FLUID CONNECTORS H A P - SeekPartfile.seekpart.com/keywordpdf/2011/5/19/2011519112436620.pdf ·...
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FLUID CONNECTORS MRI 06/73 - ENG - FIRST EDITION MANULI RUBBER INDUSTRIES S.p.A. Registered Office Headquarters Piazza della Repubblica, 14/16 20124 Milano, Italy Tel +39 02 62713.1 Fax +39 02 62713.382 [email protected] www.manuli-hydraulics.com FLUID CONNECTORS ASSEMBLING INFORMATION ASSEMBLING INFORMATION HYDRAULIC ASSEMBLING PROCEDURE RECOMMENDATIONS HYDRAULIC ASSEMBLING PROCEDURE INSERT BORE COLLAPSE CONTROL KEY RECOMMENDATIONS HYDRAULIC ASSEMBLING PROCEDURE INSERT BORE COLLAPSE CONTROL HYDRAULIC ASSEMBLING PROCEDURE INSERT BORE COLLAPSE CONTROL 1 – COMPONENTS SELECTION Select the specified hoses, ferrules and inserts using the most updated MRI Fluid Connectors Catalogue release. 2 – HOSE CUTTING In order to ensure a correct cut of the hose (minimum rosetting and tulip effect due to the heat damage to the rubber), it is recommended to use the appropriate blade type: wire spiral & Spirtex: use a scalloped blade. wire braid: use a serrated or a scalloped blade. Scalloped blade is anyway preferred for both applications. 3 – SKIVING OPERATIONS When skiving is required, the machine set-up should be performed ensuring that the knife position is set in order to achieve a removal of the rubber hose cover respecting the tolerance reported in this document. It is important to remove the maximum thickness of the rubber hose cover without damaging or displacing the reinforcement steel wires. 4 – FITTINGS ASSEMBLING Place the ferrule fully into the hose, and then insert the fitting. Especially in case of large hose sizes and Interlock type fittings the use of a proper pushing machine is recommended to facilitate this operation. 5 – DIE-SETS SELECTION Set up the crimping machine, selecting the right dimension die-set closest to the recommended dimension (e.g. for a crimp of 23 mm choose the die-set marked 22 mm). 6 – CRIMPING OPERATION Crimp to the specified diameter in the enclosed table, with a tolerance +0/-0.2 mm. 7 – CRIMPING CONTROLS Inspect the crimping dimension in the die-set landing area, using a vernier calipers or micrometer as follows. For mass production crimping operations, it is recommended to use the bore collapse control procedure (described below). Take three crimping diameter readings at 120 degrees to one another. All three readings taken in the mid-Iength of the ferrule should be to the prescribed crimp diameter and within a tolerance +0/–0.2 mm (a deviation of the three readings by more than 0.2 mm indicates a non-concentric crimp). If the correct crimp has not been achieved, adjust the machine set up by 0.1 mm steps to achieve the correct diameter. Repeat the same data collection at the top and the bottom of the ferrule just crimped. If those readings deviate by more than 0.4 mm then the crimp is tapered. Should a non-concentric or tapered crimp be identified, then the machine die-head, springs and dies should be inspected and replaced where necessary. 8 – REMARK! Avoid double ferrules crimping. Double ferrules crimping can reduce the assembling service life. The dies must cover completely the ferrule lenght. The insert bore collapse can be measured checking the insert bore of the crimped fitting with an appropriate pair of “GO” and “NO-GO” gauges/mandrels. Mechanical/electronic bore callipers can be used to have more precise data measurements exact data. Manuli offers an integrated package (ref. products range catalogues) composed by: HOSES FITTINGS QUICK COUPLINGS ADAPTORS MANIPULATED TUBES ASSEMBLING MACHINES HYDRAULIC AND REFRIGERATION ASSEMBLIES HOSE PROTECTIONS Manuli hoses and fittings assembling should be performed according to the following crimping procedure. Further assembling procedure details are available on www.manuli-hydraulics.com. The insert bore collapse control is recommended after crimping operations in order to check that a correct fitting insertion and ferrule crimping was performed (leak free). In particular for mass production hose assembling operations, it is recommended to control the insert bore collapse during process set up and at specific intervals determined according to appropriate quality process control criteria. WHAT’S THE INSERT BORE COLLAPSE? It is the localised reduction or “collapse” of the insert bore diameter in the effective seal area of the fitting due to the compression force applied on the hose wall during the crimping operation. The bore collapse proofs the compression level and sealing force. BORE COLLAPSE CONTROL IMPORTANCE The performance of a hose assembling, in terms of its resistance to blow-off and leakage, is mostly determined by the level of hose wall and tube compression achieved during crimping. Bore collapse analysis may contribute detecting over-crimping situations. If in the first case, a not sufficient collapse may cause a blow-off or leakage (especially in hoses “aged” working), over- crimping may be the reason for premature hose assembling failures, loss of pressure due to friction and relevant heating effect on the fluid/hydraulic system. The hose wall compression level is the result of many parameters such as: hose dimensional tolerances fittings type and tolerances crimping machine type (crimping force, tooling, architecture, crimping speed, etc.). WHEN TO MEASURE THE BORE COLLAPSE? At the crimping process set up. When changing