Crowned tooth gear couplings

Transcription

1 OLUTION FOR POWER TRANMIION Crowned tooth ger couplings TYPE MT

2 JAURE. Experience, innovtion nd close coopertion with leding interntionl compnies. JAURE.A. is leding supplier of couplings nd power trnsmission solutions. Experience, mnufcturing progrm, innovtion nd close coopertion with leding Interntionl compnies in the business enbles JAURE to provide tilored solutions to our customers. For over 50 yers, JAURE hs developed couplings for the most demnding pplictions in mrine, wind energy, steel, rilwy nd pper industries mong others. Our mnufcturing progrm covers complete rnge without boundries in power nd speed, nd we continue developing new products for future chllenges. JAURE.A. is prt of Regl Power Trnsmission olutions, division of Regl Beloit Corportion. Regl Power Trnsmission olutions is comprised of 8 brnds: Browning, Jure, Kop-Flex, McGill, Morse, Rollwy, elmster nd ystem Plst. Prticulrly the integrtion of Kop-Flex nd Jure coupling businesses hs strengthened Jure s presence worldwide nd hs dded ppliction expertise to provide nswers, products nd service to our customers on globl bsis. 2 3

3 MT Ger Coupling Introduction JAURE MT Crowned Tooth Ger Couplings Jure ws founded in pin in 1958 s mchining workshop in one of the most industrilized res with strong steel nd iron trdition. Jure s flexible coupling mnufcturing ctivity s it is known nowdys strted bck in 1970 with the production of the first ger coupling M model. Along the lst 50 yers, the design of Jure ger coupling hs been continuously improved from, M serie, to MN, then HA until the nowdys known Jure MT ger coupling. Below equivlences of the vrious models of Jure ger coupling: Min dvntges of MT ger couplings Jure couplings offer mximum torque cpcity. This is due to the optimum pitch dimeter of the gers, providing relibility. High permissible hub bore llows more fvorble size selection of the coupling for certin shft dimeter. This offers n importnt economic sving. High permissible dditionl lods for strting nd short-circuit pek torque. Highest ger ccurcy nd qulity thnks to the production improvements obtined with new CNC ger cutting mchines nd utomtic chrge systems. MT Mrine MT HA M MN The design, mnufcture nd sle of ll Jure's ger couplings nd drive components re integrted into Jure's Qulity ystem. This is ccording to IO 9001 nd certified by DET NORKE VERITA (DNV). The Jure MT stndrd rnge meets the AGMA stndrd, mening tht the MT coupling sleeves nd drilled holes will fit ny AGMA coupling hlves. This ensures the interchngebility by coupling hlves. Custom mde couplings pecil designs ccording to customer needs often come from close co-opertion with our R&D nd Engineering deprtments. pecil solutions re normlly bsed on the use of specil sels nd lloyed steels subjected to surfce hrdening tretments, such s: Nitriding Cse crburizing Induction hrdening In ddition to our R&D deprtment vlidtion procedures, MT ger couplings re nlysed by specific softwre bsed on FEA. JAURE lso collbortes with Technologicl Centres, which combined with our worldwide network of technicl experts, enbles us to provide innovtive engineered solutions to our customers. Thousnds of Jure ger couplings re operting tody in the toughest pplictions such s steel mills, pulp nd pper, mining, cement, mrine drives, wind turbines, etc. MT ger couplings re the most compct coupling solution for criticl pplictions tht demnd high torque trnsmission. Mrine Type Approvl & Mnufcturing urvey Arrngement The Jure MT ger couplings cn be lso delivered on demnd with the 3.2 certificte of ny Mrine Clssifiction ociety. Jure is besides wrded with the Mnufcturing urvey Arrngement MA from DNV. The MA certificte is our commitment to continuously improve the service nd response time to our customers nd remin competitive in the mrket plce. 4 5

4 ØD ØD2 X 12,7 E E Ød2 ØD1 ØDF MTFFY 1 ummry of Contents JAURE MT GEAR COUPLING Pge MTCO With Axil troke 30 Description Coupling election Blncing Criticl peed ervice Fctors MTE Disengging 31 Coupling design Type Description Pge INDUTRIAL DEIGN MTB With her Pins 32 MT / MT-HD Bsic Design tndrd / Hevy Duty 17 MBR With her Pins 33 MTT / MTT-HD With Covers tndrd / Hevy Duty 18 PLMT Rigid 34 MT With ingle leeve 19 MARINE DEIGN MT / MT-HD Bsic Design tndrd / Hevy Duty 36 MTG / MTG-HD Bsic Design tndrd / Hevy Duty 20 MTG / MTG-HD Bsic Design tndrd / Hevy Duty 37 MTV Verticl Instlltion 21 MTD / MTD-HD With Floting hft tndrd / Hevy Duty 38 MTX / MTX-HD With pcer tndrd / Hevy Duty 22 Ød2 MTGD / MTGD-HD With Intermedite Floting hft tndrd / Hevy Duty 39 MTGX / MTGX-HD With pcer tndrd / Hevy Duty 23 DBE (4) MTX / MTX-HD With pcer tndrd / Hevy Duty 40 MTD / MTD-HD With Floting hft tndrd / Hevy Duty 24 Complete MTGD coupling MTGX / MTGX-HD With pcer tndrd / Hevy Duty 41 ØD ØD3 l Ød3 ØD2 ØD1 Ød2 MTGD / MTGD-HD With Intermedite Floting hft tndrd / Hevy Duty 25 Hlf MTGD coupling DBE (4) MTX-LI Oil Lubricted With pcer 42 MTFF With Intermedite Brke Disc nd Axilly Limited 26 MTD-LE Lubricted With Floting hft 43 MTF With Brke Disc 27 MTV Verticl Instlltion 44 MTF With Intermedite Brke Drum 28 OTHER INFORMATION Pge MTFE With ide Brke Drum 29 hft Connection Types hft / Bore Fits Axil Forces Clcultion MT Designs MT References

