Mould Couplings
Quick connect couplings for tempering and cooling.

Quick connect couplings for tempering and cooling.
Wearepleasedtoofferyouacompleterangeofquickconnect couplingsystemsforthefeldoftemperingandcooling,under theParkerumbrella.Withthisextensiverange,weareableto offeryouthebroadestrangeonthemarketandwearetheonly supplierofallthreeprincipalEuropeanprofles–International,EuropeanandFrench.Oursystemsareavailablebothas individualproductsandascomplete,ready-madeunitswithany desiredhoselengthsandqualities.Naturally,ourspecialistadvisersarealsoavailableatanytimetoprovidepersonaladvice andassistanceifeveryoucannotimmediatelyfndwhatyouare lookingfororifyouhaveaparticularlyspecialproblemtosolve.
Important Notes:
● Pleasenotethatthetechnicaldata,specifcations anddrawingsinthecataloguearenotbinding.This informationissubjecttochangewithoutnoticeinthe interestofimprovement.
● Wereservetherighttomaketechnicalmodifcations forthepurposesofimprovement.
● February2018:Withtheactualcataloguetheolder versionsarenolongervalid.
● Theinterchangeabilityisguaranteedundertheassumptionthatthemanufactureroftherelevantproducthas notchangedanyfunctionalpartinthemeantime.
● Youwillfndimportantsafetyinstructionsonpages 8and9.
INTERNATIONAL
InternationalProgram: Series86/87/88
EUROPEAN
EuropeanProgram: Series10/11/12 Series10/11withsafetylock
FRENCH
FrenchProgram: Series608/612
FRENCHMATIC I
FrenchmaticProgram: Series6006/6009/6012/6016
FRENCHMATIC II
FrenchmaticProgram: SeriesNSI/NSP
MULTI-MATIC
from page 10
from page 18
from page 30
from page 34
from page 38
from page 42
Accessories
from page 46
Hoses
from page 50
Theproductsmarkedwiththissystemare fttedwiththeSafe-Locktechnology developedbyourdesigners.
Usingaspecialmechanism,theSafe-Lock technologyreliablypreventsaccidentaluncouplingofthesystemsunderpressure.As thenormallycontiguoustemperaturesofthe mediausedarebetween90°Cand170°C, accidentsofthisnaturecanresultinserious burns.TheonlyalternativestotheSafe-Lock systemsaredoubleshut-offcouplings, withwhich,however,thecomplexvalve technologyhasastrongnegativeimpact onthefowvalues.
Safe-LockCouplingSystems
>3bar Internationalranges systemsandarethereforealsoeasyto retroftatalaterdate
2006/42/EG
INTERNATIONAL
Profleprovenfordecadesinthefeldofplastic injectiontechnologyfortwo-handedcoupling systemswithgreatmarketpenetration.
DevelopmentoftheInternationalprofle.The couplingsystemswiththeEuropeanprofle standoutfortheircomfortablesingle-handed operationandareliableO-ringseal.
Availableonlyasastraight-throughcoupling withoutvalve.O-ringsareveryeasytoreplace. Moreover,simplecolourcodingispossiblehere, bymeansofColourClip.
Thisrangeofcouplingswasconstructedwith valvesasanalternativetotheFrenchprofles. AllfournominaldiametersinourFrenchmaticI rangeareavailablewithsingleanddoubleshut-off.
WesupplyourFrenchmaticIIcouplingsystemas adry-breakversion.Therangestandsoutforits single-handedoperationandminimumleakage whendisconnecting.
Withimmediateeffect,ourcoreseriesare availablewithanewsafetylock. Thesafetylockoffersprotectionfromaccidentaluncouplingandthusensuresmaximum occupationalsafety,notonlyinthehightemperaturerange.
Thisvariantisclearlydistinguishedfromour patentedSafe-locksystem,asthereisnoneed todepressurisethesystemforuncoupling. Endusershavethechoiceofwhichsafety principleisbestsuitedtotheirapplication.