hose and/or fitting production lot or during any process variations. At intermediate steps according to process quality control criteria. HOW TO MEASURE THE BORE COLLAPSE? Main tools suitable to measure bore collapse are the following: GO and NO-GO mandrels A suitable expanding ball or telescopic gauges (traditional telescopic callipers for internal bore measurement) 3-points bore gauging systems (advanced electronic instruments for bore measurements). Referring to the enclosed table, check for the crimping diameter and select the die-set with the closest size. The use of die-sets, with diameter significantly smaller than the recommended one, can cause ferrule flowering (i.e. ferrule surface with pinches between the dies) and cracks during the crimping operation. The die-set selection should be done ensuring the maximum die landing on the ferrule surface with the minimum flowering effect. This will provide a proper crimping, reducing the risk of ferrule surface cracks and damage of the protective zinc-plating. The use of recommended Manuli hoses, fittings, machines and tools ensure an optimized performance results. Limited quantities of light paraffinic oils can be used to obtain an easier insert pushing operation. Hydraulic assembling procedures should include insert bore collapse control process to check for the assembling performance reliability. Insert bore collapse procedure is only valid for MF 2000 fitting range. Insert bore collapse procedure is not applicable for textile and refrigeration hoses To download this document and get more detailed information, please visit: www.manuli-hydraulics.com “Assembling information & instructions” and “Assembling Procedure Presentation”. MANULI RUBBER INDUSTRIES S.p.A. SALES NETWORK (USA) MANULI HYDRAULICS (AMERICAS) Inc. 410 Keystone Drive - Suite 420 - Warrendale, PA 15086 - U.S.A. Ph +1 724 778 3380 - Fax +1 724 778 3381 [email protected] (AR) MANULI FLUICONNECTO S.r.l. Colectora Panamericana Este 26361 Don Torcuato 1611 Buenos Aires - Argentina Ph +54 114 727 6200/6800 - Fax +54 114 727 6900 [email protected] ASIA PACIFIC (IND) MANULI HYDRAULICS INDIA (Pte) Ltd. S.No.1465/2-B, Sriperumbudur Village - Sriperumbudur Taluk Kanchipuram Dist, Tamil Nadu - India 602 105 Ph +91 44 27162089 - Fax +91 44 27162113 (JAP) MANULI HYDRAULICS JAPAN K.K. AJ Building 3F, 3-3-10, Minami-Senba, Chuo-ku Osaka, 542-0081, Japan Ph +81 6 6252 0413 - Fax +81 6 6252 0414 [email protected] (KOR) MANULI HYDRAULICS KOREA Co. Ltd. UngNam-Dong, 61-17 - ChangWon City, GyeongNam, Korea Ph +82 55 237 6211 - Fax +82 55 285 6387 [email protected] (PRC) MANULI HYDRAULICS (SUZHOU) Co. Ltd. Shanghai Representative Office Rm. 201-01, Yindong Mansion, 58 Xinjinqiao Rd. Pudong New District, 201206 Shanghai, China Ph +86 21 5866 5108 - Fax +86 21 5866 4275 [email protected] Guangzhou Representative Office Rm. 11B2, Zhongcheng Mansion, Qingnian Rd. Luogang District, 510730 Guangzhou, Guangdong Province, China Ph +86 20 8208 6357 - Fax +86 20 8208 6358 [email protected] Shenyang Representative Office Rm. 2406, Dongyu Mansion, 2 Heping South Street, Heping District, 110001 Shenyang, Liaoning Province, China Ph +86 21 5866 5108 - Fax +86 21 5866 4275 [email protected] Wuhan Representative Office Rm. 4604, Wuhan Plaza, 688 Jiefang Road, 430022 Wuhan, Hebei Province, China Ph +86 27 8571 7833 - Fax +86 27 8571 7833 [email protected] (SGP) MANULI HYDRAULICS FAR EAST Pte Ltd. 52 Ubi Avenue 3 - #01-36 Frontier - 408867 Singapore Ph +65 6241 6822 - Fax +65 6241 2231 [email protected] (AUS) MANULI FLUICONNECTO Pty Ltd. HQ & Distribution Centre 68-70 Cyber Loop - Dandenong, Victoria 3175 - Australia Ph +61 3 8768 7770 - Fax +61 3 8768 7771 [email protected] NSW (Mining Operations) Branch 38 Shipley Drive - Rutherford, NSW 2323 - Australia Ph +61 2 4932 1066 - Fax +61 2 4932 1060 [email protected] Western Australia Branch Unit 2/14 Moriarty Road - Welshpool, 6106 Western Australia Ph +61 8 9356 2311 - Fax +61 8 9356 2125 [email protected] (ZA) MANULI FLUICONNECTO (Pty) Ltd. Nexia Levitt Kirson - 4th Floor Aloe Grove, 196 Louis Botha Avenue, Houghton Estate 2198 - South Africa Ph +27 (11) 806 5000 - Fax +27 (11) 806 2003 EUROPE (CZ) MANULI HYDRAULICS EUROPE S.r.o. Prumyslova 1500, 69123 Pohorelice - Czech Republic Ph +420 519 301711 - Fax +420 519 301712 [email protected] (D) MANULI HYDRAULICS GmbH Carl Benz Strasse, 5 - 68723 Schwetzingen - Germany Ph +49 6202 28020 - Fax +49 6202 18306 [email protected] (E) MANULI HYDRAULICS IBERICA, S.I.u. Polígono el Pla, calle el Pla 166 oficina D9 Apartado1444 08980 Sant Feliu de Llobregat (Barcelona) - Spain Ph +34 936 856 118 - Fax +34 936 856 119 info@[email protected] (F) MANULI OTIM S.A.S. Z.A. de la Fourquetiere, 44 Rue Gustave Eiffel B.P. 121 - 44154 Ancenis - France Ph +33 240 98 83 02 - Fax +33 240 98 84 01 [email protected] (GB) MANULI HYDRAULICS UK Ltd. Nasmyth Business Centre, Green Lane, Patricroft - Manchester M30 0SN Ph +44 161 787 8085 - Fax +44 161 788 7627 [email protected] (RUS) MANULI HYDRAULICS RUS 000 Second Entuziastov str. 5.40/221 - 111024 Moscow, Russia Ph +7 495 223 54 75 - Fax +7 495 223 54 76 [email protected] (F) MANULI FLUICONNECTO S.A.S. Rue de Grande Bretagne, 42-44 - BP 60237 44472 Carquefou Cedex - France Ph +33 240 93 57 99 - Fax +33 240 93 69 56 [email protected] (CZ) MANULI FLUICONNECTO S.r.o. UI. Herspicka 758/14, Provozovna, 602 00 Brno - Czech Republic Ph +420 544 501 067 - Fax +420 544 