TRIP130



TRICLAMP COUPLINGS

A.8.8


SEALS - DIN 32676

Standard ND For flange ID Ø Material Colour Profiled / Reference

mm mm Non-profiled

DIN 32676 10 34.0 10.2 NBR Black Profiled TRIXB034.0X10.2P










DIN 32676 10 34.0 10.2 EPDM Black Profiled TRIXE034.0X10.2P










DIN 32676 10 34.0 10.2 FPM Green Profiled TRIXV034.0X10.2P










DIN 32676 10 34.0 10.2 PTFE White Profiled TRIXP034.0X10.2P










DIN 32676 10 34.0 10.2 MVQ Red Profiled TRIXS034.0X10.2P










Profiled



TRICLAMP COUPLINGS

A.8.10


SEALS - ISO 1127

Standard ND For flange ID Ø Material Colour Profiled / Referencemm mm Non-profiled

ISO 1127 8 34.0 10.2 Silicone Translucent Profiled TRIXS034.0X10.2P











ISO 1127 8 34.0 10.2 EPDM Black Profiled TRIXE034.0X10.2P











ISO 1127 8 34.0 10.2 FPM White or black Profiled TRIXV034.0X10.2P











ISO 1127 8 34.0 10.2 BIO-PRO® Blue Profiled TRIXBP034.0X10.2P











Profiled

Colours are subject to change without prior notice.GYLON BIO-PRO® is a registered trademark of Garlock Sealing Technologies.



TRICLAMP COUPLINGS

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A.8.


SEALS - IMPERIAL

Standard Inch For flange ID Ø Material Colour Profiled / Referencemm mm Non-profiled

IMPERIAL 1" 50.5 22.9 NBR Black Non-profiled TRIXB050.5X22.9

IMPERIAL 1.1/2” 50.5 35.6 NBR Black Non-profiled TRIXB050.5X35.6

IMPERIAL 2.1/2" 77.5 60.2 NBR Black Non-profiled TRIXB077.5X60.2



IMPERIAL 1" 50.5 22.9 EPDM Black Non-profiled TRIXE050.5X22.9

IMPERIAL 1.1/2" 50.5 35.6 EPDM Black Non-profiled TRIXE050.5X35.6

IMPERIAL 2" 64.0 48.0 EPDM Black Non-profiled TRIXE064X48.0

IMPERIAL 2.1/2" 77.5 60.2 EPDM Black Non-profiled TRIXE077.5X60.2

IMPERIAL 3" 91.0 73.3 EPDM Black Non-profiled TRIXE091X73.3

IMPERIAL 1" 50.5 22.9 PTFE White Non-profiled TRIXP050.5X22.9

IMPERIAL 1.1/2" 50.5 35.6 PTFE White Non-profiled TRIXP050.5X35.6

IMPERIAL 2" 64.0 48.0 PTFE White Non-profiled TRIXP064X48.0

IMPERIAL 2.1/2" 77.5 60.2 PTFE White Non-profiled TRIXP077.5X60.2



IMPERIAL 1" 50.5 22.9 FPM Black Non-profiled TRIXV050.5X22.9

IMPERIAL 1 1/2" 50.5 35.6 FPM Black Non-profiled TRIXV050.5X35.6

IMPERIAL 2" 64.0 48.0 FPM Black Non-profiled TRIXV064X48.0

IMPERIAL 2 1/2" 77.5 60.2 FPM Black Non-profiled TRIXV077.5X60.2



Colours are subject to change without prior notice.

Non-profiled


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A.9.1

STANDARD

LMC’s cardan couplings are heavy duty quick couplings used in agricultural,

irrigation, cleaning and construction applications. They are most commonly

used with systems carrying water, mortar, bitumen, bulk products, etc.

OPERATION

Cardan couplings consist of a male and a

female section. The female section incorpo-

rates a thick o-ring seal and a lever-operated

2-claw latch. The male section is inserted

into the female section and the joint closed by

latching the lever over the conical head of the

male section. The seal between the male and

female section enables the cardan coupling to

remain secure up to 15° deflection.

LMC’s Cardan couplings hose shanks are

designed to be used in heavy applications.

This feature makes LMC’s Cardan couplings

more resistant to impact and wear, ensuring

a longer working life.

N.B.: Cardan couplings are not interchangeable with Bauer couplings.

FEATURES

1. Specially designed serrated

hose shank for a perfect binding

assembly using band clamps

and safety clamps

2. Extra-thick wall for longer

working life

3. Thick SBR o-ring seal for a guar-

anteed total seal in pressure

and vacuum applications

4. Deflection up to 30° when closed

(-15°/+15° axis)

5. Easy single handed closure

1

5

3

2

4

CARDAN COUPLINGS

a9-cardan 7/17/07 3:41 PM Pagina 1



APPLICATION

� Emptying tanks and reservoirs containing environmentally harmful waste products

� Transporting bulk products, such as grain, flour, feed, pellets, granulates, concrete and

minerals

� Transporting water

� Pressure and suction connections to pumps

WORKING PRESSURE

TEMPERATURE

-40°C / -40°F up to +80°C / +176°F

Hose, coupling, assembly method and seal must be chosen in relation with the desired applica-

tion and temperature range.

MATERIAL

� Coupling

Galvanized carbon steel St 37-2 (female section with steel lever)

Stainless steel AISI 304 - EN 1.4301 (female section with steel lever)

� Seal

SBR

NBR, EPDM on request

ASSEMBLY

Band, bolt clamps

RK safety clamps to EN 14420-3 / DIN 2817FLEXOLINE® safety clamp

Welding

ND BAR PSI

50 20 29070 20 29089 15 217

108 15 217133 10 145159 10 145

ND A MM B MM C MM D MM E MM F MM

50 230.0 128.0 85.0 76.0 51.0 2.60

70 270.0 163.0 108.0 103.0 63.0 3.60

89 310.0 194.0 136.0 133.0 76.1 2.90

108 360.0 232.0 161.0 154.0 101.6 3.60

133 370.0 264.0 188.0 179.0 127.0 4.00

159 370.0 313.0 223.0 210.0 152.4 4.00

Dimensions are given as illustration only

A

C D BE

F

CARDAN COUPLINGS

DIMENSIONS


MALE HEAVY DUTY COUPLING WITH SERRATED HOSE SHANK

ND For hose Material Weight/pc Referencemm Kg

50 50 Carbon steel 0.48 KVS05070 63 Carbon steel 0.88 KVS06389 75 Carbon steel 1.62 KVS075

108 100 Carbon steel 2.19 KVS100133 125 Carbon steel 3.62 KVS125159 150 Carbon steel 4.30 KVS150

50 50 Stainless steel 0.45 RKVS05070 63 Stainless steel 0.83 RKVS06389 75 Stainless steel 1.57 RKVS075

108 100 Stainless steel 2.10 RKVS100133 125 Stainless steel 3.50 RKVS125159 150 Stainless steel 4.12 RKVS150

Galvanized carbon steelStainless steel AISI 304 - EN 1.4301Assembly: band or bolt clamps

FEMALE HEAVY DUTY COUPLING WITH SERRATED HOSE SHANK


50 50 Carbon steel 1.13 KMS05070 63 Carbon steel 1.89 KMS06389 75 Carbon steel 3.19 KMS075


50 50 Stainless steel 1.07 RKMS05070 63 Stainless steel 1.77 RKMS06389 75 Stainless steel 3.05 RKMS075

108 100 Stainless steel 4.92 RKMS100133 125 Stainless steel 7.91 RKMS125159 150 Stainless steel 9.00 RKMS150

Galvanized carbon steelStainless steel AISI 304 - EN 1.4301Stainless steel coupling: lever in galvanized carbon steelAssembly: band or bolt clamps


CARDAN COUPLINGS

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A.9.3

A.9




CARDAN COUPLINGS

A.9.4


FEMALE HEAVY DUTY CARDAN COUPLING WITH SMOOTH HOSE SHANK


50 50 Carbon steel 1.21 KMSK05070 63 Carbon steel 2.75 KMSK06389 75 Carbon steel 3.15 KMSK075

108 100 Carbon steel 5.66 KMSK100133 125 Carbon steel 7.82 KMSK125159 150 Carbon steel 10.04 KMSK150

50 50 Stainless steel 1.15 RKMSK05070 63 Stainless steel 2.60 RKMSK06389 75 Stainless steel 3.01 RKMSK075

108 100 Stainless steel 5.55 RKMSK100133 125 Stainless steel 7.65 RKMSK125159 150 Stainless steel 10.00 RKMSK150

Galvanized carbon steelStainless steel AISI 304 - EN 1.4301Stainless steel coupling: lever in galvanized carbon steelAssembly: RK safety clamps complying with EN 14420-3 / DIN 2817


MALE HEAVY DUTY CARDAN COUPLING WITH SMOOTH HOSE SHANK


50 50 Carbon steel 0.54 KVSK05070 63 Carbon steel 1.02 KVSK06389 75 Carbon steel 1.42 KVSK075

108 100 Carbon steel 2.49 KVSK100133 125 Carbon steel 4.39 KVSK125159 150 Carbon steel 5.09 KVSK150

50 50 Stainless steel 0.50 RKVSK05070 63 Stainless steel 0.92 RKVSK06389 75 Stainless steel 1.30 RKVSK075

108 100 Stainless steel 2.35 RKVSK100133 125 Stainless steel 4.12 RKVSK125159 150 Stainless steel 5.01 RKVSK150

Galvanized carbon steelStainless steel AISI 304 - EN 1.4301Assembly: RK safety clamps complying with EN 14420-3 / DIN 2817




CARDAN COUPLINGS

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A.9.5

A.9


MALE WELDING PART

ND For tube Material Weight/pc Referencemm Kg

50 51.0 Carbon steel 0.12 KVRK05070 70.0 Carbon steel 0.27 KVRK07089 89.0 Carbon steel 0.42 KVRK089

108 108.0 Carbon steel 0.63 KVRK108133 133.0 Carbon steel 0.81 KVRK133159 159.0 Carbon steel 1.28 KVRK159

50 51.0 Stainless steel 0.10 RKVRK05070 70.0 Stainless steel 0.23 RKVRK07089 89.0 Stainless steel 0.36 RKVRK089

108 108.0 Stainless steel 0.55 RKVRK108133 133.0 Stainless steel 0.76 RKVRK133159 159.0 Stainless steel 1.22 RKVRK159

FEMALE WELDING PART

ND For tube Material Weight/pc Referencemm Kg

50 51.0 Carbon steel 0.76 KMRK05070 70.0 Carbon steel 1.46 KMRK07089 89.0 Carbon steel 1.79 KMRK089

108 108.0 Carbon steel 3.40 KMRK108133 133.0 Carbon steel 5.14 KMRK133159 159.0 Carbon steel 6.03 KMRK159

50 51.0 Stainless steel 0.74 RKMRK05070 70.0 Stainless steel 1.36 RKMRK07089 89.0 Stainless steel 1.65 RKMRK089

108 108.0 Stainless steel 3.25 RKMRK108133 133.0 Stainless steel 5.06 RKMRK133159 159.0 Stainless steel 5.95 RKMRK159

Non-galvanized carbon steelStainless steel AISI 304 - EN 1.4301Stainless steel coupling: lever in galvanized carbon steelAssembly: Welding

Non-galvanized carbon steelStainless steel AISI 304 - EN 1.4301Assembly: Welding



CARDAN COUPLINGS

A.9.6


MALE PART WITH FLANGE IN COMPLIANCE WITH DIN 2633

ND Material Weight/pc ReferenceKg

50 Carbon steel 3.07 KF05070 Carbon steel 3.95 KF07089 Carbon steel 5.16 KF089

108 Carbon steel 5.84 KF108133 Carbon steel 7.11 KF133159 Carbon steel 10.76 KF159

Galvanized carbon steel

FEMALE CAP


50 Carbon steel 1.82 KKM05070 Carbon steel 1.53 KKM06389 Carbon steel 2.15 KKM075

108 Carbon steel 3.65 KKM100133 Carbon steel 5.49 KKM125159 Carbon steel 6.68 KKM150

50 Stainless steel 1.69 RKKM05070 Stainless steel 1.50 RKKM06389 Stainless steel 2.01 RKKM075

108 Stainless steel 3.45 RKKM100133 Stainless steel 5.40 RKKM125159 Stainless steel 6.53 RKKM150

MALE PLUG


50 Carbon steel 0.30 KKV05070 Carbon steel 0.42 KKV06389 Carbon steel 0.55 KKV075

108 Carbon steel 0.86 KKV100133 Carbon steel 1.19 KKV125159 Carbon steel 1.70 KKV150

50 Stainless steel 0.25 RKKV05070 Stainless steel 0.39 RKKV06389 Stainless steel 0.50 RKKV075

108 Stainless steel 0.79 RKKV100133 Stainless steel 1.05 RKKV125159 Stainless steel 1.55 RKKV150

Galvanized carbon steelStainless steel AISI 304 - EN 1.4301

Galvanized carbon steelStainless steel AISI 304 - EN 1.4301Stainless steel coupling: lever in galvanized carbon steel



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CARDAN COUPLINGS

A.9.7

A.9


FEMALE PART WITH FLANGE IN COMPLIANCE WITH DIN 2633


50 Carbon steel 6.07 KE05070 Carbon steel 8.10 KE07089 Carbon steel 12.22 KE089

108 Carbon steel 13.51 KE108133 Carbon steel 16.20 KE133159 Carbon steel 20.59 KE159

Galvanized carbon steel

MALE REDUCING COUPLING WITH SERRATED HOSE SHANK


108 50 Carbon steel 1.76 KVS05010089 63 Carbon steel 1.70 KVS063075

108 75 Carbon steel 2.05 KVS07510089 100 Carbon steel 2.14 KVS100075

Other dimensions and materials on requestAssembly: band or bolt clamps

FEMALE REDUCING COUPLING WITH SERRATED HOSE SHANK



108 150 Carbon steel 5.80 KMS150100133 150 Carbon steel 6.55 KMS150125

Other dimensions and materials on requestAssembly: band or bolt clamps



CARDAN COUPLINGS

A.9.8


O-RING SEAL SBR

ND OD Ø mm ID Ø mm Height mm Material Weight/pc Referencekg

50 86.0 64.0 11.0 SBR 0.03 KX05070 110.0 87.0 11.5 SBR 0.04 KX06389 140.0 112.0 14.0 SBR 0.08 KX075

108 160.0 124.0 18.0 SBR 0.15 KX100133 190.0 146.0 22.0 SBR 0.27 KX125159 220.0 180.0 20.0 SBR 0.26 KX150

SBR = Styrene Butadiene RubberNBR, EPDM on request

Other Cardan couplings on request available

Male-male reversing coupling

Type: KDVT...

Female-female reversing coupling

Type: KDMT...

Female-male reversing coupling

Type: KGMKV...


improved ptfe lining

For highly corrosive chemicals LMC-Couplings offers his customers, industrial

hose couplings with improved PTFE lining. This unique lining process is totally

handled at LMC’s production facilities. Where conventional materials like brass,

bronze, aluminium and even stainless steel are sometimes unsatisfactory in

chemical resistance and/or working pressure, stainless steel couplings with

CHEMALINE 2000 are often the perfect technical solution. Today we improved

our PTFE lining process by using a NEW type of PTFE. Due to this improved PTFE

the application possibilities of CHEMALINE 2000 are wider than conventional

PFTE.

pfA & ptfe

The improved PTFE incorporates a perfluoropropyl vinyl ether modifier as used

in the melt-processable fluorothermoplastic, PFA. Because the modifier content

for the improved PTFE is much lower (less than 1%) than PFA, the molecular

weight is reduced by one-fifth to that of conventional PTFE.

By using the same modifier, the same property profile of PFA is used without

losing the typical properties of conventional PTFE.

Due to its lower permeability of the improved PTFE we guarantee a better

corrosion resistance than conventional PTFE.

SUrfACe roUgHneSS

In the pharmaceutical and the bio industry the use of hose couplings with a

low surface roughness is often required. The difference can clearly be spotted

under a microscope at 50x magnification.


CHem

Alin

e 2000A.10

A.10.1

W W W . L M C - C O U P L I N G S . C O MCHemAline 2000

1. Substantially lower deformation under load

2. Lower permeation due to denser polymer structure and fewer voids

3. FDA compliant

4. Smoother surface finishes and excellent cleanability

5. Higher transparency

6. Higher barrier properties due to lower permeability

Conventional PTFE Improved PTFE

chemaline.indd 1 28/10/14 14:56

W W W . L M C - C O U P L I N G S . C O MCHemAline 2000


W W W . L M C - C O U P L I N G S . C O MCHEMALINE 2000

KEY FEATURES

ELASTIC MODULUS IMPROVEMENT

INDUSTRY FEATURES

CHEMICAL INDUSTRY

FOOD, BIO-TECH & PHARMACEUTICAL PROCESSING

SEMICONDUCTOR MANUFACTURINGFEATURES

Exceptional chemical & thermal resistance

Low permeability

Reduced deformation under load

Smooth surfaces

High creep resistance

Excellent smooth surfaces

Excellent cleanability

FDA compliant

Good weldability

Extremely high purity

Effect of temperature on elastic modules

psi

100,000

10,000

10000 100 200 300

Temperature °C

Compared to conventional PTFE, the decline in elastic modulus with increasing temperature is in a lesser extent than the improved PTFE ofLMC-Couplings. The advantages becomes even greater at higher temperatures.

DELIVERY PROGRAM

Quick couplings Threaded couplings Flange couplings

Cam & groove couplings EN 14420-7 Screw hose couplings EN 14420-5 Flange couplings EN 14420-4

TW couplings EN 14420-6 Nipples

Guillemin couplings EN 14420-8 Food couplings DIN 11851 / SMS 1145

Conventional PTFE Improved PTFE

- 4 -www.lmc-couplings.com

CHEMALINE 2000 ATEX

Safe and healthy working conditions are an

important issue in today’s industrial busi-

ness.

The EU directives ATEX 137 (directive

1999/92 EG) and ATEX 95 (directive

94/9/EG) describe the kind of equipment

and protective systems intended for use in

potentially explosive atmospheres like gas,

vapor and dust areas.

Industrial couplings provided with CHEMA-

LINE 2000-ATEX technology consist of the improved PTFE lining CHEMALINE 2000 but has additional electrical discharging proper-

ties. This results in a minimized ignition chance and an increased safety level for each employee.

a10-enhanced ptfe lining 2/17/10 11:09 AM Pagina 4



CHemAline 2000 - Cam&groove en 14420-7/din2828

CHem

Alin

e 2000A.10

A.10.3


CHEMALINE 2000 CAM & GROOVE COUPLINGS

TYPE A: ADAPTOR FEMALE THREADED WITH THREAD SEAL

ND Inch Thread Thread seal D +- 0,1 D 2 min ReferenceEN ISO 228-1

20 3/4” G 3/4 PTFE 32,1 35,4 VLAR019DCHEM225 1” G 1 PTFE 36,7 49,3 VLAR025DCHEM232 1.1/4” G 1.1/4 PTFE 45,5 57,1 VLAR032DCHEM240 1.1/2” G 1.1/2 PTFE 53,4 62,7 VLAR038DCHEM250 2” G 2 PTFE 63,0 71,0 VLAR050DCHEM265 2.1/2” G 2.1/2 PTFE 75,8 75,2 VLAR063DCHEM280 3” G 3 PTFE 91,5 78,8 VLAR075DCHEM2

100 4” G4 PTFE 119,5 80,3 VLAR100DCHEM2

TYPE E: ADAPTOR WITH SMOOTH HOSE SHANK

ND Inch For hose D +- 0,1 D 2 min D3 min Referencemm

20 3/4” 19 32,1 68,5 34,0 VLER019DCHEM225 1” 25 36,7 76,5 34,0 VLER025DCHEM232 1.1/4” 32 45,5 83,0 34,0 VLER032DCHEM240 1.1/2” 38 53,4 84,5 34,0 VLER038DCHEM250 2” 50 63,0 97,5 40,0 VLER050DCHEM265 2.1/2” 63 75,8 113,5 52,0 VLER063DCHEM280 3” 75 91,5 119,0 56,0 VLER075DCHEM2

100 4” 100 119,5 161,5 80,5 VLER100DCHEM2

Coupling standard: EN 14420-7 / DIN 2828Female thread: EN ISO 228-1 BSPIncorporated thread seal during lining processMaterial coupling: stainless steel AISI 316/1.4401

Coupling standard: EN 14420-7 / DIN 2828Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see chapter D)Material coupling: stainless steel AISI 316/1.4401

TYPE DP: MALE DUST PLUG

ND Inch D +- 0,1 D 2 min Reference

20 3/4” 32,1 37,0 VLPR019DCHEM225 1” 36,7 45,0 VLPR025DCHEM232 1.1/4” 45,5 52,0 VLPR032DCHEM240 1.1/2” 53,4 53,0 VLPR038DCHEM250 2” 63,0 59,0 VLPR050DCHEM265 2.1/2” 75,8 62,0 VLPR063DCHEM280 3” 91,5 64,0 VLPR075DCHEM2

100 4” 119,5 66,0 VLPR100DCHEM2

Coupling standard: Federal Mil A-A59326-A / EN 14420-7 / DIN 2828Material coupling: stainless steel AISI 316/1.4401

D2

D2

D2

D3

D

D

D

EN 14420-7 / DIN 2828



D

D2

D

D2

D3

D

D2




CHEMALINE 2000 CAM & GROOVE COUPLINGS

TYPE D: COUPLER FEMALE THREADED WITH THREAD SEAL


20 3/4” G 3/4 PTFE 32,4 45,0 VLDR019DCHEM225 1” G 1 PTFE 37,3 53,0 VLDR025DCHEM232 1.1/4” G 1.1/4 PTFE 46,0 59,0 VLDR032DCHEM240 1.1/2” G 1.1/2 PTFE 54,0 65,0 VLDR038DCHEM250 2” G 2 PTFE 63,8 73,0 VLDR050DCHEM265 2.1/2” G 2.1/2 PTFE 76,5 77,5 VLDR063DCHEM280 3” G 3 PTFE 92,2 81,0 VLDR075DCHEM2

100 4” G4 PTFE 120,3 85,5 VLDR100DCHEM2



20 3/4” 19 32,4 76,0 34,0 VLCR019DCHEM225 1” 25 37,3 82,0 34,0 VLCR025DCHEM232 1.1/4” 32 46,0 88,0 34,0 VLCR032DCHEM240 1.1/2” 38 54,0 90,0 34,0 VLCR038DCHEM250 2” 50 63,8 103,0 40,0 VLCR050DCHEM265 2.1/2” 63 76,5 119,5 52,0 VLCR063DCHEM280 3” 75 92,2 125,0 56,0 VLCR075DCHEM2

100 4” 100 120,3 169,5 80,5 VLCR100DCHEM2

Coupling standard: EN 14420-7 / DIN 2828Female thread: EN ISO 228-1 BSPIncorporated thread seal during lining processMaterial coupling: stainless steel AISI 316/1.4401Material coupler seal: open envelope seal PTFE / EPDM type VLXP ...

Coupling standard: EN 14420-7 / DIN 2828Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see cat. chapter D)Material coupling: stainless steel AISI 316/1.4401Material coupler seal: open envelope seal PTFE / EPDM type VLXP ...

TYPE DC: FEMALE DUST CAP

ND Inch D +- 0,1 Referencemm

20 3/4” 32,4 VLKR019DCHEM225 1” 37,3 VLKR025DCHEM232 1.1/4” 46,0 VLKR032DCHEM240 1.1/2” 54,0 VLKR038DCHEM250 2” 63,8 VLKR050DCHEM265 2.1/2” 76,5 VLKR063DCHEM280 3” 92,2 VLKR075DCHEM2

100 4” 120,3 VLKR100DCHEM2

Coupling standard: Federal Mil A-A59326-A Material coupling: stainless steel AISI 316/1.4401Material coupler seal: open envelope seal PTFE / EPDM type VLXP ...

D2

D

D2

D

D3

D

EN 14420-7 / DIN 2828



D

D2

D

D2

D3

D





CHem

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A.10.5


CHEMALINE 2000 CAM & GROOVE SAFETY COUPLINGS

TYPE D: COUPLER FEMALE THREADED WITH THREAD SEAL


20 3/4" G 1/2 PTFE 32,0 48,0 VLDR019DSAFCHEM225 1" G 1 PTFE 37,0 57,0 VLDR025DSAFCHEM232 1.1/4" G 1.1/4 PTFE 46,0 63,0 VLDR032DSAFCHEM240 1.1/2" G 1.1/2 PTFE 54,0 68,0 VLDR038DSAFCHEM250 2" G 2 PTFE 64,0 72,0 VLDR050DSAFCHEM265 2.1/2" G 2.1/2 PTFE 77,0 79,0 VLDR063DSAFCHEM280 3" G 3 PTFE 92,2 81,0 VLDR075DSAFCHEM2

100 4" G 4 PTFE 120,0 84,0 VLDR100DSAFCHEM2

Coupling standard: EN 14420-7 / DIN 2828Female thread: EN ISO 228-1 BSPIncorporated thread seal during lining processMaterial coupling: stainless steel AISI 316/1.4401Material coupler seal: open envelope seal PTFE / EPDM type VLXP ...



20 3/4" 19 32,0 79,0 34,0 VLCR019DSAFCHEM225 1" 25 37,0 86,0 34,0 VLCR025DSAFCHEM232 1.1/4" 32 46,0 92,0 34,0 VLCR032DSAFCHEM240 1.1/2" 38 54,0 93,0 34,0 VLCR038DSAFCHEM250 2" 50 64,0 102,0 40,0 VLCR050DSAFCHEM265 2.1/2" 63 77,0 121,0 52,0 VLCR063DSAFCHEM280 3" 75 92,2 125,0 56,0 VLCR075DSAFCHEM2

100 4" 100 120,0 168,0 80,5 VLCR100DSAFCHEM2

Coupling standard: EN 14420-7 / DIN 2828Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see cat. chapter D)Material coupling: stainless steel AISI 316/1.4401Material coupler seal: open envelope seal PTFE / EPDM type VLXP ...

TYPE DC: FEMALE DUST CAP

ND Inch D +- 0,1 D 2 min Reference

20 3/4" 32,0 33,0 VLKR019DSAFCHEM225 1" 37,0 40,0 VLKR025DSAFCHEM232 1.1/4" 46,0 46,0 VLKR032DSAFCHEM240 1.1/2" 54,0 46,0 VLKR038DSAFCHEM250 2" 64,0 49,0 VLKR050DSAFCHEM265 2.1/2" 77,0 51,0 VLKR063DSAFCHEM280 3" 92,2 56,0 VLKR075DSAFCHEM2

100 4" 120,0 56,0 VLKR100DSAFCHEM2

Coupling standard: Federal Mil A-A59326-A / EN 14420-7 / DIN 2828Material coupling: stainless steel AISI 316/1.4401Material coupler seal: open envelope seal PTFE / EPDM type VLXP ...

D2

D

D2

D

D3

D2

D

EN 14420-7 / DIN 2828



D

D2

D

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D3

D

D2


CHEMALINE 2000 CAM & GROOVE FLANGE COUPLINGS

TYPE AF: ADAPTOR WITH FIXED FLANGE IN COMPLIANCE WITH EN/DIN

ND Inch Welding neck flange D +- 0,1 D 2 min Reference

20 3/4” DIN / EN - PN25/40 32,1 95,0 VLAFDR019DCHEM225 1” DIN / EN - PN25/40 36,7 105,0 VLAFDR025DCHEM232 1.1/4” DIN / EN - PN25/40 45,5 114,0 VLAFDR032DCHEM240 1.1/2” DIN / EN - PN25/40 53,4 119,0 VLAFDR038DCHEM250 2” DIN / EN - PN10/16 63,0 129,0 VLAFDR050DCHEM265 2.1/2” DIN / EN - PN10/16 75,8 133,0 VLAFDR063DCHEM280 3” DIN / EN - PN10/16 91,5 144,0 VLAFDR075DCHEM2

100 4” DIN / EN - PN10/16 119,5 155,0 VLAFDR100DCHEM2

ND Inch Welding neck flange D +- 0,1 D 2 min Reference

20 3/4” DIN / EN - PN25/40 32,4 90,0 VLDFDR019DCHEM225 1” DIN / EN - PN25/40 37,3 96,0 VLDFDR025DCHEM232 1.1/4” DIN / EN - PN25/40 46,0 111,0 VLDFDR032DCHEM240 1.1/2” DIN / EN - PN25/40 54,0 115,0 VLDFDR038DCHEM250 2” DIN / EN - PN10/16 63,8 122,0 VLDFDR050DCHEM265 2.1/2” DIN / EN - PN10/16 76,5 125,0 VLDFDR063DCHEM280 3” DIN / EN - PN10/16 92,2 132,0 VLDFDR075DCHEM2

100 4” DIN / EN - PN10/16 120,3 137,0 VLDFDR100DCHEM2

TYPE DF: COUPLER WITH FIXED FLANGE IN COMPLIANCE WITH EN/DIN

Coupling standard: EN 14420-7 / DIN 2828Flange standard: EN 1092-1 / 11 B1Incorporated flange gasket during the lining process Material coupling: stainless steel AISI 316/1.4401

Coupling standard: EN 14420-7 / DIN 2828Flange standard: EN 1092-1 / 11 B1Incorporated flange gasket during the lining process Material coupling: stainless steel AISI 316/1.4401

D

D2

D

D2

CHEMALINE 2000





D

D2

D

D2




CHemAline 2000 - guillemin en 14420-8/nf e 29-572

CHem

Alin

e 2000A.10

A.10.7


CHEMALINE 2000 GUILLEMIN COUPLINGS

SERRATED HOSE SHANK WITH LOCKING RING

ND Inch For hose D D 2 min D3 min Referencemm

40 1.1/2” 38 55,0 104,0 35,5 RGSG038PTFE50 2” 50 69,0 135,0 57,0 RGSG050PTFE50 2” 55 69,0 115,0 46,0 RGSG055PTFE65 2.1/2” 65 84,0 129,0 51,5 RGSG065PTFE80 3” 75 103,0 169,0 77,0 RGSG075PTFE80 3” 90 103,0 150,0 70,0 RGSG090PTFE

100 4” 100 123,0 182,0 85,0 RGSG100PTFE

Coupling standard: NF E 29-572Assembly: band clamps, ferrules, safety clampsIncorporated seal during the lining processMaterial coupling: stainless steel AISI 316 / 1.4401

MALE THREADED

ND Inch Thread D D 2 min ReferenceEN ISO 228-1

40 1.1/2” G 1.1/2 55,0 75,0 RGMG038CHEM250 2” G 2 69,0 90,0 RGMG050CHEM265 2.1/2” G 2.1/2 69,0 90,0 RGMG065CHEM280 3” G 3 84,0 109,0 RGMG080CHEM2

100 4” G 4 103,0 109,0 RGMG100CHEM2

Coupling standard: EN 14420-8 / NF E 29-572Male thread EN ISO 228-1 BSPIncorporated seal during the lining processMaterial coupling: stainless steel AISI 316 / 1.4401

EN 14420-8 / NF E 29-572


ND Inch D Reference

40 1.1/2” 54,0 RGPG038CHEM250 2” 68,0 RGPG050CHEM250 2.1/2” 68,0 RGPG065CHEM265 3” 83,0 RGPG080CHEM280 4” 101,0 RGPG100CHEM2

Coupling standard: EN 14420-8 / NF E 29-572Incorporated seal during the lining processMaterial coupling: stainless steel AISI 316 / 1.4401

D2

D3

D

D2

D

D



D

D2

D



CHemAline 2000 - tW en14420-6/din28450

A.10.8


CHEMALINE 2000 TW COUPLINGS

TYPE MKST: FEMALE PART WITH LOCKING RING AND SMOOTH HOSE SHANK

ND Inch For hose D 1 min D 2 min Monoblock Referencemm

50 2” 38 92,0 34,0 No MKSTRR038050CHEM250 2” 50 75,0 40,0 Yes MKSTRR050CHEM280 3” 50 112,0 40,0 No MKSTRR050080CHEM280 3” 75 102,0 56,0 Yes MKSTRR080CHEM2

Coupling standard: EN 14420-6 / DIN 28450Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see cat. chapter D)Material seal: closed enveloppe seal PTFE / FPMMaterial coupling: stainless steel AISI 316 / 1.4408

EN 14420-6 / DIN 28450

TYPE VKST: MALE PART WITH LOCKING RING AND SMOOTH HOSE SHANK

ND Inch For hose D 1 min D 2 min Monoblock Referencemm

50 2” 38 90,0 34,0 No VKSTR038050CHEM250 2” 50 87,0 40,0 Yes VKSTR050CHEM280 3” 50 108,0 40,0 No VKSTR050080CHEM280 3” 75 115,0 56,0 Yes VKSTR080CHEM2

Coupling standard: EN 14420-6 / DIN 28450Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see chapter D)Material coupling: stainless steel AISI 316 / 1.4408

TYPE MKV: CROWN PART FEMALE THREADED

ND Inch Thread Thread seal D 0 mm D2 min ReferenceEN ISO 228-1 0,5 mm

50 2” G 2 PTFE 69,7 40,5 MKVR050CHEM280 3” G 3 PTFE 101 52,5 MKVR080CHEM2

Coupling standard: EN 14420-6 / DIN 28450Material seal: closed enveloppe seal PTFE / FPMIncorporated thread seal during the lining processMaterial coupling: stainless steel AISI 316 / 1.4401

TYPE VK: MALE PART - FEMALE THREADED WITH THREAD SEAL

ND Inch Thread Thread seal D 2 D 3 min ReferenceEN ISO 228-1 +/- 0,5 mm +/- 1mm

50 2” G 2 PTFE 67,0 39,0 VKR050CHEM280 3” G 3 PTFE 100,0 48,0 VKR080CHEM2

Coupling standard: EN 14420-6 / DIN 28450Incorporated thread seal during the lining processMaterial coupling: stainless steel AISI 316 / 1.4401

D1

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D1

D2

D2

D

D3

D2



D1

D2

D1

D2

D2

D

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CHemAline 2000 - Screw hose en 14420-5

CHem

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e 2000A.10

A.10.9


CHEMALINE 2000 SCREW HOSE COUPLINGS

MALE THREADED WITH SMOOTH HOSE SHANK

ND Inch For hose Thread D 2 min D3 min Referencemm EN ISO 228-1

20 3/4" 19 G 3/4 62,0 34,0 RRM019CHEM225 1" 25 G 1 63,0 34,0 RRM025CHEM232 1.1/4" 32 G 1.1/4 63,5 34,0 RRM032CHEM240 1.1/2" 38 G 1.1/2 66,5 34,0 RRM038CHEM250 2" 50 G 2 75,5 40,0 RRM050CHEM265 2.1/2" 63 G 2.1/2 94,5 52,0 RRM063CHEM275 3" 75 G 3 97,5 56,0 RRM075CHEM2

100 4" 100 G 4 131,0 80,5 RRM100CHEM2

Coupling standard: EN 14420-8/ DIN 2817

Shank standard: EN 14420-2 / DIN 2817

Assembly: RK safety clamps EN 14420-3 / DIN 2817, FLEXOLINE safety clamps (see chapter D)

Material coupling: stainless steel AISI 316 / 1.4401

FEMALE THREADED WITH SMOOTH HOSE SHANK

ND Inch For hose Thread D 2 min D3 min Referencemm EN ISO 228-1

20 3/4" 19 G 3/4 59,0 34,0 RRV019CHEM225 1" 25 G 1 62,0 34,0 RRV025CHEM232 1.1/4" 32 G 1,1/4 62,0 34,0 RRV032CHEM240 1.1/2" 38 G 1.1/2 67,0 34,0 RRV038CHEM250 2" 50 G 2 78,0 40,0 RRV050CHEM265 2.1/2" 63 G 2.1/2 93,0 52,0 RRV063CHEM275 3" 75 G 3 101,0 56,0 RRV075CHEM2

100 4" 100 G 4 139,0 80,5 RRV100CHEM2

Coupling standard: EN 14420-8/ DIN 2817

Shank standard: EN 14420-2 / DIN 2817

Assembly: RK safety clamps EN 14420-3 / DIN 2817, FLEXOLINE safety clamps (see chapter D)


Incorporated seal during the lining process

EN 14420-5


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CHemAline 2000 - nipples

A.10.10


- 12 -

CHEMALINE 2000 NIPPLES

MALE - MALE DOUBLE NIPPLE

Male thread Male thread SW Total lenght D3 min ReferenceEN ISO 228-1 EN ISO 228-1 mm coupling

G 3/4 G 3/4 24 27 34.0 RUMM019019CHEM2G 1 G 1 37 37 34.0 RUMM025025CHEM2

G 1.1/4 G 1.1/4 46 39 34.0 RUMM032032CHEM2G 1.1/2 G 1.1/2 55 45 34.0 RUMM038038CHEM2

G 2 G 2 65 50 40.0 RUMM050050CHEM2G 2.1/2 G 2.1/2 85 57 52.0 RUMM063063CHEM2

G 3 G 3 95 56 56.0 RUMM075075CHEM2G 4 G 4 124 60 80.5 RUMM100100CHEM2


www.lmc-couplings.com

D3

CHEMALINE 2000


D3



CHemAline 2000 - food Couplings din 11851

CHem

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e 2000A.10

A.10.11


CHEMALINE 2000 FOOD COUPLINGS

FEMALE COUPLING WITH SMOOTH HOSE SHANK WITHOU NUT

ND Inch For hose D D 2 min D 3 min Referencemm

20 3/4” 19 36,0 68,0 34,0 DKVS019CHEM225 1” 25 44,0 70,0 34,0 DKVS025CHEM232 1.1/4” 32 50,0 70,0 34,0 DKVS032CHEM240 1.1/2” 38 56,0 70,0 34,0 DKVS038CHEM240 1.1/2” 40 56,0 70,0 34,0 DKVS040CHEM250 2” 50 68,0 78,0 40,0 DKVS050CHEM265 2.1/2” 63 86,0 103,0 52,0 DKVS063CHEM265 2.1/2” 65 86,0 103,0 52,0 DKVS065CHEM280 3” 75 100,0 121,0 56,0 DKVS075CHEM280 3” 80 100,0 121,0 56,0 DKVS080CHEM2

100 4” 100 121,0 140,0 80,5 DKVS100CHEM2

Coupling standard: DIN 11851Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see chapter D)Material coupling: stainless steel AISI 316 / 1.4401

DIN 11851

MALE COUPLING WITH SMOOTH HOSE SHANK WITHOU NUT

ND Inch For hose D Thread D 2 min D 3 min Referencemm DIN 405/1

20 3/4” 19 Rd 44 x 1/6” 74,0 34,0 DKM019CHEM225 1” 25 Rd 52 x 1/6” 74,0 34,0 DKM025CHEM232 1.1/4” 32 Rd 58 x 1/6” 74,0 34,0 DKM032CHEM240 1.1/2” 38 Rd 65 x 1/6” 74,0 33,5 DKM038CHEM240 1.1/2” 40 Rd 65 x 1/6” 74,0 33,5 DKM040CHEM250 2” 50 Rd 78 x 1/6” 80,5 40,0 DKM050CHEM265 2.1/2” 63 Rd 95 x 1/6” 107,0 52,0 DKM063CHEM265 2.1/2” 65 Rd 95 x 1/6” 107,0 52,0 DKM065CHEM280 3” 75 Rd 110 x 1/6” 127,5 56,0 DKM075CHEM280 3” 80 Rd 110 x 1/4” 127,5 56,0 DKM080CHEM2

100 4” 100 Rd 130 x 1/4” 144,0 80,5 DKM100CHEM2

Coupling standard: DIN 11851Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see chapter D)Material coupling: stainless steel AISI 316 / 1.4401Incorporated seal during the lining process

D3

D2

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D3

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D



D2

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D

D2

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D



CHemAline 2000 - food Couplings SmS 1145

A.10.12


CHEMALINE 2000 FOOD COUPLINGS

FEMALE COUPLING WITH SMOOTH HOSE SHANK WITHOUT NUT

ND Inch For hose D D 2 min D 3 min Referencemm

1” 25 25 35,5 59,0 34,0 SMSV025DZMCHEM21.1/4” 32 32 42,5 59,0 34,0 SMSV032DZMCHEM21.1/2” 38 38 55,0 67,5 34,0 SMSV038DZMCHEM2

2” 51 50 65,0 75,6 40,0 SMSV050DZMCHEM22.1/2” 63,5 63 80,0 100,0 52,0 SMSV063DZMCHEM2

3” 76 75 93,0 115,0 56,0 SMSV075DZMCHEM24” 101,6 100 127,0 122,0 80,5 SMSV100DZMCHEM2

Coupling standard: SMS 1145Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see cat. chapter D)Material coupling: stainless steel AISI 316 / 1.4401

SMS 1145

MALE COUPLING WITH SMOOTH HOSE SHANK

ND Inch For hose Thread D 2 min D 3 min Referencemm DIN 405/1

1” 25 25 RD 40 x 1/6” 68,0 34,0 SMSM025DCHEM21.1/4” 32 32 RD 48 x 1/6” 71,0 34,0 SMSM032DCHEM21.1/2” 38 38 RD 60 x 1/6” 80,0 33,5 SMSM038DCHEM2

2” 51 50 RD 70 x 1/6” 87,0 40,0 SMSM050DCHEM22.1/2” 63,5 63 RD 85 x 1/6” 111,0 52,0 SMSM063DCHEM2

3” 76 75 RD 98 x 1/6” 124,5 56,0 SMSM075DCHEM24” 101,6 100 RD 132 x 1/6” 150,0 80,5 SMSM100DCHEM2

Coupling standard: SMS 1145Shank standard: EN 14420-2 / DIN 2817Assembly: RK safety clamps EN 14420-3/ DIN 2817, FLEXOLINE safety clamps (see cat. chapter D)Material coupling: stainless steel AISI 316 / 1.4401Incorporated seal during the lining process

D3

D2

D

D3

D2

D



D2

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D



CHemAline 2000 - flange Couplings en 1442-4

CHem

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e 2000A.10

A.10.13


CHEMALINE 2000 FLANGE COUPLINGS

SWIVEL FLANGE COUPLING WITH SMOOTH HOSE SHANK

ND Inch Flange For hose D1 D2 Referencepressure class mm

20 3/4” EN-DIN PN 25/40 19 90,0 34,0 RRFLG019CHEM225 1” EN-DIN PN 25/40 25 90,0 34,0 RRFLG025CHEM232 1.1/4” EN-DIN PN 25/40 32 90,0 34,0 RRFLG032CHEM240 1.1/2” EN-DIN PN 25/40 38 91,0 33,5 RRFLG038CHEM250 2” EN-DIN PN 10/16 50 107,0 40,0 RRFLG050CHEM265 2.1/2” EN-DIN PN 10/16 63 120,0 52,0 RRFLG063CHEM280 3” EN-DIN PN 10/16 75 129,0 56,0 RRFLG075CHEM2

100 4” EN-DIN PN 10/16 100 169,0 80,5 RRFLG100CHEM2

Swivel flange: DIN 2673 PN10, DIN 2674 PN16 / EN 1092-1 -04 ASwivel flange according to ASTM A 182 150/300 lbs on request availableShank standard: EN 14420-2 / DIN 2817Material coupling: stainless steel AISI 316 / 1.4401Incorporated flange gasket during the lining process

FIXED FLANGE COUPLING WITH SMOOTH HOSE SHANK

ND Inch Flange For hose D1 D2 Referencepressure class mm

20 3/4” EN-DIN PN 25/40 19 88,0 34,0 RRFVG019CHEM225 1” EN-DIN PN 25/40 25 88,0 34,0 RRFVG025CHEM232 1.1/4” EN-DIN PN 25/40 32 90,0 34,0 RRFVG032CHEM240 1.1/2” EN-DIN PN 25/40 38 93,0 34,0 RRFVG038CHEM250 2” EN-DIN PN 10/16 50 107,0 40,0 RRFVG050CHEM265 2.1/2” EN-DIN PN 10/16 63 120,0 52,0 RRFVG063CHEM280 3” EN-DIN PN 10/16 75 129,0 56,0 RRFVG075CHEM2

100 4” EN-DIN PN 10/16 100 171,0 80,5 RRFVG100CHEM2

Welding neck flange: DIN 2632 PN10, DIN 2633 PN16; EN 1092-11BASTM A 182 150/300 lbs on request availableShank standard: EN 14420-2 / DIN 2817Material coupling: stainless steel AISI 316 / 1.4401Incorporated flange gasket during the lining process

D1

D2

D1

D2

EN 1442-4



D1

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D1D2


B.1. Screw hose couplings

B.2. nipples

B.3. Food Din couplings

B.4. Food SMS couplings

B.5. Steam couplings

B.6. DinBo steam couplings

B.7. Petrol couplings

BTHREADEDCouPlinGS

Untitled-4 3 27/05/13 10:41

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B.1.


B.1.1

STANDARD

LMC’s screw hose couplings with a smooth hose shank comply with EN 14420-5 /

DIN 2817.

OPERATION

Screw hose couplings are used to connect hoses with male or female BSP,

BSPT or NPT threaded couplings. The hose shank can be divided in 3 types:

1. Screw hose couplings with a smooth hose shank are designed in

compliance with EN 14420-5 / DIN 2817. The hose shank complies with

EN 14420-2. The EN 14420-2 / DIN 2817 standard refers to coupling

assemblies using RK safety clamps complying with EN 14420-3 / DIN 2817.

2. Screw hose couplings with serrated hose shank are used for worm drive

clamp assemblies.

3. Screw hose couplings with serrated hose shank and collar can be used

with worm drive clamps.

(Available on request)

The parallel BSP sealing thread used as standard in screw hose couplings

complies with EN ISO 228-1. A pressure-tight joint is obtained by using a flat

seal. LMC screw hose couplings are easy to assemble by hand or using a

wrench.

N.B.: Screw hose couplings are not interchangeable with steam hose

couplings, due to differences in application and overall dimensions.

APPLICATION

To connect rubber, thermoplastic and plastic hoses.

WORKING PRESSURE

25 bar / 362 psi

TEMPERATURE

-30°C / -22°F up to +300°C / 572°F



MATERIAL

� Coupling


Brass

� Seal

PU for brass screw hose couplings

PTFE for stainless steel screw hose couplings

SCREW HOSE COUPLINGS

b1-screw hose couplings 9/19/07 10:52 AM Pagina 1

B.1.2


ASSEMBLY

� RK and RKPsafety clamps complying with EN 14420-3 / DIN 2817 and FLEXOLINE® safety clamps for screw hose couplings with smooth

hose shank complying with EN 14420-2 / DIN 2817

� Worm drive clamps for screw hose couplings with serrated hose shank

THREAD


THREAD DESCRIPTION STANDARD TYPICAL CALL OUT SEALING METHOD PROPERTIES

BSP British standard pipe EN ISO 228-1 G1 � Parallel thread � 55° degree thread anglethread � Pressure tight joint is � Trucation of rood and crest

obtained using a seal are roundor o-ring

BSPT British standard EN 10226-1 R1 � Conical thread. � 55° degree thread anglepipe taper thread DIN 2999-1 � Pressure tight joint is � Trucation of rood and crest

achieved by the thread are round

NPT National pipe taper ANSI B 1.20.1 NPT 1 � Conical thread � 60° degree round anglethread � Pressure tight joint is � Trucation of rood and crest (American standard pipe thread) achieved by the thread are flat

Screw hose couplings with BSPT thread on request available.