Advantagesofthesafetylock:
doubleshut-offversion
ratureO-ringsuptoconstanttemperatureof 200°C
Withournewgenerationofhigh-temperature couplings,wetakeadifferentapproachfrom thecommonsolutionsonthemarketanduse
Theadvantageofthishigh-qualitycompound liesinthetemperatureresistanceupto200°C forcoolingmediasuchaswater/glycolaswell asheattransferoil.
Previoussolutionsareoftenonlyacompromise,astheydisplaydifferenttemperature resistancesdependingonthecoolingmedium used.
AllseriesavailablearemarkedwiththeHTlogoin thecatalogue.
Advantagesofthehightemperatureseal:
perature200°Cforwater/glycolandheattransfer oil
tinction
DANGER: failureorimproperselectionorimproperuseofquick connectcouplingsorrelatedaccessoriescancausedeath,personal injuryandpropertydamage.Possibleconsequencesoffailureor
improperselectionorimproperuseofquickconnectcouplings orrelatedaccessoriesincludebutarenotlimitedto:
toxic,orotherwiseinjurious liquidspraying thefollowinginstructions.
tobeheldinpositionormovedbytheconveyedfuid
1.1 Scope: this catalogue provides instructions for selecting and using (including installing connecting, disconnecting, and maintaining) quick connect couplings and related accessories (including caps, plugs, hoses, blow guns). This safety instruction is a supplement to and is to be used with the specific Parker publications for the specific quick connect couplings and related accessories that are being considered for use.
1.2 Fail-Safe: quick connect couplings or the hose they are attached to can fail without warning for many reasons. Design all systems and equipment in a fail-safe mode, so that failure of the quick connect coupling or hose will not endanger persons or property.
1.3 Distribution: provide a copy of this safety guide to each person who is responsible for selecting or using quick connect coupling products. Do not select or use quick connect couplings without thoroughly reading and understanding this safety guide as well as the specific Parker publications for the products considered or selected.
1.4 User responsibility: due to the wide variety of operating conditions and uses for quick connect couplings, Parker RectusTema and its distributors do not represent or warrant that any particular coupling system is suitable for any specific end use system. This safety instructions do not analyse all technical parameters that must be considered in selecting a product. The user, through its own analysis and testing, is solely responsible for:
1.5 Additional questions: call the appropriate Parker customer service department if you have any questions or require any additional information. For the telephone numbers of the appropriate customer service department, see the Parker publication for the product being considered or used.
2.1 Pressure: quick connect couplings selection must be made so that the published rated pressure of the coupling is equal to or greater than the Do not confuse burst pressure or other pressure values with rated pressure and do not use burst pressure or other pressure values for this purpose.
2.2 Fluid compatibility: quick connect couplings selection must assure compatibility of the body and seal materials with the fluid media used. See the fluid compatibility chart.
2.3 Temperature: be certain that fluid and ambient temperatures, both steady and transient, do not exceed the limitations of the quick connect couplings. Use caution and hand protection when connecting or disconnecting quick connect couplings that are heated or cooled by the media they are conducting or by their environment.
2.4 Size:
other components of the system must be adequate to keep pressure losses to a minimum and avoid damage due to heat generation or excessive fluid velocity.
2.5 Pressurised connection or disconnection: if connecting or disconnecting under pressure is a requirement, use only quick connect couplings designed for that purpose. The rated operating pressure of a quick connect coupling may not be the pressure at which it may be safely connected or disconnected.
2.6 Environment: care must be taken to ensure that quick connect couplings are either compatible with or protected from the environment (that is, salt water, chemicals, and air pollutants can cause degradation and premature failure.