501 068 [email protected] (EST) FLUICONNECTO OÜ Pallasti 1, 11412 Tallin - Estonia Ph +372 60 60 946 - Fax +372 60 60 947 [email protected] (H) MANULI FLUICONNECTO KFT Ocsai ùt 5, 1239 Budapest - Hungary Ph +36 1 287 30 33 - Fax +36 1 286 25 43 [email protected] (LT) MANULI FLUICONNECTO UAB Kirtimu g. 11 - LT 02300 Vilnius - Lithuania Ph +370 5 26 45 810 - Fax +370 5 26 45 820 [email protected] (LV) MANULI FLUICONNECTO SIA Krustpils iela 6, Riga LV 1073 - Latvia Ph +371 78 28 686/687 - Fax +371 78 28 688 [email protected] (PL) MANULI FLUICONNECTO Sp.zo.o Mikolowska 93, 43100 Tychy - Poland Ph +48 32 222 01 30 - Fax +48 32 222 01 39 [email protected] (UA) MANULI FLUICONNECTO TOV Derevoobrobna 6B, 01013 Kyiv - Ukraine Ph +38 44 545 70 67 - Fax +38 44 545 70 68 [email protected] AMERICAS (BR) MANULI HIDRAULICA BRASIL Ltda Avenida General Motors, 100 - Bairro Iporanga 18087-165 - Sorocaba - SP - Brazil Ph +55 15 2101-1600 - Fax +55 15 2101-1640 [email protected] (MEX) MANULI HYDRAULICS DE MEXICO Sa. de C.v. Poniente 128 number 590 storehouse 1 Indutrial Vallejo Zone - 02300 Mexico City, Mexico Ph + 52 55 57196141 - Fax + 52 55 57196198 [email protected] MANULI RUBBER INDUSTRIES S.P.A. Registered Office Headquarters Piazza della Repubblica, 14/16 20124 Milano, Italy Tel +39 02 62713.1 Fax +39 02 62713.382 [email protected] www.manuli-hydraulics.com Table 1 lists the recommended range of insert bore collapse levels (minimum and maximum values) and related GO and NO-GO gauges for MRI MF2000 inserts (both Multifit and Interlock types). MRI’s crimping diameters are designed to achieve insert bore collapse within the specified range. However, cumulated tolerances from hose, ferrules, inserts, product defects, improper hose-fitting mounting/alignment and crimping machine malfunction may generate an out of standard collapse. 1 To measure the insert bore collapse, insert the NO-GO end of the mandrel into the insert tail. The mandrel should stop halfway down the tail. This indicates the minimum collapse has been reached (Figure 1). If the assembly is fitted with step-down termination or 90°/45° elbows at both ends: Crimp a hose sample. Cut the hose near the fitting area. Insert the bore collapse from the hose side. 2 Insert the GO end of the mandrel into the insert tail. The mandrel should pass through the tail (Figure 2). 3 Keep on crimping the assembly or batch of assemblies, using the selected crimp setting and control the bore collapse by suitable statistical frequency. 4 The insert collapse should be re-checked in case of changes of hoses, inserts or ferrules batches. If insert bore collapse is in the recommended range, hose assemblies in correct and assembling operation in control. WHAT TO DO IN CASE OF OUT-OF-STANDARD RESULTS If insert bore collapse results outside the recommended tolerance range: Increase statistic crimping process control and carry out a proper investigation on hoses, fittings, crimping machines and related tools, crimping process, etc. Manuli Sales Branches are at your disposal to fully support you. The product lots have to be changed. * Updated values 2005 edition TABLE 1-A: WIRE SPIRAL HOSES TABLE 1-B: WIRE BRAID HOSES TABLE 1-C: XTRALOCK COLLAPSE PRESCRIPTIONS (DIAMONDSPIR) NOMINAL SIZE (inch) INSERT COLLAPSE (mm) GO, NO-GO MANDRELS (GAUGES) DIAMETERS (mm) for MULTIFIT TYPE for INTERLOCK TYPE MINIMUM MAXIMUM NO-GO GO NO-GO GO 1/4” 0.40 0.80 3.60 3.15 - - 3/8” 0.70 1.40 6.25 5.60 - - 1/2” 0.85 1.70 8.40 7.60 - - 5/8” 1.00 2.00 11.40 10.55 10.90 10.05 3/4” 1.10 2.20 13.80 12.85 13.10 12.15 1” 1.30 2.60 18.35 17.30 17.55 16.50 1.1/4” 1.45 2.90 24.35 23.25 22.35 21.25 1.1/2” 1.50 3.00 30.30 29.15 28.80 27.65 2” 1.75 3.50 40.00 38.70 39.00 37.70 NOMINAL SIZE (inch) INSERT COLLAPSE (mm) GO, NO-GO MANDRELS (GAUGES) DIAMETERS (mm) for MULTIFIT TYPE MINIMUM MAXIMUM NO-GO GO 3/16” 0.25 0.55* 2.80 2.30* 1/4” 0.30 0.65* 3.75 3.20* 5/16” 0.35 0.75* 5.20 4.60* 3/8” 0.40 1.00* 6.55 5.85* 1/2” 0.50 1.20* 8.85* 7.95* 5/8” 0.60 1.35* 11.90 11.00 * 3/4” 0.65 1.45* 14.30 13.40* 1” 0.70* 1.55* 19.20* 18.10 * 1.1/4” 1.00 2.00 24.90 24.05 1.1/2” 1.15 2.30 30.70 29.80 2” 1.25 2.50 40.60 39.60 2.3/8” 1.00 2.00 49.50 48.50 2.1/2” 1.00 2.00 54.50 53.50 3” 0.80 1.80 68.00 67.00 Figure 1 Figure 2 SIZE INSERT COLLAPSE (mm) DN Dash Inch MINIMUM MAXIMUM 19 - 12 3/4” 1.10 2.20 25 - 16 1” 0.80 1.80 31 - 20 1.1/4” 1.50 2.90 38 - 24 1.1/2” 1.70 3.30 51 - 32 2” 2.70 4.50 63 - 40 2.1/2” 3.00 5.00 76 - 48 3” 3.00 5.00 TABLE 1-D: BLASTLOCK COLLAPSE PRESCRIPTIONS (GOLDENBLAST RANGE) SIZE INSERT COLLAPSE (mm) DN Dash Inch MINIMUM MAXIMUM 10 - 06 3/8” 0.60 1.20 12 - 08 1/2” 0.70 1.50 19 - 12 3/4” 0.80 1.70
Transcript of FLUID CONNECTORS H A P - SeekPartfile.seekpart.com/keywordpdf/2011/5/19/2011519112436620.pdf ·...
FLUID CONNECTORS
MR
I 06
/73
- EN
G -
FIR
ST E
DIT
ION
MANULI RUBBER INDUSTRIES S.p.A.Registered Office HeadquartersPiazza della Repubblica, 14/16 20124 Milano, ItalyTel +39 02 62713.1 Fax +39 02 [email protected] www.manuli-hydraulics.com
FLUID CONNECTORSASSEMBLING INFORMATION ASSEMBLING INFORMATION
HYDRAULIC ASSEMBLING PROCEDURERECOMMENDATIONS
HYDRAULIC ASSEMBLING PROCEDUREINSERT BORE COLLAPSE CONTROL
KEY RECOMMENDATIONS
HYDRAULIC ASSEMBLING PROCEDUREINSERT BORE COLLAPSE CONTROL
HYDRAULIC ASSEMBLING PROCEDUREINSERT BORE COLLAPSE CONTROL
1 – COMPONENTS SELECTIONSelect the specified hoses, ferrules and inserts using the most updated MRI Fluid Connectors Catalogue release.