5 MT Ger Coupling Description The MT ger coupling is steel double-joint coupling. Min function is to trnsmit torque nd t the sme time ccommodte the mislignment between two shfts. The MT coupling is torsionlly stiff nd formed by two crowned hubs which engge two flnged sleeves with internl stright prllel teeth (see coupling prts t Fig nº1). Coupling size for certin drive depends not only on the drive unit power nd speed, but lso on the mislignment nd the type of mchines to be coupled. Three types of mislignment cn be effectively ccommodted by the MT ger coupling (see Fig. nº3): ize MT ize MTG ) Hub 2) leeve 3) leeve 4) leeve (mle) 5) leeve (femle) 6) O-ring 7) Cover 8) Gsket 9) Oil plug 10) O-ring 11) Bolt 12) Nut 13) Wsher 14) Nut 15) crew 16) Grower wsher 17) O-ring 18) eling pper Axil: hfts re ligned but shft ends re prt from ech other. Prllel Offset: Axes of connected shfts re prllel, but not in the sme stright line. Angulr: Axes of shfts intersect t center point of coupling, but not in the sme stright line. Fig nº1. Coupling components Axil Offset Angulr Axil, offset nd ngulr As result of the teeth curvture, if shfts mislignment occurs, the crowned teeth hubs cn oscillte in the flnged sleeve (see Fig nº2). It is impossible to hve corner pressure even t mximum mislignment. The combined tip nd flnk centering nd fully mchined coupling ensure smooth opertion. In cse of high rottion speed (circumferentil speeds exceeding 40 m/s or sensitive supports to unblnce) dynmic blncing is required. The teeth re mchined with precision ger mchines in order to ssure uniform contct on ll the teeth. Fig nº3. hft mislignment Proper mintennce of ger couplings is key to void erly wer of the ger teeth nd extend the coupling s life. It is necessry to strictly follow the instlltion nd mintennce instructions. The MT ger coupling must be filled with grese periodiclly. Therefore, the lubriction is forced into the teeth by centrifugl force. els re provided in the sleeves/covers to prevent ny grese lekge. They cn be used t -30 C to 70 C temperture rnge. For other temperture, plese contct Jure. The ger couplings re mde in C45/55 mteril s stndrd. If more compct coupling or higher power rtio is required, Jure Hevy Duty Type (HD) in lloy steel is vilble in our progrm. In ddition other specil designs with het tretments such s induction hrdening, gs nitriding, cse hrdening, etc cn be delivered on demnd. Plese contct our engineering or sles deprtments. For more detiled informtion refer to Jure instruction mnul. Fig nº2. Detil of the crowned teeth with ngulr mislignment 8 9

6 Coupling election Fα For MT stndrd design selection, the following dt is required: -PN, Instlled or bsorbed power (Kw) -n, operting speed (rpm) -L, d shft lengths nd dimeters (mm) -DBE distnce between shft ends (mm) -ervice requirements (K service fctor from pge 15) -Dynmic mislignment (Fα mislignment fctor from Fig nº4) -Additionl geometricl or tmospheric restrictions Torque Cpcity vries with speed nd dynmic mislignment. A coefficient (fα = Coefficient fctor from dynmic mislignment nd speed) is required over 0,1 degrees of mislignment nd is ffected in the following trend: 1 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0 0,1 0,2 0,3 0,4 0,5 Angulr Mislignment (degrees) Fig. nº 4 Trend of Coefficient with Dynmic Mislignment nd peed n = n_mx n = 0.6.n_mx n = 0.4.n_mx n = 0.15.n_mx Above grph shows one ger mesh mislignment. Vlues shown in the grph re indictive. For ccurte clcultion or higher ngulr mislignment plese contct Jure. election procedure 1) Clculte nominl torque (Nm) s follows: PN= Mx. ctul power in (Kw) n= Coupling speed in (rpm.) K= ervice fctor Fα = Mislignment fctor elect coupling size from ctlogue with nominl torque cpcity sme or higher thn obtined. Check if the pek torque of the ppliction is below the coupling mx. torque (mx). 2) Check in the ctlogue mximum bore cpcity for selected coupling. hould shfts be lrger thn the mximun dmissible bore, select next bigger necessry size dimeter. 3) Check shft/hub connection is ble to trnsmit the torque. If necessry, extend the hub length. 4) peed given in ctlogue is mximun vlue for unblnced couplings. For higher opertionl speed the coupling must be dynmiclly blnced nd other mterils thn crbon steels might be used. Plese contct Jure engineering for support. 5) election ervice Fctors (K): Recommended service fctors re given on pge 15. The service fctor cn vry for ech ppliction nd depending mong other on:. Type of driving nd driven mchine b. Reversing / Non-reversing lod c. Pek torques Exmple: T= 9550 PN. K n. Fα Find coupling to connect gerbox with the drum of conveyor. Motor power PN = 400Kw. Pek torque: 7200Nm Drum speed n = r.p.m. Gerbox shft d1 = 80mm. Drum side shft d2 = 100mm. Dynmic mislignment < 0,1 degrees. Fα=1 ervice Fctor for Conveyor Hevy Duty Not Uniformly Fed Assembly in pge 15, K= olution: T= , =4775Nm Nominl torque needs to be checked s first step. From MT bsic design, we would select MT-78. econdly, we need to check mximum shft cpcity for selected size. This would led to the selection of MT-112, s the drum shft dimeter is 100 mm. Check tht Pek Torque of ppliction 7200 Nm is bellow selected coupling limit (28200 in this cse). With this selection, resulting ervice fctor cn be clculted: ince PN T ppliction = 9950 n = = 3820Nm Resulting ervice Fctor cn be clculted s 00 K= 3820 =3,

7 Blncing Coupling Blnce requirements nd limits re minly dependent upon the chrcteristics of the ppliction. For this reson blncing chrts should be used s guide only to ssist in determining whether blncing is required or not. Blncing Minimum pplictions dt required for chrt interprettion: 1. IO blncing Grde for the coupling. (G) Blncing chrt is shown for verge pplictions. For sensitive or criticl ppliction, contct Jure for coupling blnce requirement. 2. Appliction peed (n) This informtion llows to clculte the permissible eccentricity (e permissible) for the coupling. Blnce Chrt for non spcer type ger couplings e permissible = 9550.G/n Where, 1000 Permissible Eccentricity in (μm) e permissible = Permissible eccentricity of center of grvity in µm. e coupling = Actul eccentricity of center of grvity of coupling in µm. G = Blnce Grde in mm/s n = Appliction speed in rpm. 100 In order to stisfy the ppliction requirement, e coupling e permissible. 50 Blncing Prctices 10 Jure couplings re dynmiclly blnced in component level or in sub-ssembly. 5 In cse of sub-ssembly blncing level, mjor components re mtch-mrked to ensure the proper ressembly of the coupling Appliction peed (RPM) Hubs re component blnced t finished bore without keywys unless mentioned in the order. On specil request from customer, ssembly blncing of ger coupling including ger Fig. nº 5 hubs cn be performed. Blnce Chrt for intermedite shft couplings up to 1000mm of DBE (For higher DBE plese refer to Jure) Blncing reports will be vilble for customer under request. Exmple: 1000 Permissible Eccentricity in (μm) Coupling Type pcer type Ger Coupling. DBE 600 mm Required Blnce Qulity 6.3 Appliction peed 1800 rpm As per the chrt, we require to perform the superior blncing for the spcer coupling to chieve the 6.3 blncing grde s per IO Alterntively: 10 5 e permissible = 9550.G/n = (6.3)/1800 = 33,4 µm Color codes for Blncing Condition: Appliction peed (RPM) tndrd Fine uperior Under request From the chrt (Y-xis) for 33,4 µm permissible eccentricity, coupling requires uperior blncing. Fig. nº