2.7 Locking means: ball locking quick connect couplings can unintentionally disconnect if they are dragged over obstructions on the end of a hose or if the sleeve is bumped or moved enough to cause disconnection. Sleeves designed with flanges to provide better gripping for oily or gloved hands are especially susceptible to accidental disconnection and should not be used where these conditions exist. Sleeve lock or union (threaded) sleeve designs should be considered where there is a potential for accidental uncoupling.
2.8 Mechanical loads: sidered include excessive tensile or side loads and vibration. Unusual applications may require special testing prior to quick connect couplings selection.
2.9 Specifications and standards: when selecting quick connect couplings, government, industry and Parker specifications must be reviewed and followed as applicable.
2.10 Vacuum: not all quick connect couplings are suitable or recommended for vacuum service. Quick connect couplings used for vacuum applications must be selected to ensure that the quick connect couplings will withstand the vacuum and pressure of the system.
2.11 Fire resistant fluids: some fire resistant fluids require seals other than the standard NBR (nitrile) used in many coupling systems.
2.12 Radiant heat: quick connect couplings can be heated to destruction or loss of sealing without contact by such nearby items as hot manifolds or molten metal. The same heat source may then initiate a fire. This can occur despite the presence of cool air around the quick connect couplings.
2.13 Welding and brazing: heating of plated parts, including quick connect couplings and port adapters, above 450 °F (232 °C) such as during
3.1 Pre-installation inspection: before installing a quick connect coupling, visually inspect it and check for correct style, body material, seal material, and catalogue number. Before final installation, coupling halves should be connected and disconnected with a sample of the mating half with which they will be used.
3.2 Quick connect coupling halves from other manufacturers: if a quick connect coupling assembly is made up of one Parker RectusTema half and one half from another manufacturer, the lowest pressure rating of the two halves should not be exceeded.
3.3 Fitting installation: use a thread sealant, when assembling taper pipe thread joints in quick connect couplings. Be sure the sealant is compatible with the system fluid or gas. To avoid system contamination, use a liquid or paste type sealant rather than a tape style. Use the flats provided to hold the quick connect coupling when installing fittings. Do not use pipe wrenches or a vice on other parts of the coupling to hold it when installing or a removing fittings as damage or loosening of threaded joints in the coupling assembly could result. Do not apply excessive torque to taper pipe threads because cracking or splitting of the female component can result.
3.4 Caps and plugs: use dust caps and plugs when quick connect couplings are not coupled to exclude dirt and contamination and to protect critical surfaces from damage.
3.5 Coupling location: locate quick connect couplings where they can be reached for connection or disconnection without exposing the operator to slipping, falling, getting sprayed or coming in contact with hot or moving parts.
3.6 Hose whips: use a hose whip (a short length of hose between the tool and the coupling half) instead of rigidly mounting a coupling half on hand tools or other devices. This reduces the potential for coupling damage if the tool is dropped and provides some isolation from mechanical vibration which could cause uncoupling.
4.1 Even with proper selection and installation, quick connect coupling life may be significantly reduced without a continuing maintenance program. Frequency should be determined by the severity of the application and risk potential. A maintenance program must be established and followed by the user and must include the following as a minimum:
4.2 Visual inspection of quick connect couplings: any of the following conditions require immediate shut down and replacement of the quick connect coupling:
4.3 Visual inspection all other:
4.4 Functional test: operate the system at maximum operating pressure and check for possible malfunctions and freedom from leaks.
4.5 Replacement intervals: specific replacement intervals must be considered based on previous service life, government or industry recommendations, or when failures could result in unacceptable downtime, damage or injury risk. See instruction 1.2 above.
Nominal Diameter 6/9/13
Technical Description
The 86, 87 and 88 Rectus Moldtite coupling series were especially developed for connecting coolant lines and injection moulds. Countersunk plugs can easily be connected and disconnected because of the extended sleeve. The angular connections prevent kinks from forming in the hose.
Advantages
Available in single shut-off, double shut-off, straightthrough couplings (with valve) are equipped with nickel plated sleeves for quick and accurate visual differentiation.