2 – HOSE CUTTINGIn order to ensure a correct cut of the hose (minimum rosetting and tulip effect due to the heat damage to the rubber), it is recommended to use the appropriate blade type: wire spiral & Spirtex: use a scalloped blade. wire braid: use a serrated or a scalloped blade.Scalloped blade is anyway preferred for both applications.
3 – SKIVING OPERATIONSWhen skiving is required, the machine set-up should be performed ensuring that the knife position is set in order to achieve a removal of the rubber hose cover respecting the tolerance reported in this document. It is important to remove the maximum thickness of the rubber hose cover without damaging or displacing the reinforcement steel wires.
4 – FITTINGS ASSEMBLINGPlace the ferrule fully into the hose, and then insert the fitting. Especially in case of large hose sizes and Interlock type fittings the use of a proper pushing machine is recommended to facilitate this operation.
5 – DIE-SETS SELECTIONSet up the crimping machine, selecting the right dimension die-set closest to the recommended dimension (e.g. for a crimp of 23 mm choose the die-set marked 22 mm).
6 – CRIMPING OPERATIONCrimp to the specified diameter in the enclosed table, with a tolerance +0/-0.2 mm.
7 – CRIMPING CONTROLSInspect the crimping dimension in the die-set landing area, using a vernier calipers or micrometer as follows. For mass production crimping operations, it is recommended to use the bore collapse control procedure (described below).Take three crimping diameter readings at 120 degrees to one another. All three readings taken in the mid-Iength of the ferrule should be to the prescribed crimp diameter and within a tolerance +0/–0.2 mm (a deviation of the three readings by more than 0.2 mm indicates a non-concentric crimp). If the correct crimp has not been achieved, adjust the machine set up by 0.1 mm steps to achieve the correct diameter.Repeat the same data collection at the top and the bottom of the ferrule just crimped. If those readings deviate by more than 0.4 mm then the crimp is tapered. Should a non-concentric or tapered crimp be identified, then the machine die-head, springs and dies should be inspected and replaced where necessary.
8 – REMARK!Avoid double ferrules crimping. Double ferrules crimping can reduce the assembling service life. The dies must cover completely the ferrule lenght.
The insert bore collapse can be measured checking the insert bore of the crimped fitting with an appropriate pair of “GO” and “NO-GO” gauges/mandrels. Mechanical/electronic bore callipers can be used to have more precise data measurements exact data.
Manuli offers an integrated package (ref. products range catalogues) composed by:
HOSES
FITTINGS
QUICK COUPLINGS
ADAPTORS
MANIPULATED TUBES
ASSEMBLING MACHINES
HYDRAULIC AND REFRIGERATION ASSEMBLIES
HOSE PROTECTIONS
Manuli hoses and fittings assembling should be performed according to the following crimping procedure.
Further assembling procedure details are available on www.manuli-hydraulics.com.
The insert bore collapse control is recommended after crimping operations in order to check that a correct fitting insertion and ferrule crimping was performed (leak free).
In particular for mass production hose assembling operations, it is recommended to control the insert bore collapse during process set up and at specific intervals determined according to appropriate quality process control criteria.
WHAT’S THE INSERT BORE COLLAPSE?It is the localised reduction or “collapse” of the insert bore diameter in the effective seal area of the fitting due to the compression force applied on the hose wall during the crimping operation. The bore collapse proofs the compression level and sealing force.
BORE COLLAPSE CONTROL IMPORTANCEThe performance of a hose assembling, in terms of its resistance to blow-off and leakage, is mostly determined by the level of hose wall and tube compression achieved during crimping.
Bore collapse analysis may contribute detecting over-crimping situations.
If in the first case, a not sufficient collapse may cause a blow-off or leakage (especially in hoses “aged” working), over-crimping may be the reason for premature hose assembling failures, loss of pressure due to friction and relevant heating effect on the fluid/hydraulic system.
The hose wall compression level is the result of many parameters such as: hose dimensional tolerances fittings type and tolerances crimping machine type (crimping force, tooling, architecture, crimping speed, etc.).
WHEN TO MEASURE THE BORE COLLAPSE? At the crimping process set up. When changing hose and/or fitting production lot or during any process variations. At intermediate steps according to process quality control criteria.
HOW TO MEASURE THE BORE COLLAPSE?Main tools suitable to measure bore collapse are the following: GO and NO-GO mandrels A suitable expanding ball or telescopic gauges (traditional telescopic callipers for internal bore measurement) 3-points bore gauging systems (advanced electronic instruments for bore measurements).
Referring to the enclosed table, check for the crimping diameter and select the die-set with the closest size.
The use of die-sets, with diameter significantly smaller than the recommended one, can cause ferrule flowering (i.e. ferrule surface with pinches between the dies) and cracks during the crimping operation.
The die-set selection should be done ensuring the maximum die landing on the ferrule surface with the minimum flowering effect. This will provide a proper crimping, reducing the risk of ferrule surface cracks and damage of the protective zinc-plating.
The use of recommended Manuli hoses, fittings, machines and tools ensure an optimized performance results.
Limited quantities of light paraffinic oils can be used to obtain an easier insert pushing operation.
Hydraulic assembling procedures should include insert bore collapse control process to check for the assembling performance reliability.
Insert bore collapse procedure is only valid for MF 2000 fitting range. Insert bore collapse procedure is not applicable for textile and refrigeration hoses
To download this document and get more detailed information, please visit: www.manuli-hydraulics.com “Assembling information & instructions” and “Assembling Procedure Presentation”.
MANULI RUBBER INDUSTRIES S.p.A.SALES NETWORK
(USA) MANULI HYDRAULICS (AMERICAS) Inc.410 Keystone Drive - Suite 420 - Warrendale, PA 15086 - U.S.A.Ph +1 724 778 3380 - Fax +1 724 778 [email protected]
(AR) MANULI FLUICONNECTO S.r.l.Colectora Panamericana Este 26361 Don Torcuato 1611 Buenos Aires - ArgentinaPh +54 114 727 6200/6800 - Fax +54 114 727 [email protected]
ASIA PACIFIC(IND) MANULI HYDRAULICS INDIA (Pte) Ltd.