8 Criticl peed Criticl speed needs to be checked for intermedite shft couplings. Note: For n pproximte clcultion the spcer/shft length cn be used insted of the distnce between ger mesh. Recommended ervice Fctors (K) Fig nº7 Criticl speed for intermedite shft couplings type MTX nd MTXCO. peed (1/min) Ex.: MTX-98 with spcer of 3575 mm cn rotte t speed mximum 1000 rpm Fig nº8 Criticl speed for intermedite shft couplings type MTD. peed (1/min) Ex.: MTD-78 with n intermedite shft of 2350 mm cn rotte t speed mximum 1000rpm Distnce between ger mesh (mm) Distnce between ger mesh (mm) Vlues listed re intended only s generl guide, nd re typicl of usul service requirements. For systems which frequently utilize the pek torque cpbility of the power source, verify tht the mgnitude of this pek torque does not exceed the 1.0 ervice Fctor Rting of the coupling selected. Applictions which involve extreme repetitive shock or high-energy lod bsorption chrcteristics should be referred -with full prticulrsto JAURE. Vlues contined in the tble re to be pplied to smooth power sources such s electric motors nd stem turbines. For drives involving internl combustion engines of four or five cylinders, dd 1.0 to the vlues listed; for six or more cylinders, dd 0.5 to the vlues listed. For systems utilizing AC or DC Mill Motors s the prime mover, refer to Note. CAUTION: All people moving pplictions must be referred to engineering. Appliction: AGITATOR Pure Liquids Liquids & olids Liquids - Vrible Density BLOWER Centrifugl Lobe Vne BRIQUETTE MACHINE CAR PULLER - Intermittent Duty COMPREOR Centrifugl Centrixil Lobe Reciprocting-Multi-Cylinder CONVEYOR-LIGHT DUTY UNIFORMLY FED Apron, Bucked, Chin, Flight, crew Assembly, Belt Oven CONVEYOR-HEAVY DUTY NOT UNIFORMLY FED Apron, Bucket, Chin, Flight, Over Assembly, Belt Reciprocting, hker CRANE AND HOIT (NOTE 1 nd 2) Min hoists, Reversing kip Hoists, Trolley & Bridge Drives lope CRUHER Ore, tone DREDGE Cble Reels Conveyors Cutter Hed Jig Drives Mneuvering Winches Pumps creen Drives tckers Utility Winches ELEVATOR (NOTE 2) Bucket Centrifugl & Grvity Dischrge Escltors Freight FAN Centrifugl Cooling Towers Forced Drft Induced Drft without Dmper Control FEEDER Apron, Belt, Disc, crew Reciprocting Typicl ervice Fctor Appliction: GENERATOR (Not Welding) HAMMER MILL LAUNDRY WAHER Reversing LAUNDRY TUMBLER LINE HAFT LUMBER INDUTRY Brkers-Drum Type Edger Feed Live Rolls Log Hul-Incline Log Hul-Well type Off Bering Rolls Plner Feed Chins Plner Floor Chins Plner Tilting Hoist lb Conveyor orting Tble Trimmer Feed MARINE PROPULION Min Drives MACHINE TOOL Bending Roll Plte Plner Punch Press - Ger Driven Tpping Mchines Other Mchine Tools Min Drives Auxiliry Drives METAL MILL Drw Bench - Crrige Drw Bench - Min Drive Forming Mchines litters Tble Conveyors Non-Reversing Reversing Wire Drwing & Flttening Mchine Wire Winding Mchine METAL ROLLING MILL (NOTE1) Blooming Mills Coilers,hot mill Coilers cold mill Cold Mills Cooling Beds Door Openers Drw Benches Edger Drives Feed Rolls, Reversing Mills Furnce Pushers Hot Mills Ingot Crs Kick-outs Mnipultors Merchnt Mills Piercers Pushers Rms Reel Drives Reel Drums Reelers Rod nd Br Mills Roughing Mill Delivery Tble Runout Tbles Reversing Non-Reversing ws, hot & cold crewdown Drives kelp Mills litters lbbing Mills oking Pit Cover Drives trighteners Tbles, trnsfer & runout Thurst Block Trction Drive Tube Conveyor Rolls Unscrmblers Wire Drwing MILL, ROTARY TYPE Bll Dryers & Coolers Hmmer Kilns Typicl ervice Fctor * Appliction: Pebble & Rod Pug Tumbling Brrels MIXER Concrete Mixers Drum Type OIL INDUTRY Chillers Prffin Filter Press PAPER MILL Brker Auxiliries, Hydrulic Brker, Mechnicl Brking Drum pur Ger Only Beter & Pulper Blecher Clenders Chippers Coters Converting Mchines except Cutters, Plters Couch Roll Cutters, Plters Cylinders Disc Refiners Dryers Felt tretcher Felt Whipper Jordns Line hft Log Hul Pulp Grinder Press Roll Reel tock Chests uction Roll Wshers & Thickeners Winders PRINTING PREE PULLER - Brge Hul PUMP Centrifugl Boiler Feed Reciprocting ingle Acting 1 or 2 Cylinders 3 or more Cylinders Doble Acting Rotry, Ger, Lobe, Vne RUBBER INDUTRY Mixer - Bnbury Rubber Clendr Rubber Mill ( 2 or more) heeter Tire Building Mchines Tire & Tube Press Openers Tubers & triners CREEN Air Wshing Grizzly Rotry - tone or Grvel Trveling Wter Intke Vibrting EWAGE DIPOAL EQUIPMENT Br creens Chemicl Feeders Collectors, Circuline or trightline Dewtering creens Grit Collectors cum Brekers low or Rpid Mixers ludge Collectors Thickeners Vcuum Filters TEERING GEAR TOKER WINCH WINDLA *Refer to JAURE. Notes: Mximun Torque t the coupling must not exceed Rted Torque of the coupling. (2) Check locl nd industril sfety codes. Typicl ervice Fctor