Chapter B: Threaded couplings

SCREW HOSE COUPLINGSUPLINGS

B.1.4


Coupling standard: EN 14420-5 / DIN 2817

Hose shank standard: EN 14420-2 / DIN 2817

Female thread: EN ISO 228-1, BSPAssembly: RK and RKP safety clamps EN 14420-3 / DIN 2817, FLEXOLINE® safety clamps

SS = Stainless steel AISI 316 - 1.4401

Type of screw nut is subject to change without prior notice* available on request

FEMALE THREADED WITH SMOOTH HOSE SHANK

ND Inch For hose Thread Thread Material SW Weight Referencemm EN ISO 228-1 seal min. size mm pc/kg

15 1/2" 13 G 1/2 PU Brass 24 0.06 RV013

20 3/4" 19 G 3/4 PU Brass 30 0.10 RV019

25 1" 25 G 1 PU Brass 36 0.13 RV025

32 1.1/4” 32 G 1.1/4 PU Brass 46 0.20 RV032

40 1.1/2” 38 G 1.1/2 PU Brass 55 0.38 RV038

50 2" 50 G 2 PU Brass 65 0.42 RV050

65 2.1/2” 63 G 2.1/2 PU Brass 85 0.68 RV063

65 2.1/2” 65 G 2.1/2 PU Brass 85 0.68 RV065*

80 3" 75 G 3 PU Brass 100 0.98 RV075

80 3" 80 G 3 PU Brass 100 0.98 RV080*

100 4" 100 G 4 PU Brass 125 3.60 RV100

15 1/2" 13 G 3/4 PU Brass 30 0.07 RV013019

20 3/4" 19 G 1 PU Brass 36 0.12 RV019025

25 1" 25 G 1.1/4 PU Brass 46 0.19 RV025032

32 1.1/4” 32 G 1.1/2 PU Brass 55 0.30 RV032038

38 1.1/2” 38 G 2 PU Brass 65 0.40 RV038050

50 2" 50 G 2.1/2 PU Brass 85 0.75 RV050063

63 2.1/2” 63 G 3 PU Brass 100 1.04 RV063075

15 1/2" 13 G 1/2 PTFE SS 24 0.10 RRV013

20 3/4" 19 G 3/4 PTFE SS 30 0.15 RRV019

25 1" 25 G 1 PTFE SS 36 0.16 RRV025

32 1.1/4” 32 G 1.1/4 PTFE SS 46 0.18 RRV032

40 1.1/2” 38 G 1.1/2 PTFE SS 55 0.29 RRV038

50 2" 50 G 2 PTFE SS 5 0.44 RRV050

65 2.1/2” 63 G 2.1/2 PTFE SS 85 0.75 RRV063

65 2.1/2” 65 G 2.1/2 PTFE SS 85 0.75 RRV065*

80 3" 75 G 3 PTFE SS 100 1.12 RRV075

80 3" 80 G 3 PTFE SS 100 1.12 RRV080*

100 4" 100 G 4 PTFE SS 125 3.90 RRV100

15 1/2" 13 G 3/4 PTFE SS 30 0.14 RRV013019

20 3/4" 19 G 1 PTFE SS 36 0.22 RRV019025

25 1" 25 G 1.1/4 PTFE SS 46 0.38 RRV025032

32 1.1/4” 32 G 1.1/2 PTFE SS 55 0.46 RRV032038

40 1.1/2” 38 G 2 PTFE SS 65 0.62 RRV038050

50 2" 50 G 2.1/2 PTFE SS 85 0.70 RRV050063

65 2.1/2” 63 G 3 PTFE SS 100 0.85 RRV063075




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B.1.5

B.1.W W W . L M C - C O U P L I N G S . C O M

Male thread EN ISO 228-1, BSP, flat sealingAssembly: worm drive clampsSS = Stainless steel AISI 316 - 1.4401Type of hexagon or octagon is subject to change without prior notice* available on request

MALE THREADED WITH SERRATED HOSE SHANK

ND Inch For hose Thread Material SW Weight Referencemm EN ISO 228-1 min. size mm pc/kg

15 1/2" 13 G 1/2 Brass 22 0.08 1R013

20 3/4" 19 G 3/4 Brass 27 0.11 1R019

25 1" 25 G 1 Brass 36 0.15 1R025

32 1.1/4” 32 G 1.1/4 Brass 46 0.26 1R032

40 1.1/2” 38 G 1.1/2 Brass 55 0.27 1R038

50 2" 50 G 2 Brass 65 0.50 1R050

65 2.1/2” 63 G 2.1/2 Brass 85 0.92 1R065

80 3" 75 G 3 Brass 100 1.00 1R075

80 3" 80 G 3 Brass 100 0.89 1R080*

100 4" 100 G 4 Brass 125 1.89 1R100

15 1/2" 13 G 3/4 Brass 27 0.12 1R013019

20 3/4" 19 G 1 Brass 36 0.17 1R019025

25 1" 25 G 1.1/4 Brass 46 0.24 1R025032

32 1.1/4” 32 G 1.1/2 Brass 55 0.36 1R032038

40 1.1/2” 38 G 2 Brass 65 0.51 1R038050

50 2" 50 G 2.1/2 Brass 85 0.75 1R050065

65 2.1/2” 63 G 3 Brass 100 0.83 1R065075

15 1/2" 13 G 1/2 SS 22 0.07 R1R013

20 3/4" 19 G 3/4 SS 27 0.10 R1R019

25 1" 25 G 1 SS 36 0.16 R1R025

32 1.1/4” 32 G 1.1/4 SS 46 0.30 R1R032

40 1.1/2” 38 G 1.1/2 SS 55 0.38 R1R038

50 2" 50 G 2 SS 65 0.54 R1R050

65 2.1/2” 63 G 2.1/2 SS 85 0.87 R1R065

80 3" 75 G 3 SS 95 0.96 R1R075

80 3" 80 G 3 SS 95 0.70 R1R080*

100 4" 100 G 4 SS 100 1.84 R1R100



SCREW HOSE COUPLINGSK’ COUPLINGS

B.1.6


Female thread EN ISO 228-1, BSPAssembly: worm drive clampsSS = Stainless steel AISI 316 - 1.4401Type of screw nut is subject to change without prior notice* available on request

FEMALE THREADED SWIVEL WITH SERRATED HOSE SHANK

ND Inch For hose Thread Thread Material Socket wrench Weight Referencemm EN ISO 228-1 seal min. size mm kg/pc

15 1/2" 13 G 1/2 PU Brass 24 0.05 2R013

20 3/4" 19 G 3/4 PU Brass 30 0.07 2R019

25 1" 25 G 1 PU Brass 36 0.09 2R025

32 1.1/4” 32 G 1.1/4 PU Brass 46 0.16 2R032

40 1.1/2” 38 G 1.1/2 PU Brass 55 0.20 2R038

50 2" 50 G 2 PU Brass 65 0.31 2R050

65 2.1/2” 63 G 2.1/2 PU Brass 85 0.55 2R065

80 3" 75 G 3 PU Brass 100 0.54 2R075

80 3" 80 G 3 PU Brass 100 0.61 2R080*

100 4" 100 G 4 PU Brass 125 1.89 2R100

20 3/4" 19 G 1 PU Brass 36 0.18 2R019025

25 1" 25 G 1.1/4 PU Brass 46 0.32 2R025032

32 1.1/4” 32 G 1.1/2 PU Brass 55 0.54 2R032038

40 1.1/2” 38 G 2 PU Brass 65 0.72 2R038050

50 2" 50 G 2.1/2 PU Brass 85 0.86 2R050065

65 2.1/2” 63 G 3 PU Brass 100 1.13 2R065075

15 1/2" 13 G 1/2 PTFE SS 24 0.09 R2R013

20 3/4" 19 G 3/4 PTFE SS 30 0.10 R2R019

25 1" 25 G 1 PTFE SS 36 0.16 R2R025

32 1.1/4” 32 G 1.1/4 PTFE SS 46 0.20 R2R032

40 1.1/2” 38 G 1.1/2 PTFE SS 55 0.39 R2R038

50 2" 50 G 2 PTFE SS 65 0.44 R2R050

65 2.1/2” 63 G 2.1/2 PTFE SS 85 0.82 R2R065

80 3" 75 G 3 PTFE SS 100 0.94 R2R075

80 3" 80 G 3 PTFE SS 100 0.91 R2R080*

100 4" 100 G 4 PTFE SS 125 2.30 R2R100




SCR

EWH

OSE

COU

PLIN

GS

B.1.7


Male thread EN ISO 228-1, BSP, flat sealingAssembly: swage ferrules for composite hosesSS = Stainless steel AISI 316 - 1.4401Type of hexagon or octagon nut is subject to change without prior notice Aluminium available on request

MALE THREADED WITH HELICAL HOSE SHANK FOR COMPOSITE HOSE

ND Inch For hose Thread Material Weight pc/ Referencemm EN ISO 228-1 Kg

25 1" 25 G 1 Brass 0.20 CM1R025

32 1.1/4” 32 G 1 1/4 Brass 0.38 CM1R032

40 1.1/2” 40 G 1 1/2 Brass 0.52 CM1R040

50 2" 50 G 2 Brass 0.77 CM1R050

65 2.1/2” 65 G 2 1/2 Brass 1.51 CM1R065

80 3" 80 G 3 Brass 1.82 CM1R080

100 4” 100 G 4 Brass 2.15 CM1R100

25 1" 25 G 1 SS 0.19 CR1R025

32 1.1/4” 32 G 1 1/4 SS 0.35 CR1R032

40 1.1/2” 40 G 1 1/2 SS 0.48 CR1R040

50 2" 50 G 2 SS 0.81 CR1R050

65 2.1/2” 65 G 2 1/2 SS 1.26 CR1R065

80 3" 80 G 3 SS 1.56 CR1R080

100 4” 100 G 4 SS 2.11 CR1R100

FEMALE THREADED WITH HELICAL HOSE SHANK FOR COMPOSITE HOSE

ND Inch For hose Thread Thread Material Weight pc/ Referencemm EN ISO 228-1 seal Kg

25 1" 25 G 1 PU Brass 0.26 CM2R025

32 1.1/4” 32 G 1 1/4 PU Brass 0.44 CM2R032

40 1.1/2” 40 G 1 1/2 PU Brass 0.60 CM2R040

50 2" 50 G 2 PU Brass O.82 CM2R050

65 2.1/2” 65 G 2 1/2 PU Brass 1.66 CM2R065

80 3" 80 G 3 PU Brass 2.20 CM2R080

25 1" 25 G 1 PTFE SS 0.35 CR2R025

32 1.1/4” 32 G 1 1/4 PTFE SS 0.59 CR2R032

40 1.1/2” 40 G 1 1/2 PTFE SS 0.76 CR2R040

50 2" 50 G 2 PTFE SS 0.96 CR2R050

65 2.1/2” 65 G 2 1/2 PTFE SS 1.92 CR2R065

80 3" 80 G 3 PTFE SS 2.51 CR2R080

Female thread EN ISO 228-1, BSPAssembly: swage ferrules for composite hosesSS = Stainless steel AISI 316 - 1.4401Type of screw nut is subject to change without prior noticeAluminium available on request



SCREW HOSE COUPLINGSK’ COUK’ COUPLINGS

B.1.8


SWAGE FERRULE FOR HELICAL HOSE SHANK AND COMPOSITE HOSE

ND Inch Material Ø ID mm +/- Ø ID mm +/- Length mm +/- Weight/pc Referencecoupling side hose side kg

25 1” Stainless steel 27.7 42.0 42.0 0.09 CHR02532 1.1/4” Stainless steel 36.0 50.0 42.5 0.11 CHR03240 1.1/2” Stainless steel 45.0 57.0 60.0 0.13 CHR04050 2” Stainless steel 53.6 65.7 67.0 0.15 CHR05065 2.1/2” Stainless steel 68.1 83.0 73.0 0.24 CHR06580 3” Stainless steel 84.6 98.0 76.2 0.24 CHR080

100 4” Stainless steel 107.5 124.0 107.0 0.63 CHR100

40 1.1/2” Aluminium 45.0 57.0 60.0 0.05 CHA04050 2” Aluminium 53.6 65.7 67.0 0.07 CHA05065 2.1/2” Aluminium 68.1 83.0 73.0 0.09 CHA06580 3” Aluminium 84.6 98.0 76.2 0.14 CHA080

Stainless steel AISI 304 - 1.4301Steel swage ferrules on request available

EPDM / FPM available on request

CRIMPING SEAL FOR HELICAL SHANK COUPLING

ND Inch Material Colour Ø OD +/- 2 mm Ø ID +/- 1mm Weight/pc Referencekg

25 1” NBR Black 41.5 25.5 0.005 CXN02532 1.1/4” NBR Black 48.0 32.5 0.008 CXN03240 1.1/2” NBR Black 58.0 38.0 0.01 CXN04050 2” NBR Black 65.5 50.0 0.02 CXN05065 2.1/2” NBR Black 84 65.0 0.03 CXN06580 3” NBR Black 100 80.0 0.04 CXN080

100 4” NBR Black 112.5 100.0 0.07 CXN100



SCREW HOSE COUPLINGSK’ COU

SCR

EWH

OSE

COU

PLIN

GS

B.1.9


THREAD SEAL - PTFE

ND Inch OD Ø mm ID Ø mm Height mm Weight/pc Referencekg

15 1/2” 20.0 13.0 1.5 0.001 X2RP013

20 3/4” 26.0 19.0 1.5 0.001 X2RP020

25 1” 33.0 24.0 2.0 0.002 X2RP025

32 1.1/4” 42.0 33.0 2.0 0.002 X2RP032

40 1.1/2” 48.0 39.0 2.0 0.003 X2RP038

50 2” 60.0 49.0 2.0 0.004 X2RP050

65 2.1/2” 76.0 63.0 2.5 0.006 X2RP065

80 3” 88.0 77.0 3.0 0.010 X2RP075

100 4” 114.0 100.0 3.0 0.015 X2RP100

Material: PTFEColour: White Seal dimensions in compliance with EN 14420-5See chapter E for more information regarding chemical resistance

THREAD SEAL - PU


15 1/2” 20.0 13.0 1.5 0.001 X2RV01320 3/4” 26.0 19.0 1.5 0.001 X2RV02025 1” 33.0 24.0 2.0 0.001 X2RV02532 1.1/4” 42.0 33.0 2.0 0.001 X2RV03240 1.1/2” 48.0 39.0 2.0 0.001 X2RV03850 2” 60.0 49.0 2.0 0.002 X2RV05065 2.1/2” 76.0 63.0 2.5 0.003 X2RV06580 3” 88.0 77.0 3.0 0.005 X2RV075

100 4” 114.0 100.0 3.0 0.008 X2RV100

Material: PUColour: Brown Seal dimensions in compliance with EN 14420-5See chapter E for more information regarding chemical resistance


LMCChapter B: Threaded couplings

SCREW H

OSE CO

UPLIN

GS RM

GB.1.

B.1.11

W W W . L M C - C O U P L I N G S . C O MSCREW HOSE COUPLINGS RMG

According to EN 14420-5 Male threaded G EN ISO 228-1

Serrated hose shank + collar Brass CW 614N

WP 25 bar ND 15 - ND 100

RMG series Combine the best advantages of two couplings and you get a screw hose coupling that can be assembled with EN 14420-3 safety clamps, FLEXOLINE safety clamps, swage ferrules or band clamps. The hose shank of the male threaded RMG-couplings is slightly serrated and provided with a collar according to EN 14420-2.

Screw hose couplings RMG

LMC-Couplings nv - Z.5 Mollem 192 - 1730 Asse Belgium | Tel +32 2 453 10 87 - Fax +32 2 452 98 78 | [email protected] | www.lmc-couplings.com

+ +

EN 14420-3 and FLEXOLINE safety clamps

HRRK and HRRL swage ferrules

Band & worm drive clamps

RMG screw hose couplings

Standard EN 14420-5

Male thread Flat sealing G EN ISO 228-1

Dimension ND 15 - ND 100

Assembly EN 14420-3 safety clamps FLEXOLINE safety clamps HRRK and HRRL swage ferrules Band & worm drive clamps

Finishing Inner and outer surface machined Hexagon wrench surface

WP PN 25

Material Brass CW 614N

ND For hose Thread Reference

15 13 mm G 1/2 RMG013

20 19 mm G 3/4 RMG019

25 25 mm G 1 RMG025

32 32 mm G 1.1/4 RMG032

40 38 mm G 1.1/2 RMG038

50 50 mm G 2 RMG050

65 63 mm G 2.1/2 RMG063

80 75 mm G 3 RMG075

100 100 mm G 4 RMG100

OD Ø

14 mm

20 mm

26 mm

33 mm

39 mm

51 mm

65 mm

76,1 mm

101,6 mm

Stainless steel and other thread types on request available. [email protected]

RMG.indd 1 28/10/14 15:12


SCREW H

OSE CO

UPLIN

GS A

RMG

B.1.

B.1.13

W W W . L M C - C O U P L I N G S . C O MSCREW HOSE COUPLINGS ARMG

EASSC 2 5/11/14 19:16

NIP

PLES

B.2.


B.2.1

STANDARD

LMC’S nipples are used to make threaded connections between cou-

plings. The nipple consist of a standard BSP thread complying with

EN ISO 228-1. NPT threaded nipples complying with ANSI B 1.20.1 are also

available on request.

OPERATION

The nipple is screwed by hand into a counter coupling equipped with the

same thread standard. BSP threads are closed using the flat sealing surface of

the nipple. Stainless steel and brass nipples consist of a hexagonal nut which

facilitates assembly. For extra rigidity, the coupling connection can be tight-

ened using a wrench.

APPLICATION

To connect all types of low pressure couplings up to 16 bar / 232 psi.

WORKING PRESSURE

16 bar / 232 psi

TEMPERATURE

-40°C / -40°F up to 280°C / 536°F



MATERIAL

� Coupling

Brass


Aluminium

� Seal

PU for brass nipples

THREAD

Standard: EN ISO 228-1, BSP

ANSI B1.20.1, NPT available on request

NIPPLES

b2-nipples 9/11/07 9:16 AM Pagina 1


NIPPLES

NIP

PLES

B.2.3


Thread EN ISO 228-1, BSP


Thread EN ISO 228-1, BSPPU thread seal for brass version, NBR for aluminium versionStainless steel available on request

MALE - MALE DOUBLE NIPPLE

Male thread Male thread Material Weight/pc ReferenceEN ISO 228-1 EN ISO 228-1 Kg

G 1/2 G 1/2 Brass 0.04 UMM013013G 3/4 G 3/4 Brass 0.06 UMM019019

G 1 G 1 Brass 0.14 UMM025025G 1.1/4 G 1.1/4 Brass 0.17 UMM032032G 1.1/2 G 1.1/2 Brass 0.23 UMM038038

G 2 G 2 Brass 0.32 UMM050050G 2.1/2 G 2.1/2 Brass 0.56 UMM063063

G 3 G 3 Brass 0.64 UMM075075G 4 G 4 Brass 1.03 UMM100100

G 1/2 G 1/2 Stainless steel 0.05 RUMM013013G 3/4 G 3/4 Stainless steel 0.06 RUMM019019

G 1 G 1 Stainless steel 0.13 RUMM025025G 1.1/4 G 1.1/4 Stainless steel 0.16 RUMM032032G 1.1/2 G 1.1/2 Stainless steel 0.25 RUMM038038

G 2 G 2 Stainless steel 0.37 RUMM050050G 2.1/2 G 2.1/2 Stainless steel 0.55 RUMM063063

G 3 G 3 Stainless steel 0.66 RUMM075075G 4 G 4 Stainless steel 1.05 RUMM100100

G 1.1/2 G 1.1/2 Aluminium 0.04 AUMM038038G 2 G 2 Aluminium 0.11 AUMM050050

G 2.1/2 G 2.1/2 Aluminium 0.12 AUMM063063G 3 G 3 Aluminium 0.20 AUMM075075G 4 G 4 Aluminium 0.27 AUMM100100G 5 G 5 Aluminium 0.44 AUMM125125G 6 G 6 Aluminium 0.55 AUMM150150

FEMALE - FEMALE DOUBLE NIPPLE

Female thread Female thread Material Weight/pc ReferenceEN ISO 228-1 EN ISO 228-1 Kg

G 1 G 1 Brass 0.11 UFF025025G 1.1/4 G 1.1/4 Brass 0.17 UFF032032G 1.1/2 G 1.1/2 Brass 0.28 UFF038038

G 2 G 2 Brass 0.31 UFF050050G 2.1/2 G 2.1/2 Brass 0.70 UFF063063

G 3 G 3 Brass 0.91 UFF075075

G 2 G 2 Aluminium 0.15 AUFF050050G 2.1/2 G 2.1/2 Aluminium 0.18 AUFF063063

G 3 G 3 Aluminium 0.25 AUFF075075G 4 G 4 Aluminium 0.31 AUFF100100G 5 G 5 Aluminium 0.34 AUFF125125



NIPPLES COUPLINGS

B.2.4


Thread EN ISO 228-1, BSP


MALE - MALE REDUCING NIPPLE

Male thread Male thread Material Weight/pc ReferenceEN ISO 228-1 EN ISO 228-1 Kg

G 1/2 G 3/4 Brass 0.13 UMM013019G 3/4 G 1 Brass 0.10 UMM019025

G 1 G 1.1/4 Brass 0.20 UMM025032G 1 G 1.1/2 Brass 0.25 UMM025038

G 1.1/4 G 1.1/2 Brass 0.24 UMM032038G 1.1/4 G 2 Brass 0.32 UMM032050G 1.1/2 G 2 Brass 0.32 UMM038050

G 2 G 2.1/2 Brass 0.55 UMM050063G 2 G 3 Brass 0.54 UMM050075

G 2.1/2 G 3 Brass 0.58 UMM063075G 3 G 4 Brass 1.24 UMM075100

G 1/2 G 3/4 Stainless steel 0.05 RUMM013019G 3/4 G 1 Stainless steel 0.13 RUMM019025

G 1 G 1.1/4 Stainless steel 0.20 RUMM025032G 1 G 1.1/2 Stainless steel 0.25 RUMM025038

G 1.1/4 G 1.1/2 Stainless steel 0.22 RUMM032038G 1.1/4 G 2 Stainless steel 0.41 RUMM032050G 1.1/2 G 2 Stainless steel 0.35 RUMM038050

G 2 G 2.1/2 Stainless steel 0.69 RUMM050063G 2 G 3 Stainless steel 0.73 RUMM050075

G 2.1/2 G 3 Stainless steel 0.59 RUMM063075G 3 G 4 Stainless steel 1.05 RUMM075100

G 1.1/2 G 2 Aluminium 0.14 AUMM038050G 2 G 3 Aluminium 0.22 AUMM050075

G 2.1/2 G 3 Aluminium 0.19 AUMM063075G 3 G 4 Aluminium 0.23 AUMM075100

Thread complying with EN ISO 228-1, BSPPU thread seal

MALE - FEMALE DOUBLE NIPPLE

Male thread Female thread Material Weight/pc ReferenceEN ISO 228-1 EN ISO 228-1 Kg

G 1/2 G 1/2 Brass 0.03 UMF013013

G 3/4 G 3/4 Brass 0.07 UMF019019

G 1 G 1 Brass 0.08 UMF025025

G 1.1/4 G 1.1/4 Brass 0.15 UMF032032

G 1.1/2 G 1.1/2 Brass 0.25 UMF038038

G 2 G 2 Brass 0.23 UMF050050

G 2.1/2 G 2.1/2 Brass 0.63 UMF063063

G 3 G 3 Brass 0.78 UMF075075



NIPPLES

NIP

PLES

B.2.5


FEMALE - FEMALE REDUCING NIPPLE

Female thread Female thread Material Weight/pc ReferenceEN ISO 228-1 EN ISO 228-1 Kg

G 3/4 G 1 Brass 0.13 UFF019025G 1 G 1.1/4 Brass 0.27 UFF025032

G 1.1/4 G 1.1/2 Brass 0.37 UFF032038G 1.1/2 G 2 Brass 0.38 UFF038050

G 2 G 2.1/2 Brass 0.62 UFF050063G 2.1/2 G 3 Brass 0.78 UFF063075

G 3 G 4 Brass 1.55 UFF075100

G 2 G 2.1/2 Aluminium 0.43 AUFF050063G 2 G 3 Aluminium 0.35 AUFF050075

G 2.1/2 G 3 Aluminium 0.24 AUFF063075G 2.1/2 G 4 Aluminium 0.38 AUFF063100

G 3 G 4 Aluminium 0.34 AUFF075100G 4 G 5 Aluminium 1.22 AUFF100125G 5 G 6 Aluminium 0.72 AUFF125150

Thread EN ISO 228-1, BSPPU thread seal for brass version

MALE - FEMALE REDUCING NIPPLE

Male thread Female thread Material Weight/pc ReferenceEN ISO 228-1 EN ISO 228-1 Kg

G 1/2 G 3/4 Brass 0.03 UMF013019G 3/4 G 1 Brass 0.13 UMF019025

G 1 G 3/4 Brass 0.13 UMF025019G 1 G 1.1/4 Brass 0.14 UMF025032G 1 G 1.1/2 Brass 0.25 UMF025038

G 1.1/4 G 1 Brass 0.14 UMF032025G 1.1/4 G 1.1/2 Brass 0.23 UMF032038G 1.1/4 G 2 Brass 0.32 UMF032050G 1.1/2 G 1 Brass 0.23 UMF038025G 1.1/2 G 1.1/4 Brass 0.24 UMF038032G 1.1/2 G 2 Brass 0.35 UMF038050

G 2 G 1.1/4 Brass 0.31 UMF050032G 2 G 1.1/2 Brass 0.23 UMF050038G 2 G 2.1/2 Brass 0.42 UMF050063G 2 G 3 Brass 1.17 UMF050075

G 2.1/2 G 2 Brass 0.52 UMF063050G 2.1/2 G 3 Brass 0.72 UMF063075

G 3 G 2 Brass 0.41 UMF075050G 3 G 2.1/2 Brass 0.57 UMF075063G 3 G 4 Brass 1.08 UMF075100G 4 G 3 Brass 0.97 UMF100075

G 2 G 1.1/4 Aluminium 0.18 AUMF050032G 2 G 1/2 Aluminium 0.17 AUMF050038

G 2.1/2 G 2 Aluminium 0.18 AUMF063050G 3 G 2 Aluminium 0.33 AUMF075050G 2 G 2.1/2 Aluminium 0.25 AUMF050063G 3 G 2.1/2 Aluminium 0.30 AUMF075063G 4 G 2.1/2 Aluminium 0.34 AUMF100063G 2 G 3 Aluminium 0.23 AUMF050075

G 2.1/2 G 3 Aluminium 0.22 AUMF063075G 4 G 3 Aluminium 0.34 AUMF100075G 5 G 4 Aluminium 0.34 AUMF125100G 6 G 5 Aluminium 0.72 AUMF125150


FOO

DC

OU

PLIN

GS

DIN

11

85

1

B.3.


B.3.1

STANDARD

Food couplings complying with DIN 11851 are used in the food, chemical

and pharmaceutical industries to connect rubber food hoses and stainless

steel pipes (in compliance with DIN 11850).

On request aseptic food couplings complying with DIN 11864 are available.

OPERATION

The seal must be inserted correctly into the seal sitting of the male coupling

before connection. The conical female coupling is then pushed onto the

male threaded coupling. The two are secured by sliding the nut across the

conical head of the female coupling and onto the thread of the male

coupling. The flanged seal enables easy assembly and prevents any

displacement by vacuum or pressure.

Threaded food couplings complying with DIN 11851 have a rounded thread

complying with DIN 405/1. This rounded thread ensures that DIN 11851

compliant food couplings are easy to connect by hand or using a wrench.

FOOD COUPLINGS DIN 11851

FEATURES

1. Electro-polished external surface for

improved hygiene

2. Additional wrench surface to prevent

twisting of the hose when fitting one

half of the coupling to the other half.

3. Extra-long head for easy assembly

and disassembly + marking heat number + size

4. Low Ra-value of inner surface up to≤1.6 µm

5. Hose shank for assembly with RK and

RKF safety clamps, FLEXOLINE® safety

clamps or HHRK and HRP swage ferrules

6. Easy assembly of rubber protection ring

7. Standard NBR seal conforming

FDA directive and ADI-free

1.

2.

5.

3.

7.

b3-fooddin 9/5/07 2:05 PM Pagina 1

Chapter B: Threaded couplingsB.3.2


Food couplings complying with DIN 11851 vs SMS 1145

APPLICATION

For the food, beverage, pharmaceutical and chemical industries.

WORKING PRESSURE

Working pressure of the coupling must be chosen in relation with the working pressure of the desired hose and pipe.

DIN 11851 SMS 1145

Female coupling Conical face Flat face

Male coupling Deep seal Turned-up seal

Seal U-shape seal Square seal

Male and female thread Rounded thread Rounded thread

complying with DIN 405/1 complying with DIN 405/1

Max. working pressure 40 bar / 580 psi 6 bar / 87 psi

ND BAR PSI

15 40 580

20 40 580

25 40 580

32 40 580

40 40 580

50 25 362

65 25 362

80 25 362

100 25 362

1. Male threaded welding coupling type DIN213...

2. NBR seal type DIN211...

3. Female welding coupling type DIN214...

4. Nut type DIN210...

CONNECTION

DIN 11851 SMS 1145



FOO

DC

OU

PLIN

GS

DIN

11

85

1

B.3.3

B.3.FOOD COUPLINGS DIN 11851

ASSEMBLY

1. RK and RKP safety clamps complying with EN 14420-3 / DIN 2817

2. FLEXOLINE® safety clamps

3. HRRK or HRP swage ferrules

4. Welding

THREADS

Food couplings complying with DIN 11851 are not interchangeable with SMS 1145 food couplings. Although the threads

of both couplings comply with DIN 405/1, precise dimensions vary, making them non-interchangeable.

3” = on request

RA-VALUE

Roughness average value (Ra-value) DIN 11851 couplings

1. Ra-value inner side ≤ 1.6 µm

2. Ra-value outer side ≤ 3.2 µm

Other Ra-values and Ra-report available on request.

ND THREAD COMPLYING WITH DIN 405/1

15 RD 34 x 1/8"

20 RD 44 x 1/6"

25 RD 52 x 1/6"

32 RD 58 x 1/6"

40 RD 65 x 1/6"

50 RD 78 x 1/6"

65 RD 95 x 1/6"

3” RD 104 x 1/6"

80 RD 110 x 1/4"

100 RD 130 x 1/4"

TEMPERATURE

-30°C / -22°F up to 120°C/ 248°F

Hose, coupling, assembly method and seal must be chosen in relation with the desired temperature and working pressure.

MATERIAL

� Coupling

Stainless steel AISI 316 - 1.4401 = hose coupling (standard)

Stainless steel AISI 304 - 1.4301 = nut, cap and welding coupling (standard)

� Seal

NBR (standard),

EPDM, FPM, H-NBR, MVQ available on request




FOO

DC

OU

PLIN

GS

DIN

11

85

1

B.3.5


FEMALE COUPLING WITH SMOOTH HOSE SHANK AND NUT

ND Inch For hose Thread nut Weight/pc Referencemm DIN 405/1 Kg

15 1/2" 13 RD 34 x 1/8" 0.22 DKV013

20 3/4" 19 RD 44 x 1/6" 0.28 DKV019

25 1" 25 RD 52 x 1/6" 0.37 DKV025

32 1.1/4" 32 RD 58 x 1/6" 0.44 DKV032

40 1.1/2" 38 RD 65 x 1/6" 0.55 DKV038

40 1.1/2" 40 RD 65 x 1/6" 0.67 DKV040*

50 2" 50 RD 78 x 1/6" 0.76 DKV050

65 2.1/2" 63 RD 95 x 1/6" 1.40 DKV063

65 2.1/2" 65 RD 95 x 1/6" 1.46 DKV065*

80 3" 75 RD 110 x 1/4" 1.89 DKV075

80 3" 80 RD 110 x 1/4" 2.10 DKV080*

100 4" 100 RD 130 x 1/4" 2.89 DKV100

ND Inch For hose Thread nut Weight/pc Referencemm DIN 405/1 Kg

15 1/2" 13 RD 34 x 1/8" 0.14 DKVR013

20 3/4" 19 RD 44 x 1/6" 0.23 DKVR019

25 1" 25 RD 52 x 1/6" 0.34 DKVR025

32 1.1/4" 32 RD 58 x 1/6" 0.44 DKVR032

40 1.1/2" 38 RD 65 x 1/6" 0.56 DKVR038

40 1.1/2" 40 RD 65 x 1/6" 0.63 DKVR040*

50 2" 50 RD 78 x 1/6" 0.81 DKVR050

65 2.1/2" 63 RD 95 x 1/6" 1.34 DKVR063

65 2.1/2" 65 RD 95 x 1/6" 1.37 DKVR065*

80 3" 75 RD 110 x 1/4" 1.62 DKVR075

80 3" 80 RD 110 x 1/4" 2.27 DKVR080*

100 4" 100 RD 130 x 1/4" 2.91 DKVR100

Hose shank standard: EN 14420-2 / DIN 2817

Coupling material: stainless steel AISI 316 - 1.4401

Nut material: stainless steel AISI 304 - EN 1.4301

Assembly: RK and RKP safety clamps EN 14420-3 / DIN 2817 or FLEXOLINE® safety clamps

*on request

FEMALE COUPLING WITH SERRATED HOSE SHANK AND NUT

Coupling material: stainless steel AISI 316 - 1.4401Nut material: stainless steel AISI 304 - EN 1.4301Assembly: HRRK swage ferrules*on request



FOOD COUPLINGS DIN 11851 COUPLINGS

B.3.6


FEMALE COUPLING WITH SERRATED HOSE SHANK WITHOUT NUT

Coupling material: stainless steel AISI 316 - 1.4401Assembly: HRRK swage ferrules*on request

FEMALE COUPLING WITH SMOOTH HOSE SHANK WITHOUT NUT

Hose shank standard: EN 14420-2 / DIN 2817Coupling material: stainless steel AISI 316 - 1.4401Assembly: RK and RKP safety clamps EN 14420-3 / DIN 2817 or FLEXOLINE® safety clamps*on request

ND Inch For hose Weight/pc Referencemm Kg

15 1/2" 13 0.13 DKVS013

20 3/4" 19 0.15 DKVS019

25 1" 25 0.20 DKVS025

32 1.1/4" 32 0.24 DKVS032

40 1.1/2" 38 0.31 DKVS038

40 1.1/2" 40 0.36 DKVS040*

50 2" 50 0.48 DKVS050

65 2.1/2" 63 0.48 DKVS063

65 2.1/2" 65 0.90 DKVS065*

80 3" 75 1.15 DKVS075

80 3" 80 1.32 DKVS080*

100 4" 100 1.88 DKVS100


15 1/2" 13 0.05 DKVSR013

20 3/4" 19 0.10 DKVSR019

25 1" 25 0.17 DKVSR025

32 1.1/4" 32 0.24 DKVSR032

40 1.1/2" 38 0.32 DKVSR038

40 1.1/2" 40 0.35 DKVSR040*

50 2" 50 0.47 DKVSR050

65 2.1/2" 63 0.78 DKVSR063

65 2.1/2" 65 0.81 DKVSR065*

80 3" 75 1.08 DKVSR075

80 3" 80 1.49 DKVSR080*

100 4" 100 1.90 DKVSR100


ND Inch For hose Thread Weight/pc Referencemm DIN 405/1 Kg

15 1/2" 13 RD 34 x 1/8" 0.10 DKM013

20 3/4" 19 RD 44 x 1/6" 0.14 DKM019

25 1" 25 RD 52 x 1/6" 0.24 DKM025

32 1.1/4" 32 RD 58 x 1/6" 0.32 DKM032

40 1.1/2" 38 RD 65 x 1/6" 0.38 DKM038

40 1.1/2" 40 RD 65 x 1/6" 0.40 DKM040*

50 2" 50 RD 78 x 1/6" 0.41 DKM050

65 2.1/2" 63 RD 95 x 1/6" 0.89 DKM063

65 2.1/2" 65 RD 95 x 1/6" 0.91 DKM065*

80 3" 75 RD 110 x 1/4" 1.35 DKM075

80 3" 80 RD 110 x 1/4" 1.43 DKM080*

100 4" 100 RD 130 x 1/4" 1.84 DKM100



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85

1

B.3.7



Hose shank standard: EN 14420-2 / DIN 2817Coupling material: stainless steel AISI 316 - 1.4401Assembly: RK and RKP safety clamps EN 14420-3 / DIN 2817 or FLEXOLINE® safety clampsSeal: NBR blue included*on request

MALE COUPLING WITH SERRATED HOSE SHANK

Coupling material: stainless steel AISI 316 - 1.4401Assembly: HRRK swage ferrulesSeal: NBR blue included*on request


15 1/2" 13 RD 34 x 1/8" 0.11 DKMR013

20 3/4" 19 RD 44 x 1/6" 0.19 DKMR019

25 1" 25 RD 52 x 1/6" 0.23 DKMR025

32 1.1/4" 32 RD 58 x 1/6" 0.28 DKMR032

40 1.1/2" 38 RD 65 x 1/6" 0.36 DKMR038

40 1.1/2" 40 RD 65 x 1/6" 0.40 DKMR040*

50 2" 50 RD 78 x 1/6" 0.51 DKMR050

65 2.1/2" 63 RD 95 x 1/6" 1.10 DKMR063

65 2.1/2" 65 RD 95 x 1/6" 1.15 DKMR065*

80 3" 75 RD 110 x 1/4" 1.30 DKMR075

80 3" 80 RD 110 x 1/4" 1.35 DKMR080*

100 4" 100 RD 130 x 1/4" 1.84 DKMR100



FOOD COUPLINGS DIN 11851’ COUPLINGS

B.3.8


NUT

ND Inch Thread OD Ø ID Ø nut Height Weight/pc ReferenceDIN 405/1 mm mm mm kg

15 1/2" RD 34 x 1/8" 44.0 25.0 18.0 0.09 DIN210015

20 3/4" RD 44 x 1/6" 54.0 31.0 20.0 0.13 DIN210020

25 1" RD 52 x 1/6" 63.0 36.0 21.0 0.17 DIN210025

32 1.1/4" RD 58 x 1/6" 70.0 42.0 21.0 0.20 DIN210032

40 1.1/2" RD 65 x 1/6" 78.0 49.0 21.0 0.24 DIN210040

50 2" RD 78 x 1/6" 92.0 62.0 22.0 0.34 DIN210050

65 2.1/2" RD 95 x 1/6" 112.0 80.0 25.0 0.56 DIN210065

- 3" RD 104 x 1/6" 119.0 88.0 25.0 0.74 DIN210075*

80 3" RD 110 x 1/4" 127.0 94.0 29.0 0.78 DIN210080

100 4" RD 130 x 1/4" 148.0 115.0 31.0 1.01 DIN210100

Stainless steel AISI 304 - 1.4301Stainless steel AISI 316L - 1.4404 on request* on request

MALE THREADED WELDING COUPLING

ND Inch Thread OD welding part ID welding part Weight/pc ReferenceDIN 405/1 mm mm kg

15 1/2" RD 34 x 1/8" 21.0 16.0 0.05 DIN213015

20 3/4" RD 44 x 1/6" 25.0 20.0 0.09 DIN213020

25 1" RD 52 x 1/6" 31.0 26.0 0.13 DIN213025

32 1.1/4" RD 58 x 1/6" 37.0 32.0 0.15 DIN213032

40 1.1/2" RD 65 x 1/6" 43.0 38.0 0.17 DIN213040

50 2" RD 78 x 1/6" 55.0 50.0 0.17 DIN213050

65 2.1/2" RD 95 x 1/6" 72.0 66.0 0.40 DIN213065

- 3” RD 104 x 1/6” 86.0 72.1 0.48 DIN213075*

80 3" RD 110 x 1/4" 87.0 81.0 0.57 DIN213080

100 4" RD 130 x 1/4" 106.0 100.0 0.72 DIN213100

Stainless steel AISI 304 - 1.4301; Stainless steel AISI 316L - 1.4404 on request Seal not included* on request

FEMALE WELDING COUPLING

ND Inch OD cone part OD welding part ID welding part Weight/pc Referencemm mm mm kg

15 1/2" 28.0 21.0 16.0 0.03 DIN214015

20 3/4" 36.0 25.0 20.0 0.05 DIN214020

25 1" 44.0 31.0 26.0 0.09 DIN214025

32 1.1/4" 50.0 37.0 32.0 0.12 DIN214032

40 1.1/2" 56.0 43.0 38.0 0.14 DIN214040

50 2" 68.0 55.0 50.0 0.19 DIN214050

65 2.1/2" 86.0 72.0 66.0 0.32 DIN214065

- 3” 93.0 76.1 72.1 0.35 DIN214075*

80 3" 100.0 87.0 81.0 0.39 DIN214080

100 4" 121.0 106.0 100.0 0.62 DIN214100

Stainless steel AISI 304 -1.4301; Stainless steel AISI 316L - 1.4404 on request*on request



FOOD COUPLINGS DIN 11851G

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B.3.9


MALE PLUG

ND Inch Thread SW Height Weight/pc ReferenceDIN 405/1 mm mm kg

25 1" RD 52 x 1/6" 27.0 24.0 0.19 DIN217025

32 1.1/4" RD 58 x 1/6" 27.0 24.0 0.22 DIN217032

40 1.1/2" RD 65 x 1/6" 27.0 24.0 0.25 DIN217040

50 2" RD 78 x 1/6" 27.0 24.0 0.35 DIN217050

65 2.1/2" RD 95 x 1/6" 27.0 28.0 0.64 DIN217065

80 3" RD 110 x 1/4" 27.0 30.0 1.30 DIN217080

100 4" RD 130 x 1/4" 27.0 30.0 2.10 DIN217100

Stainless steel AISI 304 - 1.4301Seal not included

FEMALE CAP

ND Inch Thread OD Ø Height Weight/pc ReferenceDIN 405/1 mm mm kg

15 1/2" RD 34 x 1/8" 44.0 18.0 0.10 DIN220015

20 3/4" RD 44 x 1/6" 54.0 21.0 0.14 DIN220020

25 1" RD 52 x 1/6" 63.0 21.0 0.33 DIN220025

32 1.1/4" RD 58 x 1/6" 70.0 21.0 0.41 DIN220032

40 1.1/2" RD 65 x 1/6" 78.0 21.0 0.49 DIN220040

50 2" RD 78 x 1/6" 92.0 22.0 0.71 DIN220050

65 2.1/2" RD 95 x 1/6" 112.0 25.0 1.24 DIN220065

- 3" RD 104 x 1/6" 119.0 25.0 1.35 DIN220075*

80 3" RD 110 x 1/4" 127.0 30.0 1.75 DIN220080

100 4" RD 130 x 1/4" 148.0 31.0 2.43 DIN220100

Stainless steel AISI 304 - 1.4301Seal type DIN222... not included* on request

FEMALE CAP WITH BOSS

ND Inch Thread OD Ø Height Weight/pc ReferenceDIN 405/1 mm mm kg

15 1/2" RD 34 x 1/8" 44.0 18.0 0.15 DIN221015

20 3/4" RD 44 x 1/6" 54.0 21.0 0.23 DIN221020

25 1" RD 52 x 1/6" 63.0 21.0 0.33 DIN221025

32 1.1/4" RD 58 x 1/6" 70.0 21.0 0.41 DIN221032

40 1.1/2" RD 65 x 1/6" 78.0 21.0 0.49 DIN221040

50 2" RD 78 x 1/6" 92.0 22.0 0.71 DIN221050

65 2.1/2" RD 95 x 1/6" 112.0 25.0 1.24 DIN221065

- 3" RD 104 x 1/6" 119.0 25.0 1.20 DIN221075*

80 3" RD 110 x 1/4" 127.0 30.0 1.75 DIN221080

100 4" RD 130 x 1/4" 148.0 31.0 2.43 DIN221100

Stainless steel AISI 304 - 1.4301Seal type DIN222... not included* on request



PRODUCT RANGEG B.4.


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SMS 1

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B.4.1

STANDARD

SMS 1145 (Swedish Manufacturing Standard) food couplings are used in the

food, chemical and pharmaceutical industries.

OPERATION

SMS 1145 food couplings are connected in the same way as DIN 11851-com-

pliant food couplings. The nut is slid across the head of the female coupling

and onto the male coupling. The flat face of the female coupling is brought

into contact with the turned-up seal of the male coupling. The nut is then

tightened by hand or using a wrench.

LMC-Couplings offer male and female SMS 1145 food couplings with smooth

or serrated hose shank. The smooth hose shank with collar is designed in

accordance with EN 14420-2 / DIN2817 for assembly using RK and RKP safety

clamps or FLEXOLINE® safety clamps. Where a serrated hose shank assembly

is required, HRRK swage ferrules are recommended.

FEATURES

1. Electro-polished external surface for

improved hygiene

2. Additional wrench surface to prevent

twisting of the hose when fitting one

half of the coupling to the other half

3. Extra-long head for easy assembly and

disassembly + heat number + size

4. Low Ra-value of inner surface up to≤1.6 µm

5. Hose shank for assembly with RK and

RKP safety clamps, FLEXOLINE® safety

clamps or HRRK or HRP swage ferrules

6. Easy assembly of a rubber protection ring

7. Standard EPDM seal, conforming FDA

directive

FOOD COUPLINGS SMS 1145

1.

2.

5.

3.

7.

b4-foodsms 9/5/07 2:09 PM Pagina 1

Food couplings SMS 1145 vs DIN 11851

CONNECTION

1. Male coupling with smooth hose shank type SMSM ... D

2. EPDM seal type DIN273 ...

3. Female coupling with smooth hose shank type SMSV ... D

4. Nut type DIN 272 ...


APPLICATION

For the food (beverage, pharmaceutical and chemical) industrie(s).

WORKING PRESSURE

6 bar / 87 psi

TEMPERATURE

-40°C / -40°F up to 145°C / 293°F

Hose, coupling, assembly method and seal must be chosen in relation with the disired temperature and working pressure.


SMS 1145 DIN 11851

Female coupling Flat face Conical face

Male coupling Turned-up seal Deep seal

Seal Square seal U-shape seal

Male and female thread Rounded thread Rounded thread

complying with DIN 405/1 complying with DIN 405/1

Max. working pressure 6 bar / 87 psi 40 bar / 580 psi

SMS 1145 DIN 11851



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B.4.3

B.4.

MATERIAL

� CouplingStainless steel AISI 316 - 1.4401 = hose shank coupling (standard)Stainless steel AISI 304 - 1.4301 = nut and cap (standard)

� SealEPDMNBR, FPM on request available

ASSEMBLY

1. RK and RKP safety clamps complying with EN 14420-3 / DIN 2817

2. FLEXOLINE® safety clamps

3. HRRK or HRP swage ferrules

4. Welding

THREADS

Food couplings complying with SMS 1145 are not interchangeable with DIN 11851 couplings. Although the threads of bothcouplings comply with DIN 405/1, precise dimensions vary, making them non-interchangeable.

RA-VALUE

Roughness average value (Ra-value) SMS 1145 couplings

1. Ra-value inner side ≤ 1.6 µm

2. Ra-value outer side ≤ 3.2 µm

Other Ra-values and Ra-report available on request.