S.No.1465/2-B, Sriperumbudur Village - Sriperumbudur Taluk Kanchipuram Dist, Tamil Nadu - India 602 105Ph +91 44 27162089 - Fax +91 44 27162113
(JAP) MANULI HYDRAULICS JAPAN K.K.AJ Building 3F, 3-3-10, Minami-Senba, Chuo-kuOsaka, 542-0081, JapanPh +81 6 6252 0413 - Fax +81 6 6252 [email protected]
(KOR) MANULI HYDRAULICS KOREA Co. Ltd.UngNam-Dong, 61-17 - ChangWon City, GyeongNam, KoreaPh +82 55 237 6211 - Fax +82 55 285 [email protected]
(PRC) MANULI HYDRAULICS (SUZHOU) Co. Ltd. Shanghai Representative Office Rm. 201-01, Yindong Mansion, 58 Xinjinqiao Rd. Pudong New District, 201206 Shanghai, China Ph +86 21 5866 5108 - Fax +86 21 5866 4275 [email protected]
Guangzhou Representative Office Rm. 11B2, Zhongcheng Mansion, Qingnian Rd. Luogang District, 510730 Guangzhou, Guangdong Province, China Ph +86 20 8208 6357 - Fax +86 20 8208 6358 [email protected]
Shenyang Representative Office Rm. 2406, Dongyu Mansion, 2 Heping South Street, Heping District, 110001 Shenyang, Liaoning Province, China Ph +86 21 5866 5108 - Fax +86 21 5866 4275 [email protected]
Wuhan Representative Office Rm. 4604, Wuhan Plaza, 688 Jiefang Road, 430022 Wuhan,Hebei Province, China Ph +86 27 8571 7833 - Fax +86 27 8571 7833 [email protected]
(SGP) MANULI HYDRAULICS FAR EAST Pte Ltd.52 Ubi Avenue 3 - #01-36 Frontier - 408867 SingaporePh +65 6241 6822 - Fax +65 6241 [email protected]
(AUS) MANULI FLUICONNECTO Pty Ltd.HQ & Distribution Centre68-70 Cyber Loop - Dandenong, Victoria 3175 - AustraliaPh +61 3 8768 7770 - Fax +61 3 8768 [email protected]
NSW (Mining Operations) Branch38 Shipley Drive - Rutherford, NSW 2323 - AustraliaPh +61 2 4932 1066 - Fax +61 2 4932 [email protected]
Western Australia BranchUnit 2/14 Moriarty Road - Welshpool, 6106 Western AustraliaPh +61 8 9356 2311 - Fax +61 8 9356 [email protected]
(ZA) MANULI FLUICONNECTO (Pty) Ltd.Nexia Levitt Kirson - 4th Floor Aloe Grove, 196 Louis Botha Avenue, Houghton Estate 2198 - South AfricaPh +27 (11) 806 5000 - Fax +27 (11) 806 2003
EUROPE(CZ) MANULI HYDRAULICS EUROPE S.r.o.
Prumyslova 1500, 69123 Pohorelice - Czech Republic Ph +420 519 301711 - Fax +420 519 301712 [email protected]
(D) MANULI HYDRAULICS GmbHCarl Benz Strasse, 5 - 68723 Schwetzingen - Germany Ph +49 6202 28020 - Fax +49 6202 18306 [email protected]
(E) MANULI HYDRAULICS IBERICA, S.I.u.Polígono el Pla, calle el Pla 166 oficina D9 Apartado1444 08980 Sant Feliu de Llobregat (Barcelona) - SpainPh +34 936 856 118 - Fax +34 936 856 119info@[email protected]
(F) MANULI OTIM S.A.S.Z.A. de la Fourquetiere, 44 Rue Gustave EiffelB.P. 121 - 44154 Ancenis - FrancePh +33 240 98 83 02 - Fax +33 240 98 84 [email protected]
(GB) MANULI HYDRAULICS UK Ltd.Nasmyth Business Centre, Green Lane, Patricroft - Manchester M30 0SN Ph +44 161 787 8085 - Fax +44 161 788 7627 [email protected]
(RUS) MANULI HYDRAULICS RUS 000Second Entuziastov str. 5.40/221 - 111024 Moscow, Russia Ph +7 495 223 54 75 - Fax +7 495 223 54 [email protected]
(F) MANULI FLUICONNECTO S.A.S.Rue de Grande Bretagne, 42-44 - BP 6023744472 Carquefou Cedex - FrancePh +33 240 93 57 99 - Fax +33 240 93 69 [email protected]
(CZ) MANULI FLUICONNECTO S.r.o.UI. Herspicka 758/14, Provozovna, 602 00 Brno - Czech Republic Ph +420 544 501 067 - Fax +420 544 501 068 [email protected]
(EST) FLUICONNECTO OÜPallasti 1, 11412 Tallin - Estonia Ph +372 60 60 946 - Fax +372 60 60 947 [email protected]
(H) MANULI FLUICONNECTO KFTOcsai ùt 5, 1239 Budapest - HungaryPh +36 1 287 30 33 - Fax +36 1 286 25 [email protected]
(LT) MANULI FLUICONNECTO UABKirtimu g. 11 - LT 02300 Vilnius - Lithuania Ph +370 5 26 45 810 - Fax +370 5 26 45 820 [email protected]
(LV) MANULI FLUICONNECTO SIAKrustpils iela 6, Riga LV 1073 - Latvia Ph +371 78 28 686/687 - Fax +371 78 28 688 [email protected]
(PL) MANULI FLUICONNECTO Sp.zo.oMikolowska 93, 43100 Tychy - PolandPh +48 32 222 01 30 - Fax +48 32 222 01 [email protected]
(UA) MANULI FLUICONNECTO TOVDerevoobrobna 6B, 01013 Kyiv - UkrainePh +38 44 545 70 67 - Fax +38 44 545 70 [email protected]
AMERICAS(BR) MANULI HIDRAULICA BRASIL Ltda
Avenida General Motors, 100 - Bairro Iporanga18087-165 - Sorocaba - SP - BrazilPh +55 15 2101-1600 - Fax +55 15 [email protected]
(MEX) MANULI HYDRAULICS DE MEXICO Sa. de C.v.Poniente 128 number 590 storehouse 1Indutrial Vallejo Zone - 02300 Mexico City, MexicoPh + 52 55 57196141 - Fax + 52 55 [email protected]
MANULI RUBBER INDUSTRIES S.P.A.Registered Office HeadquartersPiazza della Repubblica, 14/16 20124 Milano, ItalyTel +39 02 62713.1 Fax +39 02 [email protected]
Table 1 lists the recommended range of insert bore collapse levels (minimum and maximum values) and related GO and NO-GO gauges for MRI MF2000 inserts (both Multifit and Interlock types).