9 MT/MT-HD Bsic Design designs F E MTY Reversed Hub ød ød2 ød1 ød2 ød1 1 MTYY Reversed Hub Reversed Hub 2 MT-132 MT-Y-132 MT-YY-132 Bsic design One reversed hub Two reversed hubs MT MT-HD n (8) GENERAL DIMENION Mx. Min. (6) OF INERTIA MT MT-HD Nm Nm Nm Nm rpm D D1 D2-1 2 E F (4) kg kg J (kgm 2 ) kg , , ,005 0, , , ,016 0,06 Jure ger couplings re used in vriety of demnding pplictions since yers. Pper mill, crnes, pumps, conveyors nd ny process in steel, luminum or cooper mill re just some of the exmples where Jure ger couplings re performing successfully. Numerous designs nd coupling sizes re vilble. The custom-mde ger coupling offering is developed in close collbortion with the customer , , ,040 0, ,5 69, ,11 0, , ,5 84, ,20 0, , ,45 0, , ,88 0, ,33 1, , , ,48 1, , ,59 2, , , ,00 3, , ,39 5,31 From size 174 (included) the coupling is supplied by defult with puller The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) n speed for blnced couplings. For higher speeds contct Jure

10 MTT/MTT-HD With Covers MT With ingle leeve D d1 d2 D1 D d1 d2 D1 B B ize MT ize MT MTT-132 MTT-Y-132 MTT-YY-132 Bsic design One reversed hub Two reversed hubs MT-145 n (8) GENERAL DIMENION MT Nm Nm rpm D D1 B. MIN. (6) OF INERTIA - (4) kg kg J (kgm 2 ) kg ,88 0,73 0,0003 0,006 MTT MTT-HD n (8) MTT MTT-HD Nm Nm Nm Nm rpm D D1 D2 GENERAL DIMENION Mx. Min. (6) OF INERTIA E F (4) kg kg J (kgm 2 ) kg , , ,007 0, , , ,018 0, ,5 59, ,048 0, ,5 69, ,13 0, , ,5 82, ,22 0, ,56 0, , , ,89 0, , , , ,38 1, , ,60 2, , ,99 3, , ,96 5, ,80 1,34 0,001 0, ,71 2,02 0,002 0, ,68 3,20 0,005 0, ,84 5,28 0,011 0, ,88 9,65 0,033 0, ,41 14,51 0,073 0, ,10 20,84 0,128 0, ,56 29,71 0,270 0, ,52 51,29 0,622 0, ,66 64,70 0,963 0, ,18 94,56 1,835 0, ,28 122,32 2,873 0, ,76 152,57 4,263 0, ,87 217,46 7,659 1, ,12 2, ,21 3, , ,5 4,83 From size 174 (included) the coupling is supplied by defult with puller ,25 6, ,5 7, ,01 The torque of the coupling does not include the connection (4) Clerence to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore , , , ,72 (8) n speed for blnced couplings. For higher speeds contct Jure , , , ,76 From size 185 (included) the coupling is supplied by defult with puller The torque of the coupling does not include the connection Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (4) Clernce to lign coupling hubs nd replcement of seling rings. (8) n speed for blnced couplings. For higher speeds contct Jure

11 MTG/MTG-HD Bsic Design MTV Verticl Instlltion ød ød2 ød1 ød ød2 ød1 ød2 ød1 G Top Chmber Bottom Chmber ød2 ød1 MTG-370 MTV-52 MTG MTG-HD n (8) MTG MTG-HD Nm Nm Nm Nm rpm D D1 D2 GENERAL DIMENION (min-mx). MIN. (6) OF INERTIA - (4) kg kg J (kgm 2 ) kg , ,93 5, ,84 5, ,16 7, ,63 10, , , , , , ,47 n (8) GENERAL DIMENION MTV Nm Nm rpm D D1 D2 Mx. Min. (6) OF INERTIA TOP CHAMBER BOTTOM CHAMBER - G (4) kg kg J (kgm 2 ) kg kg , ,005 0,018 0, , ,017 0,038 0, , ,042 0,056 0, ,11 0,100 0, , ,21 0,184 0, , ,47 0,279 0, , ,92 0,392 0, ,38 0,669 0, , ,56 1,052 0, ,71 1,465 1, , ,17 1,996 1, ,67 3,097 2, , , ,95 From size 174 (included) the coupling is supplied by defult with puller , , ,50 The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. The coupling is supplied by defult with puller holes. If required, puller holes cn lso be mde for smller sizes. For other types of keys or connections plese consult JAURE. (8) n speed for blnced couplings. For higher speeds contct Jure. The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) n speed for blnced couplings. For higher speeds contct Jure