ND THREAD COMPLYING WITH DIN 405/1

25 RD 40 x 1/6"

32 RD 48 x 1/6"

38 RD 60 x 1/6"

51 RD 70 x 1/6"

63.5 RD 85 x 1/6"

76 RD 98 x 1/6"

101.6 RD 132 x 1/6”


FEMALE COUPLING WITH SMOOTH HOSE SHANK AND NUT

Hose shank standard: EN 14420-2 / DIN 2817Coupling material: stainless steel AISI 316 - 1.4401Nut material: stainless steel AISI 304 - 1.4301Assembly: RK and RKP safety clamps EN 14420-3 / DIN 2817 or FLEXOLINE® safety clamps



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B.4.5


Coupling material: stainless steel AISI 316 - 1.4401Nut material: stainless steel AISI 304 - 1.4301Assembly: HRRK swage ferrules

FEMALE COUPLING WITH SERRATED HOSE SHANK AND NUT


25 1" 25 RD 40 x 1/6" 0.23 SMSV025D

32 1.1/4" 32 RD 48 x 1/6" 0.32 SMSV032D

38 1.1/2" 38 RD 60 x 1/6" 0.51 SMSV038D

51 2" 50 RD 70 x 1/6" 0.70 SMSV050D

63.5 2.1/2" 63 RD 85 x 1/6" 1.04 SMSV063D

76 3" 75 RD 98 x 1/6" 1.61 SMSV075D

101.6 4" 100 RD 132 x 1/6” 3.32 SMSV100D


25 1" 25 RD 40 x 1/6" 0.24 SMSV025

32 1.1/4" 32 RD 48 x 1/6" 0.33 SMSV032

38 1.1/2" 38 RD 60 x 1/6" 0.53 SMSV038

51 2" 50 RD 70 x 1/6" 0.74 SMSV050

63.5 2.1/2" 63 RD 85 x 1/6" 1.14 SMSV063

76 3" 75 RD 98 x 1/6" 1.52 SMSV075

101.6 4" 100 RD 132 x 1/6” 3.02 SMSV100

FEMALE COUPLING WITH SMOOTH HOSE SHANK - WITHOUT NUT

Hose shank standard: EN 14420-2 / DIN 2817Coupling material: stainless steel AISI 316 - 1.4401Assembly: RK and RKP safety clamps EN 14420-3 / DIN 2817 or FLEXOLINE® safety clamps


25 1" 25 0.12 SMSV025DZM

32 1.1/4" 32 0.16 SMSV032DZM

38 1.1/2" 38 0.26 SMSV038DZM

51 2" 50 0.42 SMSV050DZM

63.5 2.1/2" 63 0.64 SMSV063DZM

76 3" 75 0.80 SMSV075DZM

101.6 4" 100 1.70 SMSV100DZM



FOOD COUPLINGS SMS 1145 NGS

B.4.6


Coupling material: stainless steel AISI 316 - 1.4401Assembly: HRRK swage ferrules

FEMALE COUPLING WITH SERRATED HOSE SHANK - WITHOUT NUT

MALE COUPLING WITH SERRATED HOSE SHANK

Coupling material: stainless steel AISI 316 - 1.4401Assembly: HRRK swage ferrulesSeal: EPDM black included


Hose shank standard: EN 14420-2 / DIN 2817Coupling material: stainless steel AISI 316 - 1.4401Assembly: RK and RKP safety clamps EN 14420-3 / DIN 2817 or FLEXOLINE® safety clampsSeal: EPDM black included


25 1" 25 0.13 SMSV025ZM

32 1.1/4" 32 0.17 SMSV032ZM

38 1.1/2" 38 0.28 SMSV038ZM

51 2" 50 0.42 SMSV050ZM

63.5 2.1/2" 63 0.65 SMSV063ZM

76 3" 75 0.87 SMSV075ZM

101.6 4" 100 1.38 SMSV100ZM


25 1" 25 RD 40 x 1/6" 0.18 SMSM025D

32 1.1/4" 32 RD 48 x 1/6" 0.25 SMSM032D

38 1.1/2" 38 RD 60 x 1/6" 0.44 SMSM038D

51 2" 50 RD 70 x 1/6" 0.54 SMSM050D

63.5 2.1/2" 63 RD 85 x 1/6" 0.96 SMSM063D

76 3" 75 RD 98 x 1/6" 1.25 SMSM075D

101.6 4" 100 RD 132 x 1/6” 1.60 SMSM100D


25 1" 25 RD 40 x 1/6" 0.18 SMSM025

32 1.1/4" 32 RD 48 x 1/6" 0.25 SMSM032

38 1.1/2" 38 RD 60 x 1/6" 0.44 SMSM038

51 2" 50 RD 70 x 1/6" 0.60 SMSM050

63.5 2.1/2" 63 RD 85 x 1/6" 0.86 SMSM063

76 3" 75 RD 98 x 1/6" 1.18 SMSM075

101.6 4" 100 RD 132 x 1/6” 1.60 SMSM100



FOOD COUPLINGS SMS 1145 L

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5

B.4.

B.4.7

SQUARE SEAL - EPDM

ND Inch OD Ø ID Ø Height Weight/pc Referencemm mm mm kg

25 1" 32.0 25.0 5.50 0.002 DIN273025

32 1.1/4" 40.0 32.0 5.50 0.003 DIN273032

38 1.1/2" 48.0 38.0 5.50 0.004 DIN273040

51 2" 61.0 51.0 5.50 0.005 DIN273050

63.5 2.1/2" 73.5 63.5 5.50 0.007 DIN273065

76 3" 86.0 76.0 5.50 0.009 DIN273076

101.6 4" 113.5 101.6 5.50 0.011 DIN273100

Material: EPDM, blackNBR, FPM on request available

NUT

ND Inch Thread OD Ø ID Ø nut Height Weight/pc ReferenceDIN 405/1 mm mm mm kg

25 1" RD 40x1/6" 51.0 32.0 20.0 0.11 DIN272025

32 1.1/4" RD 48x1/6" 60.0 40.0 22.0 0.16 DIN272032

38 1.1/2" RD 60x1/6" 74.0 48.0 25.0 0.25 DIN272040

51 2" RD 70x1/6" 84.0 60.50 26.0 0.32 DIN272050

63.5 2.1/2" RD 85x1/6" 100.0 74.0 30.0 0.49 DIN272065

76 3" RD 98x1/6" 114.0 87.0 32.0 0.65 DIN272080

101.6 4" RD 132x1/6" 160.0 112.0 45.0 1.64 DIN272100

Nut material: AISI 304 - 1.4301Other materials available on request



W W W . L M C - C O U P L I N G S . C O MSTEAM COUPLINGS EN 14423 / DIN 2826

MATERIAL

� Coupling

Stainless steel: AISI 304 / 1.4301

Galvanized steel: 95MnPb28 – 1.0718

Brass: CW614N / EN 12420

� Flange

Swivel flange

Galvanized carbon steel Rst 37.2

Stainless steel AISI 316 / 1.4401 Fixed flange

Galvanized carbon steel Rst 37.2 Stainless steel AISI 316 / 1.4401

� Seal

For steam couplings

novatec® PREMIUM II with para-aramid fibres (KEVLAR®) for brass and steel steam couplings

PTFE for stainless steel steam couplings

For steam flanges

novatec® PREMIUM II with KEVLAR®

novatec® PREMIUM II is a registered trademark of FrenzelitKEVLAR® is a registered trademark of Dupont Dow Elastomers

ASSEMBLY

RKS steam clamps complying with EN 14423 / DIN 2826

N.B.: The bolts used for RKS steam clamps are not standard bolts. They differ from standard bolts in terms of their length, diameter, overall

thread length and material hardness. These bolts can be re-torqued, but it is not recommended that they are reused, since they are

designed for one-off use only. We recommend using only factory-supplied replacement bolts.

Under no circumstances RK safety clamps complying with EN 14420-3 / DIN 2817, worm drive clamps or swage ferrules shall be

used for steam applications.

THREADS

Male thread: EN 10226-1 / DIN 2999, BSPT

ANSI B.1.20.1, NPT


ANSI B.1.20.1, NPT available on request

B.5.2

b5-steam 9/19/07 10:59 AM Pagina 2


STEAM COUPLINGS

STEAM

COU

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EN 1

44

23

/ DIN

28

26

B.5.3

B.5.


Male thread: EN 10226-1 / DIN 2999, BSPT

ANSI B 1.20.1, NPT

Assembly: RKS steam clamps complying with EN 14423 / DIN 2826


MALE THREADED WITH HOSE SHANK

ND Inch For hose Thread Material Weight/pc Referencemm Kg

15 1/2" 13 R 1/2 Galvanized steel 0.10 RMSS013

20 3/4" 19 R 3/4 Galvanized steel 0.17 RMSS019

25 1" 25 R 1 Galvanized steel 0.26 RMSS025

32 1.1/4" 32 R 1.1/4 Galvanized steel 0.40 RMSS032

40 1.1/2" 38 R 1.1/2 Galvanized steel 0.51 RMSS038

50 2" 50 R 2 Galvanized steel 0.80 RMSS050

15 1/2" 13 NPT 1/2 Galvanized steel 0.10 RMSS013N

20 3/4" 19 NPT 3/4 Galvanized steel 0.17 RMSS019N

25 1" 25 NPT 1 Galvanized steel 0.26 RMSS025N

32 1.1/4" 32 NPT 1.1/4 Galvanized steel 0.40 RMSS032N

40 1.1/2" 38 NPT 1.1/2 Galvanized steel 0.51 RMSS038N

50 2" 50 NPT 2 Galvanized steel 0.80 RMSS050N

15 1/2" 13 R 1/2 Stainless steel 0.11 RMSR013

20 3/4" 19 R 3/4 Stainless steel 0.17 RMSR019

25 1" 25 R 1 Stainless steel 0.25 RMSR025

32 1.1/4" 32 R 1.1/4 Stainless steel 0.39 RMSR032

40 1.1/2" 38 R 1.1/2 Stainless steel 0.51 RMSR038

50 2" 50 R 2 Stainless steel 0.83 RMSR050

15 1/2" 13 NPT 1/2 Stainless steel 0.11 RMSR013N

20 3/4" 19 NPT 3/4 Stainless steel 0.17 RMSR019N

25 1" 25 NPT 1 Stainless steel 0.25 RMSR025N

32 1.1/4" 32 NPT 1.1/4 Stainless steel 0.39 RMSR032N

40 1.1/2" 38 NPT 1.1/2 Stainless steel 0.51 RMSR038N

50 2" 50 NPT 2 Stainless steel 0.83 RMSR050N

15 1/2" 13 R 1/2 Brass 0.12 RMSM013

20 3/4" 19 R 3/4 Brass 0.18 RMSM019

25 1" 25 R 1 Brass 0.28 RMSM025

32 1.1/4" 32 R 1.1/4 Brass 0.43 RMSM032

40 1.1/2" 38 R 1.1/2 Brass 0.52 RMSM038

50 2" 50 R 2 Brass 0.89 RMSM050

15 1/2" 13 NPT 1/2 Brass 0.12 RMSM013N

20 3/4" 19 NPT 3/4 Brass 0.18 RMSM019N

25 1" 25 NPT 1 Brass 0.28 RMSM025N

32 1.1/4" 32 NPT 1.1/4 Brass 0.43 RMSM032N

40 1.1/2" 38 NPT 1.1/2 Brass 0.43 RMSM038N

50 2" 50 NPT 2 Brass 0.89 RMSM050N



STEAM COUPLINGSGK’ COUPLINGS

B.5.4


FEMALE THREADED WITH HOSE SHANK

ND Inch For hose Thread Thread Material Weight/pc Referencemm EN ISO 228-1 seal Kg

15 1/2" 13 G 1/2 novatec® Galvanized steel 0.11 RVSS013PREMIUM II

20 3/4" 19 G 3/4 novatec® Galvanized steel 0.18 RVSS019PREMIUM II

25 1" 25 G 1 novatec® Galvanized steel 0.26 RVSS025PREMIUM II

32 1.1/4" 32 G 1.1/4 novatec®I Galvanized steel 0.39 RVSS032PREMIUM II

40 1.1/2" 38 G 1.1/2 novatec® Galvanized steel 0.48 RVSS038PREMIUM II

50 2" 50 G 2 novatec® Galvanized steel 0.80 RVSS050PREMIUM II

15 1/2" 13 G 1/2 PTFE Stainless steel 0.11 RVSR013

20 3/4" 19 G 3/4 PTFE Stainless steel 0.18 RVSR019

25 1" 25 G 1 PTFE Stainless steel 0.27 RVSR025

32 1.1/4" 32 G 1.1/4 PTFE Stainless steel 0.39 RVSR032

40 1.1/2" 38 G 1.1/2 PTFE Stainless steel 0.49 RVSR038

50 2" 50 G 2 PTFE Stainless steel 0.81 RVSR050

15 1/2" 13 G 1/2 novatec® Brass 0.12 RVSM013PREMIUM II

20 3/4" 19 G 3/4 novatec® Brass 0.18 RVSM019PREMIUM II

25 1" 25 G 1 novatec® Brass 0.28 RVSM025PREMIUM II

32 1.1/4" 32 G 1.1/4 novatec® Brass 0.44 RVSM032PREMIUM II

40 1.1/2" 38 G 1.1/2 novatec® Brass 0.54 RVSM038PREMIUM II

50 2" 50 G 2 novatec® Brass 0.85 RVSM050PREMIUM II


Assembly: RKS steam clamps complying with EN 14423 / DIN 2826Stainless steel AISI 304 - 1.4301Thread seal: novatec® PREMIUM II with KEVLAR® novatec® PREMIUM II is a registered trademark of Frenzelit - KEVLAR® is a registered trademark of Dupont Dow Elastomers



STEAM COUPLINGS

STEAM

COU

PLIN

GS

EN 1

44

23

/ DIN

28

26

B.5.5

B.5.


SWIVEL STEAM FLANGE

ND Inch Flange For hose Material Material Weight/pc Referencepressure class mm hose shank flange kg

15 1/2" EN-DIN PN 25/40 13 Steel Steel 1.30 FLMG013

20 3/4" EN-DIN PN 25/40 19 Steel Steel 1.62 FLMG019

25 1" EN-DIN PN 25/40 25 Steel Steel 2.48 FLMG025

32 1 1/4" EN-DIN PN 25/40 32 Steel Steel 3.00 FLMG032

40 1 1/2" EN-DIN PN 25/40 38 Steel Steel 4.30 FLMG038

50 2" EN-DIN PN 10/16 50 Steel Steel 5.30 FLMG050

15 13 SS SS 1.24 RRFLMG013

20

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 SS SS 1.77 RRFLMG019

25 1" EN-DIN PN 25/40 25 SS SS 2.32 RRFLMG025

32 1 1/4" EN-DIN PN 25/40 32 SS SS 3.10 RRFLMG032

40 1 1/2" EN-DIN PN 25/40 38 SS SS 4.20 RRFLMG038

50 2" EN-DIN PN 10/16 50 SS SS 5.80 RRFLMG050

15 13 SS Steel 1.24 RSFLMG013

20

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 SS Steel 1.77 RSFLMG019

25 1" EN-DIN PN 25/40 25 SS Steel 2.32 RSFLMG025

32 1 1/4" EN-DIN PN 25/40 32 SS Steel 3.40 RSFLMG032

40 1 1/2" EN-DIN PN 25/40 38 SS Steel 3.91 RSFLMG038

50 2" EN-DIN PN 10/16 50 SS Steel 5.20 RSFLMG050

15 1/2" EN-DIN PN 25/40 13 Steel Steel 1.40 FLMGP4013

20 3/4" EN-DIN PN 25/40 19 Steel Steel 1.92 FLMGP4019

25 1" EN-DIN PN 25/40 25 Steel Steel 2.58 FLMGP4025

32 1 1/4" EN-DIN PN 25/40 32 Steel Steel 3.20 FLMGP4032

40 1 1/2" EN-DIN PN 25/40 38 Steel Steel 4.50 FLMGP4038

50 2" EN-DIN PN 25/40 50 Steel Steel 5.80 FLMGP4050

Swivel flange: EN 1092-1 / 04 A

ASTM / A 182/ ANSI B16.5, ASA 150 lbs, ASA 300 lbsAssembly: RKS steam clamps complying with EN 14423 / DIN 2826SS = Stainless steel AISI 316 - 1.4401Steel = galvanized steel



STEAM COUPLINGSK’ COUPLINGS

B.5.6


Swivel flange: EN 1092-1 / 04 A


SWIVEL STEAM FLANGE

ND Inch Flange For hose Material Material Weight/pc Referencepressure class mm hose shank flange kg

15 1/2" EN-DIN PN 25/40 13 SS SS 1.24 RRFLMGP4013

20 3/4" EN-DIN PN 25/40 19 SS SS 1.77 RRFLMGP4019

25 1" EN-DIN PN 25/40 25 SS SS 2.32 RRFLMGP4025

32 1 1/4" EN-DIN PN 25/40 32 SS SS 3.10 RRFLMGP4032

40 1 1/2" EN-DIN PN 25/40 38 SS SS 4.20 RRFLMGP4038

50 2" EN-DIN PN 25/40 50 SS SS 5.80 RRFLMGP4050

15 1/2" EN-DIN PN 25/40 13 SS Steel 1.44 RSFLMGP4013

20 3/4" EN-DIN PN 25/40 19 SS Steel 1.97 RSFLMGP4019

25 1" EN-DIN PN 25/40 25 SS Steel 2.52 RSFLMGP4025

32 1 1/4" EN-DIN PN 25/40 32 SS Steel 3.40 RSFLMGP4032

40 1 1/2" EN-DIN PN 25/40 38 SS Steel 4.51 RSFLMGP4038

50 2" EN-DIN PN 25/40 50 SS Steel 5.80 RSFLMGP4050

15 1/2" ASTM 150 lbs 13 Steel Steel 1.00 FLMGA1013


25 1" ASTM 150 lbs 25 Steel Steel 1.88 FLMGA1025

32 1 1/4" ASTM 150 lbs 32 Steel Steel 2.50 FLMGA1032











STEAM COUPLINGSG

STEAM

COU

PLIN

GS

EN 1

44

23

/ DIN

28

26

B.5.7

B.5.


Fixed flange: EN 1092-1 / 11 B1


FIXED STEAM FLANGE

ND Inch Flange For hose Material Weight/pc Referencepressure class mm flange kg

15 1/2" EN-DIN PN 25/40 13 Steel 0.77 FVMG013

20 3/4" EN-DIN PN 25/40 19 Steel 1.20 FVMG019

25 1" EN-DIN PN 25/40 25 Steel 1.32 FVMG025

32 1 1/4" EN-DIN PN 25/40 32 Steel 1.98 FVMG032

40 1 1/2" EN-DIN PN 25/40 38 Steel 2.40 FVMG038

50 2" EN-DIN PN 10/16 50 Steel 3.22 FVMG050

15 1/2" EN-DIN PN 25/40 13 SS 0.79 RFVMG013

20 3/4" EN-DIN PN 25/40 19 SS 1.24 RFVMG019

25 1" EN-DIN PN 25/40 25 SS 1.47 RFVMG025

32 1 1/4" EN-DIN PN 25/40 32 SS 2.02 RFVMG032

40 1 1/2" EN-DIN PN 25/40 38 SS 3.10 RFVMG038

50 2" EN-DIN PN 10/16 50 SS 3.51 RFVMG050

15 1/2" EN-DIN PN 25/40 13 Steel 0.87 FVMGP4013

20 3/4" EN-DIN PN 25/40 19 Steel 1.30 FVMGP4019

25 1" EN-DIN PN 25/40 25 Steel 1.52 FVMGP4025

32 1 1/4" EN-DIN PN 25/40 32 Steel 2.18 FVMGP4032

40 1 1/2" EN-DIN PN 25/40 38 Steel 2.90 FVMGP4038

50 2" EN-DIN PN 25/40 50 Steel 3.52 FVMGP4050



STEAM COUPLINGSK’ COUPLINGS

B.5.8


Fixed flange: EN 1092-1 / 11 B1

ASTM / A 182/ ANSI B16.5, ASA 150 lbs, ASA 300 lbsAssembly: RKS steam clamps complying with EN 14423 / DIN 2826Stainless steel AISI 316 - 1.4401Steel = galvanized steel

FIXED STEAM FLANGE

ND Inch Flange For hose Material Weight/pc Referencepressure class mm flange kg

15 1/2" EN-DIN PN 25/40 13 SS 0.87 RFVMG4013

20 3/4" EN-DIN PN 25/40 19 SS 1.34 RFVMG4019

25 1" EN-DIN PN 25/40 25 SS 1.67 RFVMG4025

32 1 1/4" EN-DIN PN 25/40 32 SS 2.62 RFVMG4032

40 1 1/2" EN-DIN PN 25/40 38 SS 3.10 RFVMG4038

50 2" EN-DIN PN 25/40 50 SS 3.81 RFVMG4050

15 1/2" ASTM 150 lbs 13 Steel 1.07 FVMGA1013


25 1" ASTM 150 lbs 25 Steel 1.62 FVMGA1025

32 1 1/4" ASTM 150 lbs 32 Steel 1.78 FVMGA1032











STEAM COUPLINGSG

STEAM

COU

PLIN

GS

EN 1

44

23

/ DIN

28

26

B.5.9

B.5.


PTFE for stainless steel steam couplings, tolerances complying with EN 14420-5

novatec® PREMIUM II with para-aramid fibre (KEVLAR®) for brass and steel steam couplingsnovatec® PREMIUM II is a registered trademark of Frenzelit; KEVLAR® is a registered trademark of Dupont Dow

Elastomers

THREAD SEAL - novatec® PREMIUM II

ND Inch Material OD Ø mm ID Ø mm Height / mm Weight/pc ReferenceKg

15 1/2" novatec® PREMIUM II 20.0 13.0 2.0 0.001 XRVSN013

20 3/4" novatec® PREMIUM II 26.0 18.0 2.0 0.001 XRVSN019

25 1" novatec® PREMIUM II 33.0 23.0 2.0 0.002 XRVSN025

32 1.1/4" novatec® PREMIUM II 42.0 33.0 2.0 0.002 XRVSN032

40 1.1/2" novatec® PREMIUM II 48.0 38.0 2.0 0.002 XRVSN038

50 2" novatec® PREMIUM II 60.0 49.0 2.0 0.003 XRVSN050

THREAD SEAL - PTFE

ND Inch Material OD Ø mm ID Ø mm Height / mm Weight/pc ReferenceKg

15 1/2" PTFE 20.0 13.0 1.5 0.001 X2RP013

20 3/4" PTFE 26.0 19.0 1.5 0.001 X2RP020

25 1" PTFE 33.0 24.0 2.0 0.002 X2RP025

32 1.1/4" PTFE 42.0 33.0 2.0 0.002 X2RP032

40 1.1/2" PTFE 48.0 39.0 2.0 0.003 X2RP038

50 2" PTFE 60.0 49.0 2.0 0.005 X2RP050




STEAM COUPLINGSG

novatec® PREMIUM II is a registered trademark of FrenzelitKEVLAR® is a registered trademark of Dupont Dow ElastomersSeal colour is subject to change without prior noticeGasket dimensions in compliance with EN 12560-1 for flanges complying with ASTM A 182 /ANSI B 16.5 ASA 150lbs

novatec® PREMIUM II is a registered trademark of FrenzelitKEVLAR® is a registered trademark of Dupont Dow ElastomersSeal colour is subject to change without prior noticeGasket dimensions in compliance with EN 1514-1 for flanges complying with EN 1092-1 andDIN 2631, DIN 2632, DIN 2633 and DIN 2634

RAISED FACE GASKET FOR EN / DIN FLANGE - novatec® PREMIUM II WITH KEVLAR®

ND EN-DIN OD Ø ID Ø Height Colour Referencemm mm mm

15 PN 10/40 51.0 22.0 2.0 Blue FXN013DINRF

20 PN 10/40 61.0 27.0 2.0 Blue FXN019DINRF

25 PN 10/40 71.0 34.0 2.0 Blue FXN025DINRF

32 PN 10/40 82.0 43.0 2.0 Blue FXN032DINRF

40 PN 10/40 92.0 49.0 2.0 Blue FXN038DINRF

50 PN 10/40 107.0 61.0 2.0 Blue FXN050DINRF

RAISED FACE SEAL FOR ANSI FLANGE - novatec® PREMIUM II WITH KEVLAR®

ND ANSI OD Ø ID Ø Height Colour Referencemm mm mm

1/2" ASA 150lbs 47.5 22.0 2.0 Blue FXN013A1RF


1" ASA 150lbs 66.5 34.0 2.0 Blue FXN025A1RF

1.1/4” ASA 150lbs 76.0 43.0 2.0 Blue FXN032A1RF





STEAM COUPLINGSGK’ COUPLINGS

STEAM

COU

PLIN

GS

EN 1

44

23

/ DIN

28

26

B.5.11

B.5.


RKS STEAM CLAMPS EN 14423 / DIN 2826: BRASS

ND For hose OD hose Material Height Width Weight Referencemm min-max mm mm Quantity Thread kg

mm metric

15 13 x 6 24 - 26 Brass 65 53 4 M6 0.33 RKS013

20 19 x 7 32 - 34 Brass 65 68 4 M8 0.50 RKS019

25 25 x 7.5 39 - 41 Brass 65 77 4 M8 0.58 RKS025

32 32 x 8 47 - 50 Brass 75 86 4 M8 0.72 RKS032

40 38 x 8 53 - 56 Brass 90 101 4 M10 1.30 RKS038

50 50 x 9 67 - 69 Brass 100 111 4 M10 1.58 RKS050

Production method: forged

Set of RKS steam clamps = one pair of clamps, nuts and bolts included

Bolts DIN 912 / EN ISO 4762, zinc plated 8.8

Nuts DIN 934 / EN ISO 4032, zinc plated 8

RKS STEAM CLAMPS EN 14423 / DIN 2826: STAINLESS STEEL


mm metric

13 13 x 6 24 - 26 SS 65 53 4 M6 0.31 RKSR013

20 19 x 7 32 - 34 SS 65 68 4 M8 0.46 RKSR019

25 25 x 7.5 39 - 41 SS 65 77 4 M8 0.53 RKSR025

32 32 x 8 47 - 50 SS 75 86 4 M8 0.78 RKSR032

40 38 x 8 53 - 56 SS 90 101 4 M10 1.10 RKSR038

50 50 x 9 67 - 69 SS 100 111 4 M10 1.29 RKSR050

Production method: investment casting


Bolts DIN 912 / EN ISO 4762, stainless steel A.2

Nuts DIN 934 / EN ISO 4032, stainless steel A.2

Nuts and bolts

Nuts and bolts


DIN

BO

STEAM

COU

PLIN

GS

B.6.


B.6.1

STANDARD

LMC’s DINBO couplings have been developed for use in steam applications

up to 18 bar / 260 psi. The hose shank is designed in compliance with EN 14423 /

DIN 2826 for assembly with RKS steam clamps complying with EN 14423 /

DIN 2826.

OPERATION

The round head of the hose shank is designed to fit the ground joint cou-

pling. The spud forms one half of the LMC’s DINBO coupling and is usually

permanently fixed to the equipment. The hose shank and wing nut are

clamped to the hose using RKS steam clamps complying with EN 14423 / DIN 2826.

The spud and hose shank are connected/disconnected by rotating the wing

nut on the spud to achieve a mechanical and pressure connection. The

rounded head of the hose shank contacts the bevelled polymer insert of the

spud, creating a soft-to-hard polymer connection.

APPLICATION

DINBO couplings are commonly used for compressed air, water, liquid

petroleum gas, fluid petroleum products, chemical, potable fluids and

almost any other type of fluid or gas. They can be used with all types of

rubber, synthetic, plastic, metal (with special stems) or semi-metal hoses.

N.B.: Steam is dangerous. Never use quick-release couplings for steam

applications.

WORKING PRESSURE

18 bar / 260 psi

TEMPERATURE

-51°C / -60°F up to 232°C / 450°F

Hose, coupling, assembly method and seal must be chosen in relation withthe desired application and temperature range.

MATERIAL

� Coupling


Zinc plated steel

Bronze 2.10 90.01 G-CuSn7ZnPb

� Seal

PTFE + 15% graphite

DINBO STEAM COUPLINGS

b6-dinbo 9/5/07 3:13 PM Pagina 1


W W W . L M C - C O U P L I N G S . C O MDINBO STEAM COUPLINGS

ASSEMBLY

RKS steam clamps complying with EN 14423 / DIN 2826

N.B.: The bolts used for RKS steam clamps are not standard bolts. They differ from standard bolts in terms of their length, diameter, overall

thread length and material hardness. The bolts can be re-torqued, but this is not recommended, since they are designed for one-off

use only. We recommend using only factory-supplied replacement bolts.

THREADS

Wing nut: NPSM (American National Straight Pipe thread for Mechanical Joints)

Spud

Female thread: EN 10226-1 / DIN 2999, BSPT ( NPT available on request )

Male thread: NPSM

Female thread BSPT

Male thread NPSM



Assembly: RKS steam clamps complying with EN 14423 / DIN 2826Seal: PTFE +15% graphiteStainless steel AISI 316 - 1.4401; Zinc plated steel

FEMALE SPUD, HOSE SHANK AND WING NUT

ND Inch For hose Material Spud material Weight/pc Referencemm hose shank + nut Kg

15 1/2" 13 Steel Steel 0.35 BGFL013

20 3/4" 19 Steel Steel 0.94 BGFL019

25 1" 25 Steel Steel 0.82 BGFL025

15 1/2" 13 SS SS 0.39 BGFL013RR

20 3/4" 19 SS SS 0.95 BGFL019RR

25 1" 25 SS SS 0.90 BGFL025RR

15 1/2" 13 SS Bronze 0.38 BGFL013RB

20 3/4" 19 SS Bronze 0.99 BGFL019RB

25 1" 25 SS Bronze 0.92 BGFL025RB

Female thread: NPSMStainless steel AISI 316 - 1.4401; Zinc plated steel

WING NUT

ND Inch Material Thread Weight/pc ReferenceKg

15 1/2" Steel NPSM 1" 0.13 BOML013

20 3/4" Steel NPSM 1 1/2" 0.33 BOML019

25 1" Steel NPSM 1 1/2" 0.33 BOML019

15 1/2" Stainless steel NPSM 1" 0.15 BOML013R

20 3/4" Stainless steel NPSM 1 1/2" 0.37 BOML019R

25 1" Stainless steel NPSM 1 1/2" 0.37 BOML019R

Hose shank: EN 14423 / DIN 2826Assembly: RKS steam clamps complying with EN 14423 / DIN 2826Stainless steel AISI 316 - 1.4401; Zinc plated steel

HOSE SHANK


15 1/2” 13 Steel 0.18 BOPL013

20 3/4" 19 Steel 0.20 BOPL019

25 1" 25 Steel 0.25 BOPL025

15 1/2" 13 Stainless steel 0.10 BOPL013R

20 3/4" 19 Stainless steel 0.24 BOPL019R

25 1" 25 Stainless steel 0.25 BOPL025R


DIN

BO

STEAM

COU

PLIN

GS

B.6.3




PRODUCT RANGEGK’ COUPLINGS

B.6.4


Male thread: NPSMFemale thread: EN 10226-1 / DIN 2999, BSPTSeal: PTFE +15% graphiteStainless steel AISI 316 - 1.4401; Zinc plated steel

FEMALE SPUD FOR WING NUT

ND Inch Material Male thread Female thread Weight/pc ReferenceEN 10226-1 Kg

15 1/2" Steel NPSM 1" R 1/2” 0.11 BOF013

20 3/4" Steel NPSM 1 1/2" R 3/4” 0.32 BOF019

25 1" Steel NPSM 1 1/2" R 1” 0.25 BOF025

15 1/2" Stainless steel NPSM 1" R 1/2” 0.14 BOF013R

20 3/4" Stainless steel NPSM 1 1/2" R 3/4” 0.34 BOF019R

25 1" Stainless steel NPSM 1 1/2" R 1” 0.28 BOF025R

15 1/2" Bronze NPSM 1" R 1/2” 0.13 BOF013B

20 3/4" Bronze NPSM 1 1/2" R 3/4” 0.38 BOF019B

25 1" Bronze NPSM 1 1/2" R 1” 0.30 BOF025B

RKS STEAM CLAMPS EN 14423 / DIN 2826: BRASS


mm metric

15 13 x 6 24 - 26 Brass 65 53 4 M6 0.33 RKS013

20 19 x 7 32 - 34 Brass 65 68 4 M8 0.50 RKS019

25 25 x 7.5 39 - 41 Brass 65 77 4 M8 0.58 RKS025

Production method: forged


Bolts DIN 912 / EN ISO 4762, zinc plated 8.8

Nuts DIN 934 / EN ISO 4032, zinc plated 8

RKS STEAM CLAMPS EN 14423 / DIN 2826: STAINLESS STEEL


mm metric

13 13 x 6 24 - 26 SS 65 53 4 M6 0.31 RKSR013

20 19 x 7 32 - 34 SS 65 68 4 M8 0.46 RKSR019

25 25 x 7.5 39 - 41 SS 65 77 4 M8 0.53 RKSR025



Bolts DIN 912 / EN ISO 4762, stainless steel A.2

Nuts DIN 934 / EN ISO 4032, stainless steel A.2

Nuts and bolts

Nuts and bolts


PETR

OL

HO

SECO

UP

LING

SEN

14

42

4

B.7.


B.7.1

STANDARD

Petrol hose couplings complying with EN 14424 are hose fittings with

screwed ferrules for use with rubber and thermoplastic hoses carrying flam-

mable and non-flammable liquids or gases.

OPERATION

The hose is fully inserted into the threaded ferrule. The hose can be accu-

rately positioned using the inspection hole in the ferrule. The male or female

hose shank is inserted into the hose and screwed into the ferrule. The inside

of the hose shank consists of two opposing grooves. When male or female

hose shanks are screwed into the ferrule, the assembly is tightened using a

specially-designed petrol hose wrench, which slides over the two opposing

grooves. When the petrol hose coupling is tightened, the threaded ferrule is

pressed up to the hose.

APPLICATION

For the assembly of:

1. Fuel dispensing hoses

2. Liquid natural gas hoses (LPG)

3. Tank truck hoses

4. Hoses for liquids and chemicals

WORKING PRESSURE

Minimum -0.8 bar / 11.6 psi

Maximum 16 bar / 232 psi

TEMPERATURE

-20°C / - 4 °F to + 65°C / 149 °F

Hose, coupling, assembly method and seal must be chosen in relation withthe desired application and temperature range.

MATERIAL

� Coupling

Brass CW614N EN12420

� Seal

PU

PETROL HOSE COUPLINGS EN 14424

b7-petrol 9/5/07 3:37 PM Pagina 1


W W W . L M C - C O U P L I N G S . C O MPETROL HOSE COUPLINGS

ASSEMBLY

Threaded ferrule

THREADS

Male part

Male thread - connection side: EN 10226-1, BSPT

EN ISO 228-1, BSP and ANSI B.1.20.1, NPT on request

Male thread - hose side: Metric ISO thread complying with DIN 13

Female thread ferrule: Metric ISO thread complying with DIN 13

Female part

Female thread - connection side: EN ISO 228-1, BSP

Male thread - hose side: Metric ISO thread complying with DIN 13

Female thread ferrule: Metric ISO thread complying with DIN 13


PETROL HOSE COUPLINGS


PETR

OL

HO

SECO

UP

LING

SEN

14

42

4

B.7.3


Male thread connection side: EN 10226-1, BSPTEN ISO 228-1, BSP and ANSI B 1.20.1, NPT on request

Male thread hose side: ISO metric DIN 13Female thread ferrule: ISO metric DIN 13Other dimensions available on request

MALE PART WITH THREADED FERRULE

For Male thread Male thread Female thread Material Weight/pc Referencehose connection side hose side ferrule Kgmm EN 10226-1 DIN 13 DIN 13

13 x 5 R 1/2 M 16 x 1.0 Brass 0.13 BPK11305T

15 x 5 R 3/4 M 19 x 1.0 Brass 0.19 BPK1151905T

19 x 4 R 3/4 M 22 x 1.5 Brass 0.16 BPK11904T

19 x 5 R 3/4 M 22 x 1.5 Brass 0.17 BPK11905T

19 x 6 R 3/4 M 22 x 1.5 Brass 0.20 BPK11906T

19 x 4 R 1 M 22 x 1.5 Brass 0.19 BPK1192504T

19 x 5 R 1 M 22 x 1.5 Brass 0.20 BPK1192505T

19 x 6 R 1 M 22 x 1.5 Brass 0.21 BPK1192506T

25 x 5 R 1 M 28 x 1.5 Brass 0.25 BPK12505T

25 x 6 R 1 M 28 x 1.5 Brass 0.27 BPK12506T

32 x 6 R 1.1/4 M 36 x 1.5 Brass 0.44 BPK13206T

38 x 6.5 R 1.1/2 M 42 x 1.5 Brass 0.56 BPK13806T

Female thread connection side: EN ISO 228-1, BSPMale thread hose side: ISO metric DIN 13Female thread ferrule: ISO metric DIN 13Thread seal: PUOther dimensions available on request

FEMALE PART WITH THREADED FERRULE

For Female thread Male thread Female thread Material Weight/pc Referencehose nut hose side ferrule Kgmm EN ISO 228-1 DIN 13 DIN 13

13 x 5 G 1/2 M 16 x 1.0 Brass 0.13 BPK21305

15 x 5 G 3/4 M 19 x 1.0 Brass 0.14 BPK2151905

19 x 4 G 3/4 M 22 x 1.5 Brass 0.15 BPK21904

19 x 5 G 3/4 M 22 x 1.5 Brass 0.16 BPK21905

19 x 6 G 3/4 M 22 x 1.5 Brass 0.19 BPK21906

19 x 4 G 1 M 22 x 1.5 Brass 0.17 BPK2192504

19 x 5 G 1 M 22 x 1.5 Brass 0.18 BPK2192505

19 x 6 G 1 M 22 x 1.5 Brass 0.19 BPK2192506

25 x 5 G 1 M 28 x 1.5 Brass 0.21 BPK22505

25 x 6 G 1 M 28 x 1.5 Brass 0.23 BPK22506

32 x 6 G 1 1/4 M 36 x 1.5 Brass 0.38 BPK23206

38 x 6.5 G 1.1/2 M 42 x 1.5 Brass 0.60 BPK23806



PETROL HOSE COUPLINGS’ COUPLINGS

B.7.4


ACCESSORIESUPLINGS

WRENCH


15-20-25 Brass 0.06 BPKEY1

32-40 Brass 0.06 BPKEY2

THREAD SEAL - PU


15 1/2” 20.0 13.0 1.5 0.001 X2RV01320 3/4” 26.0 19.0 1.5 0.001 X2RV02025 1” 33.0 24.0 2.0 0.001 X2RV02532 1.1/4” 42.0 33.0 2.0 0.001 X2RV03240 1.1/2” 48.0 39.0 2.0 0.001 X2RV038

Material: PUColour: Brown Seal dimensions in compliance with EN 14420-5See chapter E for more information regarding chemical resistance


C.1. Flange couplings

CFlAnGECouPlinGS

Untitled-4 4 27/05/13 10:41

FLAN

GE

CO

UP

LING

SEN

14

42

0-4

/ DIN

28

17

C.1.W W W . L M C - C O U P L I N G S . C O M

C.1.1

STANDARD

Flange hose couplings are used to connect rubber, pvc and thermoplastic

hoses.

OPERATION

A flange coupling is fitted to a rubber, pvc or thermoplastic hose using a hose

shank coupling, which is inserted into the hose. The hose shank may be smooth

in compliance with EN 14420-2 / DIN 2817, or serrated with collar.

1. Flange couplings with smooth hose shanks complying with EN 14420-2 / DIN 2817

are developed to comply with EN 14420-4, which makes them suitable for

assembly using RK and RKP safety clamps complying with EN 14220-3 /

DIN 2817 or FLEXOLINE® safety clamps for thin wall hoses.

2. Serrated hose shanks with collars are recommended for assembly using HRRK

swage ferrules, worm drive, band or bolt clamps.

The hose shank can be assembled with a fixed or swivel flange. A flange-to-hose

connection should preferably be fitted with at least one swivel flange. During

assembly, the connection with the fixed flange is fitted to the piping system first,

followed by the swivel flange. The swivel flange prevents twisting of the hose dur-

ing assembly.

APPLICATION

To connect rubber, pvc and thermoplastic hoses.

WORKING PRESSURE

TEMPERATURE

-20°C / -40°F up to 65°C / 149°F


the desired application and temperature.

MATERIAL

� Swivel flange coupling

FLANGE COUPLINGS EN 14420-4 / DIN 2817

EN-DIN FLANGES ANSI FLANGES

PN 10/16 standard 150 lbs

PN 25 300 lbs*

PN 40 600 lbs*

HOSE SHANK FLANGE

Galvanized steel Galvanized steel

Stainless steel AISI 316 / 1.4401 Stainless steel AISI 316 / 1.4401

Polypropylene Galvanized steel

Stainless steel AISI 316 / 1.4401 Galvanized steel

LMC’s steel and stainless steel hose shanks consist of a monoblock version.

* on request

c1-flange couplings 9/5/07 4:15 PM Pagina 1

C.1.2


Chapter C: Flange couplings

FLANGE COUPLINGS EN 14420-4 / DIN 2817

� Swivel flange coupling

Galvanized steel


Polypropylene available on request

� Flange gasket

• novatec® PREMIUM II, RF for flanges complying with EN / DIN / ANSI

• GORE™ Universal Pipe Seal (UPG) Style 800, RF for flanges complying with EN / DIN / ANSI

Raised-face flange gaskets are used in applications where the gasket is seated directly on the contact face of the flange, between the

flange holes.

• GORE™ Universal Pipe Seal (UPG) Style 800 is 100% expanded PTFE. Their multidirectional fibre structure and unique (envelope)

profile enables GORE™ UPG Style 800 gaskets to be used in a wide range of chemical industry applications.

Features:

• chemically inert and temperature resistant

• seals at low bolt loadings

• high dimensional stability

• high resistance to creep and cold flow

• seals all types of standard piping

• resistant to all media in the 0-14 pH range, with the exception of alkalis

and fluorine, particularly at high temperatures and pressures

• temperature range: -210°C / -346°F up to 260 °C / 500°F

• dimensions comply with EN-DIN and ANSI

• novatec® PREMIUM II is a flange seal for general and chemical industry applications. The combination of graphite, paramide fibres

(KEVLAR®) and low binder content, allows the flange gasket to be resistant to 80% of all common chemical industry media.

Features:

• good stress relief

• resistant to high temperatures

• good ductility

• non-stick coating

• excellent torque retention

• temperature : 320°C / 608°F

• resistant to a wide range of chemicals and steam applications

• dimensions comply with EN-DIN and ANSI

novatec® PREMIUM II is a registered trademark of Frenzelit

KEVLAR® is a registered trademark of Dupont Dow Elastomers

GORE™ Universal Pipe Seal Style 800 is a registered trademark of W.L. Gore & Associates, Inc.