MRI’s crimping diameters are designed to achieve insert bore collapse within the specified range. However, cumulated tolerances from hose, ferrules, inserts, product defects, improper hose-fitting mounting/alignment and crimping machine malfunction may generate an out of standard collapse.
1 To measure the insert bore collapse, insert the NO-GO end of the mandrel into the insert tail. The mandrel should stop halfway down the tail. This indicates the minimum collapse has been reached (Figure 1).
If the assembly is fitted with step-down termination or 90°/45° elbows at both ends: Crimp a hose sample. Cut the hose near the fitting area. Insert the bore collapse from the hose side.
2 Insert the GO end of the mandrel into the insert tail. The mandrel should pass through the tail (Figure 2).
3 Keep on crimping the assembly or batch of assemblies, using the selected crimp setting and control the bore collapse by suitable statistical frequency.
4 The insert collapse should be re-checked in case of changes of hoses, inserts or ferrules batches.
If insert bore collapse is in the recommended range, hose assemblies in correct and assembling operation in control.
WHAT TO DO IN CASE OF OUT-OF-STANDARD RESULTSIf insert bore collapse results outside the recommended tolerance range: Increase statistic crimping process control and carry out a proper investigation on hoses, fittings, crimping machines and related tools, crimping process, etc.
Manuli Sales Branches are at your disposal to fully support you. The product lots have to be changed.
* Updated values 2005 edition
TABLE 1-A: WIRE SPIRAL HOSES
TABLE 1-B: WIRE BRAID HOSES
TABLE 1-C: XTRALOCK COLLAPSE PRESCRIPTIONS (DIAMONDSPIR)
NOMINAL SIZE(inch)
INSERT COLLAPSE(mm)
GO, NO-GO MANDRELS (GAUGES) DIAMETERS (mm)for MULTIFIT TYPE for INTERLOCK TYPE
MINIMUM MAXIMUM NO-GO GO NO-GO GO
1/4” 0.40 0.80 3.60 3.15 - -3/8” 0.70 1.40 6.25 5.60 - -1/2” 0.85 1.70 8.40 7.60 - -5/8” 1.00 2.00 11.40 10.55 10.90 10.053/4” 1.10 2.20 13.80 12.85 13.10 12.151” 1.30 2.60 18.35 17.30 17.55 16.50
1.1/4” 1.45 2.90 24.35 23.25 22.35 21.251.1/2” 1.50 3.00 30.30 29.15 28.80 27.65
2” 1.75 3.50 40.00 38.70 39.00 37.70
NOMINAL SIZE(inch)
INSERT COLLAPSE(mm)
GO, NO-GO MANDRELS (GAUGES) DIAMETERS (mm)for MULTIFIT TYPE
MINIMUM MAXIMUM NO-GO GO
3/16” 0.25 0.55* 2.80 2.30*1/4” 0.30 0.65* 3.75 3.20*5/16” 0.35 0.75* 5.20 4.60*3/8” 0.40 1.00* 6.55 5.85*1/2” 0.50 1.20* 8.85* 7.95*5/8” 0.60 1.35* 11.90 11.00*3/4” 0.65 1.45* 14.30 13.40*1” 0.70* 1.55* 19.20* 18.10*
1.1/4” 1.00 2.00 24.90 24.051.1/2” 1.15 2.30 30.70 29.80
2” 1.25 2.50 40.60 39.602.3/8” 1.00 2.00 49.50 48.502.1/2” 1.00 2.00 54.50 53.50
3” 0.80 1.80 68.00 67.00
Figure 1
Figure 2SIZE INSERT COLLAPSE (mm)
DN Dash Inch MINIMUM MAXIMUM
19 - 12 3/4” 1.10 2.2025 - 16 1” 0.80 1.8031 - 20 1.1/4” 1.50 2.9038 - 24 1.1/2” 1.70 3.3051 - 32 2” 2.70 4.5063 - 40 2.1/2” 3.00 5.0076 - 48 3” 3.00 5.00
TABLE 1-D: BLASTLOCK COLLAPSE PRESCRIPTIONS (GOLDENBLAST RANGE)
SIZE INSERT COLLAPSE (mm)DN Dash Inch MINIMUM MAXIMUM
10 - 06 3/8” 0.60 1.2012 - 08 1/2” 0.70 1.5019 - 12 3/4” 0.80 1.70
GOLDENSPIR®/4SPROCKMASTER®/4SP
M00910 M00920
M00910-04 M00910-06 M00910-08 M00910-10 M00920-12 M00920-16 M00920-20 M00910-24 M00910-32
18.3 22.8 25.8 28.8 33.6 41.5 51.0 59.5 72.525 27 28 33 32 42 48 60 61
GOLDENSPIR®/4SHROCKMASTER®/4SH
M01300 M01400
M01300-10 M01300-12 M01300-16 M01400-20 M01400-24 M01400-32
31.3 35.4 43.0 50.0 56.5 73.736 13 38 10 50 14 68 17 80 25 87 26
GOLDENSPIR®/12ROCKMASTER®/12
M00910 M00920
M00910-06 M00910-08 M00910-10 M00920-12 M00920-16 M00920-20 M00910-24 M00910-32
22.3 25.8 29.3 33.7 41.8 49.5 58.0 71.027 28 33 32 42 48 60 61
ROCKMASTER®/13
M01300
M01300-12 M01300-16 M01300-20 M01300-24 M01300-32
36.0 43.5 53.3** 60.1 76.938 10 50 14 73 17 80 25 87 26
ROCKMASTER®/15
M01300
M01300-12 M01300-16 M01300-20 M01300-24
35.4 43.0 54.5 60.138 10 50 14 73 17 80 25
XTRAFLEX/4000
M00920
M00920-12 M00920-16 M00920-20
33.4 41.6 50.232 42 48