12 MTX/MTX-HD With pcer MTGX/MTGX-HD With pcer MTX-Y ød ød2 ød1 DBE ød2 ød1 Reversed Hub DBE MTX-YY ØD ØD2 Ød2 ØD1 Reversed Hub Reversed Hub MTX-132 / DBE = 1000(mm) / n=1500rpm MTX-Y-132 / DBE = 1000(mm) / n=1500rpm MTX-YY-132 / DBE = 1000(mm) / n=1500rpm Where "n" is the mximun speed MTGX-370 / DBE= 1000 (mm) / n= 750rpm MTX MTX-HD n (8) GENERAL DIMENION. PER 100MM PACER MIN. (6) OF INERTIA OF INERTIA PER 100MM PACER MTGX MTGX-HD n (8) GENERAL DIMENION. PER 100MM PACER MIN. (6) OF INERTIA OF INERTIA PER 100MM PACER MTX MTX- HD Nm Nm Nm Nm rpm D D1 D2 - (4) kg kg kg J (kgm 2 ) J (kgm 2 ) kg , ,8 13 0,017 0,0009 0, , ,0 21 0,047 0,0019 0, , ,5 31 0,099 0,0033 0, ,4 52 0,27 0,0096 0, , ,7 67 0,45 0,015 0, , , ,96 0,025 0, , , ,72 0,042 0, , ,62 0,074 1, , , ,26 0,17 1, , ,48 0,14 2, , , ,32 0,29 3, , ,38 0,52 5,31 From size 174 (included) the coupling is supplied by defult with puller Distnce to be specified by the customer. DBE is distnce between shfts ends, not between flnges. For mx. llowble speed check fig. nº 7 t pge 14 MTGX MTGX-HD Nm Nm Nm Nm rpm D D1 D2 (min-mx) - (4) kg kg kg J (kgm 2 ) J (kgm 2 ) kg , ,72 1, , ,99 2, , ,45 2, , ,64 3, , ,55 3,64 For mx. llowble speed contct JAURE , ,19 4, , ,59 4, , ,90 7, , ,04 7, , ,06 9, , ,06 11, , ,52 14, , ,39 20, ,22 21, , ,80 26, , ,50 35, , ,19 43, ,66 55,48 The torque of the coupling does not include the connection , ,84 54,62 (4) Clernce to lign coupling hubs nd replcement of seling rings Weight nd moment of inerti re given for minimum bore nd 1m DBE. (6) Weight is given for mximum bore nd 1m DBE. (8) n speed for blnced couplings. For higher speeds contct Jure. The coupling is supplied by defult with puller holes. If required, puller holes cn lso be mde for smller sizes. Distnce to be specified by the customer. DBE is distnce between shfts ends, not between flnges. The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore nd 1m DBE. (6) Weight is given for mximum bore nd 1m DBE. (8) n speed for blnced couplings. For higher speeds contct Jure

13 MTD/MTD-HD With Floting hft MTGD / MTGD-HD With Intermedite Floting hft Complete MTD coupling Complete MTGD coupling ØD ØD3 l Ød3 ØD2 ØD1 Ød2 ØD ØD3 l Ød3 ØD2 ØD1 Ød2 DBE (4) Hlf MTD coupling Hlf MTGD coupling DBE (4) MTD-132 / DBE=1200 (mm) / n = 1500 rpm MTGD-370 / DBE=1200 (mm) / n = 750 rpm MTD MTD-HD n (8) GENERAL DIMENION. PER 100MM HAFT MIN. (6) OF INERTIA OF INERTIA PER 100MM HAFT MTGD MTGD-HD n (8) GENERAL DIMENION. PER 100MM HAFT MIN. (6) OF INERTIA OF INERTIA PER 100MM HAFT MTD MTD-HD Nm Nm Nm Nm rpm D D1 D2 D3 d3 l-- kg kg kg J (kgm 2 ) J (kgm 2 ) kg , ,0 25 0,018 0,001 0,03 For mx. llowble speed check fig. nº 8 t pge , ,8 40 0,048 0,002 0, , ,4 63 0,117 0,004 0, , ,30 0,01 0, , , ,54 0,01 0, , , ,18 0,03 0, , , ,28 0,06 0, , ,47 0,09 1, , , ,13 0,13 1, , ,01 0,19 2, , , ,18 0,28 3, , ,66 0,53 5,31 From size 174 (included) the coupling is supplied by defult with puller MTGD MTGD- HD Nm Nm Nm Nm rpm D D1 D2 D3 (Min- Mx d3 l-- kg kg kg J (kgm 2 ) J (kgm 2 ) kg , ,624 1, , ,914 2, , ,368 2, , ,78 3,03 For mx. llowble speed contct Jure , ,18 3, , ,02 4, , ,26 4, , ,85 7, , ,42 7, , ,39 9, , ,76 11, , ,48 14, , ,71 20, , ,53 21, , ,37 26, , ,77 35, , ,30 43,69 The torque of the coupling does not include the connection (4) Distnce to be specified by the customer. DBE is distnce between shfts ends, not between flnges. Weight nd moment of inerti re given for (8) n speed for blnced couplings. For higher speeds contct Jure , , , ,62 minimum bore nd 1m DBE for full MTD coupling. (6) Weight is given for mximum bore nd 1m DBE for full coupling. The coupling is supplied by defult with puller holes. If required, puller holes cn lso be mde for smller sizes. The torque of the coupling does not include the connection For other types of keys or connections plese consult JAURE. (4) Distnce to be specified by the customer. DBE is distnce between shfts ends, not between flnges. Weight nd moment of inerti re given for minimum bore nd m DBE for full MTGD coupling. (6) Weight is given for mximum bore nd m DBE for full MTGD coupling. (8) n speed for blnced couplings. For higher speeds contct Jure

14 MTFF With Intermedite Brke Disc nd xilly limited MTF With ide Brke Disc X 12,7 MTFFY b=30 E X Bsic Design E Ød2 A ØD ØD2 ØD1 ØDF 1 ødf ød1 ød2 ød4 ød1 ød3 ød2 ød5 l3 MTFF-132 / DF = 625 (mm) / b = 12.7 (mm) / n = 1800 (rpm) MTF-132 / D = 625 (mm) / b = 30 (mm) / n = 1200 (rpm) Where "n" is the mximun speed Where "n" is the mximun speed n (8)(9) GENERAL DIMENION Mx. Min. (6) OF INERTIA n (8)(10) GENERAL DIMENION BOLT DATA pos A. MIN. (6) OF INERTIA MTFF Nm Nm rpm D D1 D2 DF X E - 1 (3) kg kg J (kgm 2 ) kg MTF Nm Nm rpm DF D1 D2 D3 (H7/f8) D4 D5 d1(mx) (3) d2 l3 (9) (4) X Z-M Nm kg kg J (kgm 2 ) kg , , , , , , , , , , , , , , ,112 0,171 0,254 0,277 0,422 0,626 0,934 0,492 0,695 1,00 1,60 0,78 1,09 1,69 2,61 1,94 2,86 4,35 2,36 3,28 4,78 2,80 3,73 5,22 3,95 4,87 6,36 0,043 0,086 0,122 0,174 0,344 0,497 0,696 1,17 1, From size 174 (included) the coupling is supplied by defult with puller Modified brke disc dimensions on reguest Anti-fll system versión cn be supplied on demnd M10 9-M12 9-M14 12-M16 9-M14 12-M16 12-M18 12-M18 12-M16 12-M18 12-M18 12-M20 12-M18 12-M18 12-M20 12-M22 12-M20 12-M22 12-M24 12-M20 12-M22 12-M24 12-M22 12-M ,253 0,402 0,612 0,972 0,634 0,996 1,565 2,3 1,063 1,640 2,367 3,85 1,73 2,46 3,94 6,27 4,18 6,51 10,27 4,60 6,93 10,69 7,39 11,15 0,06 0,09 0,14 0,29 0,42 0,60 1, ,97 7,46 2, , ,85 3,74 When clculting the nominl torque of the coupling neither the (4) Clernce to lign coupling hubs nd replcement of seling rings. (9) l3 cn be supplied with different length on demnd. connection nor the brking system re considered. Weight nd moment of inerti re given for minimum bore. From size 174 (included) the coupling is supplied by defult with puller Modified brke disc dimensions on request. For more detils, plese, contct JAURE. (6) Weight is given for mximum bore. (8) Mximun speed clculted ccording to stndrd brke mteril ( 355). (10) n speed for blnced couplings. For higher speeds contct Jure. For higher speed, plese contct JAURE. When clculting the nominl torque of the coupling neither the connection nor the brking system re considered. (8) Mximun speed clculted ccording to stndrd brke mteril ( 355). For more detils, plese, contct JAURE. (4) Clernce to lign coupling hubs nd replcement of seling rings. For higher speed, plese contct JAURE. Weight nd moment of inerti re given for minimum bore. (9) n speed for blnced couplings. For higher speeds contct Jure. (6) Weight is given for mximum bore