Working Temperature* -15°C up to +200°C (FKM) depending on the medium.
* For temperatures below -15°C and over +200°C and depending on the medium, other seal variants are available.
KF StraightThrough KA Single Shut-Off
Working Pressure**
15 bar
** maximum static working pressure with design factor 4 to 1.
Material
Coupling: Brass
Plug: Brass Seals: FKM
15 bar
KB Double Shut-Off
Coupling: Brass
Plug: Brass Seals: FKM
15 bar
Coupling: Brass Plug: Brass Seals: FKM
Flow diagrams
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Nominal Diameter 6/9/13
Technical Description
The 10, 11 and 12 Rectus Moldtite coupling series were especially developed for connecting coolant lines and injection moulds. These stand out for their convenient, single-handed operation and a reliable O-ring seal. Widely used in Europe.
Advantages
Available in single shut-off, double shut-off or straight-through versions also available with Safeequipped with nickel plated sleeves for quick and accurate visual differentiation. The angular connections prevent kinks from forming in the hose.
StraightThrough
Working Pressure**
15 bar
** maximum static working pressure with design factor 4 to 1.
Material
Coupling: Brass
Plug: Brass, Stainless Steel Seals: FKM
15 bar
Working Temperature* -15°C up to +200°C (FKM) depending on the medium.
* For temperatures below -15°C and over +200°C and depending on the medium, other seal variants are available.
On request, series 10/11 are also available with a special FFKM high-temperature seal for applications up to constant temperature 200°C.
Single Shut-Off
Double Shut-Off
15 bar
Coupling: Brass Plug: Brass, Stainless Steel Seals: FKM
Coupling: Brass Plug: Brass Seals: FKM
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Nominal Diameter 6/9
Technical Description
The 10 and 11 Rectus Moldtite coupling series were especially developed for connecting coolant lines and injection moulds. These stand out for their convenient, single-handed operation and a reliable O-ring seal. Widely used in Europe.
Advantages
Coupling system with safety locking. Accidental uncoupling is prevented effectively and easily with the automatic safety lock. Available in single shut-off, double shut-off or straightthrough versions. The straight-through couplings are equipped with nickel plated sleeves for quick and accurate visual differentiation. The angular connections prevent kinks from forming in the hose.
StraightThrough
Working Pressure**
15 bar
** maximum static working pressure with design factor 4 to 1.
Material
Coupling: Brass
Plug: Brass, Stainless Steel Seals: FKM
15 bar
Working Temperature* -15°C up to +200°C (FKM) depending on the medium.
* For temperatures below -15°C and over +200°C and depending on the medium, other seal variants are available.
On request, series 10/11 with safety lock are also available with a special FFKM hightemperature seal for applications up to constant temperature 200°C.
Single Shut-Off
KB Double Shut-Off
Coupling: Brass
Plug: Brass, Stainless Steel Seals: FKM
15 bar
Coupling: Brass
Plug: Brass Seals: FKM
Therightplugcanbefoundunderseries10/11/12frompage24.
Nominal Diameter 8/12
Technical Description
The 608/612 series (French series) has been specially developed for cooling in the field of plastic injection machines / moulds. Using vertical plug inserts, the cooling connection can be installed directly in the mould / machine, so the external contour has no predruding extension components. This allows easy and safe handling during the work process and prevents damage to the coupling and the mould.
This system is supplied as a "straight-through coupling" with no valves. Coding of the in and outlets can be represented by simple fixing of the coloured clips / rings onto the coupling and plug.
KF
Working Pressure** 20 bar
** maximum static working pressure with design factor 4 to 1.
Material
Coupling: Brass nickel plated
Plug: Brass nickel plated Seals: FKM
Advantages
The use of the locking balls means that an optimum grip of the plug connection is guaranteed, even with forces that are applied laterally. The simple unlocking mechanism, which is optimised by knurling at the end of the sleeve, can be operated by pulling back once on the sleeve.