ASSEMBLY

RK and RKP safety clamps in compliance with EN 14420-3 / DIN 2817 FLEXOLINE® safety clampsHRRK swage ferrules

HRP swage ferrules

Worm drive, band or bolted clamps



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C.1.W W W . L M C - C O U P L I N G S . C O MFLANGE COUPLINGS EN 14420-4 / DIN 2817

EN-DIN PN 6

“ ND D K N D21/2” 15 80 55 4 113/4” 20 90 65 4 11

1” 25 100 75 4 111.1/4” 32 120 90 4 141.1/2” 40 130 100 4 14

2” 50 140 110 4 142.1/2” 65 160 130 4 14

3” 80 190 150 4 184” 100 210 170 4 185” 125 240 200 8 186” 150 265 225 8 188” 200 320 280 8 18

10” 250 375 335 12 1812” 300 440 395 12 22

EN-DIN PN 10

ND D K N D215 95 65 4 1420 105 75 4 1425 115 85 4 1432 140 100 4 1840 150 110 4 1850 165 125 4 1865 185 145 4/8 1880 200 160 8 18

100 220 180 8 18125 250 210 8 18150 285 240 8 22200 340 295 8 22250 395 350 12 22300 445 400 12 22

EN-DIN PN 16

“ ND D K N D21/2” 15 95 65 4 143/4” 20 105 75 4 14

1” 25 115 85 4 141.1/4” 32 140 100 4 181.1/2” 40 150 110 4 18

2” 50 165 125 4 182.1/2” 65 185 145 4 18

3” 80 200 160 8 184” 100 220 180 8 185” 125 250 210 8 186” 150 285 240 8 228” 200 340 295 12 22

10” 250 405 355 12 2612” 300 460 410 12 26

D2

K

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EN-DIN PN 25

ND D K N D215 95 65 4 1420 105 75 4 1425 115 85 4 1432 140 100 4 1840 150 110 4 1850 165 125 4 1865 185 145 8 1880 200 160 8 18

100 235 190 8 22125 270 220 8 26150 300 250 8 26200 360 310 12 26250 425 370 12 30300 485 430 16 30

EN-DIN PN 40

ND D K N D215 95 65 4 1420 105 75 4 1425 115 85 4 1432 140 100 4 1840 150 110 4 1850 165 125 4 1865 185 145 8 1880 200 160 8 18

100 235 190 8 22125 270 220 8 26150 300 250 8 26200 375 320 12 30250 450 385 12 33300 515 450 16 33

ASTM 150 lbs

“ D K N D21/2” 88.9 60.3 4 15.93/4” 98.4 69.8 4 15.9

1” 107.9 79.4 4 15.91.1/4” 117.5 88.9 4 15.91.1/2” 127.0 98.4 4 15.9

2” 152.4 120.6 4 19.02.1/2” 177.8 139.7 4 19.0

3” 190.5 152.4 4 19.04” 228.6 190.5 8 19.05” 254.0 215.9 8 22.26” 279.4 241.3 8 22.28” 342.9 298.4 8 22.2

10” 406.4 361.9 12 25.412” 482.6 431.8 12 25.4

ASTM 300 lbs

“ D K N D21/2” 95.2 66.7 4 15.93/4” 117.5 82.5 4 19.1

1” 123.8 88.9 4 19.11.1/4” 133.3 98.4 4 19.11.1/2” 155.6 114.3 4 22.2

2” 165.1 127.0 8 19.12.1/2” 190.5 149.2 8 22.2

3” 209.5 168.3 8 22.24” 254.0 200.0 8 22.25” 279.4 234.9 8 22.26” 317.5 269.9 12 22.28” 381.0 330.2 12 25.4

10” 444.5 387.3 16 28.612” 520.7 450.8 16 31.7

ASTM 600 lbs

“ D K N D21/2” 95.2 66.7 4 15.93/4” 117.5 82.5 4 19.1

1” 123.8 88.9 4 19.11.1/4” 133.3 98.4 4 19.11.1/2” 155.6 114.3 4 22.2

2” 165.1 127.0 8 19.12.1/2” 190.5 149.2 8 22.2

3” 209.5 168.3 8 22.24” 273.0 184.1 8 25.45” 330.2 266.7 8 28.66” 355.6 292.1 12 28.68” 419.1 349.2 12 31.7

10” 508.0 431.8 16 34.912” 558.8 488.9 20 34.9

FLANGE DIMENSIONS

N= number of bolts



ND Inch Flange For hose Material Flange Weight/pc Referencepressure class mm hose shank material kg

15 1/2" EN-DIN PN 25/40 13 Steel Steel 0.82 FLG01320 3/4" EN-DIN PN 25/40 19 Steel Steel 1.12 FLG01925 1" EN-DIN PN 25/40 25 Steel Steel 1.56 FLG02532 1.1/4” EN-DIN PN 25/40 32 Steel Steel 2.10 FLG03240 1.1/2” EN-DIN PN 25/40 38 Steel Steel 2.65 FLG03840 1.1/2” EN-DIN PN 25/40 40 Steel Steel 2.65 FLG040*50 2" EN-DIN PN 10/16 50 Steel Steel 3.22 FLG05065 2.1/2” EN-DIN PN 10/16 63 Steel Steel 4.45 FLG06365 2.1/2” EN-DIN PN 10/16 65 Steel Steel 4.45 FLG065*80 3" EN-DIN PN 10/16 75 Steel Steel 5.54 FLG07580 3" EN-DIN PN 10/16 80 Steel Steel 5.60 FLG080*

100 4" EN-DIN PN 10/16 100 Steel Steel 6.73 FLG100125 5" EN-DIN PN 10/16 125 Steel Steel 9.61 FLG125150 6" EN-DIN PN 10/16 150 Steel Steel 12.34 FLG150200 8" EN-DIN PN 10 200 Steel Steel 18.55 FLG200PN10*200 8" EN-DIN PN 16 200 Steel Steel 18.00 FLG200PN16

15 13 SS SS 0.81 RRFLG01320

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 SS SS 1.11 RRFLG019

25 1" EN-DIN PN 25/40 25 SS SS 1.50 RRFLG02532 1.1/4” EN-DIN PN 25/40 32 SS SS 2.19 RRFLG03240 1.1/2” EN-DIN PN 25/40 38 SS SS 2.68 RRFLG03840 1.1/2” EN-DIN PN 25/40 40 SS SS 2.68 RRFLG040*50 2" EN-DIN PN 10/16 50 SS SS 3.58 RRFLG05065 2.1/2” EN-DIN PN 10/16 63 SS SS 4.18 RRFLG06365 2.1/2” EN-DIN PN 10/16 65 SS SS 4.45 RRFLG065*80 3" EN-DIN PN 10/16 75 SS SS 5.43 RRFLG07580 3" EN-DIN PN 10/16 80 SS SS 5.54 RRFLG080*

100 4" EN-DIN PN 10/16 100 SS SS 6.89 RRFLG100125 5" EN-DIN PN 10/16 125 SS SS 9.13 RRFLG125150 6" EN-DIN PN 10/16 150 SS SS 12.44 RRFLG150

15 13 PP Steel 0.66 PSFLG01320

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 PP Steel 0.81 PSFLG019

25 1" EN-DIN PN 25/40 25 PP Steel 1.07 PSFLG02532 1.1/4” EN-DIN PN 25/40 32 PP Steel 1.41 PSFLG03240 1.1/2” EN-DIN PN 25/40 38 PP Steel 1.85 PSFLG03840 1.1/2” EN-DIN PN 25/40 40 PP Steel 1.85 PSFLG040*50 2" EN-DIN PN 10/16 50 PP Steel 2.00 PSFLG05065 2.1/2” EN-DIN PN 10/16 63 PP Steel 2.69 PSFLG06365 2.1/2” EN-DIN PN 10/16 65 PP Steel 2.8 PSFLG065*80 3" EN-DIN PN 10/16 75 PP Steel 3.52 PSFLG07580 3" EN-DIN PN 10/16 80 PP Steel 3.52 PSFLG080*

100 4" EN-DIN PN 10/16 100 PP Steel 4.00 PSFLG100

15 13 SS Steel 0.81 RSFLG01320

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 SS Steel 1.11 RSFLG019

25 1" EN-DIN PN 25/40 25 SS Steel 1.49 RSFLG02532 1.1/4” EN-DIN PN 25/40 32 SS Steel 2.16 RSFLG03240 1.1/2” EN-DIN PN 25/40 38 SS Steel 2.70 RSFLG03840 1.1/2” EN-DIN PN 25/40 40 SS Steel 2.70 RSFLG040*50 2" EN-DIN PN 10/16 50 SS Steel 3.26 RSFLG05065 2.1/2” EN-DIN PN 10/16 63 SS Steel 4.28 RSFLG06365 2.1/2” EN-DIN PN 10/16 65 SS Steel 4.28 RSFLG065*80 3" EN-DIN PN 10/16 75 SS Steel 5.52 RSFLG07580 3" EN-DIN PN 10/16 80 SS Steel 5.52 RSFLG080*

100 4" EN-DIN PN 10/16 100 SS Steel 7.01 RSFLG100150 6" EN-DIN PN 10/16 150 SS Steel 12.49 RSFLG150

* available on request


FLANGE COUPLINGS

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FLANGE COUPLINGS

C.1.6




15 1/2" EN-DIN PN 25/40 13 Steel Steel 0.92 FLGP401320 3/4" EN-DIN PN 25/40 19 Steel Steel 1.17 FLGP401925 1" EN-DIN PN 25/40 25 Steel Steel 1.94 FLGP402532 1.1/4” EN-DIN PN 25/40 32 Steel Steel 2.82 FLGP403240 1.1/2” EN-DIN PN 25/40 38 Steel Steel 3.28 FLGP403850 2" EN-DIN PN 25/40 50 Steel Steel 4.61 FLGP405065 2.1/2” EN-DIN PN 25/40 63 Steel Steel 6.16 FLGP406380 3" EN-DIN PN 25/40 75 Steel Steel 8.33 FLGP4075

100 4” EN-DIN PN 25/40 100 Steel Steel 9.88 FLGP4100

15 1/2" EN-DIN PN 25/40 13 SS SS 1.01 RRFLGP401320 3/4" EN-DIN PN 25/40 19 SS SS 1.61 RRFLGP401925 1" EN-DIN PN 25/40 25 SS SS 1.87 RRFLGP402532 1.1/4” EN-DIN PN 25/40 32 SS SS 2.78 RRFLGP403240 1.1/2” EN-DIN PN 25/40 38 SS SS 3.33 RRFLGP403850 2" EN-DIN PN 25/40 50 SS SS 4.65 RRFLGP405065 2.1/2” EN-DIN PN 25/40 63 SS SS 6.17 RRFLGP406380 3" EN-DIN PN 25/40 75 SS SS 8.31 RRFLGP4075

100 4" EN-DIN PN 25/40 100 SS SS 9.58 RRFLGP4100

15 1/2" ASTM 150 lbs 13 Steel Steel 0.59 FLGA101320 3/4" ASTM 150 lbs 19 Steel Steel 0.92 FLGA101925 1" ASTM 150 lbs 25 Steel Steel 1.34 FLGA102532 1.1/4” ASTM 150 lbs 32 Steel Steel 1.82 FLGA103240 1.1/2” ASTM 150 lbs 38 Steel Steel 2.25 FLGA103840 1.1/2” ASTM 150 lbs 40 Steel Steel 2.25 FLGA1040*50 2" ASTM 150 lbs 50 Steel Steel 3.47 FLGA105065 2.1/2” ASTM 150 lbs 63 Steel Steel 5.68 FLGA106365 2.1/2” ASTM 150 lbs 65 Steel Steel 5.68 FLGA1065*80 3" ASTM 150 lbs 75 Steel Steel 6.30 FLGA107580 3" ASTM 150 lbs 80 Steel Steel 6.30 FLGA1080*

100 4" ASTM 150 lbs 100 Steel Steel 8.83 FLGA1100125 5" ASTM 150 lbs 125 Steel Steel 12.34 FLGA1125150 6" ASTM 150 lbs 150 Steel Steel 15.34 FLGA1150

15 1/2" ASTM 150 lbs 13 SS SS 0.60 RRFLGA101320 3/4" ASTM 150 lbs 19 SS SS 1.07 RRFLGA101925 1" ASTM 150 lbs 25 SS SS 1.29 RRFLGA102532 1.1/4” ASTM 150 lbs 32 SS SS 1.95 RRFLGA103240 1.1/2” ASTM 150 lbs 38 SS SS 2.38 RRFLGA103840 1.1/2” ASTM 150 lbs 40 SS SS 2.38 RRFLGA1040*50 2" ASTM 150 lbs 50 SS SS 3.65 RRFLGA105065 2.1/2” ASTM 150 lbs 63 SS SS 5.38 RRFLGA106365 2.1/2” ASTM 150 lbs 65 SS SS 5.38 RRFLGA1065*80 3" ASTM 150 lbs 75 SS SS 6.23 RRFLGA107580 3" ASTM 150 lbs 80 SS SS 6.23 RRFLGA1080*

100 4" ASTM 150 lbs 100 SS SS 7.55 RRFLGA1100125 5" ASTM 150 lbs 125 SS SS 11.74 RRFLGA1125150 6" ASTM 150 lbs 150 SS SS 15.94 RRFLGA1150

Swivel flange: EN 1092-1 / 04 ADIN 2673 PN 10, DIN 2674 PN 16, DIN 2634 PN 25 and DIN 2635 PN 40ASTM / A 182/ ANSI B16.5, ASA 150 lbs

Assembly: RK and RKP safety clamps complying with EN 14420-3 / DIN 2817, FLEXOLINE® safety clampsSS = Stainless steel AISI 316 - 1.4401 / Steel = galvanized steel / PP = Polypropylene* available on request



FLANGE COUPLINGS

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C.1.7



ND Inch Flange For hose Material Weight/pc Referencepressure class mm kg

15 1/2" EN-DIN PN 25/40 13 Steel 0.69 FVG01320 3/4" EN-DIN PN 25/40 19 Steel 1.00 FVG01925 1" EN-DIN PN 25/40 25 Steel 1.23 FVG02532 1.1/4” EN-DIN PN 25/40 32 Steel 1.80 FVG03240 1.1/2” EN-DIN PN 25/40 38 Steel 2.01 FVG03840 1.1/2” EN-DIN PN 25/40 40 Steel 2.01 FVG040*50 2" EN-DIN PN 10/16 50 Steel 2.80 FVG05065 2.1/2” EN-DIN PN 10/16 63 Steel 3.47 FVG06365 2.1/2” EN-DIN PN 10/16 65 Steel 3.47 FVG065*80 3" EN-DIN PN 10/16 75 Steel 4.26 FVG07580 3" EN-DIN PN 10/16 80 Steel 4.26 FVG080*

100 4" EN-DIN PN 10/16 100 Steel 5.67 FVG100125 5" EN-DIN PN 10/16 125 Steel 8.73 FVG125150 6" EN-DIN PN 10/16 150 Steel 11.64 FVG150200 8" EN-DIN PN 16 200 Steel 17.89 FVG200

15 13 SS 0.70 RFVG01320

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 SS 1.01 RFVG019

25 1" EN-DIN PN 25/40 25 SS 1.24 RFVG02532 1.1/4” EN-DIN PN 25/40 32 SS 1.83 RFVG03240 1.1/2” EN-DIN PN 25/40 38 SS 2.03 RFVG03840 1.1/2” EN-DIN PN 25/40 40 SS 2.03 RFVG040*50 2" EN-DIN PN 10/16 50 SS 2.79 RFVG05065 2.1/2” EN-DIN PN 10/16 63 SS 3.47 RFVG06365 2.1/2” EN-DIN PN 10/16 65 SS 3.47 RFVG065*80 3" EN-DIN PN 10/16 75 SS 4.33 RFVG07580 3" EN-DIN PN 10/16 80 SS 4.33 RFVG080*

100 4" EN-DIN PN 10/16 100 SS 5.67 RFVG100125 5" EN-DIN PN 10/16 125 SS 8.63 RFVG125150 6" EN-DIN PN 10/16 150 SS 11.99 RFVG150

15 1/2" EN-DIN PN 25/40 13 Steel 0.78 FVGP401320 3/4" EN-DIN PN 25/40 19 Steel 1.11 FVGP401925 1" EN-DIN PN 25/40 25 Steel 1.38 FVGP402532 1.1/4” EN-DIN PN 25/40 32 Steel 1.99 FVGP403240 1.1/2” EN-DIN PN 25/40 38 Steel 2.48 FVGP403840 1.1/2” EN-DIN PN 25/40 40 Steel 2.48 FVGP4040*50 2" EN-DIN PN 25/40 50 Steel 3.09 FVGP405065 2.1/2” EN-DIN PN 25/40 63 Steel 4.12 FVGP406365 2.1/2” EN-DIN PN 25/40 65 Steel 4.12 FVGP4065*80 3" EN-DIN PN 25/40 75 Steel 5.31 FVGP407580 3" EN-DIN PN 25/40 80 Steel 5.31 FVGP4080*

100 4" EN-DIN PN 25/40 100 Steel 7.57 FVGP4100125 5" EN-DIN PN 25/40 125 Steel 11.50 FVGP4125150 6" EN-DIN PN 25/40 150 Steel 15.69 FVGP4150

15 1/2" EN-DIN PN 25/40 13 SS 0.80 RFVGP4013

20 3/4" EN-DIN PN 25/40 19 SS 1.12 RFVGP4019

25 1" EN-DIN PN 25/40 25 SS 1.39 RFVGP4025

32 1.1/4” EN-DIN PN 25/40 32 SS 2.02 RFVGP4032

40 1.1/2” EN-DIN PN 25/40 38 SS 2.50 RFVGP4038

40 1.1/2” EN-DIN PN 25/40 40 SS 2.50 RFVGP4040*

50 2" EN-DIN PN 25/40 50 SS 3.08 RFVGP4050

65 2.1/2” EN-DIN PN 25/40 63 SS 4.15 RFVGP4063

65 2.1/2” EN-DIN PN 25/40 65 SS 4.15 RFVGP4065*

80 3" EN-DIN PN 25/40 75 SS 5.38 RFVGP4075

80 3" EN-DIN PN 25/40 80 SS 5.38 RFVGP4080*

100 4" EN-DIN PN 25/40 100 SS 7.57 RFVGP4100

125 5" EN-DIN PN 25/40 125 SS 11.40 RFVGP4125

150 6" EN-DIN PN 25/40 150 SS 16.04 RFVGP4150



FLANGE COUPLINGS

C.1.8




15 1/2" ASTM 150 lbs 13 Steel 0.52 FVGA101320 3/4" ASTM 150 lbs 19 Steel 0.76 FVGA101925 1" ASTM 150 lbs 25 Steel 1.10 FVGA102532 1.1/4” ASTM 150 lbs 32 Steel 1.44 FVGA103240 1.1/2” ASTM 150 lbs 38 Steel 1.87 FVGA103840 1.1/2” ASTM 150 lbs 40 Steel 1.87 FVGA1040*50 2" ASTM 150 lbs 50 Steel 2.85 FVGA105065 2.1/2” ASTM 150 lbs 63 Steel 4.52 FVGA106365 2.1/2” ASTM 150 lbs 65 Steel 4.52 FVGA1065*80 3" ASTM 150 lbs 75 Steel 5.48 FVGA107580 3" ASTM 150 lbs 80 Steel 5.48 FVGA1080*

100 4" ASTM 150 lbs 100 Steel 7.89 FVGA1100125 5" ASTM 150 lbs 125 Steel 10.99 FVGA1125150 6" ASTM 150 lbs 150 Steel 14.49 FVGA1150

15 1/2" ASTM 150 lbs 13 SS 0.75 RFVGA1013

20 3/4" ASTM 150 lbs 19 SS 0.86 RFVGA1019

25 1" ASTM 150 lbs 25 SS 1.20 RFVGA1025

32 1.1/4” ASTM 150 lbs 32 SS 1.64 RFVGA1032

40 1.1/2” ASTM 150 lbs 38 SS 1.97 RFVGA1038

40 1.1/2” ASTM 150 lbs 40 SS 1.97 RFVGA1040*

50 2" ASTM 150 lbs 50 SS 2.96 RFVGA1050

65 2.1/2” ASTM 150 lbs 63 SS 4.81 RFVGA1063

65 2.1/2” ASTM 150 lbs 65 SS 4.81 RFVGA1065*

80 3" ASTM 150 lbs 75 SS 5.83 RFVGA1075

80 3" ASTM 150 lbs 80 SS 5.83 RFVGA1080*

100 4" ASTM 150 lbs 100 SS 8.55 RFVGA1100

125 5" ASTM 150 lbs 125 SS 11.53 RFVGA1125

150 6" ASTM 150 lbs 150 SS 15.24 RFVGA1150

Fixed flange: EN 1092-1 / 11 BDIN 2632 PN 10, DIN 2633 PN 16, DIN 2634 PN 25 and DIN 2635 PN 40ASTM / A 182/ ANSI B16.5, ASA 150 lbs

Assembly: RK and RKP safety clamps complying with EN 14420-3 / DIN 2817, FLEXOLINE® safety clampsSS = Stainless steel AISI 316 - 1.4401Steel = galvanized steel



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C.1.9


SWIVEL FLANGE COUPLING WITH SERRATED HOSE SHANK AND COLLAR


15 1/2" EN-DIN PN 25/40 13 Steel Steel 0.82 FLP013

20 3/4" EN-DIN PN 25/40 19 Steel Steel 1.10 FLP019

25 1" EN-DIN PN 25/40 25 Steel Steel 1.53 FLP025

32 1.1/4” EN-DIN PN 25/40 32 Steel Steel 2.06 FLP032


40 1.1/2” EN-DIN PN 25/40 40 Steel Steel 2.68 FLP040*



65 2.1/2” EN-DIN PN 10/16 65 Steel Steel 4.18 FLP065*


80 3" EN-DIN PN 10/16 80 Steel Steel 5.29 FLP080*




200 8" EN-DIN PN 10 200 Steel Steel 20.0 FLP200PN10*

200 8" EN-DIN PN 16 200 Steel Steel 22.6 FLP200PN16

15 13 SS SS 0.79 RRFLP013

20

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 SS SS 1.10 RRFLP019

25 1" EN-DIN PN 25/40 25 SS SS 1.49 RRFLP025

32 1.1/4” EN-DIN PN 25/40 32 SS SS 2.12 RRFLP032


40 1.1/2” EN-DIN PN 25/40 40 SS SS 2.50 RRFLP040*



65 2.1/2” EN-DIN PN 10/16 65 SS SS 3.85 RRFLP065*


80 3" EN-DIN PN 10/16 80 SS SS 5.25 RRFLP080*




15 13 SS Steel 0.82 RSFLP013

20

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 SS Steel 1.12 RSFLP019

25 1" EN-DIN PN 25/40 25 SS Steel 1.53 RSFLP025

32 1.1/4” EN-DIN PN 25/40 32 SS Steel 1.99 RSFLP032


40 1.1/2” EN-DIN PN 25/40 40 SS Steel 2.52 RSFLP040*



65 2.1/2” EN-DIN PN 10/16 65 SS Steel 3.95 RSFLP065*


80 3" EN-DIN PN 10/16 80 SS Steel 5.34 RSFLP080*






FLANGE COUPLINGS

C.1.10


SWIVEL FLANGE COUPLING WITH SERRATED HOSE SHANK AND COLLAR


15 1/2" ASTM 150 lbs 13 Steel Steel 0.57 FLPA1013

20 3/4" ASTM 150 lbs 19 Steel Steel 0.90 FLPA1019

25 1" ASTM 150 lbs 25 Steel Steel 1.31 FLPA1025

32 1.1/4” ASTM 150 lbs 32 Steel Steel 1.78 FLPA1032


40 1.1/2” ASTM 150 lbs 40 Steel Steel 2.28 FLPA1040*



65 2.1/2” ASTM 150 lbs 65 Steel Steel 5.34 FLPA1065*


80 3" ASTM 150 lbs 80 Steel Steel 6.05 FLPA1080*




15 1/2" ASTM 150 lbs 13 SS SS 0.79 RRFLPA1013

20 3/4" ASTM 150 lbs 19 SS SS 1.10 RRFLPA1019

25 1" ASTM 150 lbs 25 SS SS 1.50 RRFLPA1025

32 1.1/4” ASTM 150 lbs 32 SS SS 2.12 RRFLPA1032


40 1.1/2” ASTM 150 lbs 40 SS SS 2.50 RRFLPA1040*



65 2.1/2” ASTM 150 lbs 65 SS SS 3.85 RRFLPA1065*


80 3" ASTM 150 lbs 80 SS SS 5.25 RRFLPA1080*




Swivel flange: EN 1092-1 / 04 ADIN 2673 PN 10, DIN 2674 PN 16, DIN 2634 PN 25 and DIN 2635 PN 40ASTM / A 182/ ANSI B16.5, ASA 150 lbs

Assembly: HRRK swage ferrules, worm drive and band clampsSS = Stainless steel AISI 316 - 1.4401Steel = galvanized steelPolypropylene flange available on request* Available on request



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C.1.11


FIXED FLANGE COUPLING WITH SERRATED HOSE SHANK AND COLLAR


15 1/2" EN-DIN PN 25/40 13 Steel 0.70 FVP013

20 3/4" EN-DIN PN 25/40 19 Steel 1.02 FVP019

25 1" EN-DIN PN 25/40 25 Steel 1.23 FVP025

32 1.1/4” EN-DIN PN 25/40 32 Steel 1.82 FVP032


40 1.1/2” EN-DIN PN 25/40 40 Steel 2.01 FVP040*



65 2.1/2” EN-DIN PN 10/16 65 Steel 3.70 FVP065*


80 3" EN-DIN PN 10/16 80 Steel 4.26 FVP080*




200 8" EN-DIN PN 10 200 Steel 17.44 FVP200PN10*

200 8" EN-DIN PN 16 200 Steel 17.44 FVP200PN16

15 13 SS 0.70 RFVP013

20

1/2" EN-DIN PN 25/40 3/4" EN-DIN PN 25/40 19 SS 1.01 RFVP019

25 1" EN-DIN PN 25/40 25 SS 1.24 RFVP025

32 1.1/4” EN-DIN PN 25/40 32 SS 1.83 RFVP032

40 1.1/2” EN-DIN PN 25/40 38 SS 2.03 RFVP038

40 1.1/2” EN-DIN PN 25/40 40 SS 2.03 RFVP040*

50 2" EN-DIN PN 10/16 50 SS 2.79 RFVP050

65 2.1/2” EN-DIN PN 10/16 63 SS 3.47 RFVP063

65 2.1/2” EN-DIN PN 10/16 65 SS 3.47 RFVP065*

80 3" EN-DIN PN 10/16 75 SS 4.33 RFVP075

80 3" EN-DIN PN 10/16 80 SS 4.33 RFVP080*

100 4" EN-DIN PN 10/16 100 SS 5.67 RFVP100

125 5" EN-DIN PN 10/16 125 SS 8.63 RFVP125

150 6" EN-DIN PN 10/16 150 SS 11.99 RFVP150

15 1/2" ASTM 150 lbs 13 Steel 0.53 FVPA1013

20 3/4" ASTM 150 lbs 19 Steel 0.78 FVPA1019

25 1" ASTM 150 lbs 25 Steel 1.10 FVPA1025

32 1.1/4” ASTM 150 lbs 32 Steel 1.46 FVPA1032


40 1.1/2” ASTM 150 lbs 40 Steel 1.87 FVPA1040*



65 2.1/2” ASTM 150 lbs 65 Steel 4.75 FVPA1065*


80 3" ASTM 150 lbs 80 Steel 5.48 FVPA1080*





Assembly: HRRK swage ferrules, worm drive and band clampsSS = Stainless steel AISI 316 - EN 1.4401 / Steel = galvanized steel



FLANGE COUPLINGS

C.1.12



Assembly: HRRK swage ferrules, worm drive and band clampsSS = Stainless steel AISI 316 - 1.4401 / Steel = galvanized steel* available on request

FIXED FLANGE COUPLING WITH SERRATED HOSE SHANK AND COLLAR


15 1/2" ASTM 150 lbs 13 SS 0.75 RFVPA1013

20 3/4" ASTM 150 lbs 19 SS 0.86 RFVPA1019

25 1" ASTM 150 lbs 25 SS 1.20 RFVPA1025

32 1.1/4” ASTM 150 lbs 32 SS 1.64 RFVPA1032

40 1.1/2” ASTM 150 lbs 38 SS 1.97 RFVPA1038

40 1.1/2” ASTM 150 lbs 40 SS 1.97 RFVPA1040*

50 2" ASTM 150 lbs 50 SS 2.96 RFVPA1050

65 2.1/2” ASTM 150 lbs 63 SS 4.81 RFVPA1063

65 2.1/2” ASTM 150 lbs 65 SS 4.81 RFVPA1065*

80 3" ASTM 150 lbs 75 SS 5.83 RFVPA1075

80 3" ASTM 150 lbs 80 SS 5.83 RFVPA1080*

100 4" ASTM 150 lbs 100 SS 8.55 RFVPA1100

125 5" ASTM 150 lbs 125 SS 11.53 RFVPA1125

150 6" ASTM 150 lbs 150 SS 15.24 RFVPA1150



FLANGE COUPLINGS

FLAN

GE

CO

UP

LING

SEN

14

42

0-4

/ DIN

28

17

C.1.13


SS = Stainless steel AISI 316 - EN 1.4401 / Steel = non-galvanized steelAssembly: RK and RKP safety clamps complying with EN 14420-3 / DIN 2817, FLEXOLINE® safety clamps

SMOOTH WELDING HOSE SHANK EN 14420-2 / DIN 2817

ND Inch Material For hose OD Ø welding end Weight/pc Referencemm mm kg

15 1/2" Steel 13 21.3 0.04 FTU013

20 3/4" Steel 19 26.9 0.05 FTU019

25 1" Steel 25 33.7 0.09 FTU025

32 1.1/4” Steel 32 42.4 0.11 FTU032

40 1.1/2” Steel 38 48.3 0.15 FTU038

40 1.1/2” Steel 40 48.3 0.15 FTU040*

50 2" Steel 50 60.3 0.27 FTU050

65 2.1/2” Steel 63 76.1 0.41 FTU063

65 2.1/2” Steel 65 76.1 0.41 FTU065*

80 3" Steel 75 88.9 0.56 FTU075

80 3" Steel 80 88.9 0.59 FTU080*

100 4" Steel 100 114.3 1.05 FTU100

125 5" Steel 125 139.7 2.43 FTU125

150 6" Steel 150 168.3 3.89 FTU150

200 8" Steel 200 219.1 6.89 FTU200

15 1/2" SS 13 21.3 0.05 RFTU013

20 3/4" SS 19 26.9 0.06 RFTU019

25 1" SS 25 33.7 0.10 RFTU025

32 1.1/4” SS 32 42.4 0.14 RFTU032

40 1.1/2” SS 38 48.3 0.17 RFTU038

40 1.1/2” SS 40 48.3 0.17 RFTU040*

50 2" SS 50 60.3 0.26 RFTU050

65 2.1/2” SS 63 76.1 0.41 RFTU063

65 2.1/2” SS 65 76.1 0.41 RFTU065*

80 3" SS 75 88.9 0.63 RFTU075

80 3" SS 80 88.9 0.66 RFTU080*

100 4" SS 100 114.3 1.05 RFTU100

125 5" SS 125 139.7 2.33 RFTU125

150 6" SS 150 168.3 4.24 RFTU150

200 8" SS 200 219.1 7.11 RFTU200



FLANGE COUPLINGS

C.1.14


SS = Stainless steel AISI 316 - 1.4401 / Steel = non-galvanized steelAssembly: HRRK swage ferrules, worm drive and band clamps

SERRATED WELDING HOSE SHANK

ND Inch Material For hose OD Ø welding end Weight/pc Referencemm mm kg

15 1/2" Steel 13 21.3 0.05 FTP013

20 3/4" Steel 19 26.9 0.07 FTP019

25 1" Steel 25 33.7 0.09 FTP025

32 1.1/4” Steel 32 42.4 0.13 FTP032

40 1.1/2” Steel 38 48.3 0.15 FTP038

40 1.1/2” Steel 40 48.3 0.15 FTP040*

50 2" Steel 50 60.3 0.26 FTP050

65 2.1/2” Steel 63 76.1 0.64 FTP063

65 2.1/2” Steel 65 76.1 0.64 FTP065*

80 3" Steel 75 88.9 0.56 FTP075

80 3" Steel 80 88.9 0.61 FTP080*

100 4" Steel 100 114.3 1.06 FTP100

125 5" Steel 125 139.7 2.21 FTP125

150 6" Steel 150 168.3 3.54 FTP150

200 8" Steel 200 219.1 6.44 FTP200

15 1/2" SS 13 21.3 0.05 RFTP013

20 3/4" SS 19 26.9 0.07 RFTP019

25 1" SS 25 33.7 0.09 RFTP025

32 1.1/4” SS 32 42.4 0.13 RFTP032

40 1.1/2” SS 38 48.3 0.17 RFTP038

40 1.1/2” SS 40 48.3 0.17 RFTP040*

50 2" SS 50 60.3 0.27 RFTP050

65 2.1/2” SS 63 76.1 0.46 RFTP063

65 2.1/2” SS 65 76.1 0.46 RFTP065*

80 3" SS 75 88.9 0.55 RFTP075

80 3" SS 80 88.9 0.59 RFTP080*

100 4" SS 100 114.3 1.22 RFTP100

125 5" SS 125 139.7 2.45 RFTP125

150 6" SS 150 168.3 3.44 RFTP150

200 8" SS 200 219.1 6.20 RFTP200



FLANGE COUPLINGS

FLAN

GE

CO

UP

LING

SEN

14

42

0-4

/ DIN

28

17

C.1.15


RAISED FACE GASKET FOR EN / DIN FLANGE - GORE™ UPG STYLE 800


15 PN 10/40 51.0 22.0 3.0 White FXG013DINRF












RAISED FACE GASKET FOR EN / DIN FLANGE - novatec® PREMIUM II


15 PN 10/40 51.0 22.0 2.0 Blue FXN013DINRF

20 PN 10/40 61.0 27.0 2.0 Blue FXN019DINRF

25 PN 10/40 71.0 34.0 2.0 Blue FXN025DINRF

32 PN 10/40 82.0 43.0 2.0 Blue FXN032DINRF

40 PN 10/40 92.0 49.0 2.0 Blue FXN038DINRF

50 PN 10/40 107.0 61.0 2.0 Blue FXN050DINRF

65 PN 10/40 127.0 77.0 2.0 Blue FXN063DINRF

80 PN 10/40 142.0 89.0 2.0 Blue FXN075DINRF

100 PN 10/16 162.0 115.0 2.0 Blue FXN100DINRF

125 PN 10/16 192.0 141.0 2.0 Blue FXN125DINRF

150 PN 10/16 218.0 169.0 2.0 Blue FXN150DINRF

200 PN 10/16 273.0 220.0 2.0 Blue FXN200DINRF

Seal colour is subject to change without prior noticeGORE™ Universal Pipe Seal Style 800 is a registered trademark of W.L. Gore & Associates, Inc.

novatec® PREMIUM II is a registered trademark of FrenzelitKEVLAR® is a registered trademark of Dupont Dow ElastomersSeal colour is subject to change without prior notice


Chapter C: Flange couplingsC.1.16


FLANGE COUPLINGS

novatec® PREMIUM II is a registered trademark of FrenzelitKEVLAR® is a registered trademark of Dupont Dow ElastomersSeal colour is subject to change without prior notice

RAISED FACE GASKET FOR ANSI FLANGE - novatec® PREMIUM II














Seal colour is subject to change without prior noticeGORE™ Universal Pipe Seal Style 800 is a registered trademark of W.L. Gore & Associates, Inc.

RAISED FACE GASKET FOR ANSI FLANGE - GORE™ UPG STYLE 800


1/2" ASA 150lbs 47.5 22.0 3.0 White FXG013A1RF

3/4" ASA 150lbs 57.0 27.0 3.0 White FXG019A1RF

1" ASA 150lbs 66.5 34.0 3.0 White FXG025A1RF

1.1/4” ASA 150lbs 76.0 43.0 3.0 White FXG032A1RF










STANDARD

Large bore flange couplings are specially designed for large bore hoses

starting from DN 200 up to DN 400. Due to the lightweight, large bore flanges

are very user friendly during hose assembly.

OPERATION

A flange coupling is fitted to a rubber or pvc hose using a hose shank

coupling, which is inserted into the hose. The hose shank may be smooth with

collar or serrated.

1. The design of the smooth hose shank of flange couplings is based on the

principle of EN 14420-2. To limit the weight of large bore flanges the wall

thickness of the flange coupling is reduced to the minimum of 2-3mm.

Up to DN 200 large bore flange couplings with smooth hose shank are

assembled with RK safety clamps complying with EN 14220-3 / DIN 2817.

2. Serrated hose shanks with collars are recommended for assembly using

band or bolted clamps.

The hose shank may have a fixed or swivel flange. A flange-to-hose

connection should preferably be fitted with at least one swivel flange. During

assembly, the connection with the fixed flange is fitted to the piping system

first, followed by the swivel flange. The swivel flange prevents twisting of the

hose during assembly.

APPLICATION

To connect rubber, pvc and thermoplastic hoses.

WORKING PRESSURE

Flange ring: connection working pressure classes PN 10 / PN 16

Hose shank - PN 10

TEMPERATURE

-20°C / -40°F up to 65°C / 149°F



MATERIAL

Stainless steel AISI 304

White plated steel

ASSEMBLY

Smooth hose shank: RK safety clamps according to EN 14420-3

Serrated hose shank: band or bolted clamps

LMCChapter C: Flange couplings

LARG

E BORE FLA

NG

E COU

PLING

SC.1.

C.1.17

W W W . L M C - C O U P L I N G S . C O MLARGE BORE FLANGE COUPLINGS

largeboreflange.indd 1 28/10/14 14:27

LARG

E BORE FLA

NG

E COU

PLING

S

C.1.

C.1.17 Chapter C: Flange couplingsC.1.18

LARGE BORE FLANGE COUPLINGS




LARG

E BORE FLA

NG

E COU

PLING

S

A.1

C.1.19





C.1.20





LARG

E BORE FLA

NG

E COU

PLING

SA.1

C.1.21



D.1. RK safety clamps

D.2. RKP safety clamps

D.3. FlEXolinE® safety clamps

D.4. RKS steam clamps

D.5. Mira band clamps

D.6. Swage ferrules

DClAMPS &FERRulES

Untitled-4 5 27/05/13 10:41


MATERIAL

� RK safety clamp shells

Drop forged aluminium USA ASTM B247, grade 6061-T6

Germany DIN 1749 grade AIMgSi1 F28 work stock No. 3.2315.61

UK BS 1472 HE 20 Grade 6061

Drop forged brass USA ASTM B16, grade C36000

Germany DIN 17660 grade CuZn36Pb3

UK BS 2847 grade CZ124

Cast stainless steel USA ASTM A666 grade 316 stainless steel

Germany DIN 17440 grade1.4401 X5CrNiMo1810

UK NF A35-579 grade Z6CND17.11

� Nuts and bolts

Aluminium RK safety clamps: bolts complying with EN ISO 4762 / DIN 912, zinc plated 8.8

nuts complying with EN ISO 4032 / DIN 934, zinc plated 8.8

Brass RK safety clamps: bolts complying with EN ISO 4762 / DIN 912, zinc plated 8.8

nuts complying with EN ISO 4032 / DIN 934, zinc plated 8.8

Stainless steel RK safety clamps:bolts complying with EN ISO 4762 / DIN 912, stainless steel A.2

nuts complying with EN ISO 4032 / DIN 934, stainless steel A.2

RK safety clamps are supplied complete with nuts and bolts.

ASSEMBLY

See chapter E for the correct assembly instructions

RK SAFETY CLAMPS EN 14420-3 / DIN 2817

Chapter E: Assembly clamps & ferrulesD.1.2

d1-rk safety 7/17/07 4:32 PM Pagina 2

Untitled-3 2 10/06/13 16:25

Chapter E: Assembly clamps & ferrules

RK SAFETY CLAMPS

RK

SAFET

YC

LAM

PS

EN 1

44

20

-3 /

DIN

28

17

D.1.5

D.1.W W W . L M C - C O U P L I N G S . C O M

BOLTS EN ISO 4762

Size Material Box quantity Weight/pc ReferenceKg

M6x20 Zinc plated 8.8 500 3.22 BVID06X20



M6x20 Stainless steel A.2 500 3.16 BRID06X20



NUTS EN ISO 4032


M6 Zinc plated 8.8 250 0.55 MVD06



M6 Stainless steel A.2 250 0.50 MRD06



IDENTIFICATION RING

ND Material OD Weight/pc Referencemm Kg

13 Stainless steel 31.0 0.03 IR013








Polished stainless steel AISI 304 - EN 1.4301

d1-rk safety 7/17/07 4:32 PM Pagina 5

Untitled-3 5 10/06/13 16:25

RK

PSA

FETY

CLA

MP

SEN

14

42

0-3

/D

IN 2

81

7

D.2.


STANDARD

RKP safety clamps and pins are manufactured in compliance with EN 11420-3 /

DIN 2817 and are used to assemble EN/DIN standardized hoses.

OPERATION

RKP safety clamps are pre-assembled by means of a hinge pin on one side of

the assembly, which facilitates and speeds up assembly. Once opened, the

RKP shells are slid across the hose and the hose coupling collar. The inside of

each shell clamp is grooved to grip the outer wall of the hose when the shell

clamps are closed and the locking pin is inserted into the RKP safety clamp

joint. When RKP safety clamps are correctly assembled, the coupling cannot

be pulled out of the hose. RKP safety clamps are easy to assemble and disas-

semble. When the clamps are not damaged they can be reused.

APPLICATION

Assembly of the rubber hoses used in food, pharmaceutical and transport

industry applications.

WORKING PRESSURE

-0.8 bar / -11 psi to 25 bar / 362 psi

TEMPERATURE

-20°C/-4 °F to + 65°C/149°F



MATERIAL

� RKP safety clamp shells

Forged aluminium

� Hinge and locking pin


RKP safety clamps are supplied complete with locking pins.

RKP SAFETY CLAMPS EN 14420-3 / DIN 2817

D.2.1

d2-rkp safety 9/19/07 11:10 AM Pagina 1

100 100 x 8 114 - 119 82 123 0.55 100

FLEXO

LINE® SA

FETY

CLA

MP

SD.3.


STANDARD

FLEXOLINE® safety clamps have been developed and manufactured in close collab-oration with customers and hose manufacturers. The hose industry developedthin-wall hoses that are lighter and more flexible then ever before. The standardRK safety clamps complying with EN 14420-3 / DIN 2817 are too big for this newgeneration thin-wall hoses. To solve this inconvenience and for safety reasonsLMC-Couplings developed FLEXOLINE® safety clamps for thin-wall rubber hoses.

OPERATION

FLEXOLINE® safety clamps are based on the shell type clamps, and are intended foruse with thin-wall hoses. FLEXOLINE® safety clamps have a rim on the inside, whichfits over the hose tail collar when the bolts are tightened. When FLEXOLINE® safetyclamps are assembled correctly, the coupling cannot be pulled out of the hose.Another advantage of FLEXOLINE® safety clamps is that when a hose is withdrawnfrom service for any reason, the LMC-Couplings shells and couplings can be easilydismantled for reuse if not damaged during service.FLEXOLINE® safety clamps can be used to replace worm drive clamps or boltclamps in hose coupling assemblies.

APPLICATION

Assembly of thin-wall rubber hoses

WORKING PRESSURE

-0.8 bar / -11 psi up to 25 bar/360 psi

TEMPERATURE

-20°C/-4 °F to + 65°C/149°FHose, coupling, assembly method and seal must be chosen in relation with thedesired application and temperature.

MATERIAL

� FLEXOLINE® safety clamp shellsForged aluminium USA ASTM B247, grade 6061-T6

Germany DIN 1749 grade AIMgSi1 F28 work stock No. 3.2315.61

UK BS 1472 HE 20 Grade 6061

Cast stainless steel USA ASTM A666 grade 316 stainless steelGermany DIN 17440 grade1.4401 X5CrNiMo1810UK BS 316 S16

� Nuts and boltsAluminium FLEXOLINE® safety clamps: bolts complying with EN ISO 4762 / DIN 912,

zinc plated 10.9nuts complying with EN ISO 4032 / DIN 934,zinc plated 10.9

FLEXOLINE® safety clamps are supplied complete with nuts and bolts.

ASSEMBLY

See chapter E for assembly instructions on smooth hose shank couplings.

FLEXOLINE® SAFETY CLAMPS

D.3.1

d3-flexoline safety 11/14/07 11:12 AM Pagina 1

Chapter D: Assembly clamps & ferrules


FLEXO

LINE® SA

FETY

CLA

MP

S

D.3.3


FLEXOLINE® SAFETY CLAMPS: ALUMINIUM

ND For hose OD hose Height Width Quantity Thread Weight/pc Referencemin-max metric

mm mm mm mm Kg25 25 x 5.0 34 - 36 50 69 4 M6 0.19 FRK025005

32 32 x 5.0 41 - 43 50 76 4 M6 0.28 FRK032005

40 38 x 5.0 47 - 49 50 83 4 M6 0.28 FRK038005

50 50 x 5.0 59 - 61 56 96 4 M8 0.38 FRK050005

65 63 x 6.0 74 - 76 74 117 4 M8 0.53 FRK063006

80 75 x 6.0 86 - 88 76 128 4 M8 0.58 FRK075006

100 100 x 6.5 112 - 114 120 166 4 M10 1.16 FRK100065

Production method: forging

Set of FLEXOLINE® safety clamps = one pair of clamps, nuts and bolts included

Bolts: DIN 912 / EN ISO 4762, zinc plated 10.9

Nuts: DIN 934 / EN ISO 4032, zinc plated 10.9

Nuts and boltsDimensions

FLEXOLINE® SAFETY CLAMPS: STAINLESS STEEL

ND For hose OD hose Height Width Quantity Thread Weight/pc Referencemin-max metric

mm mm mm mm Kg

50 50 x 5.5 60 - 62 56 96 4 M8 0.38 FRKR050005

65 63 x 6.0 74 - 76 74 117 4 M8 0.53 FRKR063006

80 75 x 6.5 87 - 89 76 128 4 M8 0.58 FRKR075006


Set of FLEXOLINE® safety clamps = one pair of clamps, nuts and bolts included

Bolts: DIN 912 / EN ISO 4762, stainless steel A.2 class 70

Nuts: DIN 934 / EN ISO 4032, stainless steel A.2 class 70

Nuts and boltsDimensions




D.3.4


BOLTS EN ISO 4762







NUTS EN ISO 4032







IDENTIFICATION RING

ND Material Ø ID Weight/pc Referencemm Kg







Polished stainless steel AISI 304 - 1.4301Identification rings are slid across the hose containing engraved technical information likeworking pressure, hose identification, certification number, ...



RKS STEAM CLAMPS

D.4.4


BOLTS COMPLYING EN ISO 4762

Size Material Box quantity Weight Reference







NUTS EN ISO 4032

Size Material Box quantity Weight Reference

M6 Zinc plated 8 250 0.55 MVD06






IDENTIFICATION RING

ND Material For hose Ø OD Weight/pc Referencemm Kg







Polished stainless steel AISI 304 - 1.4301Identification rings are slid across the hose containing engraved technical information likeworking pressure, hose identification, certification number, ...

d4-rks safety 9/19/07 11:53 AM Pagina 4

FIXP BA

ND

CLA

MP

SD

IN 3

01

7


STANDARD

FIXP band clamps are designed in compliance with DIN 3017, and are used to

assemble all kinds of industrial hoses.

OPERATION

In case of smaller hose dimensions a single band clamp is used. For larger

hose diameters the use of two bold clamps is recommended. When two FIXP

clamps are assembled on a serrated hose shank always place them in a quarter

turn opposed to each other. This will prevent leakage.

FIXP band clamps are preferably assembled with a torque wrench. Always

use the recommended torque value because clamping force is vital to

prevent leakage or blow-off. Thanks to the large band width together with the

rounded band edges damage to the hose is prevented.

FEATURES

FIXP BAND CLAMPS DIN 3017

D.5.1

1. Tool spacer for easy assembly

2. Rounded bridge

3. High-quality spot welds for

strength

4. Full bushing for strong bridge con-

structions

5. Guiding bridges guide the clamp

ensuring smooth running when

torqued tight

6. Rounded edge to prevent burrs

and perforations when torqued

tightly

1

2 3

6

4

5

1. 2. 3. 4. 5. 6.

d5-mira band clamps 9/6/07 10:55 AM Pagina 1

APPLICATION

Sealing and retaining suction and pressure hoses with steel or plastic reinforcement and high shore hardness.

Torque moment - Nm for steel band clamps

MATERIAL

W1 clamps are the most frequently used. W4 clamps are recommended where greater corrosion resistance is required.

We recommend W5 for use in high-corrosion environments.

FIXP BAND CLAMPS DIN 3017

Chapter D: Assembly clamps & ferrulesD.5.2

HOSE DIAMETER NM NMMIN - MAX STEEL CLAMP SS CLAMP

17 - 19 4.5 25.0

20 - 22 4.5 25.0

23 - 25 4.5 25.0

26 - 28 4.5 25.0

29 - 31 8.0 25.0

32 - 35 8.0 25.0

36 - 39 8.0 25.0

40 - 43 8.0 50.0

44 - 47 8.0 50.0

48 - 51 8.0 50.0

52 - 55 8.0 50.0

56 - 59 8.0 50.0

60 - 63 25.0 50.0

64 - 67 25.0 50.0

68 - 73 25.0 50.0

74 - 79 25.0 50.0

80 - 85 25.0 50.0

Clamp

Bushing

STEEL (FIXP)

W1, galvanised steel band

Zinc-plated Q235LL

Screw 8.8

Bridge W1, galvanised steel plate

STAINLESS STEEL (FIXPR)

W4, stainless steel AISI 304 - 1.4301

W4, Stainless steel AISI 304 - 1.4301

Stainless steel A2 - galvanized


HOSE DIAMETER NM NMMIN - MAX STEEL CLAMP SS CLAMP

86 - 91 25.0 50.0

92 - 97 25.0 50.0

98 - 103 25.0 50.0

104 - 112 25.0 50.0

113 - 121 25.0 50.0

122 - 130 25.0 50.0

131 - 139 50.0 50.0

140 - 148 50.0 50.0

149 - 162 50.0 50.0

163 - 174 50.0 50.0

174 - 187 50.0 50.0

188 - 200 50.0 50.0

210 - 213 50.0 50.0

214 - 226 50.0 50.0

227 - 239 50.0 50.0

240 - 252 50.0 50.0

Nm= maximum advised torque moment, we recommend working at 72% of the maximum values



FIXP BAND CLAMPS DIN 3017FIXP B

AN

D C

LAM

PS

DIN

30

17

D.5.

W 1 Galvanised steel band. Low corrosion resistance.

Application: Household and indoor plumbing applications.

W 2 Chrome steel band and housing (AISI 430 – 1.4016). Zinc-plated mild steel screw. Low to average corrosion resistance,

ensuring that corroded connections can be loosened.

Application: Cars, trucks and mechanical engineering applications with low corrosion-resistance requirements.

W 3 All components in chrome steel (AISI 430 – 1.4016). W3 is used exclusively in original equipment applications.

Medium corrosion resistance.

Application: Automotive industry.

W 4 Nickel chrome steel band (AISI 304 – 1.4301, also known as V2A). High corrosion resistance and bright durable surface.

Application: For critical automotive connections, such as fuel lines (SM 9 clamps made from W4), top-grade mechanical

engineering applications, agricultural machinery, motorcycles, etc ...

W 5 All components in nickel chrome molybdenum steel (AISI 316 – 1.4401, also known as V4A). W5 is saltwater-resistant and

is very hard to magnetise. Maximum corrosion resistance. Used close to critical components and electronic circuits.

Application: Ship building, defence, food , sewage treatment, chemical and high-specification mechanical engineering

applications.

THREADS

Bolt: Metric

D.5.3



FIXP BAND CLAMPS

FIXP BA

ND

CLA

MP

SD

IN 3

01

7

D.5.5


FIXP BAND CLAMP: STEEL W1

ND Band with Band thickness Screw Nm Referencemm +/- 1 mm mm

17 - 19 18.0 0.6 M5 4.5 FIXP017

20 - 22 18.0 0.6 M5 4.5 FIXP020

23 - 25 18.0 0.6 M5 4.5 FIXP023

26 - 28 18.0 0.6 M5 4.5 FIXP026

29 - 31 20.0 0.6 M6 8.0 FIXP029

32 - 35 20.0 0.8 M6 8.0 FIXP032

36 - 39 20.0 0.8 M6 8.0 FIXP036

40 - 43 20.0 0.8 M6 8.0 FIXP040

44 - 47 22.0 1.2 M6 8.0 FIXP044

48 - 51 22.0 1.2 M6 8.0 FIXP048

52 - 55 22.0 1.2 M6 8.0 FIXP052

56 - 59 22.0 1.2 M6 8.0 FIXP056

60 - 63 22.0 1.2 M8 25.0 FIXP060

64 - 67 22.0 1.2 M8 25.0 FIXP064

68 - 73 24.0 1.5 M8 25.0 FIXP068

74 - 79 24.0 1.5 M8 25.0 FIXP074

80 - 85 24.0 1.5 M8 25.0 FIXP080

86 - 91 24.0 1.5 M8 25.0 FIXP086

92 - 97 24.0 1.5 M8 25.0 FIXP092

98 - 103 24.0 1.5 M8 25.0 FIXP098

104 - 112 24.0 1.5 M8 25.0 FIXP104

113 - 121 24.0 1.5 M8 25.0 FIXP113

122 - 130 24.0 1.5 M8 25.0 FIXP122

131 - 139 26.0 1.7 M10 50.0 FIXP131

140 - 148 26.0 1.7 M10 50.0 FIXP140

149 - 161 26.0 1.7 M10 50.0 FIXP149

162 - 174 26.0 1.7 M10 50.0 FIXP162

175 - 187 26.0 1.7 M10 50.0 FIXP175

188 - 200 26.0 1.7 M10 50.0 FIXP188

201 - 213 26.0 1.7 M10 50.0 FIXP201

214 - 226 26.0 1.7 M10 50.0 FIXP214

227 - 239 26.0 1.7 M10 50.0 FIXP227

240 - 252 26.0 1.7 M10 50.0 FIXP240

Band material: W1, steel Nm = torque moment



FIXP BAND CLAMPS

D.5.6


FIXP BAND CLAMP: STAINLESS STEEL W4

ND Band with Band thickness Screw Nm Reference

mm +/- 1 mm mm

17 - 19 18.0 0.6 M5 4.5 FIXPR017

20 - 22 18.0 0.6 M5 4.5 FIXPR020

23 - 25 18.0 0.6 M5 4.5 FIXPR023

26 - 28 18.0 0.6 M5 4.5 FIXPR026

29 - 31 20.0 0.6 M6 8.0 FIXPR029

32 - 35 20.0 0.6 M6 8.0 FIXPR032

36 - 39 20.0 0.6 M6 8.0 FIXPR036

40 - 43 20.0 0.6 M6 8.0 FIXPR040

44 - 47 22.0 0.8 M6 8.0 FIXPR044

48 - 51 22.0 0.8 M6 8.0 FIXPR048

52 - 55 22.0 0.8 M6 8.0 FIXPR052

56 - 59 22.0 0.8 M6 25.0 FIXPR056

60 - 63 22.0 0.8 M8 25.0 FIXPR060

64 - 67 22.0 0.8 M8 25.0 FIXPR064

68 - 73 24.0 0.8 M8 25.0 FIXPR068

74 - 79 24.0 0.8 M8 25.0 FIXPR074

80 - 85 24.0 0.8 M8 25.0 FIXPR080

86 - 91 24.0 0.8 M8 25.0 FIXPR086

92 - 97 24.0 0.8 M8 25.0 FIXPR092

98 - 103 24.0 0.8 M8 25.0 FIXPR098

104 - 112 24.0 0.8 M8 25.0 FIXPR104

113 - 121 24.0 0.8 M8 25.0 FIXPR113

122 - 130 24.0 0.8 M8 25.0 FIXPR122

131 - 139 26.0 1.0 M10 50.0 FIXPR131

140 - 148 26.0 1.0 M10 50.0 FIXPR140

149 - 161 26.0 1.0 M10 50.0 FIXPR149

162 - 174 26.0 1.0 M10 50.0 FIXPR162

175 - 187 26.0 1.0 M10 50.0 FIXPR175

188 - 200 26.0 1.0 M10 50.0 FIXPR188

201 - 213 26.0 1.0 M10 50.0 FIXPR201

214 - 226 26.0 1.0 M10 50.0 FIXPR214

227 - 239 26.0 1.0 M10 50.0 FIXPR227

240 - 252 26.0 1.0 M10 50.0 FIXPR240

Band material: W4, stainless steel AISI 304 - 1.4301Nm = torque moment


HR

RK

SWA

GE

FERR

ULES


STANDARD

LMC-Couplings offers HRRK swage ferrules for the assembly of rubber hoses and

HRP swage ferrules to assemble PTFE hoses.