XTRAFLEX/5000
M01300 M01400
M01300-12 M01300-16 M01400-20
35.8 43.0 50.038 10 50 14 68 17
XTRAFLEX/6000
M01300
M01300-12 M001300-16 M01300-20
35.6 43.0 54.538 10 50 14 73 17
SHIELDMASTER®/6000SHIELDMASTER®/6000 MINE
M00120-04 M00910-06 M00910-08 M00910-10 M01300-12 M001300-16 M01300-20 M01300-24 M01800-32
16.5 22.8 25.8 28.8 35.6 43.0 54.5 60.1 75.523 27 28 33 38 10 50 14 73 17 80 25 84 29
SHIELDMASTER®/5000SHIELDMASTER®/5000 MINE
M00120-04 M00120-05 M00120-06 M00910-08 M00910-10 M01300-12 M01300-16 M01400-20
16.6 17.8 20.2 25.5 29.3 35.8 43.0 50.023 23 23 28 33 38 10 50 14 68 17
SHIELDMASTER®/4000 M00120-04 M00120-05 M00120-06 M00120-08 M00120-10 M00120-12 M00920-16 M00920-20 M00910-24 M01400-32
16.6 17.8 20.4 23.6 28.5 32.6 41.6 50.2 58.0 73.723 23 23 26 30 32 42 48 60 87 26
SHIELDMASTER®/2000
M00120
M00120-04 M00120-06 M00120-08
15.8 19.1 22.323 23 26
SHIELDMASTER®/1500
M00110 M00820
M00820-12 M00820-16 M00110-20 M00110-24 M00110-32
27.4 35.6 46.6 52.9 66.031 36 45 59 59
ROCKMASTER®/2ST
M00910 M00920
M00910-03 M00910-04 M00910-05 M00910-06 M00910-08 M00910-10 M00920-12 M00920-16 M00920-20 M00910-24 M00910-32
17.4 17.5 21.0 22.0 25.5 28.7 33.4 41.5 51.0 58.1 71.621 25 23 27 28 33 32 42 50 60 61
TRACTOR®/1TROCKMASTER®/1SN
M03400
M03400-03 M03400-04 M03400-05 M03400-06 M03400-08 M03400-10 M03400-12 M03400-16 M03400-20 M03400-24 M03400-32 M03400-38
16.1 17.9 18.7 20.6 23.5 27.0 30.9 39.2 48.6 57.0 69.5 76.1TRACTOR®/2TROCKMASTER®/2SN
M03400
M03400-03 M03400-04 M03400-05 M03400-06 M03400-08 M03400-10 M03400-12 M03400-16 M03400-20 M03400-24 M03400-32 M03400-38
16.8 18.8 19.7 21.4 24.5 28.3 32.1 40.4 51.0 59.9 72.5 76.1NOZONE®/2K
M03400
M03400-04 M03400-05 M03400-06 M03400-08 M03400-10 M03400-12
18.2 19.0 20.6 23.5 27.4 31.1LYTE-FLEX®
M03400
M03400-04 M03400-05 M03400-06 M03400-08 M03400-10 M03400-12 M03400-16
18.1 19.0 20.7 23.5 27.3 31.2 38.7HARVESTER®/17
M03400M00820
M00820-04 M00820-05 M03400-06 M03400-08
15.0 16.3 20.2 23.1***
JACKMASTER
M03400
M03400-04 M03400-06
18.8 20.6FIREND
M03400
M03400-04 M03400-06 M03400-08 M03400-12
17.9 20.6 23.5 30.9PILOT
M00820
M00820-03 M00820-04 M00820-05 M00820-06 M00820-08
12.1 14.8 15.7 18.1 21.7MULTITEX
M00820
M00820-03 M00820-04 M00820-05 M00820-06 M00820-08 M00820-10 M00820-12 M00820-16
12.1 15.0 16.0 18.4 22.6 26.1 29.7 36.3ADLER/2
M00310
M00310-06 M00310-08 M00310-12 M00310-16
20.9 25.0 33.2 39.3ASTRO/2
M00820
M00820-04 M00820-05 M00820-06 M00820-08 M00820-10 M00820-12 M00820-16 M00820-20
15.9 16.9 19.2 22.9 26.9 30.4 38.1 45.7ASTRO/3
M00310 M00910
M00310-04 M00310-05 M00310-06 M00310-08 M00310-10 M00310-12 M00310-16 M00310-20 M00910-24 M00910-32
16.1 17.2 20.4 23.2 27.0 31.6 38.3 44.2 59.0 71.5HYDROPLASTHYDROTWIN
M00820
M00820-03 M00820-04 M00820-05 M00820-06 M00820-08
11.8 14.4 16.2 18.1 22.7
ETERNITY/2 M00120-04 M00120-05 M00120-06 M00120-08 M00120-10 M00120-12 M00120-16
16.7 17.8 20.4 23.6**** 28,5 32.6 39.123 23 23 26 30 32 36
DIAMONDSPIR M01750-12 M01800-16 M01800-20 M01800-24 M01800-32 M01800-40 M01800-48
39,1 48.5 57.5 65.0 75.5 92.0 102.252 19 45 17 71 22 75 27 84 29 101 31 102 33
TRACTOR®/1K M00820-04 M00820-05 M00820-06 M00820-08 M00820-10 M00820-12 M00820-16 M00820-20 M00820-24 M00820-32 M03400-40 M03400-48
15.0 16.3 18.6 22.7 26.4 29.5 37.9 44.9 51.8 64.6 77.5* 94.3*
TRACTOR®/2K M03400-04 M03400-05 M03400-06 M03400-08 M03400-10 M03400-12 M03400-16 M03400-20 M03400-24 M03400-32 M03400-40 M03400-48
18.2 19.0 20.6 23.5 27.4 31.1 39.1 48.7 56.2 69.0 80.0* 96.0*
ROCKMASTER®/1SC M00120-04 M00120-05 M00120-06 M00820-08 M00820-10 M00820-12 M00820-16 M00820-20 M00820-24 M00820-32
15.8 16.5 19.1 21.7 24.4 27.4 36.0 43.2 51.8 64.623 23 23 27 29 30 35 43
ROCKMASTER®/2SC M03400-03 M03400-04 M03400-05 M03400-06 M03400-08 M03400-10 M03400-12 M03400-16 M03400-20 M03400-24 M03400-32 M03400-40 M03400-48
16.3 18.2 19.0 20.6 23.5 27.4 31.1 39.4 48.7 56.2 69.0 80.0* 96.0*
ROCKMASTER/2 PLUSSHIELDMASTER/2 PLUS MINE