15 MTF With Intermedite Brke Drum MTFE With ide Brke Drum B B ødf ød ød2 ød1 ød2 ød1 ødf ød1 ød2 ød2 ød1 ød MTF-132 / DF = 450 (mm) / n = 1200 (rpm) MTFE-132 / DF = 450 (mm) n = 1200 (rpm) Where "n" is the mximun speed Where "n" is the mximun speed. n (8)(9) GENERAL DIMENION. MIN. (6) OF INERTIA n (8)(10) GENERAL DIMENION. MIN. (6) OF INERTIA MTF Nm Nm rpm D D1 D2 DF B - (4) kg kg J (kgm 2 ) kg , ,045 0,04 MTFE Nm Nm rpm D D1 D2 DF B (9) (4) kg kg J (kgm 2 ) kg , ,040 0, , ,056 0,119 0,326 0,08 0,08 0, , ,060 0,126 0,296 0, , ,144 0,351 0,519 1,112 0,12 0,12 0,12 0, , ,166 0,359 0,550 1,060 0, ,411 0,604 1,152 0,17 0,18 0, ,460 0,670 1, 0, , ,50 0,70 1,24 1,77 0,34 0,35 0,35 0, , ,54 0,74 1,28 2,12 0, , ,48 2,01 2,88 0,51 0,51 0, , ,59 2,42 3,76 0, , ,37 4,10 8,68 0,71 0,71 0, , ,16 4,90 9,16 0, ,85 4,58 9,16 14,07 1,18 1,18 1,21 1, ,96 5,69 9,85 14,66 1,04 From size 174 (included) the coupling is supplied by defult with puller Anti-fll system versión cn be supplied on demnd. From size 174 (included) the coupling is supplied by defult with puller Anti-fll system versión cn be supplied on demnd. When clculting the nominl torque of the coupling neither the connection nor the brking system re considered. For more detils, plese, contct JAURE. (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) Mximun speed clculted ccording to stndrd brke mteril (EN-GJL-250) For higher speed, plese contct JAURE. (9) n speed for blnced couplings. For higher speeds contct Jure. When clculting the nominl torque of the coupling neither the connection nor the brking system re considered. For more detils, plese, contct JAURE. (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) When clculting the mximum llowed speed, we just consider mterils, plese, contct JAURE. (9) cn be supplied with different length on demnd. (10) n speed for blnced couplings. For higher speeds contct Jure. the type of mteril of the brke drums EN-GJL-250. For other speed or 28 29

16 MTCO With Axil troke MTE Disengging R C MTCO ød ød2 ød1 1 ød2 ød1 ød ød1 ød1 Motor side Mchine side ød2 A troke = 1 - øp h Mnul Lever MTCO-132 MTE-125 / n = 150 (rpm) Where n is the mximum speed n (8) MTCO Nm Nm rpm D D1 D2 GENERAL DIMENION. MIN. (6) OF INERTIA - 1 (4) kg kg J (kgm 2 ) kg , ,005 0, , ,016 0, , ,040 0, ,11 0, , ,20 0, , ,45 0, , ,88 0, ,33 1, , ,48 1, ,59 2, , ,00 3, ,39 5,31 n (8) GENERAL DIMENION MTE Nm Nm rpm D D1. MIN. (6) OF INERTIA - A h P R C(4) kg kg J (kgm 2 ) kg ,008 0, ,018 0, ,051 0, ,12 0, ,21 0, ,40 0, ,83 0, ,28 0, ,24 1, ,39 1, ,67 1, ,37 2,56 From size 174 (included) the coupling is supplied by defult with puller From size 185 (included) the coupling is supplied by defult with puller When engging or disengging the mchine must be stopped nd the shft must be ble to rotte free. Pneumtic or hydrulic leveler cn be integrted on demnd. The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) n speed for blnced couplings. For higher speeds contct Jure. The torque of the coupling does not include the connection Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) n speed for blnced couplings. For higher speeds contct Jure. (4) troke of the sleeve

17 MTB With her Pins MBR With her Pins MTB ød ød1 ød2 ød1 ød2 ød.b.c. ød3 ød ød1 ød2 ød1 ød2 ød3 ød4 DBE MTB-132 / Tbr = (Nm) Where Tbr is the designed breking torque MBR-125 / DBE = 195 / Tbr = (Nm) Where Tbr is the designed breking torque n (8) GENERAL DIMENION. MIN. (6) OF INERTIA n (8) GENERAL DIMENION. MIN. (6) OF INERTIA MTB Nm Nm rpm D D1 D2 D3 D.B.C - (4) kg kg J (kgm 2 ) kg , ,025 0, , ,075 0, , ,139 0, ,27 0, , ,70 0, , ,16 0, , ,96 0, ,69 1, , ,10 1, ,35 2, , ,74 3, ,83 5,31 MBR Nm Nm rpm D D1 D2 D3 D4 - DBE (4) kg kg J (kgm 2 ) kg ± ,029 0, ± ,055 0, ± ,103 0, ± ,24 0, ± ,43 0, ± ,76 0, ± ,46 1, ± ,35 1, ± ,96 2, ± ,76 2, ± ,84 3, ± ,40 4,95 From size 174 (included) the coupling is supplied by defult with puller From size 185 (included) the coupling is supplied by defult with puller The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) n speed for blnced couplings. For higher speeds contct Jure. The torque of the coupling does not include the connection Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) n speed for blnced couplings. For higher speeds contct Jure. (4) Clernce to lign coupling hubs nd replcement of seling rings