OPERATION

HRRK swage ferrules

HRRK ferrules are swaged on rubber hoses using serrated hose couplings

with collar. The HRRK ferrule is first placed around the top of the rubber hose

and the hose shank with collar is inserted into the hose afterwards. The hose

assembly is then placed in the swaging machine and the ferrule is crimped

radially. The ferrule penetrates the hose wall, providing a 360° uninterrupted

compression band around the hose. Special hose ferrules for hygienic hose

coupling connection on request available.

HRP swage ferrules

Compared with rubber hoses PTFE hoses are physically harder. HRP swage

ferrules are used to swage on smooth hose couplings with collar. The swaging

process is similar to that of HRRK swage ferrules. When swaging HRP ferrules,

the PTFE hose, the HRP ferrule and the smooth hose shank are pressed

together.

FEATURES

LMC's swage ferrules are designed to ensure long-term quality, hygiene and

safety.

1. The smooth hose-coupling connection

created by the swage

ferrule prevents bacterial growth

2. Ferrules are specially designed to

eliminate the risk of hose damage

3. Ferrule thickness ensures optimum

crimping with no distortion, thus

reducing the risk of disconnection

4. The internal profile of HRRK swage fer-

rules is similar to the grooved internal

surface of RK safety clamps

SWAGE FERRULES

D.6.1

d6-ferrules 9/6/07 11:07 AM Pagina 1


PRODUCT RANGE

D.6.2


APPLICATION

HRRK swage ferrules

HRRK swage ferrules are used for the assembly of rubber hose assemblies from ND 15 up to ND 100.

HRP swage ferrules

HRP swage ferrules are used for the assembly of PTFE hoses. From ND 6 up to ND 100.

WORKING PRESSURE

25 bar / 362 psi

MATERIAL


SWAGE FERRULES


HRRK SWAGE FERRULES FOR RUBBER HOSES

ND Inch Hose Hose Hose A B C D Weight/pc Referencemin max mm mm mm mm kg

15 1/2’ 13 x 4 20.7 22.2 28.5 19.2 42.0 22.2 0.06 HRRK01304015 1/2’ 15 x 5 22.7 24.2 31.4 20.5 42.0 24.2 0.04 HRRK01505020 3/4’ 20 x 6 30.9 32.4 39.8 27.7 42.0 32.4 0.10 HRRK02006025 1’ 25 x 7 39.1 40.6 47.5 34.4 42.2 40.6 0.12 HRRK02507032 1.1/4’ 32 x 6 43.9 45.4 52.0 40.7 42.0 45.4 0.13 HRRK03206032 1.1/4’ 32 x 8 48.4 49.9 58.1 42.2 42.0 49.9 0.18 HRRK03208040 1.1/2’ 38 x 6.5 51.8 53.3 60.0 47.1 44.5 53.3 0.19 HRRK03806540 1.1/2’ 38 x 9 56.6 58.1 67.5 48.9 47.5 58.1 0.26 HRRK03809050 2’ 50 x 6.5 63.0 64.5 72.7 59.6 60.0 64.5 0.33 HRRK05006550 2’ 50 x 8 66.4 67.9 77.0 60.7 60.0 67.9 0.39 HRRK05008050 2’ 50 x 11 73.1 74.6 86.0 62.9 60.0 74.6 0.55 HRRK05011065 2.1/2’ 65 x 8 81.4 82.9 93.0 74.7 70.0 82.9 0.55 HRRK06508065 2.1/2’ 65 x 12 90.3 91.8 104.0 77.6 70.0 91.8 0.66 HRRK06512080 3’ 75 x 8 91.4 92.9 102.7 86.7 83.0 92.9 0.70 HRRK07508080 3’ 75 x 12 100.3 101.8 114.0 89.6 83.0 101.8 1.05 HRRK075120

100 4’ 100 x 10 120.9 122.4 135.0 113.2 99.0 122.4 1.47 HRRK100100100 4’ 100 x 16 134.3 135.8 150.0 117.6 99.0 135.8 1.47 HRRK100160

HRRK swage ferrules: stainless steel AISI 316 / 1.4401Steel HSRK swage ferrules on request available.Other dimensions available on request.Assembly: HRRK swage ferrules are recommended for the assembly of rubber hoses.

A

B

C

D


SWAGE FERRULES

HR

RK

SWA

GE

FERR

ULES

D.6.3


HRP SWAGE FERRULES FOR PTFE HOSES

ND Inch A B C D Weight/pc Referencemm mm mm mm kg

6 1/4’ 15.0 11.3 33.6 10.2 0.02 HRP068 5/16’ 17.9 14.0 35.2 14.3 0.02 HRP08

10 3/8’ 19.9 14.2 35.2 16.3 0.03 HRP1012 1/2’ 23.6 19.2 43.0 18.7 0.05 HRP1216 5/8’ 28.3 20.8 45.1 23.9 0.06 HRP1620 3/4’ 31.5 26.3 43.55 27.0 0.07 HRP2025 1’ 38.1 32.3 46.0 33.9 0.08 HRP2532 1.1/4’ 48.5 39.3 46.0 41.0 0.16 HRP3240 1.1/2’ 52.0 45.5 46.0 45.8 0.18 HRP3850 2’ 65.0 58.4 51.4 59.5 0.20 HRP5065 2.1/2’ 81.0 73.2 68.0 72.5 0.51 HRP6580 3’ 93.7 85.1 70.0 85.1 0.61 HRP75

100 4’ 119.9 112.0 103.2 111.0 0.84 HRP100

HRP swage ferrules: stainless steel AISI 316 / 1.4401Other dimensions available on requestAssembly: HRP swage ferrules are recommended for the assembly of PTFE hoses.

A

B

C

D


STANDARD

LMC-Couplings offers HRRL swage ferrules for the assembly of industrial rubber

hoses.

OPERATION

HRRL swage ferrules are swaged on industrial rubber hoses using hose couplings

with collar. The HRRL is first placed around the top of the hose and the hose

shank with collar is inserted into the hose afterwards. The hose assembly is then

placed in the swaging machine and the ferrule is crimped radially. The ferrule

penetrates the hose wall, providing a 360° uninterr upted compression band

around the hose.

FEATURES

LMC’s HRRL swage ferrules are cold drawn stainless steel ferrules with an inside

sharp serration and designed to ensure long-term quality and safety.

1. Ferrules are specially designed to eliminate the risk of hose damage;

2. Ferrule thickness ensures optimum crimping with no distortion, thus

reducing the risk of disconnection;

3. The internal surface of the HRRL swage ferrules is designed to have a very

firm grip on the hose;

4. Also to use on thin-walled hoses.

APPLICATION

HRRL swage ferrules are used for the assembly of industrial rubber hoses from

ND 38 up to ND 100 where a light version is required.

WORKING PRESSURE

10 bar / 150 psi (for couplings with smooth tail)

16 bar / 230 psi (for couplings with serrated tail)

MATERIAL


LMCChapter D: Assembly clamps & ferrules

SS SWAG

E FERRULES H

RRLD.6.

D.6.5.

W W W . L M C - C O U P L I N G S . C O MSS SWAGE FERRULES HRRL


W W W . L M C - C O U P L I N G S . C O MSS SWAGE FERRULES HRRL

Chapter D: Assembly clamps & ferrulesD.6.6.

Swage ferrules HRRK vs. HRRL

Style Heavy duty, also heavy wall sizes Light duty, also thin wall sizes

Working pressure 25 bar 10 bar (assembled with smooth tail and collar)

16 bar (assembled with serrated tail and collar)

Dimension ND 15 / 20 / 25 / 32 / 40 / 50 / 65 / 80 / 100 ND 40 / 50 / 65 / 80 / 100

Application Food and pharma hoses General applications

Finishing Machined Cold drawn

Advantages Hygienic crimping method Cost-saving up to 45%

To fit with couplings acc. EN 14420-2 To fit with couplings acc. EN 14420-2

Material Stainless steel AISI 316 / 1.4401 Stainless steel AISI 304 / 1.4301

HRRK swage ferrules new HRRL swage ferrules



SS SWAGE FERRULES HRRLSS SW

AGE FERRU

LES HRRL

D.6.

D.6.7.


HRRL swage ferrules: stainless steel AISI 304 / 1.4301Assembly: HRRL swage ferrules are recommended for the assembly of industrial rubber hoses.

EA CRIMP COUPLING WITH SERRATED HOSE SHANK

ND For hose mm

OD Ø min. OD Ø max. Lenght Reference

4040505065658080

100100

38 x 5 mm38 x 6,5 mm50 x 5,5 mm50 x 8 mm63 x 6 mm63 x 8 mm

76 x 6,5 mm76 x 8 mm

100 x 6,5 mm100 x 8 mm

46,948,959,564

73,875,585,891,2

112,5114,5

48,951,961,966,975,979,988,993,2

115,8118,1

5555616175759090

110110

HRRL038050HRRL038065HRRL050055HRRL050080HRRL065060HRRL065080HRRL075065HRRL075080HRRL100065HRRL100080


E.1. Seals

E.2. inspection documents

E.3. Production methods

E.4. Materials

E.5. Threads

E.6. Flanges

E.7. Hose assemblies

E.8. Temperature & pressure

E.9. Resistance table

ETECHniCAl inFoRMATion

Untitled-4 6 27/05/13 10:41

SEALS

E.1.W W W . L M C - C O U P L I N G S . C O M

Though "elastomer" is synonymous with "rubber", it is more formally a poly-

mer that can be modified to a state exhibiting little plastic flow and quick or

nearly complete recovery from an extending force, and upon immediate

release of the stress, will return to approximately its own shape. According

to the definition of the American Society for Testing and Materials (ASTM) for

the term "elastomer" it is essential that: An elastomer part must not break

when stretched approximately 100%. After being stretched 100%, held for 5

minutes and then released, it must retract to within 10% of its original length

within 5 minutes after release.

Resistance to the media

As used throughout this manual, the term "media" denotes the substance

retained by the seal like liquids, gasses, or a mixture of both, powders or

solids. The chemical effect of the media on the seal is of prime importance.

It must not alter the operational characteristics or reduce the life expectancy

of the seal. Excessive deterioration of the seal must be avoided. It is easy,

however, to be misled on this point. A significant amount of volume shrink-

age usually results in premature leakage of any seal, whether static or

dynamic. On the other hand, a compound that swells excessively, or devel-

ops a large increase or decrease in hardness, tensile strength, or elongation,

will often continue to serve well for a long time as a static seal, in spite of

undesirable test results on elastomer compounds. The first step in selecting

the correct material is to select an elastomer that is compatible with the

chemical environment.

Compound

A compound is a mixture of base polymer(s) and other chemicals which form

a finished rubber material. More precisely, the term 'compound' refers to a

specific blend of ingredients tailored for particular characteristics required to

optimize performance in some specific service. The basis of compound

design is selection of the polymer type. To the elastomer, the compounder

may add reinforcing agents, such as carbon black, coloured pigments, curing

or vulcanizing agents, activators, plasticizers, accelerators, anti-oxidants or

anti-radiation addiditives. There may be hundreds of such combinations.

The physics of rubber

Rubber is composed of long chains of randomly oriented molecules. These

long chains are subject to entanglement and cross-linking. The entangle-

ment has a significant impact on the viscoelastic properties such as stress

relaxation. When a rubber is exposed to stress or strain energy, internal

rearrangements such as rotation and extension of the polymer chains occur.

These changes occur as a function of the energy applied or the duration and

rate of application, as well as the temperature at which the energy is applied.

ISO 1629 identifies approximately 25 elastomeric types.

SEALS

E.1.1

e-technical information 9/19/07 4:18 PM Pagina 1

Chapter E: Technical information

SEAL MATERIALS

SEALS

E.1.3


NBR / Acrylonitrile butadiene

Nitrile, chemically, is a copolymer of butadiene and acrylonitrile. Acrylonitrile content varies in commercial products from 18%

to 50%. As the nitrile content increases, resistance to petroleum base oils and hydrocarbon fuels increases, but low tempera-

ture flexibility decreases. Due to its excellent resistance to petroleum products, and its ability to be compounded for service

over a temperature range of -30°C / -22°F to 120°C / 248°F nitrile is the most widely used elastomer in the seal industry today.

Also many military rubber specifications for fuel and oil resistant seals require nitrile based compounds. It should be mentio-

ned that to obtain good resistance to low temperature, it is often necessary to sacrifice some high temperature resistance.

Nitrile compounds are superior to most elastomers with regard to compression set, tear, and abrasion resistance. Nitrile

compounds do not possess good resistance to ozone, sunlight, or weather. They should not be stored near electric motors or

other ozone generating equipment. They should be kept from direct sunlight. However, this can be improved through comp-

ounding. NBR is the standard material for hydraulics and pneumatics. NBR resists oil-based hydraulic fluids, fats, animal and

vegetable oils, flame retardant liquids (HFA, HFB, HFC), grease, water and air.

EPDM - EPM / Ethylene Propylene, and Ethylene Propylene Diene rubberEthylene propylene rubber is an elastomer prepared from ethylene and propylene monomers (ethylene propylene copolymer)

and at times with an amount of a third monomer (ethylene propylene terpolymers). Ethylene propylene rubber has a

temperature range of -40°C / -40°F to 145°C / 293°F, depending on the curing system.

It has a great acceptance in the sealing world because of its excellent resistance to heat, water and steam, alkali, mild acidic

and oxygenated solvents, ozone, and sunlight. These compounds also withstand the affect of brake fluids and other phospha-

te ester-based hydraulic fluids. EPDM compounds are not recommended for gasoline, petroleum oil and grease, and hydro-

carbon environments. Special EPDM compounds have good resistance to steam.

FPM - FKM / Fluorocarbon rubber

Fluorocarbon elastomers have grown to major importance in the seal industry. Due to its wide range of chemical compatibili-

ty, temperature range, low compression set, and excellent aging characteristics, fluorocarbon rubber is the most significant

single elastomer developed in recent history.

Fluorocarbon elastomers are highly fluorinated carbon-based polymers used in applications to resist harsh chemical and

ozone attack. The working temperature range is considered to be -30°C / -22°F to +200°C / 392°F. But for short working

periods it will take even higher temperatures. Special compounds having improved chemical resistance are also available

with new types always being developed. Generally speaking, with increasing fluorine content, resistance to chemical attack is

improved while low temperature characteristics are diminished. There are, however, specialty grade fluorocarbons that can

provide high fluorine content with low temperature properties.

FPM resists mineral oils and greases, aliphatic, aromatic and also special chlorinated hydrocarbons, petrol, diesel fuels, silicone

oils and greases. It is suitable for high vacuum applications. Many fluorocarbon compounds have a higher than normal mould

shrinkage rate, molds for fluorocarbon products are often different from molds for Nitrile.

AU - EU / Polyurethane rubber (PU)

Polyurethanes (Polyester-urethane AU and Polyether-urethane EU) exhibit outstanding mechanical and physical properties in

comparison with other elastomers. Urethanes provide outstanding resistance to abrasion and tear and have the highest avai-

lable tensile strength among all elastomers while providing good elongation characteristics. Ether based urethanes (EU) are

directed toward low temperature flexibility applications. The ester based urethanes (AU) provide improved abrasion, heat,

and oil swell resistance.

Over a temperature range of -40°C / -40°F up to 82°C / 180°F, resistance to petroleum based oils, hydrocarbon fuels, oxygen,

ozone and weathering is good. However, polyurethanes quickly deteriorate when exposed to acids, ketones and chlorinated

hydrocarbons. Certain types of polyester-urethanes (AU) are also sensitive to water and humidity. Polyether-urethanes (EU)

offer better resistance to water and humidity.

The inherent toughness and abrasion resistance of polyurethane (EU) seals is particularly desirable in hydraulic systems where

high pressures, shock loads, wide metal tolerances, or abrasive contamination is anticipated.



SEAL MATERIALS

E.1.4


CSM / Chlorosulfonated polyethylene

CSM show excellent resistance to weathering and give good service in many media. It is inherent ozone resistant and shows a

very low erosion rate in rain and hail, regardless of colour. CSM provides good oil, acid, and flame resistance. The temperatu-

re range is -40°C / -40°F to 140°C / 284°F

FEP / Fluorinated ethylene propylene

FEP is a copolymer of tetrafluorethylene and hexafluorpropylene. FEP has a lower melting point than PTFE making it suitable

for injection moulding. FEP is used for encapsulation with for example Silicone square seals. FEP has a wide spectrum of che-

mical compatibility and temperature range and excellent aging characteristics. The temperature range for Silicone - FEP

encapsulated seals is -60°C / -76°F to 205°C / 401°F.

PTFE / Poly tetrafluorethylene

Poly TetraFluoroEthylene is a fluorocarbon-based polymer and is commonly abbreviated PTFE. PTFE's mechanical properties

are low compared to other plastics, but its properties remain at a useful level over a wide temperature range of -30°C / -22°F to

300°C / 572°F. Mechanical properties are often enhanced by adding fillers. It has excellent thermal and electrical insulation

properties and a low coefficient of friction. PTFE is very dense and cannot be melt processed - it must be compressed and sin-

tered to form useful shapes.

PTFE + 15% graphite / Poly tetrafluorethylene + 15% graphite

PTFE seals filled with 15% graphite have a low coefficient of friction compared to other filled PTFE materials. Compared to

unmodified PTFE they show a higher flexural modulus and surface hardness up to 97 Shore A, a lower notched impact

strength, tensile strength, elongation at break and electrical characteristics compared with unmodified PTFE.

VMQ / MVQ / Silicone rubber

Silicones are a group of elastomeric materials made from silicone, oxygen, hydrogen, and carbon. Extreme temperature range

and low temperature flexibility are characteristics of silicone compounds. As a group, silicones have poor tensile strength, tear

resistance, and abrasion resistance. Special compounds have been developed with exceptional heat and compression set

resistance. High strength compounds have also been made, but their strength does not compare to conventional rubber.

Silicones possess excellent resistance to extreme temperatures -55°C / -67°F to 230°C / 446°F. Some special compounds resist

even higher temperatures. Retention of properties of silicone at high temperature is superior to most other elastic materials.

Silicone compounds are very clean and are used in many food and medical applications because they do not impart odour or

taste. Silicone compounds are not recommended for dynamic sealing applications due to relatively low tear strength and

high coefficient of friction.

Silicone is resistant to hot air, ozone, UV radiation, engine and transmission oils, animal and vegetable fats and oils, and brake

fluids. VMQ also has low resistance to mineral oils. Silicone can be compounded to be electrically resistant, conductive, or

flame retardant. Silicones are also fungous resistant, odorless, tasteless and non-toxic but are not resistant to petrol oils.

SBR / Styrene Butadiene Rubber

This material is similar to natural rubber. SBR still finds service in brake fluid applications, although the high temperature

range is inferior to that of ethylene propylene compounds. Service range for this material is -50°C / -58°F to +110°C / +230°F.



SEAL MATERIALS

SEALS

E.1.5


novatec® PREMIUM II

novatec® PREMIUM II offers flange seals for raised face and flat face applications. Raised face flange seals are used in circum-

stances where the seal is directly placed on the contact face of the flange, between the flange holes. Flat face flange seals are

placed over the full flange surface, including the flange holes.

novatec® PREMIUM II is a flange seal used in a wide range of industries. Due to the combination of graphite and aramide

fibres (KEVLAR®) and a low percentage of binder the flange seal is very good temperature resistance and therefore resistant to

80% of all common media in the chemical industry. novatec® PREMIUM II seals show good stress relaxation, high temperature

resistant, good ductility, anti stick coating, excellent torque retention, high tensile strength and a temperature range of

+320°C / +608°F.

novatec® PREMIUM II is a registered trademark of Frenzelit

KEVLAR® is a registered trademark of Dupont Dow Elastomers

GORE™ Universal Pipe Seal (UPG) Style 800

GORE™ Universal Pipe Seal (UPG) Style 800 is composed out of 100% expanded PTFE. They are offered for flat face and raised

face applications. Due to his multidirectional fibre structure and his unique profile (envelope type) GORE™ UPG Style 800

seals are used for a wide range of applications in the chemical industry. Following features are to be mentioned: chemically

inert and temperature resistant (-210°C / -346°F up to +260 °C / 500°F), seals at low bolt load, high dimensional stability, high

resistance against creep and cold flow, resistant to all media in the 0-14 pH range with exception for alkali metals and element

fluorine.

GORE™ is a registered trademark of W.L. Gore & Associates, Inc.

BIO-PRO®

As the process conditions in pharmaceutical installations are getting more and more severe (temperature - CIP - SIP -aseptic),

the need of a universal applicable product is relevant. GYLON BIO-PRO is a perfect combination between virgin PTFE and

glass based microspheres. Due to its inorganic microspheres, GYLON BIO-PRO is highly compressible and can be used in a

wide range of applications. The mix of PTFE with microspheres permits GYLON BIO-PRO to resist to a universal range of

liquids, and combines a high temperature resistance (from -210°C / -346°F to 260°C / 500°F) with an exceptional good mecha-

nical stability. Indeed, cold-flow, usually recognised as one of the major problems with virgin PTFE-seals, is completely elimi-

nated when using a modified PTFE-seal such as GYLON BIO-PRO.

GYLON BIO-PRO can be used in low- stress-applications, which means that this material can be used in plastic, glass as well as

in stainless steel couplings like triclamp couplings.

GYLON BIO-PRO is a registered trademark of Garlock Sealing Technologies



CHEMICAL TERMS

E.1.6


* Natural* Synthetic

Chemical term ASTM 1418 ISO 1629 Polymer trade name Registered trade mark of

Acrylonitrile Butadiene NBR NBR Perbunan N®, Buna N® Bayer Corporation

Highly Saturated Nitrile HNBR HNR Therban® Bayer Corporation

Carboxylated Nitrile XNBR XNBR Nipol® Zeon Chemicals Inc.

Fluorocarbon FKM FPM Viton® DuPont Dow Elastomers

Ethylene Propylene EPDM EPDM Nordel® DuPont Dow Elastomers

Styrene Butadiene SBR SBR Stereon® Dow Corning Corp.

Poly Tetrafluorethylene PTFE PTFE Teflon® DuPont Dow Elastomers

Polychloroprene CR CR Neoprene® DuPont Dow Elastomers

lsobutylene lsoprene IIR IIR Butyl® ExxonMobil Chemical

Silicone VMQ MVQ Silastic® Dow Corning Corp.

Fluorosilicone FVMQ MFQ FSE® General Electric Co.

Chlorosulfonaled Polyethylene CSM CSM Hypalon® DuPont Dow Elastomers

Polyisoprene NR / IR NR / IR SMR® Goodyear Rubber Products

Natsyn® Copr.

Polyurethane (Polyester or Polyether) AU or EU AU or EU Vulkollan® Bayer Corporation

Perfluoroelastomer FFPM FFPM Kalrez® DuPont Dow Elastomers

Fluorinated etylene propylene FEP FEP - -


Form: SquareSeal place: Coupling side coupler partMaterial: NBR, EPDM, FPM, CSM,Reference: NBR: VLXB ...

EPDM: VLXE ...FPM: VLXV ...CSM: VLXH ...

Temperature range: NBR: -30°C / -22°F to 120°C / 248°FEPDM: -40°C / -40°F to 145°C / 293°FFPM: -30°C / -22°F to 200°C / 392°FCSM: -40°C / -40°F to 140°C / 284°F

Colour: NBR: blackEPDM: black yellow stripedFPM: greenCSM: black green striped

Hardness: NBR: 60 +/- 5 Shore AEPDM: 70 +/- 5 Shore AFPM: 70 +/- 5 Shore ACSM: 70 +/- 5 Shore A


CAM & GROOVE COUPLINGS

SEALS

E.1.7

E.1.

Cam & groove couplings in compliance with FEDERAL Mil A-A-59326A / EN 14420-7 / DIN 2828

Coupler seal

� Square seal

Dimensions

ND Inch OD Ø +/- 0.3 mm ID Ø +/- 0.2 mm Height +/- 0.2 mm

15 1/2” 26.5 17.5 4.0

20 3/4” 35.0 22.0 5.5

25 1” 40.0 27.0 6.4

32 1.1/4” 50.0 35.0 6.4

40 1.1/2” 56.0 41.0 6.4

50 2” 67.0 51.0 6.4

65 2.1/2” 80.0 60.0 6.4

80 3” 95.0 76.0 6.4

100 4” 124.0 102.0 6.4

125 5” 150.5 124.0 6.4

150 6” 180.0 153.0 6.4 200 8” 232.5 203.5 7.9





E.1.8


� Closed seal

Dimensions

Form: Square + closedSeal place: Coupling side coupler partMaterial: FEP outside, Silicone insideReference: VLXPSG ...Temperature range: -60°C / -76°F to 204°C / 399°FColour: Transparent outside, red insideHardness: 60 +/- 5 Shore D


15 1/2" 26.6 17.5 4.0

20 3/4" 35.0 22.2 5.5

25 1" 39.7 27.0 6.5

32 1 1/4" 49.2 34.5 6.5

40 1 1/2" 55.5 41.3 6.5

50 2" 66.7 50.8 6.5

65 2 1/2" 79.4 60.3 6.5

80 3" 95.5 76.2 6.5

� Open envelope seal

Dimensions

Form: Open envelopeSeal place: Coupler sideMaterial: PTFE outside, EPDM or FPM insideReference: PTFE - EPDM : VLXP ...

PTFE - FPM : VLXP ... VTemperature range: PTFE - EPDM : -25°C / -13°F to 100°C / 212°F

PTFE - FPM : -10°C / 14°F to 200°C / 392°FColour: PTFE: white outside

EPDM: black insideFPM: black grey striped inside

Hardness: PTFE - EPDM: 85 +/- 5 Shore DFPM - FPM: 85 +/- 5 Shore D


15 1/2" 26.2 17.5 4.0

20 3/4" 35.3 21.2 5.5

25 1" 39.0 23.0 6.4

32 1 1/4" 49.5 32.4 6.4

40 1 1/2" 55.2 35.2 6.4

50 2" 66.0 47.0 6.4

65 2 1/2" 79.0 58.5 6.4

80 3" 94.5 76.3 6.4

100 4" 124.0 102.0 6.4




SEALS

E.1.9


� Closed envelope seal

Dimensions

Thread seal

Dimensions

Form: Closed envelopeSeal place: Coupler sideMaterial: PTFE outside, FPM core insideReference: VLXPG ...Temperature range: -15°C / -26°F to 200°C / 392°FColour: PTFE: white outside

FPM: black insideHardness: PTFE - FPM: 74 +/- 5 Shore D


15 1/2" 26.5 13.5 4.5

20 3/4" 35.0 18.0 5.7

25 1" 41.8 23.5 6.5

32 1 1/4" 48.0 30.0 6.5

40 1 1/2" 56.0 35.5 6.5

50 2" 67.0 46.5 6.5

65 2 1/2" 81.5 60.0 6.6

80 3" 94.0 76.0 6.6

100 4" 122.5 100.5 6.6

Form: Square + flatSeal place: Female thread side for adaptor / coupler partMaterial: PTFE or PUReference: PTFE: X2RP ...

PU: X2RV ...Temperature range: PTFE: -30°C / -22°F to 300°C / 572°F

PU: -40°C / -40°F to 82°C / 180°FColour: PTFE: white

PU: brownHardness: PTFE: 90 +/- 5 Shore A

PU: 65 +/- 5 Shore A


20 3/4” 26.0 19.0 1.5

25 1” 33.0 24.0 2.0

32 1.1/4” 42.0 33.0 2.0

40 1.1/2” 48.0 39.0 2.0

50 2” 60.0 49.0 2.0

65 2.1/2” 76.0 63.0 2.5

80 3” 88.0 77.0 3.0

100 4” 114.0 100.0 3.0



GUILLEMIN COUPLINGS

E.1.10


Guillemin couplings in compliance with EN 14420-8 / NF E 29.572

Square seal for coupling part

Dimensions

Flat seal for plug

Dimensions

Form: SquareSeal place: Coupling sideMaterial: NBR, FPM, EPDM, PTFEReference: NBR: GXB ...

FPM: GXV ...EPDM: GXE ...PTFE: GXP ...

Temperature range: NBR: -30°C / -22°F to 120°C / 248°FFPM: -30°C / -22°F to 200°C / 392°FEPDM: -40°C / -40°F to 145°C / 293°FPTFE: -30°C / -22°F to 300°C / 572°F

Colour: NBR: blackFPM: greenEPDM: whitePTFE: white

Hardness: NBR: 60 +/- 5 Shore AFPM: 75 +/- 5 Shore AEPDM: 60 +/- 5 Shore APTFE: 95 +/- 5 Shore A

ND Inch Ø OD mm Ø ID mm Height mm

25 1” 34.3 27.3 4.040 1 1/2” 51.0 43.0 5.050 2” 64.0 54.0 5.065 2 1/2” 79.0 69.0 6.080 3” 96.0 85.0 6.0

100 4” 117.5 103.5 7.0


50 2” 67.9 37.5 2.8

65 2.1/2” 83.5 48.0 2.8

80 3” 100.5 62.0 3.5

Form: FlatSeal place: Male plug without locking ringMaterial: NBR, EPDMReference: GXB ... GP

GXE ... GPTemperature range: NBR: -30°C / -22°F to 120°C / 248°F

EPDM: -40°C / -40°F to 145°C / 293°FColour: NBR: beigeHardness: NBR: 60 +/-5 Shore A

EPDM: 60 +/- 5 Shore A



GUILLEMIN COUPLINGS

SEALS

E.1.11

E.1.

ND Inch OD Ø +/- 2 mm ID mm

50 2” 65.5 50.065 2 1/2” 84.0 65.080 3” 100.0 80.0

100 4” 112.5 100.0

Form: ProfiledSeal place: Composite swage ferruleMaterial: NBRReference: CX ...Temperature range: NBR: -30°C / -22°F to 120°C / 248°FColour: BlackHardness: 65 +/- 5 Shore A

Crimping seal for helical coupling and composite hoses

Dimensions




DSP COUPLINGS

E.1.12


DSP-couplings in compliance with NF S61-704 / NF S61-705

Profiled seal for coupling part

Dimensions

Form: ProfiledSeal place: Coupling sideMaterial: NBRReference: DXB ...Temperature range: -30°C / -22°F to 120°C / 248°FColour: Black


DSP 40 2” 50.0 37.0 8.0

DSP 65 2 1/2” 79.0 63.0 10.0

AR 100 4” 117.0 100.0 12.0

ND 40-65

ND 100



TW COUPLINGS

SEALS

E.1.13


TW couplings in compliance with EN 14420-6 / DIN 28450

Profiled crown seal

Dimensions

O-ring

Dimensions

Form: ProfiledSeal place: Coupling side crown part ND 50-80Material: NBR, FPM, CSMReference: NBR: GSDB ...

FPM: GSDV ...CSM: GSDH ...

Temperature range: NBR: -30°C / -22°F to 120°C / 248°FFPM: -30°C / -22°F to 200°C / 392°FCSM: -40°C / -40°F to 140°C / 293°F

Colour: NBR: blackFPM: blackCSM: green

Form: O-ringSeal place: Coupling side crown part ND 100,

Female dust cap ND 100Material: NBR, FPM, CSMReference: NBR: TWFB100

FPM: TWFV100CSM: TWFH100

Temperature range: NBR: -30°C / -22°F to 120°C / 248°FFPM: -30°C / -22°F to 200°C / 392°FCSM: -40°C / -40°F to 145°C / 293°F

Colour: NBR: blackFPM: blackCSM: green

Hardness: 70 / 80 +/- 5 Shore A


50 2” 62.5 49.0 10.0

80 3” 92.0 76.0 11.6

ND Inch Ø OD +/- 0.8 mm Ø ID +/- 0.8 mm Height +/- 0.3 mm

100 4” 113.0 99.0 7.0

Dimension ND 100 is only available in o-ring version.



TW COUPLINGS

E.1.14


Square seal

Dimensions

Thread seal in compliance with EN 14420-5 / DIN 2817


50 2” 61.5 49.0 5.0

80 3” 92.0 77.0 6.0

Dimension ND 100 is only available in o-ring version.

Form: SquareSeal place: Female cap ND 50 and ND 80Material: NBR, FPM, CSMReference: NBR: TWFB ...

FPM: TWFV ...CSM: TWFH ...PTFE: TWFP ...

Temperature range: NBR: -30°C / -22°F to 120°C / 248°FFPM: -30°C / -22°F to 200°C / 392°FCSM: -40°C / -40°F to 140°C / 293°FPTFE: -30°C / -22°F to 300°C / 572°F

Colour: NBR: blackFPM: blackCSM: greenPTFE: white

Hardness: 70 / 80 +/- 5 Shore APTFE: 90 +/- 5 Shore A

Form: Square + flatSeal place: Female thread side for EN 14420-7 / DIN 2828Material: PTFE or PUReference: PTFE: X2RP ...

PU: X2RV ...Temperature range: PTFE: -30°C / -22°F to 300°C / 572°F


PU: brownHardness: PTFE: 90 +/- 5 Shore A

PU: 65 +/- 5 Shore A

ND Inch Ø OD mm Ø ID +/- 1 mm Height mm

50 2” 60.0 49.0 2.0

80 3” 88.0 77.0 3.0

100 4” 114.0 100.0 3.0



‘GK’ COUPLINGS

SEALS

E.1.15


Profiled seal

Dimensions

Ø OD mm Ø ID mm Height mm

35.0 24.0 12.0

Form: ProfiledSeal place: Coupling sideMaterial: NBR, FPMReference: NBR: GKX

FPM: GKXVTemperature range: NBR: -30°C / -22°F to 120°C / 248°F

FPM: -30°C / -22°F to 200°C / 392°FColour: NBR: black

FPM: green



EXPRESS COUPLINGS

E.1.16


Express couplings in compliance with NF E 29.573

Profiled seal

Dimensions

Form: ProfiledSeal place: Coupling sideMaterial: NBRReference: EXXTemperature range: -30°C / -22°F to 120°C / 248°FColour: Black

Ø OD mm Ø ID mm Height +0.5mm0

35.0 15.0 10.0



EUROPEAN AIR COUPLING

SEALS

E.1.17


European air coupling in compliance with DIN 3489

Profiled seal

Dimensions

Form: ProfiledSeal place: Coupling sideMaterial: NBRReference: EAXTemperature range: -30°C / -22°F to 120°C / 248°FColour: Black

Ø OD mm Ø ID mm Height mm+0.1 / -0.2 +0.2 / -0.1

34.0 20.0 11.0



TRICLAMP COUPLINGS

E.1.18


Triclamp couplings in compliance with DIN 32676

Profiled seal

Dimensions

Form: ProfiledSeal place: Flange sideMaterial: NBR, FPM, EPDM, PTFE, SiliconeReference: TRIX ... PTemperature range: NBR: -30°C / -22°F to 120°C / 248°F

FPM: -30°C / -22°F to 200°C / 392°FEPDM: -40°C / -40°F to 145°C / 293°FPTFE: -30°C / -22°F to 300°C / 572°FSilicone: -55°C/ -67°F to 230°C / 440°F

Colour: NBR: blackFPM: greenEPDM: blackPTFE: whiteSilicone: red

ND For flange mm Ø ID mm

10 34.0 10.215 34.0 16.220 34.0 20.225 50.5 26.232 50.5 32.240 50.5 38.250 64.0 50.265 91.0 66.280 106.0 81.2

100 119.0 100.2

Triclamp couplings in compliance with INCH

Non-profiled seal

Dimensions

Form: Non-profiledSeal place: Flange sideMaterial: NBR, FPM, EPDM, PTFEReference: TRIX ...Temperature range: NBR: -35°C / -30°F to 120°C / 248°F

FPM: -30°C / -22°F to 200°C / 392°FEPDM: -40°C / -40°F to 145°C / 293°FPTFE: -30°C / -22°F to 300°C / 572°F

Colour: NBR: black red dottedFPM: greenEPDM: black green dottedPTFE: white


1" 50.5 22.91 1/2" 50.5 35.1

2" 64.0 47.82 1/2" 77.5 60.5

3" 91.0 72.14" 119.0 97.6



SEALS

E.1.19

E.1.TRICLAMP COUPLINGSW W W . L M C - C O U P L I N G S . C O M

Triclamp couplings in compliance with ISO 1127

Profiled seal

Dimensions

Form: ProfiledSeal place: Flange sideMaterial: Silicone, EPDM, FPM, BIO-PRO®Reference: TRIX ... PTemperature range: Silicone: -55°C / -67°F to 230°C / 440°F

EPDM: -40°C / -40°F to 140°C / 284°FFPM: -30°C / -22°F to 200°C / 392°FBIO-PRO: -210°C / +346°F to 260°C / 500°F

Colour: Silicone: translucentEPDM: blackFPM: white or blackBIO-PRO®:blue


8 34.0 10.210 34.0 14.215 34.0 18.320 50.5 23.925 50.5 29.932 50.5 33.640 64.0 44.550 77.5 56.565 91.0 72.380 106.0 85.1

100 130.0 110.5

Triclamp couplings in compliance with IMPERIAL

Non-profiled seal

Form: Non-profiledSeal place: Flange sideMaterial: NBR, FPM, EPDM, PTFEReference: TRIX ...Temperature range: NBR: -35°C / -30°F to 120°C / 250°F

FPM: -30°C / -22°F to 200°C / 392°FEPDM: -40°C / -40°F to 145°C / 293°FPTFE: -30°C / -22°F to 300°C / 572°F

Colour: NBR: blackFPM: greenEPDM: blackPTFE: white


1" 50.5 22.91 1/2" 50.5 35.6

2" 64.0 48.02 1/2" 77.5 60.2

3" 91.0 73.34" 119.0 97.8



CARDAN COUPLINGS

E.1.20


O-ring seal

Dimensions

Form: O-ringSeal place: Coupling side female partMaterial: SBRReference: KX ...Temperature range: -50°C / -58°F to 110°C / 230°FColour: BlackHardness: 50 +/- 5 Shore A

ND Ø OD mm Ø ID mm Height mm

50 86.0 64.0 11.0

70 110.0 87.0 11.5

89 140.0 112.0 14.0

108 160.0 124.0 18.0

133 190.0 146.0 22.0

159 220.0 180.0 20.0




SEALS

E.1.21


ND Inch Ø OD mm Ø ID mm Height mm+/-1

15 1/2” 20.0 13.0 1.5

20 3/4” 26.0 19.0 1.5

25 1” 33.0 24.0 2.0

32 1.1/4” 42.0 33.0 2.0

40 1.1/2” 48.0 39.0 2.0

50 2” 60.0 49.0 2.0

65 2.1/2” 76.0 63.0 2.5

80 3” 88.0 77.0 3.0

100 4” 114.0 100.0 3.0

Screw hose couplings in compliance with EN 14420-5 / DIN 2817

Thread seal

Dimensions

Form: Square + flatSeal place: Coupling side female partMaterial: PU

PTFEReference: X2RV...

X2RP...Temperature range: PTFE: -30°C / -22°F to 300°C / 572°F


PU: brown



NIPPLES

E.1.22


ND Inch Ø OD mm Ø ID mm Height mm+/-1

15 1/2” 20.0 13.0 1.5

20 3/4” 26.0 19.0 1.5

25 1” 33.0 24.0 2.0

32 1.1/4” 42.0 33.0 2.0

40 1.1/2” 48.0 39.0 2.0

50 2” 60.0 49.0 2.0

65 2.1/2” 76.0 63.0 2.0

80 3” 88.0 77.0 3.0

100 4” 114.0 100.0 3.0

Thread seal

Dimensions

Form: Square + flatSeal place: Female threadMaterial: PUReference: PU: X2RV ... for brass couplingTemperature range: PU: -40°C / -40°F to 82°C / 180°FColour: PU: brownHardness: PU: 65 +/- 5 Shore A



FOOD COUPLINGS - DIN 11851

SEALS

E.1.23



15 1/2" 26.0 18.0 4.5

20 3/4" 33.0 23.0 4.5

25 1" 40.0 30.0 5.0

32 1 1/4" 46.0 36.0 5.0

40 1 1/2" 52.0 42.0 5.0

50 2" 64.0 54.0 5.0

65 2 1/2" 81.0 71.0 5.0

75 3" 88.0 78.0 5.0

80 3" 95.0 85.0 5.0

100 4" 114.0 104.0 6.0

Food couplings in compliance with DIN 11851

U-shape seal

Dimensions

Form: Semi-roundedSeal place: Coupling side male threaded partMaterial: NBRReference: DIN211 ...Temperature range: -30°C / -22°F to 120°C / 248°FColour: BlueHardness: 75-85 Shore A

Seal disk

Dimensions

Form: Squared + flatSeal place: Blind nutMaterial: NBRReference: DIN222 ...Temperature range: -30°C / -22°F to 120°C / 248°FColour: BeigeHardness: 60 +/- 5 Shore A

ND Ø OD mm Ø ID mm Height mm

15 1/2" 34.0 3.0

20 3/4" 44.0 3.0

25 1" 52.0 3.0

32 1 1/4" 58.0 3.0

40 1 1/2" 65.0 3.0

50 2" 78.0 3.0

65 2 1/2" 95.0 3.0

75 3" 104.0 3.0

80 3" 110.0 3.0

100 4" 130.0 3.0



FOOD COUPLINGS - SMS

E.1.24



25 1" 32.0 25.0 5.50

32 1 1/4" 40.0 32.0 5.50

38 1 1/2" 48.0 38.0 5.50

51 2" 61.0 51.0 5.50

63.5 2 1/2" 73.5 63.5 5.50

76 3" 86.0 76.0 5.50

101.6 4" 113.50 101.60 5.50

Food couplings in compliance with SMS

Square seal

Dimensions

Form: SquareSeal place: Couplings side male threaded partMaterial: EPDMReference: DIN273 ...Temperature range: -40°C / -40°F to 145°C / 293°FColour: BlackHardness: 60-80 Shore A



STEAM COUPLINGS

SEALS

E.1.25


ND Inch Ø OD mm Ø ID mm Height mm+0 / -0.5 mm +/- 1

15 1/2" 20.0 13.0 1.5

20 3/4" 26.0 19.0 1.5

25 1" 33.0 24.0 2.0

32 1 1/4" 42.0 33.0 2.0

40 1 1/2" 48.0 39.0 2.0

50 2" 60.0 49.0 2.0

ND Inch Ø OD mm Ø ID mm Height mm+0 / -0.5 mm +/- 1

15 1/2" 20.0 13.0 2.0

20 3/4" 26.0 18.0 2.0

25 1" 33.0 23.0 2.0

32 1 1/4" 42.0 33.0 2.0

40 1 1/2" 48.0 38.0 2.0

50 2" 60.0 49.0 2.0

Steam couplings in compliance with EN 14423 / DIN 2826

Thread seal

Dimensions for PTFE thread seal

Dimensions for PTFE thread seal novatec® PREMIUM II

Form: FlatSeal place: Female thread side for EN 14423 /

DIN 2826 versionMaterial: PTFE or novatec® PREMIUM II with KEVLAR®Reference: PTFE: X2RP ...

novatec®: XRVSN ...Temperature range: PTFE: -30°C / -22°F to 300°C / 572 °F

novatec® PREMIUM II with KEVLAR®: 320°C / 608°F

Colour: PTFE: Whitenovatec® PREMIUM II with KEVLAR®: blue

Hardness: PTFE: 90 +/- 5 Shore Anovatec® PREMIUM II with KEVLAR®: 95 +/- 5 Shore A

novatec® PREMIUM II is a registered trademark of FrenzelitKEVLAR® is a registered trademark of Dupont Dow Elastomers



15 1/2” 27.2 16.0 5.0

20 3/4” 38.2 24.5 6.0

25 1” 38.2 24.5 6.0



E.1.26


Profiled seal

Dimensions

Form: ProfiledSeal place: DINBO female spud male thread sideMaterial: PTFE + 15% graphiteReference: BOFXP ...Temperature range: 180°C / 356°FColour: Carbon blackHardness: 97 +/- 2 Shore A



PETROL HOSE COUPLINGS

SEALS

E.1.27


ND Inch Ø OD mm Ø ID mm Height mm+/- 1 +/- 1

15 1/2" 20.0 13.0 1.5

20 3/4" 26.0 19.0 1.5

25 1" 33.0 24.0 2.0

32 1.1/4" 42.0 33.0 2.0

40 1.1/2" 48.0 39.0 2.0

Petrol hose couplings in compliance with EN 14424

Thread seal

Dimensions

Form: Square + flatSeal place: Coupling side swivel nutMaterial: PUReference: X2RV ...Temperature range: -40°C / -40°F to 82°C / 180°FColour: BrownHardness: 65+/- 5 Shore A



FLANGE COUPLINGS

E.1.28


ND EN / DIN Ø OD mm Ø ID mm Height mm

15 PN10/40 51.0 22.0 3.0

20 PN10/40 61.0 27.0 3.0

25 PN10/40 71.0 34.0 3.0

32 PN10/40 82.0 43.0 3.0

40 PN10/40 92.0 49.0 3.0

50 PN10/40 107.0 61.0 3.0

65 PN10/40 127.0 77.0 3.0

80 PN10/40 142.0 89.0 3.0

100 PN10/16 162.0 115.0 3.0

125 PN10/16 192.0 141.0 3.0

150 PN10/16 218.0 169.0 3.0

200 PN10/16 273.0 220.0 3.0

INCH ANSI Ø OD mm Ø ID mm Height mm

1/2" ASA 150lbs 47.5 22.0 3.0

3/4" ASA 150lbs 57.0 27.0 3.0

1" ASA 150lbs 66.5 34.0 3.0

1 1/4" ASA 150lbs 76.0 43.0 3.0

1 1/2" ASA 150lbs 85.5 49.0 3.0

2" ASA 150lbs 104.5 61.0 3.0

2 1/2" ASA 150lbs 124.0 73.0 3.0

3" ASA 150lbs 136.5 89.0 3.0

4" ASA 150lbs 174.5 115.0 3.0

5" ASA 150lbs 196.5 141.0 3.0

6" ASA 150lbs 222.0 169.0 3.0

8" ASA 150lbs 279.0 220.0 3.0

Flange couplings in compliance with EN / DIN and ASTM

Raised face flange gasket

Dimensions for DIN flanges

Dimensions for ANSI flanges

Form: FlatSeal place: Raised faceWorking pressure: DIN: PN 10-16-40

ASTM: ASA 150 lbsMaterial: GORE™ UPG Style 800

novatec® PREMIUM IIReference: EN / DIN: FXG ... DIN

ASTM: FXN ... A1Temperature range: GORE™ UPG Style 800: -210°C / -346°F

to 260°C / 500°Fnovatec® PREMIUM II: 320°C / 608°F

Colour: GORE™ UPG Style 800: whitenovatec® PREMIUM II: blue



INSP

ECTIO

ND

OC

UM

ENTS

E.2.1


Inspection documents

Where materials, fabricated parts and assemblies are manufactured, the

manufacturer produces documents including declarations and test reports to

confirm the nature of the manufacturing, inspection and testing processes

applied.