M03400-04 M00910-06 M00910-08 M00910-10 M00920-12 M00920-16 M00920-20 M00910-24 M00910-32 M03400-48
18.2 22.0 25.7 29.1 33.6 41.7 50.8 58.7 71.0 95.027 28 33 32 42 48 60 61 61
EQUATOR/1 M00120-04 M00120-05 M00120-06 M00120-08 M00120-10 M00120-12 M00120-16 M00110-20 M00110-24 M00110-32 M03400-40
16.3 17.4 19.6 22.5 27.3 31.3 38.6 47.5 53.0 66.0 78.5*23 23 23 26 30 32 36 42 56 56 60
EQUATOR/2 M00910-04 M00910-05 M00910-06 M00910-08 M00910-10 M00920-12 M00920-16 M00920-20 M00910-24 M00910-32
17.5 21.0 22.0 25.5 28.7 33.4 41.5 51.0 58.1 71.625 23 27 28 33 32 42 48 58 59
SPIRTEX/K M00310-10 M00310-12 M00920-16 M00920-20 M00910-24 M00910-32 M03400-40 M03400-48
27.5 32.5 42.5 49.8 57.5 71.5 80,7 95,2
SUPERJET M03400-04 M03400-05 M03400-06 M03400-08
17.9 18.7 20.6 23.5SUPERJET/PLUS M03400-04 M03400-05 M03400-06 M03400-08
18.8 19.7 20.6 23.5PROJET M00120-04 M00120-05 M00910-06 M00910-08
16.5 17.6 22.0 25.523 23 27 28
GOLDENBLAST M01700-06 M01700-08
24.4 28.447 15 52 16
GOLDENBLAST/PLUS M01700-06 M01700-08 M01700-12
24.6 29.1 38.947 15 52 16 54 19
GOLDENBLAST/SIX M01800-08 M01800-12
33.3 42.752 16 54 19
REFRISTAR C00300-04 C00300-06 C00300-08 C00300-10 C00300-12 C00300-16 C00300-20
15.2 20.2 21.3 26.0 30.8 34.4 42.5REFRIMASTER C00700-06 C00700-08 C00700-10 C00700-12
16.9 19.9 21.8 26.0REFRIFAST
14.8 16.3 18.8 21.1
COVER M00310-03 M00310-04 M00310-05 M00310-06 M00310-08 M00310-10
14.6 16.7 17.5 20.7 24.2 27.7
CRIMPING PARAMETERS CHARTUNIVERSAL • EXTREME
HI-PER
WATER CLEANING & BLASTING
REFRIGERATION Crimping data tolerances: Crimping diameter: ±0.1 mm (REFRISTAR, REFRIMASTER); ±0.2 mm (REFRIFAST)
(All dimensions in mm)Crimping data tolerances: Crimping diameter: 0/-0.2 mm - Skive length: ±0.5 mm
HOSE TYPE DN Dash Size 5 -03 6 -04 8 -05 10 -06 12 -08 16 -10 19 -12 25 -16 31 -20 38 -24 51 -32 60 -38mm inches 4.8 3/16” 6.4 1/4” 7.9 5/16” 9.5 3/8” 12.7 1/2” 15.9 5/8” 19.0 3/4” 25.4 1” 31.8 1.1/4” 38.1 1.1/2” 50.8 2” 60.0 2.3/8”
HOSE TYPE DN Dash Size 6 -04 8 -05 10 -06 12 -08 16 -10 19 -12 25 -16 31 -20 38 -24 51 -32 63 -40 76 -48mm inches 6.4 1/4” 7.9 5/16” 9.5 3/8” 12.7 1/2” 15.9 5/8” 19.0 3/4” 25.4 1” 31.8 1.1/4” 38.1 1.1/2” 50.8 2” 63.5 2.1/2” 76.2 3”
HOSE TYPE DN Dash Size 5 -03 6 -04 8 -05 10 -06 12 -08 16 -10 19 -12 25 -16 31 -20 38 -24 51 -32 63 -40 76 -48mm inches 4.8 3/16” 6.4 1/4” 7.9 5/16” 9.5 3/8” 12.7 1/2” 15.9 5/8” 19.0 3/4” 25.4 1” 31.8 1.1/4” 38.1 1.1/2” 50.8 2” 63.5 2.1/2” 76.2 3”
HOSE TYPE DN Dash Size 5 -03 6 -04 8 -05 10 -06 12 -08 16 -10 19 -12 25 -16 31 -20 38 -24 51 -32mm inches 4.8 3/16” 6.4 1/4” 7.9 5/16” 9.5 3/8” 12.7 1/2” 15.9 5/8” 19.0 3/4” 25.4 1” 31.8 1.1/4” 38.1 1.1/2” 50.8 2”
HOSE TYPE DN Dash Size 5 -04 8 -06 10 -08 12(13) -10 16 -12 22 -16 28 -20mm inches 4.8 3/16” 7.9 5/16” 9.5 13/32” 12.7 1/2” 15.9 5/8” 22.2 7/8” 28.6 1.1/8”
HOSE TYPE DN Dash Size 5 -04 6 -05 8 -06 10 -08 12 -10 16 -12 22 -16 28 -20 35 -24 46 -32mm inches 4.8 3/16” 6.4 1/4” 7.9 5/16” 10.3 13/32” 12.7 1/2” 15.9 5/8” 22.2 7/8” 28.6 1.1/8” 34.9 1.3/8” 46.0 1.13/16”
M00120 M01300 M01800M00910
M00120 M01300 M01400M00910
M00120 M00920 M01400M00910
M00310
M00120
M01800
C00300
C00700
FAST CRIMP*
M01700
M01700
M00120 M00110 M03400
M00120 M00820
M00820 M03400
M03400
M03400
M00120 M00910
M03400 M00910 M00920
M00310 M00910 M00920 M03400
M00910 M00920
M03400
M03400
+ STAR-CRIMP
fi ttings
+ FRIGOCLIC®
fi ttings
FERRULE
CRIMPING DIAMETER
External Skive length mm
FERRULE
CRIMPING DIAMETERExternal Skive
length mmInternal Skive
length mm
FERRULE
CRIMPING DIAMETERExternal Skive
length mmInternal Skive
length mm
The recommended crimping diameters suggested are related to Manuli hydraulic hoses and fittings.* 2005 hose structure** Four spirals hose structure, pay attention to crimping diameters*** Hose structure 1-ply**** New structure from 2008Multifit Type RANGE Interlock Type RANGE Xtralock Type RANGE
*Strictly use Manuli die-sets bubble crimping
FERRULE
CRIMPING DIAMETERExternal Skive
length mmInternal Skive
length mm
Blastlock Type RANGE
M01800M01750