18 PLMT Rigid Mrine designs ØD ØD1 Ød2 PLMT-78 (6) GENERAL DIMENION (mm). (4) MIN. PLMT Nm D D1 d - kg kg ,3 2, ,3 5, From size 174 (included) the coupling is supplied by defult with puller The torque of the coupling does not include the connection (4) Weight is given for minimum bore. Weight is given for mximum bore. (6) Mximum torque trnsmited through bolted joints. Body fitted bolts (Grde 10,9) re used. (8) pecil version vilble for flying drive pplictions with bending moments. Jure mrine style ger couplings re operting for yers in vriety of pplictions such s min propulsion & mneuvering of vessels, dredging including underwter use, fire fighting pumps, winches MARINE TYPE APPROVAL & MANUFACTURING URVEY ARRANGEMENT The Jure MT ger couplings cn be lso delivered on demnd with the 3.2 certificte of ny Mrine Clssifiction ociety. Jure is dditionlly wrded with the Mnufcturing urvey Arrngement MA from DNV. The MA certificte is our commitment to continuously improve the service nd response time to our customers nd remin competitive in the mrket plce

19 MT/MT-HD Bsic Design Mrine MTG/MTG-HD Bsic Design Mrine ØD ød2 Ød2 ØD1 ød ød2 ød1 ød2 ød1 MT-125 MTG-370 MT MT-HD n (8) GENERAL DIMENION MIN (6) OF INERTIA MTG MTG-HD n (8) GENERAL DIMENION. MIN. (6) OF INERTIA MT MT-HD Nm Nm Nm Nm rpm D D1 D2 - (4) kg kg J (kgm 2 ) kg MTG MTG-HD Nm Nm Nm Nm rpm D D1 D2 (min-mx) - (4) kg kg J (kgm 2 ) kg ,006 0, ,021 0, ,048 0, ,125 0, ,20 0, ,48 0, ,93 0, ,55 1, ,70 1, ,10 2, ,55 3, ,15 5, , ,93 5, ,84 5, ,16 7, ,63 10, , , , , , ,47 From size 185 (included) the coupling is supplied by defult with puller , , , ,90 The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore , ,50 (8) n speed for blnced couplings. For higher speeds contct Jure. The coupling is supplied by defult with puller holes. If required, puller holes cn lso be mde for smller sizes. The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) n speed for blnced couplings. For higher speeds contct Jure

20 MTD/MTD-HD With Floting hft Mrine MTGD / MTGD-HD With Intermedite Floting hft Mrine Complete MTD coupling Complete MTGD coupling ØD ØD3 l Ød3 ØD2 ØD1 Ød2 ØD ØD3 l Ød3 ØD2 ØD1 Ød2 DBE Hlf MTD coupling Hlf MTGD coupling DBE (4) ize MTD MTD-125 / DBE = 1200 (mm) / n = 1500 rpm MTGD-370 / DBE=1200 (mm) / n = 750 rpm MTD MTD-HD MTD MTD-HD Nm Nm Nm Nm rpm n (8) GENERAL DIMENION D D1 D2 D3 d3 (6) OF INERTIA - kg. kg. J (kgm 2 ) kg ,7 20 0,014 0, ,050 0, ,116 0,09 For mx. Allowble speed check fig nº8 t pge ,289 0, ,49 0, ,14 0, ,19 0, ,54 1, ,30 1, ,42 2, ,74 3, ,13 5,31 From size 185 (included) the coupling is supplied by defult with puller Distnce to be specified by the customer. DBE is distnce between shfts ends, not between flnges. MTGD MTGD- HD MTGD MTGD-HD n (8) Nm Nm Nm Nm rpm D D1 D2 D3 GENERAL DIMENION (Min-Mx d3. PER 100MM HAFT MIN. (6) OF INERTIA OF INERTIA PER 100MM HAFT l-- kg kg kg J (kgm 2 ) J (kgm 2 ) kg , ,624 1, , ,914 2, , ,368 2, , ,78 3, , ,18 3,64 For mx. llowble speed contct Jure , ,02 4, , ,26 4, , ,85 7, , ,42 7, , ,39 9, , ,76 11, , ,48 14, , ,71 20, , ,53 21, , ,37 26, , ,77 35, , ,30 43,69 The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore nd 1m DBE. (8) n speed for blnced couplings. For higher speeds contct Jure , , , ,62 The coupling is supplied by defult with puller holes. If required, puller holes cn lso be mde for smller sizes. The torque of the coupling does not include the connection (4) Distnce to be specified by the customer. DBE is distnce between shfts ends, not between flnges. Weight, moment of inerti nd torsionl stiffness re given for minimum bore nd m DBE for full MTGD coupling. (6) Weight is given for mximum bore nd m DBE for full MTGD coupling. (8) n speed for blnced couplings. For higher speeds contct Jure

21 MTX/MTX-HD With pcer Mrine MTGX/MTGX-HD With pcer Mrine ød ød2 ød1 DBE ød2 ød1 DBE ØD ØD2 Ød2 ØD1 MTX-125 MTGX-370 / DBE= 1000 (mm) / n= 750rpm MTX MTX-HD n (8) GENERAL DIMENION MIN (6) OF INERTIA MTGX MTGX-HD n (8) GENERAL DIMENION. PER 100MM PACER MIN. (6) OF INERTIA OF INERTIA PER 100MM PACER MTX MTX-HD Nm Nm Nm Nm rpm D D1 D2 - (4) kg kg J(kgm 2 ) kg ,018 0, ,052 0, ,107 0,09 For mx. Alowble speed check fig nº7 t pge ,285 0, ,05 0, ,99 0, ,77 0, ,84 1, ,48 1, ,99 2, ,87 3, ,14 5,31 MTGX MTGX- HD Nm Nm Nm Nm rpm D D1 D2 (min-mx) - (4) kg kg kg J (kgm 2 ) J (kgm 2 ) kg , ,72 1, , ,99 2, , ,45 2, , ,64 3, , ,55 3, , ,19 4,52 For mx. llowble speed consult JAURE , ,59 4, , ,90 7, , ,04 7, , ,06 9, , ,06 11, , ,52 14, , ,39 20,26 From size 185 (included) the coupling is supplied by defult with puller Distnce to be specified by the customer. DBE is distnce between shfts ends, not between flnges ,22 21, , ,80 26, , ,50 35, , ,19 43, ,66 55,48 The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings , ,84 54,62 Weight nd moment of inerti re given for minimum bore nd 1m DBE. (6) Weight is given for mximum bore nd 1m DBE. (8) n speed for blnced couplings. For higher speeds contct Jure. The coupling is supplied by defult with puller holes. If required, puller holes cn lso be mde for smller sizes. Distnce to be specified by the customer. DBE is distnce between shfts ends, not between flnges. The torque of the coupling does not include the connection (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight, moment of inerti nd torsionl stiffness re given for minimum bore nd 1m DBE. (6) Weight is given for mximum bore nd 1m DBE. (8) n speed for blnced couplings. For higher speeds contct Jure