Types of inspection document

2.1. Declaration of order compliance

Inspection documents drawn up on the basis of inspections and tests

conducted by production personnel authorised by the manufacturer.

3.1 Inspection document 3.1

These documents are marked as ‘3.1’ and are drawn up on the basis of

inspections and tests carried out or supervised by the manufacturer's

authorised representative independent of the manufacturing and

based on specific testing. The former certificate with designation 3.1 B

is replaced by the new 3.1 certificate.

Inspection documents are validated by the person(s) responsible by signing

or marking in an appropriate way. Where certificates are prepared by com-

puter, the signature may be replaced by the name and job title of the person

responsible for validating the document.

INSPECTION DOCUMENTS



PRODUCTION METHODS

PR

OD

UC

TION

METH

OD

S

E.3.1


Investment or lost wax casting

LMC-Couplings stainless steel cam & groove couplings and stainless steel

cam & groove handles are produced using the investment casting process.

The basic concept of investment casting is the creation of a sacrificial wax or

plastic mould, which is then coated with refractory material to form the cas-

ting mould.

2000 years ago, the sacrificial mould was carved painstakingly from wax.

Sprues and risers would be added to the wax mould to create a completely

wax pattern, which would then be covered with clay or plaster, allowed to

set, and baked. The baking process would melt the wax, leaving a one-time

pattern in the plaster mould. Modern investment casting involves one more

step. Skilled model makers create metal dies containing the primary pat-

terns. Wax or plastic is then injected into these dies to create the wax pattern.

Typically, the wax pattern contains many different patterns gated together

by sprues and risers.

The wax pattern is then covered with a refractory material by dipping in cera-

mic slurry, or coating with refractory moulding material. The mould is then

baked, and the wax or plastic allowed to drain out or vaporize. Molten metal

is then poured into the mould.

Removing the cast metal from the mould is more difficult with investment

casting than with other casting methods, because the mould material (typi-

cally refractory) is often resistant to removal. Chemicals, high-pressure water

jet washing and sand blasting are some of the methods used to remove

moulds.

Die casting

The basis of the method is to force molten metal into a reusable mould under

high pressure. The metal then cools (often assisted by water cooling of the

die), opened and the casting ejected.

Moulds for die-casting are quite complex, and are usually made from steel

alloy in two sections (the cover and ejector). The die must be able to with-

stand high temperatures and pressures, and so is typically made from steel

alloys containing chromium or tungsten. To increase die life and improve

throughput, dies are normally cooled using water, air or nitrogen.

There are two major types of die-casting machines. Hot chamber die-casting

machines are used for low melting point materials.

Aluminium, magnesium, brass and bronze die-castings are all produced

using cold chamber machines. In cold chamber die-casting, the metal is fed

from the holding furnace into a chamber, from where a plunger forces it into

the die. Cold chamber machines are typically rather slower than hot chamber

machines

Materials best-suited for die casting are zinc, aluminium, magnesium, copper,

lead and tin. High pressure die-casting is generally limited to non-ferrous

metals, due to the difficulty of making refractory moulds capable of withstan-

ding the high temperatures and pressures involved.

PRODUCTION METHODS



PRODUCTION METHODS

E.3.2


Drop forging

A heated work piece is formed by the rapid closing of a punch and die, forcing the work piece to conform to a die cavity. A

work piece may be forged by a series of punch and die operations (or by several cavities in the same die) which gradually

change its shape. The structure of the basic material remains intact, which means that drop-forged components retain excel-

lent mechanical properties, like LMC-Couplings TW couplings in brass. Forged components are highly elastic, ductile and very

strong. As a result, components are not brittle and, when subject to sudden overload do not break, but reduce maximum ten-

sion through plastic flow off without imposing unreasonable loads. These already-excellent mechanical properties can be

further improved by heat treatment. This production method creates components that are very well-suited to subsequent

machining operations.

Sand casting

Sand casting is used to produce brass, bronze and aluminium cam & groove couplings.

Sand casting is one of the most widely-used industrial casting processes, and is the technique used to produce over 90% of all metal cas-

tings. The process begins with the fabrication of a pattern of the finished component, which is often in two pieces due to the mould con-

struction method. The pattern can be made from virtually any material, including wood, foam, clay and plastic.

The mould containing the sand is called a flask, and is in two pieces: the top (or cope) and the bottom (or drag) which is separated by the

centre line. Holes called sprues are used to feed the molten metal into the flask, whilst holes called risers allow any air bubbles to escape.

To begin the casting process, the flask is divided into its two parts.

The pattern is then inserted, and the flask reassembled. Sand is then packed very tightly around the pattern, the flask opened and the pat-

tern removed. The sand imprint is checked carefully, and any additional risers and sprues added where necessary (if not included in the

original pattern). The flask is then closed and molten metal poured into the sprues until it emerges from the risers.

Once the metal has cooled, the flask is broken open and the casting removed. The sand is cleaned and recycled for future casting opera-

tions.

The sprues and risers are removed and the part is cleaned.

Either ‘green’ sand (actually black in colour) or dry sand is used for the casting process. In green sand casting, the sand binder is kept moist

with water, and the component is cast as quickly as possible after the pattern is removed. In dry sand casting, the binder is organic, and the

mould is baked after the pattern is removed. Green sand casting is cheaper, but dry sand casting can achieve closer dimensional tolerances.

A baked sand core is inserted into the mould after the pattern has been removed in order to create a hollow casting. The core is then

destroyed and removed after casting to leave a hollow component.



MATERIALS

MATER

IALS

E.4.1


1. STEEL

ALLOYED STEEL - STAINLESS STEEL

AISI 304 / 1.4301

This is the most common Cr-Ni 18/8 quality and is used widely in the food

processing and pharmaceutical industries for piping and storage units.

AISI 304 is also used to manufacture all kinds of equipment for the brewing

industry, margarine factories and abattoirs, as well as in the chemical industry

to manufacture equipment for processes involved in the production of mate-

rials such as nitric acid, nitrates, nitrate fertilizers and explosives.

AISI 304L / 1.4306

Stainless steel 1.4306 is more highly-resistant to nitric acid at high concen-

trations and temperatures than 1.4301. This alloy is used primarily in the che-

mical, food processing, pharmaceutical and other industries for reactor ves-

sels, storage tanks and other equipment. Stainless steel AISI 304L / 1.4306

is used chiefly in applications where the metal is deformed or subjected to

thermal loads over extended periods. Use of this material is particularly

recommended where temperatures of between 500°C / 932°F and

900°C/ 1652°F are likely to be encountered.

AISI 316 / 1.4401

Grade AISI 316 is the standard molybdenum-bearing grade, second only in

importance to AISI 304 amongst the austenitic stainless steels. The molybde-

num gives AISI 316 better overall corrosion-resistance properties than Grade

AISI 304, and particularly higher resistance to pitting and crevice corrosion in

chloride environments. It is readily brake-formed or roll-formed into a variety

of components for industrial, construction and transport applications.

AISI 316 offers excellent corrosion resistance in a range of atmospheric envi-

ronments and many corrosive media (generally more resistant than AISI 304).

This material is subject to pitting and crevice corrosion in warm chloride

environments, and to stress corrosion cracking above approximately

60°C/140°F. It can be considered as resistant to potable water containing a

maximum chloride content of approximately 1000mg/L at ambient tempera-

ture, reducing to around 500mg/L at 60°C.

Grade AISI 316 is usually regarded as the standard “marine grade stainless

steel”, but it is not resistant to warm sea water. In many marine environ-

ments, AISI 316 does exhibit surface corrosion, usually in the form of brown

staining, particularly in association with crevices and rough surface finishes.

MATERIALS



MATERIALS

E.4.2


14571316Ti

16,5-19,5 Cr

10,5-13,5 Ni

2-2,5 Mo

Ti

14541321

17-19 Cr

9-12 Ni

Ti

14550347

17-19 Cr

9-12 Ni

No

14449317

18-20 Cr

11-14 Ni

3-4 Mo

14401316

16,5-18,5 Cr

10,5-13,5 Ni

2-2,5 Mo

0.10 C

14301304

10 -19 Cr

8,5-10,5 Ni

0.08 C

14300302

17-19 Cr

8-10 Ni

0.15 C

14306304L

18-20 Cr

10-12,5 Ni

0.08 C

14404316L

16,5-18,5 Cr

11-14 Ni

2-2,5 Mo

Low C-gradeimproves wel-ding capacities

Addition of Niimproves wel-ding capacities

Low C-grade impro-ves welding capaci-ties

Mo additionimproves pit-ting resistance

Addition of Mo improves the resistan-ce against pitting andthe tear strength athigh temperatures

Increasing Cr andNi improves theoxidation andcorrosion resi-stance

Addition of Timinimizeschromium

Low C-gradeimprovesweldingcapacities

Addition of Nbimproves weldingcapacities

AISI 316L / 1.4404

Grade AISI 316L is the low-carbon version of AISI 316 and is immune from sensitisation (grain boundary carbide precipitation). AISI 316L is

used extensively in heavy gauge welded components (over about 6mm). Use of this material is particularly recommended where tempera-

tures of between 500°C/932°F and 900°C/1652°F are likely to be encountered.

AISI 316Ti / 1.4571

Compared to AISI 304, AISI 316Ti is characterised by its properties in niric acid and in orgnic cooled acid solutions. Optimal processing

properties are achieved by means of het treatment in the temperature range of +/- 1100°C followed by rapid cooling in air or water.



MATERIALS

MATER

IALS

E.4.3


Germany USA SWEDEN FRANCE UK ITALY SPAIN JAPAN RUSSIA

W.-Nr. AISI UNS SS AFNOR BS UNI UNE JIS GOST

1.4301 304 S 30400 2332 Z 6 CN 18.09 304 S 15 X 5 CrNi 18.10 F.3504-X 5 CrNi 18.10 SUS 304 08Ch18N10

1.4305 303 S 30300 2346 Z 10 CNF 18.09 303 S 21 - - - -

1.4306 304L S 30403 2352 Z 2 CN 18.10 304 S 12 X 3 CrNi18.11 F.3503-X 2 CrNi 18.10 SUS 304L 03Ch18N11

1.4301 301 S 30100 - Z12Cn17-07 301 S 21 - - SUS 301 -

1.4401 316 S 31600 2347 Z 6 CND 17.11 316 S 16 X 5 CrNiMo 17.12 F,3534-X 5 CrNiMo 17.12.2 SUS 316 -

1.4404 316L S 31603 2348 Z 2 CND 17.12 316 S 14 X 2 CrNiMo 17.12 F.3533-X 2 CrNiMo 17.13.2 SUS 316L -

1.4541 321 S 32100 2337 Z 6 CNT 18.10 321 S 31 X 6 CrNiTi 18.11 F.3523-X 6 CrNiTi 18.10 SUS 321 06Ch18N10T

1.4571 316Ti S 31635 2350 Z 6 CNDT 17.12 320 S 31 X 6 CrNiMoTi 17.12 F.3535-X 6 CrNiMoTi 17.12.2 SUS 316Ti 10Ch17N13M2T

International material comparison - stainless steel

UNALLOYED STEEL

STEEL

The wide range of grades available allows steel to be used in a wide range of applications, including the automotive, construc-

tion and packaging industries. The excellent shape retention and strength characteristics of steel have made it one of the most

important products created by man. Steel has a huge range of properties, including:

1. Weldability

2. Fatigue resistance

3. Electrical conductivity / thermal conductivity

4. Corrosion resistance when galvanized

5. Mouldability

6. Reusability

7. Mechanical strenght

International material comparison - steel

GALVANIZED STEEL

For example, steel flange couplings are galvanized to improve their corrosion resistance. The galvanizing process involves the

adding of a zinc layer to the coupling surface. Zinc coatings prevent oxidation of the protected metal by forming a barrier and

acting as a sacrificial anode if this barrier becomes damaged. Galvanized steel can be welded, but this is not recommended.

Galvanized steel is suitable for high-temperature applications of up to 200°C / 392°F. Use at temperatures above this level will

result in the zinc layer peeling off at the intermetallic layer.

EN 10025-2 Material number EN 10025 (former) Germany France UKS235JR 1.0038 S235JR St 37-2 E 24-2 -S355J0 1.0553 S355J0 St 52-3 U E 36-3 50 CS355JR 1.0577 S355J2G3 St 52-3 N - 50 D



MATERIALS

E.4.4


NON FERROUS ALLOYS

BRASS

Brass is an alloy of copper and zinc, which becomes mutually soluble when melted and therefore lose their individual identities. On cool-

ing, the combination becomes brass. Small amounts of other elements can be added to brass to deliver specific effects and thereby add

useful properties and desirable characteristics to the parent alloy.

1) Tin

Additions of around 1% are usual, giving a small increase in tensile strength and improved corrosion resistance under marine conditions.

2) Lead

Virtually insoluble in brass, it can be introduced to form discrete particles finely distributed throughout the alloy. These particles act

as "chip breakers" in machining operations and enable higher-speed machining, finer swarf and reduced tool wear. The actual

amount of lead added depend on end-user requirements, but normally range from 1.5% to 4.5%.

3) Iron

The addition of small amounts of iron (around 0.5%) increases tensile strength, but higher amounts can result in excessive tool wear

and machining problems.

4) Aluminium

Use of this element increases hardness and tensile strength, but only at the expense of some reduction in ductility. 0.5% - 1.0% is

normal, but some brass alloys may contain as much as 6% aluminium. These alloys offer high corrosion resistance in marine applications.

5) Manganese

The addition of 0.5 - 2.5%, usually in association with iron, increases tensile strength and hardness with only a slight reduction in

ductility.

6) Nickel

Occasionally added in concentrations of 1 - 2%, nickel delivers some improvement in tensile strength with no

reduction in ductility.

7) Arsenic

Arsenic in concentrations of 0.03 - 0.25% delivers high resistance to 'dezincification', a specific form of corrosion.

International material comparison - Brass

EN US Germany France UK InternationalCuZN39Pb3 CW614N B455 C 38500 MS 58 CuZn40Pb3 CZ 121 CuZN39Pb3CuZn40Pb2 CW617N B455 C 38000 MS 58 CuZn39Pb2 CZ 122 CuZn40Pb2



MATERIALS

MATER

IALS

E.4.5


BRONZE

Bronze is a copper alloy made from natural ores alloyed with tin or other elements to create a metal which does not exist in

nature. When such ore is refined, the metal looks like copper, but is harder and more useful for making tools, weapons and

sculptures. Bronze is now widely used in tool and machinery manufacture, as well as in the minting of coins. The bronze soli-

dification process is quite unique. When molten bronze is poured into a mould, it expands as it cools and fills every detail of

the mould. As it cools further and solidifies, it shrinks slightly, so that the final result does not stick to the mould. Over time,

bronze takes on a range of colours caused by surface oxidation. This effect is referred to as patina.

Traditionally, bronze was defined as a copper alloy containing tin (not exceeding 10%). Tin increases hardness, making bronze

more wear-resistant than copper. Bronzes with a tin content of 10% or more are harder, stronger and more corrosion-resistant

than brass.

Today’s bronzes may vary quite significantly, and are typically copper alloys which may contain silicon (Si), manganese (Mn),

aluminium (Al), zinc (Zn), lead (Pb), iron (Fe) and other elements, either with or without tin (Sn). The variations in bronze (both

in proportion and elemental composition) can significantly affect its characteristics, whether by improving wear-resistance

and/or machine-ability, or reducing corrosion in water, etc.

ALUMINIUM

Aluminium is easily formed, machined and cast. Alloys containing small amounts of copper, magnesium, silicon, manganese,

and other elements have very useful properties. One of the key properties of aluminium is its low density, being only one-third

as heavy as steel. Aluminium and most of its alloys are highly resistant to most forms of corrosion. The metal's natural coating

of aluminium oxide provides a highly-effective barrier to the ravages of air, temperature, moisture and chemical attack.

Aluminium is also a very good conductor of electricity, which, in combination with its other intrinsic qualities, has ensured its

use as a replacement for copper in many applications. Aluminium is non-magnetic and non-combustible; properties invalu-

able in advanced industries like electronics and offshore engineering. Aluminium is non-toxic and impervious; qualities that

quickly established it as a preferred material in the food and packaging industries. Other valuable properties include high

reflectivity, heat barrier properties and heat conduction. The metal is malleable and easily worked using all the usual manufac-

turing and shaping processes.

EN US Germany France UK InternationalCuSn5Zn5Pb5-C CC491K C83600 G-CuSn5ZnPb CuSn5Pbn5Zn5LG2 CuPb5SnZn5

International material comparison - Bronze

International material comparison - Aluminium

Europe Germany USA FRANCE UK ITALY

EN W.-Nr. AISI AFNOR BS UNI

EN AW-6082 AlMg Si 1 6082 6082 6082 3571

EN AC-42100 G-AlSi 7CMG A375.0 A-S7G03 2L99 -



MATERIALS

E.4.6


THERMOPLASTICS

POLYPROPYLENE

Polypropylene is an economical material that offers a combination of outstanding physical, chemical, mechanical, thermal and electrical

properties not found in any other thermoplastic. Compared with low- and high-density polyethylene, it has lower impact strength, but

superior working temperature and tensile strength.

Polypropylene offers excellent resistance to organic solvents, degreasing agents and electrolytic attack. It is light in weight, stain-resistant

and has a low moisture absorption rate. Polypropylene is a tough, heat-resistant, semi-rigid material, ideal for the transfer of hot liquids or

gases. It is recommended for vacuum systems and wherever high temperatures and pressures are likely to be encountered. It offers excel-

lent resistance to acids and alkalies, but performs poorly with aromatic, aliphatic and chlorinated solvents.

HIGH DENSITY POLYETHYLENE (HDPE)

A linear polymer, High Density Polyethylene (HDPE) is prepared from ethylene by a catalytic process. The absence of branching results in a

more closely packed structure with a higher density and somewhat higher chemical resistance than LDPE. HDPE is also somewhat harder

and more opaque and it can withstand rather higher temperatures 120°C / 248°F for short periods and 110° C / 230°F continuously.

High density polyethylene lends itself particularly well to blow molding, e.g. for bottles, cutting boards, dipping baskets, dippers, trays and

containers. Dynalab Corp's plastic fabrication shop fabricates thousands of catalog and custom acrylic products.

HDPE is excellent resistance (no attack) to dilute and concentrated acids, alcohols and bases. It shows good resistance (minor attack) to

aldehydes, esters, aliphatic and aromatic hydrocarbons, ketones and mineral and vegetable oils.

NYLON (POLYAMIDE)

Nylon (Polyamide), is considered to be the first engineering thermoplastic. It is one of many heterochain thermoplastics which has atoms

other than C in the chain. Nylon is created when a condensation reaction occurs between amino acids, dibasic acids and diamines.

Commercially Nylon is commonly used in the production of tire cords, rope, belts, filter cloths, sports equipment and bristles. It is particu-

larly useful when machined into bearings, gears, rollers and thread guides.

Polyamide is excellent resistance (no attack) to oils and bases. It has a good resistance (no attack) to solvents, formaldehyde and alcohols.

It’s resistance is limited (moderate attack and suitable for short term use only) to dilute acids. Polyamide has poor resistance (not recom-

mended for use with) to phenols



MATERIALS

MATER

IALS

E.4.7


2. Surface treatments

Stainless steel surface cleanliness and smoothness

Microbiological cleanliness and particle control is of greatest importance and necessity in industrial applications like semi-

conductor manufacturing, pharmacy and biotechnology. The demand for process cleanliness in respect of analysis of pro-

cess gases, water, chemicals and products in the pharmacy and biotechnology industries also plays a major role.

Stainless steel is a common and obvious choice of material where sanitary and cleanliness is required. It looks clean and is

easily handled, welded, bent and formed. Under normal conditions it does not rust.

Stainless steel is available in cold-rolled or hot-rolled sheets, seamless tubes, welded tubes, bars and many other forms.

Surface roughness requirements have become increasingly common in the food and beverage industries in order to avoid

contamination, particle build-up or the growth of impurities in gases and liquids. There is also a need to avoid fouling and

surface contamination in pipelines and vessels.

These demanding and highly-specified requirements for stainless steel surfaces have resulted in the development of

electro-polishing, which is now accepted as a standard industrial method of meeting the highest demands of surface rough-

ness and surface cleanliness for stainless steel products and components.

Ra value

Stainless steel surfaces vary depending on the manufacturing method used (cold-rolled, hot-rolled, extruded, drawn or wel-

ded). Mechanical treatments like grinding will also affect the surface of stainless steel.

Surface roughness measurement (Ra, R max) is the most common way of evaluating surface quality.

However, this method reveals nothing about metallurgical cleanliness, characteristics or the material’s ability to resist sur-

face contamination, since all it shows is an average vertical deviation from a straight line. So surface roughness figures are

just a small part of evaluating surface quality. Microscopic examination of the surface provides valuable information about

its microstructure and character.



MATERIALS

E.4.8


The following methods are used in order to obtain surfaces with a fine and low Ra values:

1. Grinding/mechanical polishing

2. Blasting

3. Electro-polishing

1. Grinding/mechanical polishing is a very useful way of removing scratches or other mechanical defects.

The surface acquires a uniform appearance, and very low Ra values can be achieved by repeated polis-

hing. However, the outer surface layer and grain boundaries are contaminated with oxides, material from

the grinding belt and lubricants (where used). The austenitic structure is also damaged, and the surface

loses the properties of the underlying material. This defective surface layer is well-defined and is known

as the “Beilby” layer. Its negative effects are poor corrosion resistance and risk of contamination between

surface and medium.

2. Blasting has similar negative effects to grinding. Blasting should not be used as a preparation for electro-

polishing. Blasting gives an even appearance and is used primarily for surfaces not intended to come into

contact with media.

3. Electro-polishing is an electrochemical method which removes a surface layer approximately 20µm thick,

most of which comes from the peaks of the micro-profile. The austenitic structure appears very clean, the

surface has a bright, shiny appearance, and even the outer surface has the same properties as the under-

lying material. The technical advantages of electro-polishing are:

* Metallurgical cleanliness

* Reduced friction

* Improved corrosion resistance

* Reduced surface area

* Easy cleaning

The electro-polishing process may improve a surface finish by up to 50%, and removes material at the same time as redu-

cing surface roughness. Since material is removed, process runtimes are often limited to maintain dimensional tolerances,

thus delivering actual surface roughness improvements of between 10% and 35%. Electro-polishing improves surfaces at

the microscopic level, so if the material has a surface texture or scratching, electro-polishing will only produce a shiny textu-

re or shiny scratch. Mechanical polishing should be used to remove macroscopic texture or blemishes.

The life span of electro-polished surfaces

Electro-polishing is a surface treatment, not a surface coating, so polished surfaces can be physically damaged or degraded

in the same way as the underlying material. An electro-polished AISI 316 stainless steel surface has the same strength and

hardness as those published for AISI 316 material. It should however be noted that electro-polishing can produce such a

shiny finish that even the finest surface scratch may be visible. Electro-polished surfaces are more resistant to corrosion, and

are therefore more resilient in many corrosive environments.

The difference between electro-polishing and mechanical polishing

Electro-polishing is an electrochemical process, whereas mechanical polishing is a mechanical process. Electro-polishing is a

surface treatment that can improve surface finish, since it dissolves material from the surface. Mechanical polishing, like

machining, alters a surface by cutting material from it. Electro-polishing improves surface finish at the microscopic level,

whilst mechanical polishing improves it at the macroscopic level.



MATERIALS

MATER

IALS

E.4.9


Roughness certificate

When considering roughness measurements, measuring instru-

ments work within a specific spatial bandwidth, which means that

some features are too wide (or far apart) to be detected, whilst

some are too narrow (or close together). These limits are com-

monly expressed in terms of spatial frequency (i.e., the inverse of

maximum or minimum widths). The degree of roughness meas-

ured (RMS or Ra) does not include features outside this range.

For comparisons between measurements (or instruments) to be

valid, the spatial bandwidths must be identical. There are also

limits of operation for measuring the amplitude of surface features.

When expressing roughness, it is important to specify not only

bandwidth, but also to state the specific range of surface amplitu-

des covered by the instrument used.

LMC-Couplings triclamp couplings can be supplied with rough-

ness certificates on request. This certificate demonstrates that the

requested roughness average is achieved. The roughness certifi-

cate contains several reference measurements:

1. Ra

2. Ry

3. Rz

4. Rq

Ra – Arithmetical Roughness average

Ra is the arithmetic average of the absolute values of profile

height deviations from the mean line, recorded within the evalu-

ation length. Simply put, Ra is the average of a set of individual

measurements of the peaks and valleys of a surface within the

scanning path. Ra is the preferred method for evaluating gradual

surface changes. The calculation formula used means that the

numerical value measured for Ra is always smaller than that for Rz

for the same roughness profile.

L = evaluation length

Z(x) = the profile height function

The digital approximation is:



MATERIALS

E.4.10


Ry – Maximum height

A portion stretching over a reference length in the direction in which

the average line extends is cut out from the roughness curve. The gap

between the peak line and the trough line is measured in microns (µm)

in the direction of the magnitude axis.

Rz – Determined roughness

The determined roughness depth Rz is the mathematical average of the

largest individual roughness depths Zn from a number of individual

measurement paths l5 = c. Averaging the largest roughness depths of

measurement paths directly adjacent to each other reduces the influen-

ce exerted by individual peaks and ridges. The complete path L is the

sum of the individual measurement paths.

Rz = Z1 + Z2 + Z3 + Z4 + Z5

5

RMS (Rq) – Root mean square average

RMS is the root mean square average of the profile height deviations

from the mean line, recorded within the evaluation length.

L= evaluation length

Z(x) = the profile height function

The digital approximation is:



MATERIALS

MATER

IALS

E.4.11


Difference between Ra and RMS

Ra and RMS both represent surface roughness, but are calculated differently. Ra is the Roughness Average of the

measured microscopic peaks and valleys of a surface. RMS is the Root Mean Square of the measured microscopic

peaks and valleys of a surface. Each value uses the same individual height measurements of surface peaks and valleys,

but in different formula. The formulas are shown above. It can be seen that a single large peak or flaw within the

microscopic surface texture will affect (raise) the RMS value more than the Ra value.

Equivalent Ra values for surface finish grade numbers

Roughness values Ra Roughness values Ra Roughnessmicrometres micro inches Grade Numbers

50 2000 N1225 1000 N11

12.5 500 N108.3 250 N93.2 125 N81.6 63 N70.8 32 N60.4 16 N50.2 8 N40.1 4 N3

0.05 2 N20.025 1 N1



MATERIALS

E.4.12


1.4301 X 5 CrNi 18 10 304 Z6CN18.09 304S151.4305 X 10 CrNiS 18 9 303 Z10CNF18.09 303S211.4306 X 2 CrNi 19 11 304L Z2CN18.10 304S121.4401 X 5 CrNiMo 17 12 2 316 Z6CND17.11 316S161.4435 X 2 CrNiMo 18 14 3 316L Z2CND17.13 316S121.4541 X 6 CrNiTi 18 10 321 Z6CN18.10 321S121.4571 X 6 CrNiMoTi 17 12 2 316Ti Z6CNDT17.12 320S172,4602 - Hastelloy® C-22™ -2.4360 - Monel® Alloy 400™ -

1.0116 Fe 360 D 1 (St37-3) A573-81 65 E 24-U 4360 40 C1.0570 Fe 510 D 1 (St52-3) SAE 1518 E 36-3 4360 50 B1.0727 45S20 SAE 1151 45 MF 4 212 M 441.0737 9SMnPb36k 12L14 S300Pb -1.1181 Ck35 SAE 1035 XC38 080 A 321.1191 Ck45 SAE 1045 XC42 080 M 461,5217 20MnV6 - - -

3.0615 AlMgSiPb 6012 A SgPb -3.1645 AlCuMgPb 2007 A-U4PB -3.3215 AlMgSi 1 6082 A-SGM 0,7 H303.3206 AlMgSi 0,5 6060 A-GS H93.3503 AlMg 3 5754 A-G3M -

2.0401 CuZn 39 Pb3 (Ms58) ASTM 360 UZ39PB2 CZ121Pb32.0321 CuZn 37 (Ms63) ASTM 272 UZ36 CZ108

MATERIAL DESCRIPTION

W.-nr GERMANY - DIN USA - AISI/SAE FRANCE - AFNOR UK - BS

195 500~700 45 60 85 130~180195 500~700 35 60 - 130~180180 460~680 45 60 85 120~180205 510~710 40 60 85 130~180190 490~690 35 60 85 120~180200 500~730 40 50 85 130~190210 500~730 35 50 85 130~190372 786 62 - - -

276~690 552~758 30~60 - - 75~100

235 340~510 26 24 27 -355 490~680 22 - 23 -375 640~830 7 - - -390 490~740 8 - - -370 600~750 19 45 40 48~58430 650~800 16 40 30 55~62400 520~720 17 - - -

200 275 8 - - 80220~250 340~370 7 - - 90~100200~260 275~310 12~10 - - 80~95

160 215 12 - - 7080 180 14 - - 45

250 430 15 - - 125370 440~540 8 - - 135

120 270 12 - - 70

MECHANICAL PROPERTIESRP0.2 Rm A5 Z Av HRC

N/mm2 N/mm2 % %

Stainless steel

Steel

Aluminium

Brass

Bronze

1.43011.43051.43061.44011.44351.45411.45712,46022.4360

1.01161.05701.07271.07371.11811.11911,5217

3.06153.16453.32153.32063.3503

2.04012.0321

2.1090

0,070 1,000 2,000 0,045 0,030 17,000~19,000 - 8,500~10,500 -12,000 1,000 2,000 0,060 0,150~0,350 17,000~19,000 - 8,000~10,000 -0,030 1,000 2,000 0,045 0,030 18,000~20,000 - 10,000~12,500 -0,070 1,000 2,000 0,045 0,030 16,500~18,500 2,000~2,500 10,500~13,500 -0,030 1,000 2,000 0,045 0,025 17,000~18,500 2,500~3,000 12,500~15,000 -0,080 1,000 2,000 0,045 0,030 17,000~19,000 - 9,000~12,000 Ti ≥(5x%C)≤ 0,8000,080 1,000 2,000 0,045 0,030 16,500~18,500 2,000~2,500 10,500~13,500 Ti ≥(5x%C)≤ 0,8000,010 0,080 0,500 - - 22,000 13,000 55,560 Co2.5/W3/Fe3/V 0.35

0,500 2,000 - 0,024 - - 66,500 Fe 2.5 / Cu 31

0,170 - 1,400 0,045 0,045 - - - -0,200 0,550 1,600 0,045 0,045 - - - -

0,42~0,50 - 0,700~1,100 0,060 0,180~0,250 - - - -0,150 0,050 1,100~1,500 0,100 0,340~0,400 - - - Pb: 0,150~0,350

0,320~0,39 0,400 - 0,035 0,030 0,400 0,100 0,400 -- 0,400 0,500~0,800 0,035 0,030 0,400 0,100 0,400 -

0,220 0,500 1.200~1,700 0,040 0,040 - - - V: 0.15

0,60~1,40 0,50 0,10 0,40~1,00 0,60~1,20 0,30 0,30 0,20 -0,80 0,80 3,30~4,60 0,50~1,00 0,40~1,80 0,10 0,80 0,20 -

0,70~1,30 0,50 0,10 0,40~1,00 0,60~1,20 0,25 0,20 0,10 -0,30~0,60 0,10~0,30 0,10 0,10 0,35~0,60 0,05 0,15 0,10 -

0,40 0,40 0,10 0,50 2,60~3,60 0,30 0,20 0,15 -

57,0~59,0 2,5~3,5 35,5~38,5 0,10 0,50 0,50 0,30 0,40 -62,0~64,0 0,10 35,2~37,2 0,03 0,10 0,30 0,05 0,10 -

0,05 4,0~6,0 4,0~6,0 - 0,30 2,50 - 4,00~6,00 Cu 81~85 / Sb 0.3

CHEMICAL PROPERTIESW.-nr C Si Mn P S Cr Mo Ni Others

% % % % % % % % %

Stainless steel

Steel

Aluminium

Brass

Bronze


Chapter E: Technical information E.4.13

MATERIALSW W W . L M C - C O U P L I N G S . C O M

TECHNICAL INFORMATION: PROPERTIES OF ELASTOMERS

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le o

ilsN

FU

FU

GV

GG

EE

An

imal

fats

NF

UF

UG

VG

GE

E

Trad

e g

aso

line

NN

VN

NF

VF

FE

EG

aso

line

hig

h o

ctan

eN

NG

NN

NV

NN

EE

Ker

ose

ne

NN

VN

NF

VF

FE

E

Aro

mat

ic

NN

FN

NN

GR

NE

E

hyd

roca

rbo

ns

Alif

atic

NN

VN

NG

VG

FE

E

hyd

roca

rbo

ns

Wat

er (<

80°

C -

176°

F)G

VV

EE

FF

to N

EE

EE

Wat

er (>

80°

C -

176°

F)N

FF

EG

NN

EE

EG

Alc

oh

ols

GG

VE

EE

FV

EE

E

Ket

on

esN

NN

GV

NN

FG

NN

Co

nce

ntr

ated

NN

NF

FN

NV

FF

V

acid

s

Dilu

ted

aci

ds

FF

FG

EG

NE

GV

E

Alk

alis

?G

GF

VE

GN

EG

FG

Ch

lora

ted

NN

FN

NN

FN

NE

E

solv

ents

Ozo

ne

/ o

bse

len

ce li

gh

tF

FF

UU

EE

UU

UU

Max

. C°/

F°co

nti

nu

e70

°C/1

55°F

110°

C/23

0°F

120°

C/24

8°F

145°

C/29

3°F

120°

C/24

8°F

105°

C/22

0°F

70°C

/155

°F14

0°C/

284°

F23

0°C/

446°

F20

5°C/

400°

F20

0°C/

392°

F

Elec

tr. p

rop

erti

esU

EN

UU

EG

GU

UU

Flam

e ex

tin

gu

ish

ing

No

No

No

No

No

Yes

No

Yes

No

No

Yes

E= Excellent V= Very good G= Good F= Fair N= Not recomended


SEALS

E.1.



THR

EAD

S

E.5.1

E.5.

Generally three types of threads are used for low pressure couplings:

• BSP

• BSPT

• NPT

• NPSM

• DIN 405-1

In Europe, BSP and BSPT threads are more commonly used than NPT threads.

NPT threads are typically American threads. Since many American industrial

machines and products are exported to European markets, couplings with

NPT threads are a regular requirement. The main difference between the

three types referred to above is the seal method used. BSP threads are

sealed using a thread seal or o-ring. BSPT and NPT threads are sealed by their

conical thread.

For food couplings, like food couplings complying with DIN 11851 and SMS,

a round thread is used. Due to the round thread these couplings are easy to

assemble, disassemble and to clean.

NPSM, or the National Standard Free-fitting Straight Mechanical Pipe Thread,

is an American thread type used for DINBO steam couplings. Due to the

mechanical sealing of DINBO couplings and the steam application, a straight

pipe thread NPSM is used.

The connection of petrol hose couplings is made by screwing the ISO Metric

fine thread DIN 13, of the male or female coupling into the ferrule. The ISO

MF is an exception in thread type used for other low pressure couplings used

in this catalogue.

THREADS



THR

EAD

S

E.5.3


THREADS

Female thread

D Pitch Threads Metric BSP NPT NPSM DIN 11851(inch)

8,565 28 1/8

8,674 27 1/8

8,701 1 M10X1

9,025 1,5 M10X1,5

9,094 20 1/8

10,052 1,5 M12X1,5

11,265 18 1/4

11,445 19 1/4

11,888 1/4

12,052 1,5 M14X1,5

14,052 1,5 M16X1,5

14,348 18

14,704 18 3/8

14,950 19 3/8

15,317 3/8

16,052 1,5 M18X1,5

18,052 1,5 M20X1,5

18,161 14 1/2

18,633 14 1/2

18,974 1/2

20,052 1,5 M22X1,5

20,589 14 5/8

22,052 1,5 M24X1,5

23,508 14 3/4

24,052 1,5 M26X1,5

24,120 14 3/4

24,334 3/4

24,402 2 M27X2

24,50 8 NW10(Rd28x1/8’)

27,402 2 M30X2

28,052 1,5 M30X1,5

29,517 11 1/2 1

30,292 11 1

30,402 2 M33X2

30,506 1

31,600 8 NW15(Rd34x1/8’)

33,402 2 M36X2

36,052 1,5 M38X1,5

38,252 11 1/2 1 1/4

38,953 11 1 1/4

39,269 1 1/4

39,402 2 M42X2

40,50 8 NW20(Rd44X1/6’)

Female thread

D Pitch Threads Metrisch BSP NPT NPSM DIN 11851(inch)

42,402 2 M45X243,052 1,5 M45X1,544,323 11 1/2 1 1/244,846 11 1 1/245,339 1 1/245,402 2 M48X248,90 6 NW25(Rd52x1/6’)

49,402 2 M52X250,052 1,5 M52X1,550,790 11 1 3/454,80 6 NW32(RD58X1/6’)

56,363 11 1/2 256,657 11 257,379 261,60 6 NW65(Rd65X1/6’)

62,402 2 M65X266,98 8 2 1/268,75 3 M72X3 2 1/269,84 2 M72X272,22 11 2 1/274,70 6 NW50(Rd78x1/6’)

75,67 2 M80X477,83 4 M80X282,90 8 3

84,694 384,93 11 387,40 2 M90X488,70 4 M90X291,80 6 NW65(Rd95X1/6’)

97,40 2 M100X4 3 1/298,70 4 M100X2

104,30 4 NW80(Rd110X1/4’)

107,40 4 M110X4108,26 8 4110,07 11 4 4122,40 4 M125X4124,30 4 NW100(Rd130X1/4’)

135,24 8 5135,47 11 5137,40 4 M140X4 5154,82 4 NW125(Rd160X1/4’)

156,10 6 M160X6160,87 11 6162,07 8 6

163,881 6184,30 4 NW150(Rd160X1/4’)


Chapter E: Technical informationE.5.4


THREADS

Male thread


9,728 28 1/8

9,910 1/8

10,00 1 M10X1

10,00 1,5 M10X1,5

10,287 27 1/8

12,00 1,5 M12X1,5

13,157 19 1/4 1/4

13,718 18 1/4

14,00 1,5 M14X1,5

16,00 1,5 M16X1,5

16,622 19 3/8 3/8

17,145 18 3/8

18,00 1,5 M18X1,5

20,00 1,5 M20X1,5

20,904 1/2

20,955 14 1/2

21,366 14 1/2

22,00 1,5 M22X1,5

22,911 14 5/8

24,00 1,5 M24X1,5

26,00 1,5 M26X1,5

26,263 3/4

26,441 14 3/4

26,67 14 3/4

27,00 2 M27X2.0

28,00 8 NW10(Rd28x1/8’)

30,00 1.5 M30X1.5

30,00 2 M30X2.0

32,842 1

33,00 2 M33X2.0

33,249 11 1

33,401 11 1/2 1

34,00 8 NW15(Rd34x1/8’)

36,00 2 M36X2.0

38,00 1,5 M38X1,5

41,605 1 1/4

41,91 11 1 1/4

42,00 2 M42X2.0

42,164 11 1/2 1 1/4

Male thread


44,00 6 NW20(Rd44x1/6’)

45,00 1,5 M45X1,545,00 2 M45X247,371 1 1/247,803 11 1 1/248,00 2 M48X248,26 11 1/2 1 1/252,00 2 M52X252,00 1,5 M52X1,552,00 6 NW25(Rd52x1/6’)

53,476 11 1 3/458,00 6 NW32(Rd58x1/6’)

59,614 11 259,715 260,325 11 1/2 265,00 2 M65X265,00 6 NW40(Rd65x1/6’)

72,00 3 M72X3 2 1/272,00 2 M72X273,03 8 2 1/275,18 11 2 1/278,00 6 NW50(Rd78x1/6’)

80,00 4 M80X480,00 2 M80X287,88 11 3 388,90 8 390,00 4 M90X490,00 2 M90X295,00 6 NW65(Rd95x1/6’)

100,00 4 M100X4 3 1/2100,00 2 M100X2110,00 M110X4 NW80(Rd110x1/4’)

113,03 11 4 4114,30 8 4125,00 4 M125X4130,00 4 NW100(Rd130x1/4’)

138,43 11 5140,00 4 M140X4140,03 5141,30 8 5160,00 6 M160X6160,00 4 NW125(Rd160x1/4’)

163,83 11 6168,28 8 6190,00 4 NW150(Rd190x1/4’)



FLAN

GES

E.6.1


For flange couplings standardized flanges are used complying with EN / DIN

or ASTM. The flange coupling can be swivel or fixed. A flange-to-hose con-

nection should preferably be fitted with at least one swivel flange. During

assembly, the connection with the fixed flange is fitted to the pipe system

first, followed by the swivel flange.

The swivel flange prevents twisting of the hose during assembly.

For flange couplings, flanges complying with EN 1092-1 / DIN 2673 and

ASTM A 182 ANSI B16.5 are used. Always connect flanges of the same stan-

dard EN/DIN or ASTM and pressure range. Due to difference in overall

dimensions ASTM and EN / DIN flanges can not be connected.

In the next table you’ll find an overview of flange types with their correspon-

ding pressure classes.

FLANGES




FLANGE TYPES

FLAN

GES

E.6.3

WELDING NECK FLANGE EN 1092-1/ Type 11

PN 6 = DIN2631

PN 10 = DIN2632

PN 16 = DIN2633

PN 25 = DIN2634

PN 40 = DIN2635

THREADED FLANGE EN 1092-1 / Type 13

PN 10/16 = DIN2566

BLIND FLANGE EN 1092-1/ Type 5

PN 10/16 = DIN2527

SLIP-ON FLANGE EN 1092-1/ Type 4

PN 6 = DIN2641

PN 10 = DIN2642

PN 25 = DIN2655

PN 40 = DIN2656

WELDING NECK FLANGE ASTM

RF 150 lbs

RF 300 lbs

RF 600 lbs

THREADED FLANGE ASTM

RF 150 lbs

BLIND FLANGE ASTM

RF 150 lbs

RF 300 lbs

RF 600 lbs

LAP-JOINT FLANGE ASTM

RF 150 lbs

RF 300 lbs




FLANGE DIMENSIONS

E.6.4

EN-DIN PN 6

“ ND D K N D21/2” 15 80 55 4 113/4” 20 90 65 4 11

1” 25 100 75 4 111.1/4” 32 120 90 4 141.1/2” 40 130 100 4 14

2” 50 140 110 4 142.1/2” 65 160 130 4 14

3” 80 190 150 4 184” 100 210 170 4 185” 125 240 200 8 186” 150 265 225 8 188” 200 320 280 8 18

10” 250 375 335 12 1812” 300 440 395 12 22

EN-DIN PN 10

ND D K N D215 95 65 4 1420 105 75 4 1425 115 85 4 1432 140 100 4 1840 150 110 4 1850 165 125 4 1865 185 145 4/8 1880 200 160 8 18

100 220 180 8 18125 250 210 8 18150 285 240 8 22200 340 295 8 22250 395 350 12 22300 445 400 12 22

EN-DIN PN 16

“ ND D K N D21/2” 15 95 65 4 143/4” 20 105 75 4 14

1” 25 115 85 4 141.1/4” 32 140 100 4 181.1/2” 40 150 110 4 18

2” 50 165 125 4 182.1/2” 65 185 145 4 18

3” 80 200 160 8 184” 100 220 180 8 185” 125 250 210 8 186” 150 285 240 8 228” 200 340 295 12 22

10” 250 405 355 12 2612” 300 460 410 12 26

D2

K

D

EN-DIN PN 25

ND D K N D215 95 65 4 1420 105 75 4 1425 115 85 4 1432 140 100 4 1840 150 110 4 1850 165 125 4 1865 185 145 8 1880 200 160 8 18

100 235 190 8 22125 270 220 8 26150 300 250 8 26200 360 310 12 26250 425 370 12 30300 485 430 16 30

EN-DIN PN 40

ND D K N D215 95 65 4 1420 105 75 4 1425 115 85 4 1432 140 100 4 1840 150 110 4 1850 165 125 4 1865 185 145 8 1880 200 160 8 18

100 235 190 8 22125 270 220 8 26150 300 250 8 26200 375 320 12 30250 450 385 12 33300 515 450 16 33

ASTM 150 lbs

“ D K N D21/2” 88.9 60.3 4 15.93/4” 98.4 69.8 4 15.9

1” 107.9 79.4 4 15.91.1/4” 117.5 88.9 4 15.91.1/2” 127.0 98.4 4 15.9

2” 152.4 120.6 4 19.02.1/2” 177.8 139.7 4 19.0

3” 190.5 152.4 4 19.04” 228.6 190.5 8 19.05” 254.0 215.9 8 22.26” 279.4 241.3 8 22.28” 342.9 298.4 8 22.2

10” 406.4 361.9 12 25.412” 482.6 431.8 12 25.4

ASTM 300 lbs

“ D K N D21/2” 95.2 66.7 4 15.93/4” 117.5 82.5 4 19.1

1” 123.8 88.9 4 19.11.1/4” 133.3 98.4 4 19.11.1/2” 155.6 114.3 4 22.2

2” 165.1 127.0 8 19.12.1/2” 190.5 149.2 8 22.2

3” 209.5 168.3 8 22.24” 254.0 200.0 8 22.25” 279.4 234.9 8 22.26” 317.5 269.9 12 22.28” 381.0 330.2 12 25.4

10” 444.5 387.3 16 28.612” 520.7 450.8 16 31.7

ASTM 600 lbs

“ D K N D21/2” 95.2 66.7 4 15.93/4” 117.5 82.5 4 19.1

1” 123.8 88.9 4 19.11.1/4” 133.3 98.4 4 19.11.1/2” 155.6 114.3 4 22.2

2” 165.1 127.0 8 19.12.1/2” 190.5 149.2 8 22.2

3” 209.5 168.3 8 22.24” 273.0 184.1 8 25.45” 330.2 266.7 8 28.66” 355.6 292.1 12 28.68” 419.1 349.2 12 31.7

10” 508.0 431.8 16 34.912” 558.8 488.9 20 34.9

N= number of bolts



HO

SEA

SSEMB

LIES

E.7.1

E.7.W W W . L M C - C O U P L I N G S . C O MHOSE ASSEMBLIES

The way how low pressure hoses and couplings are assembled depends on

many factors like hose type, hose tail of the coupling, working pressure of the

hose and coupling, temperature range, application, etc. For low pressure

couplings following hose assemblies are often used.

• Safety clamps

• Worm drive clamps

• Two bolt saddle clamps

• Wire Binding

• Buckling

• Swaging



HOSE ASSEMBLIES

Assembly instructions for coupling hoses using safety clamps

E.7.2

Choose a hose that is designed for assembly using safety

clamps.

Assembly is easier if you use a work bench for safety and

stability.

To achieve effective electrical conductivity, hoses incor-

porating copper strands should be brushed with contact

paste.

Insert the hose tail into the hose-end by hand and press it in

as far as the safety collar.

A rubber hammer can be used to tap larger diameter

hose tails into place.

Locate the clamp shells around the collar of the inserted

coupling and screw the safety clamps together tempora-

rily using hardened steel bolts.