Working Temperature*
-15°C up to +200°C (FKM) depending on the medium.
* For temperatures below -15°C and over +200°C and depending on the medium, other seal variants are available.
Flow diagrams
Water
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Nominal Diameter
6/9/12/16
Technical Description
6006/6009/6012/6016
This range of couplings was constructed with valves as an alternative to the French profiles. All four nominal diameters in our Frenchmatic I range are available with single and double shut-off.
Advantages
The locking balls guarantee an optimum hold by the insert connection even with forces acting from the side. Optimum flow rate with absolute minimal flow resistance.
Working Temperature* -15°C up to +200°C (FKM) depending on the medium.
* For temperatures below -15°C and over +200°C and depending on the medium, other seal variants are available.
Single Shut-Off KB Double Shut-Off
Working Pressure**
20 bar
** maximum static working pressure with design factor 4 to 1.
Material
Coupling: Brass nickel plated
Plug: Brass nickel plated (6006Seals: FKM
15 bar
Coupling: Brass nickel plated
Plug: Brass nickel plated (6006Seals: FKM
Flow diagrams
Water
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FRENCHMATIC II
Nominal Diameter 3/6/9/12
Technical Description
The NSI are dry break couplings with flat face valves. The compact design make them suitable for reduced spaces. Coupling system with two-hand operation, i.e. both hands are required when connect/disconnect.
Advantages
pressure drop. Specific design for cooling applications. Can be used either with water and heat transfer oils. Excellent resistance to vibrations and mechanical stresses.
Working Pressure** 60 bar
** maximum static working pressure.
Material
Coupling: Brass/Stainless Steel
Plug: Brass/Stainless Steel
Seals: FKM Flow
Water (3 and 6 mm)
Working Temperature* -20°C up to +200°C (FKM) depending on the medium.
* For temperatures below -20°C and over +200°C and depending on the medium, other seal variants are available.
Oil (3 and 6 mm)
1EndconnectionaccordingtoISO1179-2EDseal 2EndconnectionaccordingtoDIN235324°cone
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FRENCHMATIC II
Nominal Diameter 6/9/12
Technical Description
The NSP are dry break couplings with flat face valves. The compact design make them suitable for reduced spaces. Coupling system with single-hand operation.
Advantages
No spillage during connection/disconnection. Push to for cooling applications. Can be used either with water and heat transfer oils. Excellent resistance to vibrations and mechanical stresses.
Working Pressure** 60 bar
** maximum static working pressure.
Material
Coupling: Brass/Stainless Steel
Plug: Brass/Stainless Steel
Seals: FKM
Working Temperature* -20°C up to +200°C (FKM) depending on the medium.
* For temperatures below -20°C and over +200°C and depending on the medium, other seal variants are available.
Diameter 6 mm
Diameter 9 mm
Diameter 12 mm
Flow diagrams
Water (6 mm)
Water (9 und 12 mm)
Oil (6 mm)
Oil (9 und 12 mm)
1EndconnectionaccordingtoISO1179-2EDseal 2EndconnectionaccordingtoDIN235324°cone
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Nominal Diameter
8,1
MULTI-MATIC
Technical Description
Modular integrated coupling and plug for installation in multi-coupling systems (series 08). High resilience, low coupling forces and great resistance to liquid media due to the special coating of the coupling body.
Working Temperature* -15°C up to +100°C (FKM) depending on the medium.
* For temperatures below -15°C and over +100°C and depending on the medium, other seal variants are available.
Working Pressure**
15 bar
** maximum static working pressure with design factor 4 to 1.
Material
Coupling: Brass nickel plated, Steel PTFE coated
Plug: Brass nickel plated, Steel PTFE coated Seals: FKM
15 bar
Dry-Break
Coupling: Brass nickel plated, Steel PTFE coated
Plug: Brass nickel plated, Steel PTFE coated Seals: FKM
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