HO

SEA

SSEMB

LIESE.7.


HOSE ASSEMBLIES

E.7.3

Assembly instructions for coupling hoses using safety clamps

Always tighten the hardened steel bolts diagonally.

Replace them later with stainless steel nuts and bolts.

Avoid using silicone sealants, since these are not always

permitted for use in industrial plants.

Once the clamps have been fitted, examine the hose

assembly closely. Check that the safety clamps are paral-

lel.

In correctly-dimensioned joints, there will always be a

space between the clamp shells .


HOSE ASSEMBLIES

E.7.4 Chapter E: Technical information


Safety clampsOne of the safest ways to assemble hoses is to use safety clamps. Safetyclamps consist of two clamp shells, and are clamped around the hose end bymeans of nuts and bolts. In order to assemble hoses using safety clamps, youmust use either a smooth hose shank complying with EN 14420-2 / DIN 2817or a serrated hose shank with safety collar complying with EN 14423 / DIN 2826. The safety clamp collar is located behind the coupling collar toachieve a safe, secure assembly. Always check the wall thickness of hosesfirst, and select the recommended safety clamp accordingly. Safety clampsand couplings can be used in all applications.For not standardized thin wall hoses LMC-Couplings offers not standardizedsafety clamps. The assembly methods of these safety clamps are similar tothe standardized once.

Worm drive clamps

Worm drive clamps are often used with industrial couplings in smalle dimen-

sions. The worm drive clamp is placed over the hose end, and closed simply

by turning a screw. This fast, easy assembly method is recommended for aspi-

ration hoses, suction hoses and (small diameter) low pressure hoses. Worm

drive clamps are NOT recommended for use in assembling high pressure

Buckling

Buckling assemblies involve the use of a stainless steel band and stainless

steel buckling clip. Using a tensioning tool, the stainless steel band is tighte-

ned around the hose and secured by closing the buckling rings. This fast, easy

assembly method is recommended for aspiration hoses, suction hoses and

(small diameter) low pressure hoses.

Wire binding

Hose binding involves pulling a fine steel wire tightly around the hose using a

hose binding machine. This assembly is recommended for use with flexible

thin wall hoses, like fire hoses.

Swaging

Swaging is a metal forming technique in which the metal is formed to shape

under high pressure. Swaging differs from forging in that the metal is worked

cold. To swage rubber hoses HRRK swage ferrules are recommended. The

internal surface of HHRK swage ferrules is similar to grooved internal surface

of RK-safety clamps. For PTFE hoses HRP swage ferrules are used. The intern-

al surface of HRP swage ferrules is smooth to avoid hose damage when swa-

ging. Composite hoses are swaged using CHR swage ferrules in combination

with a CX crimping seal.



SEALS




TEMP

ERATU

RE

AN

DP

RESSU

RE

E.8.1

E.8.TEMPERATURE AND PRESSURE

TEMPERATURE UNITS

PRESSURE TEMPERATURE DIAMETER ND / INCHSATURATED STEAM

°C°C

°F




PRESSURE UNITS

Pa= Bar m barN

mm2

Torr Vacuüm (%)

(mmHg)

N

m2(at. = )

k

cm2g

13 x 104

12 x 104

11 x 104

10 x 104

9 x 104

8 x 104

7 x 104

6 x 104

5 x 104

4 x 104

3 x 104

2 x 104

1 x 104

0

1,3

1,2

1,1

1,0

0,9

0,8

0,7

0,6

0,5

0,4

0,3

0,2

0,1

0

1,3

1,2

1,1

1,0

0,9

0,8

0,7

0,6

0,5

0,4

0,3

0,2

0,1

0

1000

900

800

700

600

500

400

300

200

100

0

750

675

600

525

450

375

300

225

150

75

0

0,1

0,09

0,08

0,07

0,06

0,05

0,04

0,03

0,02

0,01

0

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

9,8 x 104 0,986651,0197

kgf/cm Torr

(=at) kgf cm gf cm (mm N/m2 MN m2

Hg)

kgf/cm2 1 10 1000 735,56 98066,5 0,09807

(=at)

kgf/m2 10 1 0,1 0,7356 10 9,80665 9,807 106

gf cm2 10 10 1 0,7356 98,0665 9,807 105

Torr 0,001359 13,5951 1.35951 1 133,322 0,1333 103

(m2mmHg)

N/m2 1,0197 10 0,101972 0,0102 0,750 10 1 106

MN m2 10,1972 101972 10197,2 7501,87 10 1

bar 1,01972 10197.2 1019,72 750,062 10 0.1

m bar 1,01972 10 10,197 1,01972 0,7501 100 10

mmWK 0,0001 1 0,1 0,07355 9,807 9,807 106

m WK 0,1 1000 100 73,556 9807 0,009807

atm 1,03323 10332 1033,2 760 1,0133 105 0,10133

lb/in2

(=psi) 0,07031 703,07 70,307 51,715 6894,76 0,006895

(=psig

lb/in

bar m bar mm WK m WK atm. (=psi)

(=psig

0,9807 980,7 10000 10 0,96784 14,2233

0,9807 10 980,7 104 1 0,001 0,96784 102 0,1411 102

0,0009807 0,980665 10 0,01 0,00097084 0,01422

0,00133 1,3332 13,5951 0,01359 0,00132 0,01934

105 0.01 0,10197 0,000102 0,987 105 0,145 103

10 104 101972 101,972 9,869 145,038

1 1000 10197,16 10,1972 0,98692 14,5038

0,001 1 10,197 0,010197 0,98692 103 0,0145

0,000098 0,098 1 0,001 0,000097 0,00142

0,09806 98,0665 1000 1 0,09678 1,4223

1,01325 1013,25 10332 10,332 1 14,696

0,06895 68,950 703,07 0,70307 0,6805 1

2

2

4

6

4

5

4

-1

-2

-3

3

5

3

2

2



RESISTA

NC

ETA

BLE

E.9.1

E.9.RESISTANCE TABLE

The following data has been compiled from generally available sources.

Results are obtained by immerse tests without mechanical load. The basis

for the ratings in this guide includes actual service experience and the advice of

various polymer suppliers. In case of doubt, a sample of the compound

should always be tested with the particular chemical. The given results are

based on a temperature range of 20°C / 68°F and for concentrated or saturated

substance.

LMC-Couplings rejects every kind of responsibility related to this chemical

resistance table.

Declaration of used abbreviations

A Excellent resistant

The chosen material is not or hardly affected by the medium

B Good resistant

The chosen material gives a satisfactory result. On the long term a

small impact on the material have to be taken in mind.

C Limited resistant

In case of constant use the impact on the material can be small till

extremely. In case of temporary use, it is to be recommended that material

and medium are tested first.

D Not suitable

-

- Not known

No results available. It is recommended that resistance will be checked

together with the working environment.

ASTM COMPOSITION

NR Natural rubber

SBR Styrene butadiene rubber

IIR Isobutylene isoprene rubber

EPDM Ethylene propylene diene terpolymer

EPM Ethylene propylene monomer

NBR Nitrile butadiene rubber

CR Chloroprene rubber

CSM Chloro-sulfonated polyethylene

FPM Fluorocarbon

PE-X Cross linked polyethylene

UHMW Ultra high molecular weight polyethylene

VMQ Silicone

FMQ Fluorosilicone

AU Polyurethane

PVDF Polyvinylidenefluoride

PTFE Tetrafluoroethylene

PFA Perfluoroalkoxy

MFA Perfluormethylether

H3PO4

KHCO3

C3H8O3

C3H8O3

C 3H 8

O 2

NaOH

FeS




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Ace

tald

ehyd

e75

-07-

020

0-83

6-8

C2H

4OC

DA

AA

DC

CD

AA

AD

DD

AA

AB

CC

AA

Ace

tam

ide

60-3

5-5

-C

H3C

ON

H2

CC

AA

AC

BB

BA

AB

AD

BA

AA

BC

CA

A

Ace

tic

acid

10%

65°

C /

149

°F-

--

BB

AA

AC

BB

CB

AA

BC

AA

AA

CC

CC

A

Ace

tic

acid

30%

--

-B

BA

AA

DB

BC

AA

AB

CA

AA

AC

CC

CA

Ace

tic

acid

50%

--

-C

CA

AA

DD

CD

AA

AB

DA

AA

AC

CC

CA

Ace

tic

acid

, Gla

cial

--

-D

DB

BA

DD

DD

AA

BD

DA

AA

AC

CC

CA

Ace

tic

anh

ydri

de

108-

24-7

-(C

H3C

O) 2

OC

BB

BB

DC

BD

AA

CD

DD

AA

AB

CC

CB

Ace

ton

e /

pro

pan

on

e67

-64-

120

0-66

2-2

(CH

3)2C

O

BB

AA

AD

CA

DA

AB

DC

CA

AA

AA

AA

A

Ace

ton

e cy

ano

hyd

rin

--

-B

CA

AA

DC

AD

AA

CD

DC

AA

AB

BB

BA

Ace

ton

itri

le75

-05-

820

0-83

5-2

C2H

3ND

DD

DD

DB

BD

BA

DD

DA

AA

AB

BB

BA

Ace

top

hen

on

e98

-86-

220

2-70

8-7

C8H

8OC

DA

AA

DC

BD

AA

DD

DC

AA

AC

CC

CC

Ace

tyl a

ceto

ne

/ 2,

4-p

enta

ned

ion

e12

3-54

-620

4-63

4-0

C5H

8O2

CD

BB

BD

CC

DA

AD

DD

CA

AA

AA

AA

A

Ace

tyl c

hlo

rid

e75

-36-

5 -

CH

3CO

Cl

DD

DD

DD

DD

BB

BC

AD

BA

AA

CC

CC

C

Ace

tyle

ne

74-8

6-2

-C

2H2

BB

AB

CA

AB

AA

AC

AB

AA

AA

AD

DA

A

Ace

tyle

ne

dic

hlo

rid

e-

--

DD

DD

DD

DD

AA

AD

DC

BA

AA

CC

CC

C

Ace

tyle

ne

tetr

a ch

lori

de

--

-D

DD

DD

DD

DA

AA

DD

DB

AA

AC

CC

CC

Acr

ylo

nit

rile

107-

13-1

203-

466-

5C

H2=

CH

-CN

DD

DD

DD

CC

DA

AD

DD

CA

AA

-A

AA

A

Ad

ipic

aci

d12

4-04

-920

4-67

3-3

HO

CO

(CH

2)4C

OO

HA

AA

AA

AA

AA

AA

BA

AA

AA

AB

BB

BA

Air

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Alc

oh

ol,

alip

hat

ic-

--

AB

AA

AA

AA

AA

AA

CB

AA

AA

AA

AA

A

Alc

oh

ol,

aro

mat

ic-

--

CD

BC

BC

DB

AA

AD

BD

AA

AA

AB

BB

A

Ally

l alc

oh

ol

107-

18-6

-C

H2=

CH

CH

2OH

BB

AB

AA

BA

BA

AA

CD

BA

AA

BA

AA

A

Ally

l bro

mid

e /

3-b

rom

op

rop

ene

106-

95-6

-H

2CC

HC

H2B

rD

DD

DD

DD

DB

BB

DD

DC

AA

AC

CC

CC

Ally

l ch

lori

de

107-

05-1

203-

457-

6C

3H5C

lD

DD

DD

DD

DB

BB

DD

DC

AA

AC

CC

CC

Alu

min

ium

po

tasi

um

su

lfate

7784

-24-

9-

AlK

(SO

4)2

12H

2OA

AA

AA

AA

AA

AA

AD

BA

AA

AA

BB

CA

Alu

min

ium

ace

tate

142-

03-0

-A

L(O

H)(

C2H

3O2)

2A

AA

AA

AA

AA

AA

DD

BA

AA

AC

CC

CA

Alu

min

ium

ch

lori

de

--

-A

AA

AA

AA

AA

AA

BA

AA

AA

AC

CC

CC

Alu

min

ium

flu

ori

de

--

-A

AA

AA

AA

AA

AA

BA

AA

AA

AC

CC

CC

Alu

min

ium

hyd

roxi

de

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

CA

Alu

min

ium

nit

rate

--

-A

AA

AA

AA

AA

AA

BD

AA

AA

AC

CC

CA

Alu

min

ium

ph

osp

hat

e-

--

AA

AA

AA

AA

AA

AA

DA

AA

AA

CC

CC

A

Alu

min

ium

su

lfate

1792

7-65

-023

3-13

5-0

Al 2

O12

S 3xH

2OA

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

CA

Am

ino

eth

ano

l-

--

BB

AB

AB

CB

DA

AB

DB

CB

BB

--

-B

A

Am

mo

nia

gas

(co

ld)

--

-A

AA

AA

AB

AD

AA

AA

AC

AA

AB

BB

AA

Am

mo

nia

gas

65°

C /

149

°F-

--

BC

BB

AC

CB

DB

AA

BD

CA

AA

BB

BA

A

Am

mo

nia

in w

ater

--

-D

CA

AA

BB

BC

AA

AB

AA

AA

AB

CC

CA

Am

mo

nia

, liq

uid

--

-D

DA

BB

CD

AD

AA

CD

CC

AA

AA

CC

AA

Am

mo

niu

m c

arb

on

ate

506-

87-6

-(N

H4)

2CO

3A

AA

AA

BA

AC

AA

DD

AA

AA

AB

CC

AB

Am

mo

niu

m c

hlo

rid

e12

125-

02-9

235-

186-

4N

H4C

lA

AA

AA

AA

AA

AA

DD

BA

AA

AC

CC

CC

Am

mo

niu

m h

ydro

xid

e su

lph

ate

--

-B

BA

BA

BB

BB

AA

AB

BA

AA

AC

CC

CB

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


A




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Am

mo

niu

m m

etap

ho

shat

e-

--

AA

AA

AA

AA

AA

AA

DA

AA

AA

BC

CC

A

Am

mo

niu

m n

itra

te64

84-5

2-2

229-

347-

8N

H4N

O3

AA

AA

AA

AA

AA

AD

DA

AA

AA

-C

C-

-

Am

mo

niu

m p

ersu

lfate

7727

-54-

023

1-78

6-5

H8N

2O8S

2A

AA

AA

AA

AA

AA

DD

BC

AA

AC

CC

CA

Am

mo

niu

m p

ho

sph

ate

--

AA

AA

AA

AA

AA

AA

DB

AA

AA

BC

C-

-

Am

mo

niu

m s

ulfi

de

1213

5-76

-1-

(NH

4)2S

BA

AA

AB

AA

CA

AD

DB

BA

AA

CC

BC

B

Am

mo

niu

m s

ulfi

te10

196-

04-0

-H

8N2O

3SB

AA

AA

BA

AA

AA

DD

BB

AA

AC

CB

CB

Am

mo

niu

m t

hio

cyan

ate

1762

-95-

421

7-17

5-6

CH

4N2S

AA

AA

AB

AA

AA

AA

AA

AA

AA

BC

CC

A

Am

mo

niu

m t

hio

sulfa

te77

83-1

8-8

-(H

3N) 2

H2O

3S2

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CC

B

Am

yl a

ceta

te-

-C

H3C

OO

C5H

11D

DA

BA

DC

CD

AA

DD

CC

AA

AA

BB

BA

Am

yl a

ceto

ne

--

-B

BA

AA

DC

AD

AA

BD

CC

AA

AA

AA

AA

Am

yl a

lco

ho

l-

-C

5H11

OH

BA

AA

AB

AA

BA

AD

AC

AA

AA

-A

AB

A

Am

yl b

ora

te-

--

DD

DD

DA

DA

DA

AD

DD

DA

AA

--

--

-

Am

yl c

hlo

rid

e-

--

DD

DD

DD

DD

AA

AD

BD

AA

AC

CC

CC

C

Am

yl c

hlo

ran

aph

thal

ene

--

-D

DD

DD

DD

DA

AA

AD

BD

BA

AA

CC

CC

Am

yl o

leat

e-

--

DD

BC

CB

DD

AA

AB

BD

AA

AA

AA

AA

A

Am

yl p

hen

ol

--

-D

DD

DC

CD

DA

AA

DA

DB

AA

AA

AA

AA

Am

yl p

hth

alat

e-

--

DD

AC

BD

DD

CA

AB

CD

BA

AA

-A

AA

A

Am

ylam

ine

--

-C

CA

BA

CC

CD

AA

BD

DA

AA

A-

CC

CA

An

ilin

e62

-53-

320

0-53

9-3

C6H

7ND

DA

AA

DD

BB

AA

DC

CB

AA

AC

CC

CA

An

ilin

e h

ydro

chlo

rid

e14

2-04

-1-

C6H

5NH

2 . H

Cl

BC

AA

AB

BB

AA

AD

BB

BA

AA

-C

CC

C

An

imal

fats

--

-D

DB

CB

AB

BA

AA

BA

AA

AA

AA

AA

AA

An

tim

on

y ch

lori

de

1002

5-91

-9-

SbC

l 3B

BA

BA

BB

BA

AA

AA

AB

AA

AC

CC

CC

An

tim

on

y p

enta

chlo

rid

e76

47-1

8-9

-Sb

Cl 5

DD

DD

DD

DD

DB

BA

AA

BA

AA

CC

CC

C

Aq

ua

reg

ia80

07-5

6-5

-H

Cl +

HN

O3

DD

DC

CD

DC

BD

DD

CD

BA

AA

CC

CC

C

Aro

mat

ic h

ydro

carb

on

s-

--

DD

DD

DB

CC

AA

AD

BC

AA

AA

AA

AA

A

Ars

enic

aci

d77

78-3

9-4

-H

3AsO

4B

BA

AA

BB

AA

AA

AA

DA

AA

AC

CC

CB

Ars

enic

tri

chlo

rid

e /

arse

nic

ch

lori

de

7784

-34-

1-

AsC

l 3D

DD

DC

BC

DD

DD

DD

DA

AA

AC

CC

CC

Asp

hal

tD

DD

DD

BD

DA

BB

DD

DA

AA

AC

AA

AA

Ast

m 1

oil

--

-D

DD

DD

AB

AA

AA

AA

AA

AA

AA

AA

AA

Ast

m 2

oil

--

-D

DD

DD

AC

BA

AA

CA

AA

AA

AA

AA

AA

Ast

m 3

oil

--

-D

DD

DD

BD

CA

BA

CA

BA

AA

AA

AA

AA

Avi

atio

n g

aso

line

--

-D

DD

DD

AC

CA

AA

DA

AA

AA

AA

AA

AA

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


A




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Bar

ium

car

bo

nat

e-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

-A

AB

A

Bar

ium

ch

lori

de

--

-A

AA

AA

AA

AA

AA

AA

BA

AA

AC

CC

CC

Bar

ium

hyd

roxi

de

1719

4-00

-205

6-00

2-00

-7B

a(O

H) 2

AA

AA

AA

AA

AA

AA

AC

AA

AA

-C

CC

A

Bar

ium

su

lfate

7727

-43-

7-

BaS

O4

AA

AA

AA

AA

AA

AA

AB

AA

AA

-B

BA

A

Bar

ium

su

lfid

e21

109-

95-5

-B

aSB

AA

AA

BA

AA

AA

AA

BA

AA

A-

CC

CA

Bee

r-

--

CC

AA

AA

AA

AA

AA

AD

AA

AA

AA

AC

A

Bee

t su

gar

liq

uar

s-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

A-

-B

A

Ben

zald

ehyd

e /

ben

zoic

ald

ehyd

e10

0-52

-7-

C6H

5CH

OD

DB

BB

DD

DD

AA

DD

DC

AA

A-

AA

BA

Ben

zen

e71

-43-

220

0-75

3-7

C6H

6D

DD

DD

DD

DA

AA

DA

DA

AA

AA

AA

AA

Ben

zen

esu

lfon

ic a

cid

98-1

1-3

-C

6H6S

O3

DD

DD

DD

DD

BB

BD

CD

CB

AA

-B

BC

B

Ben

zin

e so

lven

t /

ligro

ine

/ p

etro

leu

m e

ther

8032

-32-

423

2-45

3-7

-D

DD

DD

AC

DA

AA

DA

BA

AA

AA

AA

AA

Ben

zoic

aci

d65

-85-

020

0-61

8-2

C6H

5CO

OH

AA

AA

AB

BA

AB

AB

BD

AA

AA

-C

C-

A

Ben

zoic

ald

ehyd

e /

ben

zald

ehyd

e10

0-52

-7-

C6H

5CH

OD

DB

BB

DD

DD

AA

DD

DC

AA

A-

AA

BA

Ben

zyl a

ceta

te-

--

DD

AB

AD

BB

DA

AD

DD

CA

AA

--

--

-

Ben

zyl a

lco

ho

l10

0-51

-620

2-85

9-9

C7H

8OB

BB

BB

DC

CA

AA

DB

DA

AA

A-

AA

BA

Ble

ach

liq

uo

r-

DD

AA

AD

DC

AB

AB

AC

AA

AA

CC

CC

A

Bo

rax

/ b

ora

x d

ecah

ydra

te13

03-9

6-4

-B

4Na 2

O7

10H

2OA

AA

AA

AA

AA

AA

AA

AA

AA

AB

AA

AA

Bo

rdea

ux

mix

ture

--

-A

AA

AA

AA

AA

AA

AA

CA

AA

AC

CC

CA

Bo

ric

acid

1004

3-35

-323

3-13

9-2

H3B

O3

AA

AA

AA

AA

AB

AA

AD

AA

AA

BB

BB

A

Bra

nd

y-

--

AA

AA

AA

AA

AA

AA

AB

AA

AA

AA

AA

A

Bri

ne

65°C

/ 1

49 °F

--

-A

AA

AA

CA

AA

BA

DD

DA

AA

A-

AA

CA

Bro

min

e77

26-9

5-6

231-

778-

1B

r 2D

DD

DD

DD

DA

DD

DB

DA

AA

AC

CC

CC

Bro

min

e w

ater

--

Br 2

dis

solv

ed in

H2O

DD

CC

CD

DB

AB

AD

BD

AA

AA

CC

CC

C

Bro

mo

ch

loro

met

han

e-

--

DD

DD

DD

DD

AB

BD

BD

AA

AA

CC

CC

C

Bro

mo

ben

zen

e10

8-86

-1-

C6H

5Br

DD

DD

DD

DD

BC

CD

AD

AA

AA

CA

AA

A

Bu

tad

ien

eD

DD

DD

BD

BA

AA

DB

DA

AA

AA

AA

AA

Bu

tan

e10

6-97

-8C

4H10

DD

DD

DA

AA

AA

AD

AA

AA

AA

AA

AA

A

Bu

tan

ol /

1-b

uta

no

l / b

uty

l alc

oh

ol

71-3

6-3

200-

751-

6C

4H10

OA

AA

AA

AA

AA

AA

BA

CA

AA

A-

BB

-A

Bu

tter

CC

BB

BA

BA

AA

AB

AD

AA

AA

AA

AA

A

Bu

tyl a

ceta

te12

3-86

-4-

CH

3CO

OC

H2C

H2C

H2C

H3

DD

BB

BD

CC

DA

AD

DD

CA

AA

-B

BB

A

Bu

tyl a

cryl

ate

/ 2-

pro

pen

oic

aci

d b

uty

l est

er14

1-32

-2-

C7H

12O

2D

DD

DD

DD

DD

BB

DD

DA

AA

A-

--

--

Bu

tyl a

ldh

eyd

e /

bu

tyra

ldeh

yde

123-

72-8

204-

646-

6C

4H8O

DC

BC

BD

CC

DA

AD

DD

BA

AA

BC

CA

A

Bu

tyl b

enze

ne

104-

51-8

203-

209-

7C

10H

14D

DD

DD

DD

DA

AA

DA

DA

AA

AA

AA

AA

Bu

tyl b

enzy

l ph

thal

ate

--

-D

DA

BA

DD

DC

AA

DD

DB

AA

A-

AA

AA

Bu

tyl b

rom

ide

109-

65-9

--

DD

DD

DD

DD

BB

BD

BD

AA

AA

CB

BB

B

Bu

tyl b

uty

rate

109-

21-7

-C

8H16

O2

DD

BB

BC

DD

CB

BD

AD

AA

AA

BB

BB

A

Bu

tyl c

arb

ito

l11

2-34

-5-

-D

DA

AA

CC

BC

AA

DD

DB

AA

A-

AA

BA

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


B




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Bu

tyl c

hlo

rid

e /

1-ch

loro

bu

tan

e10

9-69

-320

3-69

6-6

C4H

9Cl

DD

CC

CD

DC

AA

AD

BD

AA

AA

CC

CC

C

Bu

tyl e

ther

/ d

ibu

tyl e

ther

142-

96-1

-C

8H18

OD

DD

DD

BC

BC

AA

DC

DB

AA

AB

AA

BA

Bu

tyl e

thyl

ace

tald

ehyd

e-

--

DD

BB

AD

CC

DA

AD

DD

CA

AA

BC

CA

A

Bu

tyl e

thyl

eth

er62

8-81

-9-

C6H

14O

DD

DD

DB

CB

CA

AD

CD

AA

AA

BA

AB

A

Bu

tyl g

lyco

l-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

-A

AA

A

Bu

tyl o

leat

e14

2-77

-8

-C

22H

42O

2D

DB

BB

BC

BA

AA

DB

CA

AA

AA

AA

AA

Bu

tyl p

hth

alat

e-

--

DD

AA

AD

DC

CA

AD

DD

BA

AA

BA

AA

A

Bu

tyl s

tear

ate

123-

95-5

--

DD

CB

BB

DD

AA

AD

BC

AA

AA

AA

AA

A

Bu

tyla

min

e10

9-73

-920

3-99

-2C

4H11

NC

CA

BA

DD

CB

AA

CD

DB

AA

AC

CC

CA

Bu

tyra

ldeh

yde

123-

72-8

204-

646-

6C

4H8O

CC

AB

AD

CC

CA

AD

DD

CA

AA

BC

CA

A

Bu

tyri

c ac

id10

7-92

-6-

C4H

8O2

CC

BB

BB

BB

AA

AD

DA

AA

AA

BA

AC

A

Bu

tyri

c an

hyd

rid

e10

6-31

-0-

-C

DB

CB

DB

BC

AA

CD

DC

BA

AB

CC

CB

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


B




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Cadm

ium

ace

tate

/ ca

dmiu

m a

ceta

te d

ihyd

rate

5743

-04-

4-

(CH

3CO

O) 2

Cd

2H

2OA

AA

AA

BA

AB

AA

AA

AA

AA

AB

BB

BA

Cal

ciu

m a

ceta

te /

cal

ciu

m a

ceta

te h

ydra

te62

-54-

420

0-54

0-9

Ca

C4H

6O4

AA

AA

AB

AA

BA

AA

AA

BA

AA

BB

BB

A

Cal

ciu

m b

ich

rom

ate

dry

--

-B

AA

AA

BB

AB

AA

AA

BA

AA

AB

BB

BB

Cal

ciu

m b

isu

lfate

dry

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AB

BB

AA

Cal

ciu

m b

isu

lfite

dry

--

-B

AA

AA

BA

AA

AA

AA

AA

AA

AD

CC

CA

Cal

ciu

m c

arb

on

ate

dry

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

BA

Cal

ciu

m c

hlo

rid

e d

ry-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

CB

BC

A

Cal

ciu

m h

ydro

xid

e13

05-6

2-0

215-

137-

3C

a(O

H) 2

AB

AB

AA

BA

AA

AA

AC

AA

AA

CC

CC

A

Cal

ciu

m h

ypo

chlo

rite

7778

-54-

3-

Ca

Cl 2O

2D

DA

AA

CD

AA

AA

DA

DA

AA

AC

CC

CA

Cal

ciu

m n

itra

te-

--

AA

AA

AA

AA

AA

AB

AD

AA

AA

CC

BB

A

Cal

ciu

m s

ulfa

te /

cal

ciu

m s

ulfa

te d

ihyd

rate

1010

1-41

-4-

CaS

O4

2H2O

AA

AA

AA

AA

AA

AA

AA

AA

AA

CA

AB

A

Cal

ciu

m s

ulfi

de

--

-B

BA

AA

BA

AA

AA

BA

BA

AA

AC

CB

CA

Cal

ciu

m s

ulfi

te-

--

BB

AA

AB

AA

AA

AA

AA

AA

AA

CC

BC

A

Can

e su

gar

liq

uo

rs-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

-A

AA

A

Cap

rylic

aci

d12

4-07

-2-

CH

3-[C

H2]

6-C

OO

(-)

DD

AC

BA

CB

BA

AB

BD

AA

AA

--

-B

A

Car

bit

ol

112-

34-5

--

DD

AB

AD

DB

AA

AB

BD

AA

AA

-B

BB

B

Car

bit

ol a

ceta

te11

2-15

-2-

-D

DB

BB

DD

DD

AA

DD

DC

AA

A-

BB

BA

Car

bo

lic a

cid

/ p

hen

ol

108-

95-2

203-

632-

7C

6H5O

HD

DB

BA

DD

CA

AA

DA

DA

AA

A-

AA

CA

Car

bo

n d

ioxi

de

/ d

ry ic

e12

4-38

-9-

CO

2A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Car

bo

n d

isu

lfid

e75

-15-

020

0-84

3-6

CS 2

DD

DD

CC

DD

BA

AD

AD

BA

AA

-B

BA

A

Car

bo

n t

etra

chlo

rid

e56

-23-

520

0-26

2-8

CC

l 4D

DD

DD

DD

DA

BB

DA

BA

AA

AD

AA

AA

Car

bo

n t

etra

fluo

rid

e75

-73-

020

0-89

6-5

CF 4

DD

DD

DD

DD

DA

AD

DD

CA

AA

DA

AA

A

Cas

tor o

il /

rici

nu

s o

il80

01-7

9-4

--

CC

BB

BA

AA

AA

AA

AA

AA

AA

AA

AA

A

Cau

stic

po

tash

65°

C /

149

°F-

--

AB

AA

AB

AA

CB

AC

CD

AA

AA

CC

CB

A

Ch

lora

ceto

ne

--

-D

DB

BB

DC

CD

AA

DD

DC

AA

AC

CC

CC

Ch

lori

nat

ed h

ydro

carb

on

s-

--

DD

DD

DD

DD

DA

AD

DD

CA

AA

CC

CC

C

Ch

lori

ne

gas

dry

--

-D

DD

DC

DC

DA

AA

DA

DA

AA

AC

CC

CC

Ch

lori

ne

wat

er s

olu

tio

ns

--

-C

CC

CC

CB

CA

AA

CA

CA

AA

AD

CC

CC

Ch

loro

acet

ic a

cid

/ m

on

och

loro

acet

ic a

cid

79-1

1-8

-C

lCH

2CO

OH

DD

AB

AD

CB

BA

AD

DD

BA

AA

CC

CC

C

Ch

loro

ben

zen

e10

8-90

-720

3-62

8-5

C6H

5Cl

DD

DD

DD

DD

AB

AD

BD

BA

AA

CC

CC

C

Ch

loro

bu

tad

ien

e-

--

DD

DD

DD

DD

AA

AD

BD

AA

AA

CC

CC

C

Ch

loro

bu

tan

e-

--

DD

CC

BD

DD

AA

AD

BD

AA

AA

CC

CC

C

Ch

loro

form

67-6

6-3

200-

663-

8C

HC

l 3D

DD

DD

DD

DA

AA

DB

DB

AA

AC

CC

CC

Ch

loro

pen

tan

e-

--

DD

DD

DD

DD

AA

AD

BD

AA

AA

CC

CC

C

Ch

loro

ph

eno

l-

--

DD

DD

DD

DD

BA

AD

BD

BA

AA

CC

CC

C

Ch

loro

sulfo

nic

aci

d77

90-9

4-5

-H

ClS

O3

DD

DD

DD

DD

DD

CD

DD

CB

AA

CC

CC

C

Ch

loro

tolu

ene

--

-D

DB

CA

DD

DA

BD

BB

DC

BB

AC

CC

CC

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


C




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Ch

rom

e p

lati

ng

so

luti

on

--

-D

DB

CA

DD

DA

BD

BB

DC

AA

AA

--

-C

Ch

rom

ic a

cid

40°

C /

104

°F-

--

DD

CC

BD

DC

BC

BC

CD

BA

AA

CC

CC

B

Cit

ric

acid

/ m

on

oh

ydra

te59

49-2

9-1

C6H

8O7

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CC

C

Co

al t

ar-

--

DD

DD

AD

BA

DD

DD

AA

AA

AA

AA

AA

A

Co

al t

ar n

aph

ta-

--

DD

DD

AD

DA

AA

DD

DA

AA

AA

AA

AA

A

Co

bal

t ch

lori

de

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

CC

Co

con

ut

oil

--

-D

DB

CB

AB

BA

AA

AA

AA

AA

AA

AA

AA

Co

d li

ver o

il-

--

DD

AB

BA

BA

AA

AB

AA

AA

AA

AA

AA

A

Co

ke o

ven

gas

--

-D

DB

BB

AB

AA

CA

BB

CA

AA

AB

BB

AA

Co

pp

er a

rsen

ate

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

CC

Co

pp

er (I

) cya

nid

e54

4-92

-3-

Cu

CN

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

CA

Co

pp

er (I

I) n

itra

te32

51-2

3-8

-C

u N

O3

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CC

A

Co

pp

er n

itri

te-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CC

A

Co

pp

er s

ulfi

de

--

-B

AA

AA

BA

AA

AA

AA

AA

AA

AC

AA

CA

Co

pp

er c

arb

on

ate

1184

-64-

1-

mix

ture

of C

uCO

3an

d C

u(O

H) 2

CC

AA

AB

CB

AA

AC

BB

AA

AA

--

--

A

Co

pp

er c

hlo

rid

e74

47-3

9-4

231-

210-

2C

uC

l 2A

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

-C

Co

pp

er s

ulfa

te-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

D-

--

B

Co

rn o

il-

--

DD

BB

AA

BB

AA

AA

AA

AA

AA

AB

BB

A

Co

tto

nse

ed o

il 80

01-2

9-4

--

DD

BC

BA

BA

AA

AA

AA

AA

AA

AB

BB

A

Cre

oso

te80

01-5

8-9

--

DD

DD

DA

DC

AA

AD

CD

AA

AA

AB

BA

A

Cre

sol

1319

-77-

3-

C7H

8OD

DD

DD

DD

BA

AA

DB

DA

AA

AA

--

-B

Cre

sylic

aci

d-

--

DD

DD

DD

DD

AA

AD

BD

AA

AA

-A

AB

A

Cro

ton

ald

ehyd

e41

70-3

0-3

-C

4H6O

DD

BB

AD

DC

CA

AD

DD

BA

AA

BC

CA

A

Cu

men

e /

iso

pro

pyl

ben

zen

e98

-82-

8-

C6H

5CH

(CH

3) 2D

DD

DD

DD

DA

AA

DB

DB

AA

A-

--

BB

Cyc

loh

exan

e11

0-82

-720

3-80

6-2

C6H

12D

DD

DD

AC

CA

AA

DA

BA

AA

AA

AA

AA

Cyc

loh

exan

ol

108-

93-0

203-

630-

6C

6H12

OD

DD

DD

AC

CA

AA

DA

BA

AA

AA

AA

AA

Cyc

loh

exan

on

e10

8-94

-1-

C6H

10O

CC

CC

CA

BB

AA

AD

AB

AA

AA

-A

AA

A

Cyc

lop

enta

ne

/ p

enta

met

hyl

ene

287-

92-3

-C

5H10

DD

DD

DA

CC

AA

AD

AB

AA

AA

-A

AA

A

Cyc

lop

enta

no

l96

-41-

3-

C5H

10O

CC

CC

CA

BB

AA

AA

AB

AA

AA

-A

AA

A

Cyc

lop

enta

no

ne

120-

92-3

-C

5H8O

DD

BB

BD

DD

DA

AD

DD

BA

AA

-B

BB

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


C




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

DD

T in

Ker

ose

ne

--

-D

DD

DD

BD

CA

AA

DB

BA

AA

AC

AA

AA

Dec

alin

e-

--

DD

DD

DA

CC

AA

AD

AA

AA

AA

BB

BA

Dec

ane

124-

18-5

204-

686-

4C

10H

22D

DD

DD

AD

DA

AA

BA

AA

AA

AA

AA

AA

Dec

ano

l / d

ecyl

alc

oh

ol

112-

30-1

-C

10H

22O

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Det

erg

ent

solu

tio

n-

--

BB

AA

AA

BA

AA

AA

AA

AA

AA

-A

AA

A

Dia

ceto

ne

alco

ho

l12

3-42

-2-

-C

CA

AA

DD

AD

AA

DD

DC

AA

A-

AA

AA

Dia

myl

amin

e-

--

CD

AB

AD

CC

DA

AD

DD

CA

AA

DD

DD

B

Dib

rom

o b

enze

ne

--

-D

DD

DD

DD

DD

BC

CD

BD

AA

AA

AA

AA

Dib

uty

l seb

acat

e10

9-43

-3-

[(C

H2)

4CO

2(C

H2)

3CH

3]2

DD

C

CC

CD

CC

AA

BB

DB

AA

A-

AA

AA

Dib

uty

lam

ine

111-

92-2

--

DD

DD

DD

AD

AA

AC

DD

CA

AA

DC

CC

A

Dib

uty

leth

er14

2-96

-1-

C8H

18O

DD

DD

DC

DD

CA

AD

CD

BA

AA

CA

-B

A

Dib

uty

lph

thal

ate

84-7

4-2

-C

16H

22O

4D

DB

AA

DD

DC

AA

BC

DB

AA

A-

AA

AA

Dic

hlo

ro p

rop

ane

--

-D

DD

DD

DD

DA

AA

DB

DA

AA

AC

CC

CC

Dic

hlo

rora

ceti

c ac

id79

-43-

6-

C2H

2Cl 2

O2

DD

AB

AD

DC

DA

AA

BD

AA

AA

CC

CC

C

Dic

hlo

rob

uta

ne

--

-D

DD

DD

DD

DA

AA

DB

DA

AA

AC

CC

CC

Dic

hlo

roet

han

e-

--

DD

DD

DD

DD

AA

AD

BD

AA

AA

CC

CC

C

Dic

hlo

roet

hyl

eth

er-

--

DD

DD

DD

DD

BA

AD

BD

AA

AA

CC

CC

C

Dic

hlo

roh

eth

ylen

e-

--

DD

DD

DD

DD

AA

AD

BD

AA

AA

CC

CC

C

Dic

hlo

roh

exan

e-

--

DD

DD

DD

DD

AA

AD

BD

AA

AA

CC

CC

C

Dic

hlo

rois

op

rop

yl e

ther

--

-D

DD

DD

DD

DB

AA

DB

DA

AA

AC

CC

CC

Dic

hlo

rom

eth

ane

75-0

9-2

200-

838-

9C

H2C

l 2D

DD

DD

DD

DA

AA

DB

DA

AA

AC

CC

CC

Dic

hlo

rop

enta

ne

--

-D

DD

DD

DD

DA

AA

DB

DA

AA

AC

CC

CC

Dic

yclo

hex

ylam

ine

101-

83-7

-C

12H

23N

DD

DD

DD

AD

AB

BD

DD

CA

AA

DC

CC

A

Die

sel o

il +

65°C

/ 1

49°F

--

-D

DD

DD

AA

CA

BA

DA

AA

AA

AA

AA

AA

Die

than

ola

min

e11

1-42

-2-

(HO

CH

2CH

2)2N

HB

BA

BA

DC

CD

AA

BD

DC

AA

AD

CC

CA

Die

thyl

e b

enze

ne

--

-D

DD

DD

CD

DA

AA

DC

DA

AA

AA

AA

AA

Die

thyl

oxa

late

--

-B

BA

AA

DD

DC

AA

DD

DA

AA

AD

BB

BA

Die

thyl

ph

tala

te84

-66-

220

1-55

0-6

C6H

4-1,

2-(C

OO

C2H

5)2

CC

BA

AD

DD

CA

AB

CD

BA

AA

-A

AA

A

Die

thyl

seb

acat

e-

--

DD

AA

AC

DD

CA

AB

BD

BA

AA

-A

AA

A

Die

thyl

su

lfate

64-6

7-5

C4H

10O

4SD

DB

BB

CD

DA

AA

DD

DA

AA

AD

--

-A

Die

thyl

amin

e10

9-89

-720

3-71

6-3

C4H

11N

BB

BB

AD

AC

DA

AB

DD

CA

CA

-C

CC

A

Die

thyl

enet

riam

ine

--

-B

BA

BA

DA

CD

AA

BD

DC

AC

A-

CC

CA

Dih

ydro

xyet

hyl

am

ine

--

-B

BA

AA

DA

CD

AA

BD

DC

AC

A-

CC

CA

Dih

ydro

xyet

hyl

eth

er-

--

AA

AA

AD

DA

AA

AD

BD

AA

AA

-C

CC

A

Diis

ob

uty

l ket

on

e10

8-83

-8

-C

9H18

OD

DB

BA

DD

DD

AA

DD

DB

AA

AA

AA

AA

Diis

ob

uty

len

e-

--

DD

DD

DA

DD

AA

AD

CD

AA

AA

AA

AA

A

Diis

od

ecyl

ad

ipat

e27

178-

16-1

--

DD

BB

BD

DD

CA

AC

CD

BA

AA

-A

AA

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


D




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Diis

od

ecyl

ph

thal

ate

2676

1-40

-0-

C28

H46

O4

DD

BB

BD

DD

BA

AD

BD

BA

AA

-A

AA

A

Diis

oo

ctyl

ad

ipat

e-

--

DD

BB

BD

DD

CA

AC

CD

BA

AA

-A

AA

A

Diis

oo

ctyl

ph

thal

ate

2755

4-26

-3-

C6H

4(C

OO

C8H

17) 2

DD

BB

BD

DD

CA

AC

BD

BA

AA

-A

AC

A

Diis

op

rop

ano

lam

ine

110-

97-4

-C

H3C

H(O

H)C

H2]

2NH

BB

AA

AD

AC

DA

AB

DD

CA

CA

BC

CC

A

Diis

op

rop

yl b

enze

ne

2532

1-09

-9-

-D

DD

DC

DD

AA

AD

BD

AA

AA

AA

AA

AA

Diis

op

rop

yl k

eto

ne

565-

80-0

--

DD

AA

AD

DD

DA

AD

DD

BA

AA

AA

AA

A

Dim

eth

yl a

ceta

mid

e-

--

BB

BA

AD

DD

DA

AD

DD

CA

AA

-C

CC

A

Dim

eth

yl b

enze

ne

--

-D

DD

DD

CD

DA

AA

DB

DA

AA

AA

AA

AA

Dim

eth

yl b

enzy

lam

ine

--

-D

DD

DD

DD

DD

AA

DD

DC

AC

A-

CC

CA

Dim

eth

yl p

hen

ol

--

-D

DD

DD

DD

DD

AA

DC

DC

AA

AA

AA

CA

Dim

eth

yl p

hth

alat

e13

1-11

-3-

C6H

4-1,

2-(C

OO

CH

3)2

DD

AA

AD

DD

BA

AD

BD

BA

AA

-A

AA

A

Dim

eth

yl s

ulfa

te77

-78-

1-

C2H

6SO

4D

DB

BB

DD

DA

AA

DD

DA

AA

AD

--

-A

Die

met

hyl

su

lfid

e75

-18-

3-

C2H

6SD

DC

BB

DD

DA

BB

DD

DA

AA

A-

--

-A

Dim

eth

ylam

ine

124-

40-3

-C

2H7N

BC

AC

CD

AC

AA

AB

DD

CA

CA

BC

CC

A

Dim

eth

ylan

ilin

e /

n,n

-dim

eth

ylan

ilin

e12

1-69

-7-

C8H

11N

DD

CB

BD

DD

DA

AD

DD

CA

CA

CC

CC

A

Dim

eth

ylfo

rmam

ide

68-1

2-2

-C

3H7N

O /

HC

ON

(CH

3)2

DD

CC

CC

DC

DA

AB

DD

BA

AA

AB

BB

A

Din

itro

ben

zen

e-

--

DD

CC

BD

DD

AA

AD

DD

BA

AA

-B

BA

A

Din

itro

tolu

ene

--

-D

DD

DD

DD

DC

AA

DD

DB

AA

A-

BB

AA

Dio

ctyl

ad

ipat

e10

3-23

-1-

-D

DB

BB

DD

DC

AA

CD

DA

AA

A-

AA

AA

Dio

ctyl

ph

thal

ate

117-

81-7

204-

211-

0C

24H

38O

4D

DB

BB

DD

DC

AA

CB

DB

AA

A-

AA

CA

Dio

ctyl

seb

acat

e12

2-62

-320

4-55

8-8

C26

H50

O4

DD

BB

BD

DD

BA

AC

CD

BA

AA

-A

AA

A

Dio

ctyl

amin

e /

2,2-

die

thyl

hex

ylam

ine

106-

20-7

-C

16H

35N

CC

BB

BC

DC

AA

AB

DD

CA

CA

BC

CC

A

Dio

xan

e /

1,4-

dio

xan

e12

3-91

-1-

C4H

8O2

DD

BB

BD

DD

DA

AD

DD

BA

AA

-A

AA

A

Dip

ente

ne

--

-D

DD

DD

DD

DA

AA

AD

DA

AA

A-

--

-A

Dip

hen

yl /

bip

hen

yl92

-52-

420

2-16

3-5

C6H

5-C

6H5

DD

DD

DD

DD

AA

AD

BD

AA

AA

-B

BA

A

Dip

hen

yl o

xid

e10

1-84

-8-

C12

H10

OD

DD

DD

DD

DA

AA

CB

DA

AA

A-

AA

-A

Dip

hen

yl p

hth

alat

e-

--

DD

BB

BD

DD

CA

AC

BD

BA

AA

-A

AC

A

Dip

rop

yl g

lico

l-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

CA

AA

A

Dip

rop

yl k

eto

ne

/ 4-

hep

tan

on

e12

3-19

-3-

C7H

14O

DD

AA

AD

DD

DA

AD

DD

CA

AA

AA

AA

A

Dip

rop

ylam

ine

--

-B

BA

AA

DD

CA

AA

BD

DC

AC

AB

CC

CA

Div

inyl

ben

zen

e-

--

DD

DD

DD

DD

AA

AD

DD

AA

AA

AA

AA

A

Do

dec

iylt

olu

ene

--

-D

DD

DD

BD

DA

AA

DB

BA

AA

AA

AA

AA

Do

dec

ylb

enze

ne

/ 1-

ph

enyl

do

dec

ane

123-

01-3

204-

591-

8C

18H

30D

DD

DD

BD

DA

AA

DA

BA

AA

AA

AA

AA

Do

w-p

er /

per

chlo

roet

hyl

ene

127-

18-4

C2C

l 4D

DD

DD

CD

DA

BB

DB

DA

AA

AC

BB

BA

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


D




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Epic

hlo

roh

ydri

n10

6-89

-820

3-43

9-8

ClC

H2C

2H3O

DD

BB

BD

DD

DB

BD

DD

CA

AA

CC

CC

B

Eth

ano

lam

ine

141-

43-5

-C

2H7N

OB

BA

AA

DB

CD

AA

BD

DC

AC

AB

CC

CC

Eth

ers

60-2

9-7

200-

467-

2C

4H10

OD

DC

DC

DC

CC

AA

DC

DB

AA

AB

AA

BA

Eth

yl a

ceta

te14

1-78

-620

5-50

0-4

CH

3CO

OC

2H5

DD

BB

AD

DD

DA

AB

DD

CA

AA

BA

AA

A

Eth

yl a

ceto

acet

ate

141-

97-9

205-

516-

1C

6H10

O3

DD

BB

AD

DD

DA

AB

DD

CA

AA

BA

AA

A

Eth

yl a

cryl

ate

140-

88-5

-C

5H8O

2D

DB

BA

DD

DD

AA

BD

DA

AA

AB

AA

AA

Eth

yl b

enze

ne

--

-D

DD

DD

DD

DA

AA

DA

DA

AA

AB

BB

A

Eth

yl b

enzo

ate

93-8

9-0

C6H

5CO

OC

2H5

DD

BB

AD

DC

AA

AD

AD

AA

AA

BA

AA

A

Eth

yl b

uty

l alc

oh

ol

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Eth

yl b

uty

l am

ine

--

-B

BA

AA

DD

CA

AA

BD

DC

AC

AB

CC

CA

Eth

yl b

uty

l ket

on

e-

--

DD

AA

AD

DD

DA

AD

DD

CA

AA

AA

AA

A

Eth

yl c

hlo

rid

e-

--

DD

CC

BD

DB

AA

AD

AD

AA

AA

CC

CC

C

Eth

yl d

ich

lori

de

--

-D

DD

DC

DD

DB

AA

DB

DA

AA

AC

CC

CC

Eth

yl e

ther

60-2

9-7

200-

467-

2C

4H10

OD

DD

DC

DD

DD

AA

DC

DB

AA

AB

AA

BA

Eth

yl fo

rmat

e10

9-94

-4-

HC

OO

C2H

5D

DA

AA

DD

DD

AA

DA

DA

AA

AB

AA

AA

Eth

yl h

exan

ol

--

-D

DA

BA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Eth

yl m

eth

yl K

eto

ne

78-9

3-3

-C

4H8O

CC

AA

AD

DD

DA

AD

DD

CA

AA

AA

AA

A

Eth

yl o

xala

te-

--

BB

AA

AD

DC

CA

AD

BD

AA

AA

DB

BB

A

Eth

yl p

hth

alat

e-

--

DD

AA

AD

DD

CA

AB

DD

BA

AA

-A

AC

A

Eth

yl p

rop

yl E

ther

--

-D

DD

DC

DD

DD

AA

DC

DB

AA

AB

AA

BA

Eth

yl p

rop

yl K

eto

ne

589-

38-8

-C

6H12

OD

DA

AA

DD

DD

AA

DD

DC

AA

AA

AA

AA

Eth

yl s

ilica

te78

-10-

4-

(C2H

5O) 4

SiB

BA

AA

AA

AA

AA

DA

AA

AA

A-

--

-A

Eth

yl s

ulfa

te64

-67-

5-

C4H

10O

4SD

DB

BB

DD

DA

AA

DD

DA

AA

AD

--

-A

Eth

ylen

e74

-85-

1-

C2H

4D

DD

DD

AC

CA

AA

DA

AA

AA

AA

AA

AA

Eth

ylen

e ch

lori

de

107-

06-2

203-

458-

1C

2H4C

l 2D

DD

DD

DD

DA

AA

DC

DA

AA

AC

CC

CC

Eth

ylen

e d

iam

ine

--

-C

CA

AA

BB

BB

AA

AD

BC

AC

AB

CC

CA

Eth

ylen

e d

ibro

mid

e-

--

DD

DD

DD

DD

BB

BD

CD

AA

AA

CB

BB

B

Eth

ylen

e g

lyco

l10

7-21

-120

3-47

3-3

C2H

6O2

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Eth

ylen

e G

gyc

ol 6

5°C

/ 1

49°F

--

-A

AA

AA

BA

AA

BA

AA

AA

AA

AA

AA

AA

Etyl

ene

bro

mid

e-

--

DD

DD

DD

DD

AA

AD

CD

AA

AA

CB

BB

B

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


E




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Freo

n 1

14 /

1,2

-dic

hlo

rote

traf

luo

reth

ane

76-1

4-2

-C

2Cl 2

F4D

DD

DD

DD

DD

CD

DD

DB

AA

AD

AA

BA

Freo

n 1

15-

--

DD

DD

DD

DD

DD

CD

DD

BA

AA

DD

DD

A

Freo

n 1

2 /

dic

hlo

rod

iflu

oro

met

han

e75

-73-

020

0-89

6-5

CF 4

DD

DD

DD

DD

DD

CD

DD

BA

AA

DD

DD

A

Freo

n 1

3-

--

DD

DD

DD

DD

DD

CD

DD

BA

AA

DD

DD

A

Freo

n 1

4 /

carb

on

tet

raflu

ori

de

--

-A

AD

DD

DD

DD

DC

DD

DB

AA

AD

DD

DA

Freo

n 2

1-

--

DD

DD

DD

DD

DD

CD

DD

BA

AA

DD

DD

A

Freo

n 2

18-

--

AA

DD

DD

DD

DD

CD

DD

BA

AA

DD

DD

A

Freo

n 2

2 /

chlo

rod

iflu

oro

met

han

e75

-45-

6-

CH

ClF

2C

CD

DD

DD

DD

DC

DD

DB

AA

AC

AA

BA

Freo

n 3

1-

--

DD

DD

DD

DD

DD

CD

DD

BA

AA

DD

DD

A

Freo

n 3

2 /

difl

uo

rmet

han

e75

-10-

5-

CH

2F2

DD

DD

DD

DD

DD

CD

DD

BA

AA

DD

DD

A

Freo

n 5

02-

--

AA

DD

DD

DD

DD

CD

DD

BA

AA

DD

DD

A

Freo

n B

F-

--

DD

DD

DD

DD

DD

DC

DD

DB

AA

AD

DD

DA

Freo

n C

316

--

-A

AD

DD

DD

DD

DC

DD

DB

AA

AD

DD

DA

Freo

n C

318

--

-A

AD

DD

DD

DD

DC

DD

DB

AA

AD

DD

DA

Freo

n M

F75

-69-

4-

CFC

l 3D

DD

DD

DD

DD

DC

DD

DB

AA

AD

DD

DA

Fuel

Oil

--

-D

DD

DD

AD

DA

AA

DA

AA

AA

AA

AA

AA

Fum

aric

aci

d11

0-17

-820

3-74

3-0

C4H

4O4

AA

AA

AA

AA

AA

AB

AA

AA

AA

AC

CC

A

Fura

n11

0-00

-920

3-72

7-3

C4H

4OD

DD

DD

DD

DD

AA

DD

DA

AA

AB

AA

AA

Furf

ura

l98

-01-

1-

C5H

4O2

DD

BB

AD

CC

DA

AD

DD

AA

AA

BA

AA

A

Furf

ury

l alc

oh

ol

98-0

0-0

-C

5H6O

2D

DB

BA

DD

DD

AA

DD

DA

AA

AB

AA

AA

Gal

lic a

cid

149-

91-7

205-

749-

9C

7H6O

5B

BB

BA

BB

BA

AA

DA

BB

AA

AD

BB

CA

Gas

olin

e Le

ad F

ree

--

-D

DD

DD

AD

DA

AA

DA

AA

AA

AA

AA

AA

Gas

olin

e. H

i Tes

t-

--

DD

DD

DB

DD

AA

AD

AA

AA

AA

AA

AA

A

Gas

olin

e, R

eg-

--

DD

DD

DA

DD

AA

AD

AA

AA

AA

AA

AA

A

Gel

atin

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Glu

con

ic a

cid

--

-B

BA

AA

CC

BA

AA

AA

AA

AA

AA

AA

AA

Glu

cose

50-9

9-7

200-

075-

1C

6H12

O6

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Glu

e-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Gly

ceri

ne

56-8

1-5

200-

289-

5C

3H8O

3A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Gly

cols

107-

21-1

203-

473-

3C

2H6O

2A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Gre

ase

--

-D

DD

DD

AB

CA

AA

DA

AA

AA

A-

CC

AA

Gre

en S

ulfa

te L

iqu

ors

--

-A

AA

AA

AA

AA

AA

AB

AA

AA

A-

CC

AA

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


F G




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Hal

ow

ax O

il-

--

DD

DD

DD

DD

AA

AD

AD

AA

AA

--

--

-

Hep

tan

e /

n-H

epta

ne

142-

82-5

205-

563-

8 C

7H16

DD

DD

DA

BB

AA

AD

AA

AA

AA

AA

AA

A

Hep

tan

e C

arb

oxy

lic A

cid

--

-D

DC

CC

CC

BA

AA

DA

CA

AA

AA

CC

CA

Hep

tan

ol

--

-D

DC

DC

AC

AA

AA

AA

AA

AA

AA

AA

AA

Hex

ane

/ n

-Hex

ane

110-

54-3

203-

777-

6C

6H14

DD

DD

DA

BB

AA

AD

AA

AA

AA

AA

AA

A

Hex

ilen

e G

lico

l 65°

C /

149

°F-

--

CC

AB

AA

BA

AB

AA

AA

AA

AA

AA

AA

A

Hex

ylm

eth

ylke

ton

e /

2-o

ctan

on

e11

1-13

-7-

C8H

16O

DD

BB

BD

DD

DA

AD

DD

CA

AA

AA

AA

A

Hex

ylam

ine

111-

26-2

-

C6H

15N

D

DB

BB

CC

CA

AA

BD

DC

AC

AB

CC

CA

Hex

ylen

e10

7- 4

1-5

--

DD

DD

DA

BB

AA

AD

AA

AA

AA

AA

AA

A

Hyd

rau

lic fl

uid

(Pet

role

um

)-

--

DD

DD

DA

CB

AA

AD

AA

AA

AA

DA

AA

A

Hyd

rau

lic fl

uid

(Ph

osp

hat

e Es

ter B

ase)

--

-D

DA

AA

DD

DD

AA

DD

DA

AA

AA

AA

AA

Hyd

rau

lic fl

uid

(Po

ly A

lkyl

ene

Gly

col B

ase)

--

-B

BB

AA

AB

AA

AA

BA

AA

AA

AA

AA

AA

Hyd

rob

rom

ic a

cid

65°

C /

149

°F10

035-

10-6

233-

113-

0H

Br

DD

BB

AD

DC

AB

AD

BD

AA

AA

DC

CC

C

Hyd

roch

lori

c ac

id 3

7% 5

0°C

/ 1

22°F

--

-D

DB

BA

DD

CA

BA

DA

DA

AA

AD

DD

DC

Hyd

rocy

anic

aci

d74

-90-

820

0-82

1-6

HC

NA

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

CA

Hyd

roflu

ori

c ac

id 5

0°C

/ 1

22°F

7664

-39-

3-

HF

(aq

.)D

DD

DD

DD

DD

CC

DD

DB

AA

AC

CC

CC

Hyd

rog

en g

as-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Hyd

rog

en p

ero

xid

e 10

%-

--

DD

BB

AD

CB

AA

AA

AD

AA

AA

CC

CB

A

Hyd

rog

en s

ulfi

de

7783

-06-

4 23

1-97

7-3

H2S

DD

CA

AD

DB

AA

AC

AD

AA

AA

BB

BB

A

Hyd

roq

uin

on

e12

3-31

-9-

C6H

6O2

CC

CB

AC

DB

CA

AD

BC

AA

AA

--

-A

A

Hyp

och

loro

us

acid

--

-D

DD

BA

DD

CA

AA

DA

DA

AA

AD

DD

DC

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


H




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Ink

oil

(Lin

sed

Oil

Bas

e)-

--

DD

CC

CA

BB

AA

AD

AA

AA

AA

-A

-C

A

Insu

lati

ng

oil

--

-D

DD

DD

AC

CA

AA

DA

AA

AA

AD

AA

AA

Iod

ine

7553

-56-

223

1-44

2-4

I 2D

DD

DD

DD

DA

DD

DB

DA

AA

AC

CC

CC

Iro

n a

ceta

te-

--

DD

AA

AD

CC

CA

AD

DC

BA

AA

BA

AA

A

Iro

n s

alts

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Iro

n s

ulfi

de

1317

-37-

9-

FeS

BB

AA

AB

AA

AA

AA

AA

AA

AA

AA

AA

A

Iso

amyl

ace

tate

123-

92-2

-C

H3C

OO

CH

2CH

2CH

(CH

3) 2D

DB

AA

DC

CD

AA

BD

DC

AA

AB

AA

AA

Iso

amyl

alc

oh

ol

123-

51-3

204-

633-

5(C

H3) 2C

HC

H2C

H2O

HC

CB

BB

AA

AA

AA

AA

AA

AA

AA

AA

AA

Iso

amyl

bro

mid

e-

--

DD

DD

DD

DD

BB

AD

CD

AA

AA

CB

BB

B

Iso

amyl

bu

tyra

te-

--

DD

BD

CB

CB

DB

AD

AB

AA

AA

AA

AA

A

Iso

amyl

ch

lori

de

--

-D

DD

DD

DD

DB

BA

DC

DA

AA

AC

CC

CC

Iso

amyl

eth

er-

--

DD

DD

DD

DD

DA

AD

CD

BA

AA

BA

AB

A

Iso

amyl

ph

thal

ate

--

-D

DA

AA

DD

DC

AA

BD

DB

AA

A-

AA

CA

lso

bu

tan

e75

-28-

5-

C4H

10D

DD

DD

AB

CB

AA

DA

AA

AA

AA

AA

AA

Iso

bu

tan

ol

78-8

3-1

-(C

H3) 2C

HC

H2O

HC

CA

BA

AA

BA

AA

AB

AA

AA

AA

AA

AA

Iso

bu

tyl a

ceta

te-

--

DD

AA

AD

CC

DA

AB

DD

CA

AA

BA

AA

A

Iso

bu

tyl a

ldeh

yde

--

-D

DA

BA

DC

CC

AA

DD

DA

AA

AB

CC

CA

Iso

bu

tyl a

min

e-

--

CC

AA

AD

DC

AA

AB

DD

CA

CA

BC

CC

A

Iso

bu

tyl b

rom

ide

--

-D

DD

DD

DD

DC

CA

DC

AA

AA

AC

BB

BB

Iso

bu

tyl c

hlo

rid

e-

--

DD

DD

DD

BD

BB

AD

CD

AA

AA

CC

CC

C

Iso

bu

tyl e

ther

--

-D

DD

DD

DD

DD

AA

DC

DB

AA

AB

AA

BC

Iso

bu

tyle

ne

--

-D

DD

DD

AB

BA

AA

DA

AA

AA

AA

AA

AA

Iso

ctan

e54

0-84

-120

8-75

9-1

(CH

3) 3CC

H2C

H(C

H3) 2

DD

DD

DA

CC

AA

AD

AA

AA

AA

AA

AA

A

Iso

cyan

ate

--

-D

DB

BB

DD

DD

CB

DD

DB

AA

A-

--

-A

Iso

pro

pyl

ace

tate

108-

21-4

-C

H3C

OO

CH

(CH

3) 2D

DA

AA

DC

CD

AA

BD

DC

AA

AB

AA

AA

Iso

pro

pyl

alc

oh

ol

67-6

3-0

200-

661-

7C

H3C

HO

HC

H3

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Iso

pro

pyl

am

ine

--

-C

CA

AA

DD

CA

AA

BD

DC

AC

AB

CC

CA

Iso

pro

pyl

ben

zen

e-

--

DD

DD

DC

DD

AA

AD

BC

AA

AA

AA

AA

A

Iso

pro

pyl

ch

lori

de

75-2

9-6

200-

858-

8C

3H7C

lD

DD

DD

DD

DB

BA

DC

DA

AA

AC

CC

CC

Iso

pro

pyl

eth

er10

8-20

-320

3-56

0-6

(CH

3) 2CH

OC

H(C

H3) 2

DD

DD

DD

DD

DA

AD

CD

BA

AA

BA

AA

A

Iso

pro

pyl

to

luen

e-

--

DD

DD

DD

DD

AA

AD

BD

AA

AA

AA

AA

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


I




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Jet

Fuel

s (J

P1 -

JP6)

--

-D

DD

DD

AD

CA

AA

DB

AA

AA

AA

AA

AA

Ker

ose

ne

8008

-20-

6-

-D

DD

DD

AD

DA

AA

DA

AA

AA

AB

AA

AA

Ket

on

es-

--

DD

AA

AD

DD

DA

AD

DD

CA

AA

AA

AA

A

Lacq

uer

s-

--

DD

DD

DC

DD

DB

BD

DC

BA

AA

AA

AA

A

Lacq

uer

s so

lven

ts-

--

DD

DD

DD

DD

DB

BD

DD

BA

AA

AA

AA

A

Lact

ic a

cid

50-2

1-5

200-

018-

0C

H3C

HO

HC

OO

HA

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

CC

Lard

--

-D

DB

DB

AD

DA

AA

BA

AA

AA

AA

CC

BA

Lau

ryl a

lco

ho

l-

--

BB

AB

AA

AA

AA

AB

AA

AA

AA

AA

AA

A

Lead

ace

tate

--

(CH

3CO

O) 2

xPb

DD

AA

AD

CC

CA

AD

DD

BA

AA

-C

CC

A

Lead

nit

rate

1009

9-74

-823

3-24

5-9

Pb(N

O3) 2

AA

AA

AA

AA

AA

AB

AA

AA

AA

AA

AA

A

Lead

su

lfate

65°

C /

149

°F74

46-1

4-2

-Pb

SO4

AA

AA

AA

AA

AB

AB

AA

AA

AA

AA

AA

A

Lig

roin

8032

-32-

423

2-45

3-7

-D

DD

DD

AD

DA

AA

DA

AA

AA

AA

AA

AA

Lim

e w

ater

--

-A

AA

AA

AA

AA

AA

BA

AA

AA

AA

AA

AA

Lin

seed

oil

8001

-26-

1-

-D

DC

CC

AC

CA

AA

AA

AA

AA

AA

AA

AA

Liq

uid

so

ap-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Liq

uifi

ed p

etro

leu

m g

as-

--

DD

DD

DA

DD

AA

AC

CA

AA

AA

AA

AA

A

Lub

rific

atin

gs

oil

--

-D

DD

DD

AC

CA

AA

DB

AA

AA

AA

AA

AA

Lye

/ so

diu

m h

ydro

xid

e13

10-7

3-2

215-

185-

5N

aOH

BB

AA

AB

CA

DA

AB

BB

BA

AA

CA

AB

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


J K L




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Mag

nes

iurn

ace

tate

142-

72-3

-(C

H3C

OO

) 2M

g 4

H2O

AA

AA

AA

AA

AA

AA

AA

AA

AA

AB

BB

A

Mag

nes

ium

car

bo

nat

e23

389-

33-5

-M

gC

O3

nH

2OA

AA

AA

AA

AA

AA

AA

AA

AA

AA

BB

BA

Mag

nes

ium

ch

lori

de

7786

-30-

323

2-09

4-6

Mg

Cl 2

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CC

C

Mag

nes

ium

hyd

roxi

de

1309

-42-

8-

Mg

(OH

) 2A

BA

BA

AA

AA

AA

DD

AA

AA

AC

BB

BA

Mag

nes

ium

nit

rate

1344

6-18

-9-

Mg

(NO

3)2

6H2O

AA

AA

AA

AA

AA

AA

AA

AA

AA

BB

BB

A

Mag

nes

ium

su

lfate

7487

-88-

923

1-29

8-2

Mg

SO4

AA

AA

AA

AA

AA

AA

AA

AA

AA

BB

BB

A

Mal

eic

acid

110-

16-7

-H

OC

OC

H:C

HO

OH

AA

AA

AA

BA

AA

AD

DA

AA

AA

BC

CC

A

Mal

eic

anh

ydri

de

108-

31-6

-C

4H2O

3A

AA

AA

AC

AA

AA

DD

AA

AA

AB

CC

CA

Mal

ic a

cid

65°

C /

149

°F-

--

AB

DD

CA

DB

AB

AB

AA

AA

AA

BC

CC

A

Man

gan

ese

sulfa

te10

034-

96-5

-M

nSO

4A

AA

AA

AA

AA

AA

AA

AA

AA

A-

AA

BA

Man

gan

ese

sulfi

de

--

-B

AA

AA

BA

AA

AA

AA

AA

AA

A-

AA

BA

Man

gan

ese

sulfi

te-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

-A

AB

A

Mer

curi

c ch

lori

de

7487

-94-

7-

Hg

Cl 2

AA

AA

AA

AA

AA

AD

DA

AA

AA

CC

CC

C

Mer

cury

7439

-97-

6-

Hg

AA

AA

AA

AA

AA

AD

DA

AA

AA

CC

CA

A

Met

ano

l-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Met

hac

rylic

aci

d79

-41-

420

1-20

4-4

C4H

6O2

DD

BB

AB

BB

BA

AD

DA

AA

AA

BC

CC

A

Met

han

e74

-82-

8-

CH

4D

DD

DD

AC

CA

AA

DB

AA

AA

AA

AA

AA

Met

hyl

ace

tate

79-2

0-9

-C

H3C

OO

CH

3D

DA

AA

DC

CD

AA

DD

AC

AA

AA

BB

B-

Met

hyl

acr

ylat

e96

-33-

320

2-50

0-6

C4H

6O2

DD

BB

AD

BD

DA

AD

DD

BA

AA

--

--

A

Met

hyl

bro

mid

e74

-83-

9-

CH

3Br

DD

DD

DD

DD

DA

AA

DA

DA

AA

CC

CB

B

Met

hyl

bu

tyl k

eto

ne

591-

78-6

-C

6H12

OD

DA

AA

DC

CD

AA

DD

DC

AA

AA

AA

AA

Met

hyl

ch

lori

de

74-8

7-3

200-

817-

4C

H3C

lD

DD

DD

DD

DB

BA

DB

DA

AA

AC

CC

CC

Met

hyl

cyc

loex

ane

--

-D

DD

DD

DD

DA

AA

DB

DA

AA

AA

AA

AA

Met

hyl

eth

yl k

eto

ne

(MEK

)78

-93-

3-

C4H

8OD

DA

AA

DC

CD

AA

DD

DC

AA

AA

AA

AA

Met

hyl

exy

l ket

on

e-

--

DD

AA

AD

CC

DA

AB

DD

CA

AA

AA

AA

A

Met

hyl

form

ate

107-

31-3

-H

CO

OC

H3

DD

AA

AD

DD

DA

AB

DD

CA

AA

AA

AA

A

Met

hyl

hex

ano

l-

--

DD

CC

CA

BA

AA

AA

AA

AA

AA

AA

AA

A

Met

hyl

iso

bu

tyl k

eto

ne

(MIB

K)

108-

10-1

-C

H3C

OC

H2C

H(C

H3)

2D

DA

AA

DC

CD

AA

DD

DC

AA

AA

AA

AA

Met

hyl

iso

pro

pyl

ket

on

e-

--

DD

AA

AD

CC

DA

AD

DD

CA

AA

AA

AA

A

Met

hyl

met

hac

ryla

te-

--

DD

BB

AD

CD

DA

AD

DD

BA

AA

--

--

-

Met

hyl

pro

pyl

eth

er-

--

DD

DD

CD

DD

DA

AD

CD

BA

AA

BA

AB

A

Met

hyl

pro

pyl

ket

on

e10

7-87

-9-

C5H

10O

DD

AA

AD

CC

DA

AD

DD

CA

AA

AA

AA

A

Met

hyl

saI

ycila

te11

9-36

-820

4-31

7-7

C8H

8O3

DD

BB

AD

DD

DA

AD

DD

AA

AA

B-

--

B

Met

hyl

ene

bro

mid

e74

-95-

3-

CH

2Br 2

DD

DD

DD

DD

AB

AD

BD

AA

AA

CC

CB

B

Met

hyl

ene

chlo

rid

e75

-09-

220

0-83

8-9

CH

2Cl 2

DD

DD

DD

DD

BB

AD

BD

AA

AA

CC

CC

C

Min

eral

oil

8020

-83-

5-

-D

DD

DD

AC

BA

AA

BA

AA

AA

AA

AA

AA

Mo

tor o

il-

--

DD

DD

DA

DD

AA

AD

AA

AA

AA

AA

AA

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


M




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Nap

hta

/ p

etro

leu

m e

ther

8030

-30-

6-

-D

DD

DD

AD

DA

AA

DB

AA

AA

AA

AA

AA

Nap

hta

len

e91

-20-

320

2-04

9-5

C10

H8

DD

DD

DD

DD

AA

AD

AD

AA

AA

AA

AA

A

Nat

ura

l gas

--

-D

DD

DD

AC

CA

AA

AC

AA

AA

AA

AA

AA

Nic

kel a

ceta

te-

--

AA

AA

AA

AA

AA

AA

DD

AA

AA

AA

AA

A

Nic

kel c

hlo

rid

e-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CC

C

Nic

kel n

itra

te-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Nic

kel s

ulfa

te-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

A

Nit

ric

acid

10%

80°

C /

176

°F-

--

DD

AA

AD

CA

AB

AD

CD

AA

AA

CC

CC

A

Nit

ric

acid

20%

65°

C /

149

°F-

--

DD

AA

AD

DD

AB

AD

CD

AA

AA

CC

CC

A

Nit

ric

acid

30%

50°

C /

122

°F-

--

DD

BB

AD

DD

AA

AD

CD

AA

AA

CC

CC

A

Nit

ric

acid

30-

65%

--

-D

DC

CB

DD

DA

DD

DD

DA

AA

AC

CC

CA

Nit

ric

acid

, Red

Fu

min

g-

--

DD

DD

DD

DD

CD

CD

DD

DA

AA

CC

CC

A

Nit

rob

enze

ne

98-9

5-3

202-

716-

0C

6H5N

O2

DD

DD

DD

DD

BB

AD

DD

BA

AA

-B

BA

A

Nit

rog

en g

as-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Nit

rog

en t

etra

oxi

de

--

-D

DD

DD

DD

DD

BB

DD

DD

AA

AC

CC

CA

Nit

rom

eth

ane

75-5

2-5

200-

876-

6C

H3N

O2

BC

BB

BD

DC

DA

AD

DD

DA

AA

CC

CC

A

Nit

rop

rop

ane

--

-C

DB

BB

CD

CC

AA

DD

DC

AA

AC

CC

CA

Nit

rou

s o

xid

e-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

BB

BB

A

Oct

ane

111-

65-9

203-

892-

1C

8H18

DD

DD

DA

CB

AA

AD

BA

AA

AA

AA

AA

A

Oct

ano

l11

1-87

-520

3-91

7-6

CH

3(C

H2)

7OH

CC

CC

CA

BB

AA

AD

BA

AA

AA

AA

AA

A

Oct

yl a

ceta

te-

--

DD

AA

AD

CC

DA

AD

DD

CA

AA

BA

AA

A

Oct

ylam

ine

111-

86-4

203-

916-

0C

8H19

ND

DB

BB

CD

CD

AA

BD

DC

AC

AB

CC

CA

Oct

ylen

e g

lyco

l-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Ole

ic a

cid

112-

80-1

-C

H3(C

H2) 7C

HC

H(C

H2) 7C

OO

HD

DC

CC

BC

CA

AA

DD

BA

AA

AB

BB

CA

Oliv

e o

il-

--

DD

CC

BA

BB

AA

AA

AA

AA

AA

AA

AA

A

Ort

ho

dic

hlo

rob

enze

ne

--

-D

DD

DD

DD

DB

BA

DC

DA

AA

AC

BB

BB

Oxa

lic a

cid

144-

62-7

-C

2H2O

4B

BA

AA

BB

BA

AA

BA

BA

AA

AC

CC

CA

Oxi

gen

--

-D

DB

AA

CB

BA

AA

AA

CA

AA

AA

AA

AA

Ozo

ne

1002

8-15

-6-

O3

DD

BA

AC

AA

AA

AA

BC

AA

AA

AA

AA

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

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AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


N O




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

P-D

ich

loro

ben

zen

e-

--

DD

DD

DD

DD

BB

AD

CD

AA

AA

CC

CC

C

Palm

oil

8002

-75-

323

2-31

6-1

-D

DB

BA

AD

AA

AA

DA

AA

AA

A-

CC

CA

Palm

itic

aci

d57

-10-

3-

C16

H32

O2

DD

CC

CA

CC

AA

AD

AA

AA

AA

BB

AB

A

Para

ffin

80°

C /

176

°F80

02-7

4-2

--

DD

CC

CA

AB

AB

AD

BA

AA

AA

AA

AA

A

Pen

aut

oil

--

-D

DB

BB

AB

BA

AA

AA

AA

AA

AA

AA

AA

Pen

tan

e10

9-66

-020

3-69

2-4

C5H

12D

DD

DD

AC

BA

AA

DB

AA

AA

AA

AA

AA

Pera

ceti

c ac

id 4

0%79

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0-

C2H

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DD

CC

BD

DD

DA

AD

DD

BA

AA

CC

CC

B

Perc

hllo

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hyl

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127-

18-4

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2Cl 4

DD

DD

DD

DD

AB

AD

CD

AA

AA

CC

CC

C

Petr

ole

um

--

-D

DD

DD

AC

BA

AA

DA

AA

AA

AA

AA

AA

Phen

ol 5

0°C

/ 1

22°F

108-

95-2

203-

632-

7C

6H5O

HD

DB

CB

DC

CA

AA

DB

DA

AA

A-

AA

CC

Phen

ols

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nic

aci

d98

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9-

C6H

6O4S

DD

BC

BD

DD

AB

AD

DD

AA

AA

CC

CC

B

Phen

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hlo

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e-

--

DD

DD

DD

DD

AA

AD

CD

AA

AA

CC

CC

C

Phen

ylh

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zin

e10

0-63

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C6H

5NH

NH

2C

CB

BA

DD

DA

AA

DD

DA

AA

AA

AA

AA

Pho

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este

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--

DD

AA

AD

CC

DA

AD

DD

CA

AA

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CC

A

Pho

sph

ori

c ac

id76

64-3

8-2

231-

633-

2H

3PO

4D

DA

AA

DD

CA

AA

DB

DA

AA

AC

CC

CA

Pick

ling

so

luti

on

--

-D

DB

BA

DD

CA

AA

DD

DA

AA

AC

CC

CA

Picr

ic a

cid

, mo

lten

--

-D

DB

BA

CB

BA

BA

DB

CA

AA

A-

BB

-A

Picr

ic a

cid

, wat

er s

olu

tio

n-

--

DD

BA

AC

BB

AA

AD

BC

AA

AA

-B

B-

A

Pin

e o

il-

--

DD

DD

DA

CC

AA

AD

AA

AA

AA

AC

CB

A

Pin

ene

--

-D

DD

DD

AC

CA

AA

DA

AA

AA

AA

AA

AA

Pip

erid

ine

110-

89-4

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5H11

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DB

BA

DD

DD

AA

BD

DC

AA

AB

CC

CA

Poly

eth

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e g

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AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Pota

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te12

7-08

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4-82

2-2

CH

3CO

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AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Pota

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e29

8-14

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3A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Pota

ssiu

m b

isu

lfate

7646

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723

1-59

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KH

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AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Pota

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m b

isu

lfite

--

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AA

AA

BA

AA

AA

AA

AA

AA

AA

AA

AA

Pota

ssiu

m c

arb

on

ate

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Pota

ssiu

m c

hlo

rid

e74

47-4

0-7

231-

211-

8K

Cl

AA

AA

AA

AA

AA

AA

AA

AA

AA

DC

CC

C

Pota

ssiu

m c

hro

mat

e77

89-0

0-6

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2CrO

4A

AA

AA

AA

AA

AA

AA

AA

AA

AB

AA

BA

Pota

ssiu

m c

yan

ide

151-

50-8

205-

792-

3K

CN

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CB

A

Pota

ssiu

m d

ich

rom

ate

7778

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9-

K2C

r 2O

7A

AA

AA

AA

AA

AA

AA

AA

AA

AB

BB

CA

Pota

ssiu

m h

ydro

xid

e w

ater

so

luti

on

1310

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321

5-18

1-3

KO

HB

CA

AA

CC

BC

AA

CC

CA

AA

AC

CC

BA

Pota

ssiu

m n

itra

te77

57-7

9-1

231-

818-

8K

NO

3A

AA

AA

AA

AA

AA

AA

AA

AA

AB

AB

BA

Pota

ssiu

m p

erm

ang

anat

e77

22-6

4-7

231-

760-

3K

Mn

O4

AA

AA

AA

AA

AA

AA

AA

AA

AA

BB

BA

A

Pota

ssiu

m s

ilica

te10

006-

28-7

-K

2SiO

3A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Pota

ssiu

m s

ulfa

te77

78-8

0-5

231-

915-

5K

2SO

4A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AB

AA

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


P




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Pota

ssiu

m s

ulfi

de

1312

-73-

821

5-19

7-0

K2S

BA

AA

AB

AA

AA

AA

AA

AA

AA

BC

CC

A

Pota

ssiu

m s

ulfi

te-

--

BA

AA

AB

AA

AA

AA

AA

AA

AA

BB

BC

A

Pro

pan

e g

as74

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620

0-82

7-9

C3H

8D

DD

DD

AB

BA

AA

DB

AA

AA

AA

AA

AA

Pro

pan

edio

l-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Pro

pan

ol

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Pro

pyl

ace

tate

109-

60-4

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H3C

OO

CH

2CH

2CH

3D

DB

BB

DC

CD

AA

DD

DC

AA

AA

AA

AA

Pro

pyl

ald

ehyd

e-

--

DD

AA

AD

BB

DA

AD

DD

CA

AA

AA

AA

A

Pro

pyl

am

ine

--

-D

DB

BB

DD

CC

AA

DD

DC

AC

AB

CC

CA

Pro

pyl

ch

lori

de

540-

54-5

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3H7C

lD

DD

DD

DD

DB

BA

DB

DA

AA

AC

CC

CC

Pro

pyl

ene

dia

min

e-

--

DD

BB

BD

BB

DA

AD

DD

CA

CA

BC

CC

A

Pro

pyl

ene

gly

col

57-5

5-6

200-

338-

0C

3H8O

2A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Pyra

no

l-

--

DD

DD

DA

CB

AA

AD

BA

AA

AA

AA

AA

A

Pyri

din

e11

0-86

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C5H

5ND

DC

CB

DD

DD

AA

DD

DC

AA

AB

BB

BB

Rhu

m-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

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AU

PVDF

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PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


P R




Ch

emic

al p

rod

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CA

S n

um

ber

EC n

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ber

Mo

lecu

lar

form

ula

Salic

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aci

d69

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720

0-71

2-3

C7H

6O3

AA

AA

AA

AA

AA

AA

AA

AA

AA

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BC

A

Salt

wat

er /

sea

wat

er-

--

AA

AA

AB

AA

AA

AA

AA

AA

AA

AA

AA

A

Sew

age

--

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BA

AA

CB

AA

AA

DB

CA

AA

AB

CC

BA

Silic

on

e o

il63

148-

62-9

--

AA

AA

AA

AA

AA

AD

AA

AA

AA

AA

AA

A

Silic

on

s g

reas

es-

--

AA

AA

AA

AA

AA

AC

AA

AA

AA

AA

AA

A

SiIv

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te77

61-8

8-8

231-

853-

9A

gN

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AA

AA

AC

AA

AA

AA

AA

AA

AA

CC

CC

A

Sod

a ca

ust

ic 6

5°C

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49°F

so

diu

m h

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xid

e13

10-7

3-2

215-

185-

5N

aOH

CC

AA

AB

AA

AA

AB

BB

AA

AA

CC

CB

A

Sod

ium

ace

tate

127-

09-3

204-

823-

8C

H3C

OO

Na

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AC

A

Sod

ium

alu

min

ate

--

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AA

AA

AA

AA

AA

AA

AA

AA

AB

CC

AA

Sod

ium

bic

arb

on

ate

144-

55-8

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aHC

O3

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

BC

A

Sod

ium

bic

hro

mat

e-

--

CC

AA

AA

BB

AA

AA

AA

AA

AA

BC

CC

A

Sod

ium

bis

ulfa

te-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

BC

CC

A

Sod

ium

bis

ulfi

te76

31-9

0-5

-N

aHSO

3B

AA

AA

BA

AA

AA

AA

AA

AA

AB

BB

CA

Sod

ium

bo

rate

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Sod

ium

car

bo

nat

e-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Sod

ium

ch

lori

de

7647

-14-

523

1-59

8-3

NaC

lA

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

CC

Sod

ium

ch

rom

ate

1003

4-82

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Na 2

CrO

44H

2OC

CA

AA

BB

BA

AA

BA

BA

AA

AB

AB

BA

Sod

ium

cya

nid

e14

3-33

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NaC

NA

AA

AA

AA

AA

AA

AA

AA

AA

A-

AC

AA

Sod

ium

flu

ori

de

7681

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423

1-66

7-8

NaF

AA

AA

AA

AA

AA

AA

AA

AA

AA

-A

AC

A

Sod

ium

hyp

och

lori

te76

81-5

2-9

231-

668-

3C

lON

aD

DB

BB

DC

BA

AA

BB

BA

AA

AC

CC

CC

Sod

ium

met

aph

osp

hat

e-

--

AA

AA

AA

AA

AA

AD

AA

AA

AA

CC

CC

A

Sod

ium

nit

rate

7631

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423

1-55

4-3

NaN

O3

AA

AA

AA

AA

AA

AD

CB

AA

AA

AA

AA

A

Sod

ium

nit

rite

7632

-00-

0-

NaN

O2

AA

AA

AA

AA

AA

AA

AB

AA

AA

AA

AA

A

Sod

ium

per

bo

rate

wat

er s

olu

tio

n10

486-

00-7

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aBO

34H

2OB

BA

AA

BB

BA

AA

BA

BA

AA

A-

CC

BA

Sod

ium

ph

osp

hat

e76

01-5

4-9

231-

509-

8N

a 3PO

4A

AA

AA

AA

AA

AA

DB

BA

AA

AB

BB

BA

Sod

ium

sili

cate

1344

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823

9-98

1-7

Na 4

O4S

iA

AA

AA

AA

AA

AA

DD

AA

AA

A-

CC

AA

Sod

ium

su

lfate

7757

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6-

Na 2

SO4

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

BA

A

Sod

ium

su

lfid

e13

13-8

4-4

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9H2O

BB

AA

AB

AA

AA

AA

AB

AA

AA

-C

CA

A

Sod

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su

lfite

7757

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723

1-82

1-4

Na 2

SO3

BA

AA

AB

AA

AA

AA

AA

AA

AA

AA

AB

A

Sod

ium

th

iosu

lfate

7772

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7-

Na 2

S 2O

3A

AA

AA

AA

AA

AA

AA

AA

AA

AA

BB

CA

Soyb

ean

oil

--

-D

DD

DD

AC

CA

AA

AA

AA

AA

AA

AA

AA

Stan

nic

ch

lori

de

--

-A

AA

AA

AA

AA

AA

BA

AA

AA

CC

CC

CC

Stan

nic

su

lfid

e-

--

BA

AA

AB

AA

AA

AA

AA

AA

AA

CC

CA

A

Stan

no

us

chlo

rid

e10

025-

69-1

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Cl 2

2H2O

AA

AA

AA

AA

AA

AB

BA

AA

AA

CC

CC

C

Stan

no

us

sulfi

de

--

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AA

AA

BA

AA

AA

AA

AA

AA

AC

CC

AA

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


S




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

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ber

Mo

lecu

lar

form

ula

Stea

l ove

r 120

°C /

248

°F-

--

DD

AA

AB

DD

DD

DD

DD

AA

AA

CC

CA

A

Stea

l un

der

120

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248

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--

DD

AA

AA

DD

DD

DD

DD

AA

AA

AA

AA

A

Stea

ric

acid

--

-C

CB

BA

DB

BA

AA

BD

DA

AA

AB

BB

CA

Sto

dd

ard

s so

lven

t-

--

DD

DD

DA

CC

AA

AD

AA

AA

AA

AA

AA

A

Styr

ene

100-

42-5

20

2-85

1-5

C8H

8D

DD

DD

DD

DC

AA

DD

DA

AA

AB

BB

BA

Sulfo

nic

aci

d-

--

DD

CC

BD

DC

DA

AD

DD

AA

AA

CC

CC

A

Sulfu

r ch

lori

de

--

-D

DD

DC

DD

BA

AA

DD

DA

AA

AC

CC

CC

Sulfu

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xid

e74

46-0

9-5

231-

195-

2SO

2D

DB

CB

DC

AA

AA

DD

DA

AA

AA

AA

AA

Sulfu

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oxi

de

7446

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9 23

1-19

7-3

SO3

DD

BC

BD

DD

AA

AD

DD

AA

AA

CC

CC

A

Sulfu

ric

acid

25%

--

-C

DA

AA

DB

AA

AA

DD

DA

AA

AC

CC

CA

Sulfu

ric

acid

25-

50%

--

-D

DB

BA

DD

AA

AA

DD

DA

AA

AC

CC

CA

Sulfu

ric

acid

50-

96%

--

-D

DD

DC

DD

CA

AA

DD

DA

AA

AC

CC

CC

Sulfu

ric

acid

, fu

min

g80

14-9

5-7

016-

019-

00-2

H

2SO

4co

nta

inin

g c

a. 2

0%SO

3D

DD

DD

DD

DA

DD

DD

DC

AA

AC

CC

CC

Sulfu

rou

s ac

id 1

0-75

%-

--

DD

AA

AD

DA

AA

AD

DD

AA

AA

BC

CC

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


S




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Tan

nic

Aci

d14

01-5

5-4

215-

753-

2C

76H

52O

46B

BA

AA

BB

AA

AA

BD

BA

AA

AC

AA

CA

Tart

aric

Aci

d-

--

AA

AA

AA

AA

AA

AA

AA

AA

AA

BA

CC

A

Terp

ino

l80

00-4

1-7

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10H

18O

DD

CC

CA

BA

AA

AD

AA

AA

AA

AA

AA

A

Tert

iary

bu

tyl a

lco

ho

l-

--

CC

CC

BA

AA

AA

AB

BA

AA

AA

AA

AA

A

Tetr

ach

loro

ben

zen

e-

--

DD

DD

DD

DD

BB

AD

CD

AA

AA

CC

CC

C

Tetr

ach

loro

eth

ane

--

-D

DD

DD

DD

DB

BA

DC

DA

AA

AC

CC

CC

Tetr

ach

loro

eth

ylen

e12

7-18

-4-

C2C

l4D

DD

DD

DD

DB

BA

DC

DA

AA

AC

CC

CB

Tetr

ach

loro

met

ane

56-2

3-5

200-

262-

8C

Cl4

DD

DD

DD

DD

BB

AD

CD

AA

AA

CC

CC

B

Tetr

ach

loro

nap

hta

len

e-

--

DD

DD

DD

DD

BB

AD

DD

AA

AA

CC

CC

C

Tetr

aeth

ylen

e g

lyco

l11

2-60

-7-

C8H

18O

5A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Tetr

ahyd

rofu

ran

109-

99-9

203-

726-

8C

4H8O

DD

DD

CD

DD

DA

AD

DD

BA

AA

BA

AB

A

Thio

nyl

ch

lori

de

7719

-09-

7 -

SOC

l2D

DD

DD

DD

DB

DD

DD

DA

AA

AC

CC

CC

Thio

ph

ene

110-

02-1

-C

4H4S

DD

DD

CD

DD

AA

AD

DD

BA

AA

BA

AB

C

Tolu

ene

108-

88-3

203-

625-

9C

7H8

DD

DD

DC

DD

AB

AD

DB

AA

AA

AA

AA

A

Tolu

ene

Diis

ocy

anat

e (T

DI)

--

-D

DD

DD

AC

BA

AA

DD

AA

AA

AA

AA

AA

Tria

ceti

n10

2-76

-120

3-05

1-9

C9H

14O

6C

CA

AA

DC

BD

AA

DD

DC

AA

AA

AA

AA

Trib

uty

Iam

ine

102-

82-9

-C

12H

27N

DD

AA

AD

DC

CA

AD

DD

CA

CA

BC

CC

A

Trib

uty

l ph

osp

hat

e12

6-73

-8-

(CH

3CH

2CH

2CH

2O)3

POD

DC

CB

BD

DD

AA

DD

DB

AA

A-

BB

AA

Tric

hlo

ro p

rop

ane

--

-D

DD

DD

DD

DB

BA

DD

DA

AA

AC

CC

CC

Tric

hlo

rob

enze

ne

--

-D

DD

DD

DD

DB

BA

DD

DA

AA

AC

CC

CC

Tric

hlo

roet

han

e-

--

DD

DD

DD

DD

BB

AD

DD

AA

AA

CC

CC

C

Tric

hlo

roet

hyl

ene

79-0

1-6

201-

167-

4C

2HC

l3D

DD

DD

DD

DB

BA

DD

DA

AA

AC

CC

CC

Tric

resy

l ph

osp

hat

e TC

P13

30-7

8-5

-(C

H3C

6H4O

)3PO

DD

BB

AD

DD

DA

AD

DD

BA

AA

-B

BA

A

Trie

than

ola

min

e (T

EA)

102-

71-6

203-

049-

8C

6H15

NO

3D

DA

AA

BD

CC

AA

DD

DC

AC

AB

CC

CA

Trie

thyl

amin

e12

1-44

-820

4-46

9-4

(C2H

5)3N

DD

AA

AD

DC

CA

AD

DD

CA

CA

BC

CC

A

Trie

thyl

ene

gly

col

112-

27-6

-H

O(C

H2C

H2O

)2C

H2C

H2O

HA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Trin

itro

tolu

ene

(TN

T)-

--

DD

DD

DD

DB

AD

DD

DD

AA

AA

BB

BB

A

Trip

hen

yl p

ho

sph

ate

--

-D

DB

BB

DD

DD

AA

DD

DB

AA

A-

BB

AA

Turb

ine

oil

--

-D

DD

DD

AC

CA

AA

DD

AA

AA

AA

AA

AA

Un

dec

ano

l11

2-42

-520

3-97

0-5

C11

H24

OD

DC

DC

AA

AA

AA

AA

AA

AA

AA

AA

AA

Ure

a57

-13-

620

0-31

5-5

CH

4N2O

AA

AA

AA

AA

AA

AA

AA

AA

AA

BB

BC

A

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


T U




Ch

emic

al p

rod

uct

CA

S n

um

ber

EC n

um

ber

Mo

lecu

lar

form

ula

Var

nis

h-

--

DD

DD

DA

CC

AA

AD

DA

AA

AA

AA

AC

A

Vas

elin

e-

--

DD

CC

CA

BB

AA

AD

DA

AA

AA

AA

AA

A

Veg

etab

le O

ils-

--

DD

BB

BA

BB

AA

AD

DA

AA

AA

AA

AA

A

Vin

egar

--

-B

CA

AA

CC

CD

AA

AD

CA

AA

AC

CC

CA

Vin

yl a

ceta

te10

8-05

-4-

C4H

6O2

DD

AA

AD

CC

DA

AD

DD

CA

AA

AA

AA

A

Vin

yl b

enze

ne

--

-D

DD

DD

DD

AA

AD

DD

AA

AA

AA

BB

AA

Vin

yl c

hlo

rid

e m

on

om

er75

-01-

4-

C2H

3Cl

DD

DD

DD

DD

AA

AD

DD

AA

AA

CC

CC

C

Vin

yl e

ther

--

-D

DD

DD

DD

DD

AA

DC

DB

AA

AA

BA

AA

Vin

yl t

olu

ene

2501

3-15

-4-

C9H

10D

DD

DD

DD

AA

AD

DD

AA

AA

AA

BB

AA

Vin

yl t

rich

lori

de

79-0

0-5

201-

166-

9C

2H3C

l 3D

DD

DD

DD

DA

AA

DD

DA

AA

AC

CC

CC

Wat

er, f

resh

82°

C /

180

°F-

--

AA

AA

AA

AA

AA

BA

AA

AA

AA

AA

AA

A

Wat

er, s

alt

82°C

/ 1

80°F

--

-B

AA

AA

CA

AA

BA

AA

AA

AA

AC

BC

CA

Wh

iske

y, w

ines

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CA

Xyl

ene

--

-D

DD

DD

DD

DA

AA

DD

DA

AA

AA

AA

AA

Zeo

lites

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

Zin

c ac

etat

e59

70-4

5-6

-(C

H3C

OO

) 2Z

n 2

H2O

AA

AA

AA

AA

AA

AA

AA

AA

AA

AC

CC

A

Zin

c ca

rbo

nat

e34

86-3

5-9

-Z

nC

O3

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

AA

A

Zin

c ch

lori

de

7646

-85-

723

1-59

2-0

Zn

Cl 2

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CC

C

Zin

c ch

rom

ate

--

-B

BA

AA

BB

BA

AA

BA

BA

AA

AB

AA

BA

Zin

c su

lfate

--

-A

AA

AA

AA

AA

AA

AA

AA

AA

AA

CC

CA

NR

SBR

IIR

EPDM

EPM

NBR

CR

CSM

FPM

PE-X

UHMW

VMQ

FMQ

AU

PVDF

PTFE

PFA

MFA

Aluminium

Bronze

Brass

Carbon steel


V W X Z


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