22 MTX-LI Oil Lubricted With pcer Mrine MTD-LE Lubricted With Floting hft Mrine MTX-LI-125 DBE=360 / n: 1500rpm MTD-LE-125 DBE=360 / n: 1500rpm n (6) GENERAL DIMENION. (4) MIN. OF INERTIA (4) n (6) GENERAL DIMENION. (4) MIN. OF INERTIA (4) MTX-LI Nm Nm rpm D D1 (min-mx) - kg. kg. J (kg m 2 ) , , ,78 For mx. llowble speed, see Fig. Nº 7 on pge , , , , , , , ,12 MTD-LE Nm Nm rpm D D1 (min-mx) d3 (min-mx) (2) - kg. kg. J (kg m 2 ) , , ,44 For mx. llowble speed, see Fig. Nº 8 on pge , , , , , , , ,29 From size 185 (included) the coupling is supplied by defult with puller From size 185 (included) the coupling is supplied by defult with puller The torque of the coupling does not include the connection (4) Weight nd moment of inerti re given for minimum bore nd 1m DBE. The torque of the coupling does not include the connection (4) Weight nd moment of inerti re given for minimum bore ; Weight is given for mximun bore nd 1m DBE. mximun bore d3 nd 1m DBE. (6) n speed for blnced couplings. For higher speeds contct Jure. Weight is given for mximun bore ; mximun bore d3 nd 1m DBE. (6) n speed for blnced couplings. For higher speeds contct Jure. For other types of keys or connections plese consult JAURE

23 MTV For Verticl Instlltion ød ød2 ød1 Mrine Mrine Other designs informtion MT Designs G Top Chmber Bottom Chmber & References ød2 ød1 MTV-42 n (8) GENERAL DIMENION MTV Nm Nm rpm D D1 D2 MIN (6) OF INERTIA TOP CHAMBER BOTTOM CHAMBER - G (4) kg kg J(kgm 2 ) kg kg ,006 0,018 0, ,021 0,038 0, ,048 0,056 0, ,125 0,100 0, ,20 0,184 0, ,48 0,279 0, ,90 0,392 0, ,45 0,669 0, ,70 1,052 0, ,15 1,465 1, ,60 1,996 1, ,35 3,097 2,641 From size 185 (included) the coupling is supplied by defult with puller The torque of the coupling does not include the connection For other types of keys or connections plese consult JAURE. (4) Clernce to lign coupling hubs nd replcement of seling rings. Weight nd moment of inerti re given for minimum bore. (6) Weight is given for mximum bore. (8) n speed for blnced couplings. For higher speeds contct Jure

24 hft Connections Types Recommendtions For hft/bore Fits A00 A01 A02 Pilot Cylindricl Hexgonl The following recommendtions, ccording to IO, re given for shft/bores fits. TYPE OF FIT HAFT TOLERANCE BORE TOLERANCE h 6 7 B01 B02 B03 B04 C01 D01 One keywy Conicl bore One stright keywy Conicl bore One tpered keywy C02 D02 Two keywys t 180 Conicl bore Two stright keywys Conicl bore Two tpered keywys Two keywys t 120 E01 E02 E03 B05 Two keywys t 90 Two tngencil keywys t 120 Axil Forces Induced By Ger Couplings Interference fits with prllel keywy hrink fits* without prllel key k 6 M 7 m 6 K 7 n 6 J 7 p 6 H 7 u 6 v 6 H 7 x 6 * The stresses on the hub must be checked. For other types of connection plese consult our technicl deprtment. For one keywy keywy tolernce width IO P9 is recommended. For double keywy IO J9 is recommended. hrink fit hrink fit with two dimeters hrink fit nd keywy F01 F02 F03 Ger couplings ccomodte the mislignment through the sliding of the hub teeth over the sleeve teeth. This sliding imposes xil forces t the nerby berings. This force hs to be tken into ccount when designing the mchine nd the thrust berings: Tpered hrink fit With conicl sleeve With feset 2x Tn x µ F= Øp x 0,94 G01 G02 G03 According DIN 5480 According DIN 5480 With centering dimeter With clmping ring F = Axil Force (KN) Tn = Nominl Torque to be trnsmitted (KNm) µ = Friction coefficient (µ=0,05 for good lubriction, µ = 0,3 for xil lock up) Øp = Pitch dimeter of the ger mesh (in meters), Tke D1 from ctlogue s n pproximte dimension or consult Jure for more ccurte clcultion

25 MT Designs MT Designs Type MTT-B with feset sfety element feset is trde mrk from Voith Type MTD Horizontl Floting shft Type MT-UW for underwter Type MTEL Disengging Coupling Type MTR-P with feset sfety element feset is trde mrk from Voith Type TE Ger Coupling for lifting ger drums Type MTV Verticl Coupling Type MCO specil Telescopic Coupling Type MTAE with Electricl insultion Type MR with specil cover design Type MTL Limited end Flot Type MT in combintion with elstic coupling Type MTX-ER with sfety spcer Type MTAD for high mislignment Type MT in combintion with disc pck coupling Type ID Metllurgy tndrd (FRANCE) 48 49

26 MT Designs Required Minimum Dt DRIVER 1) TYPE OF DRIVER 2) DRIVER HP 3) DRIVER RPM 4) DRIVER HAFT DIA AND TYPE OF CONNECTION 6) DITANCE BETWEEN HAFT END 8) DRIVEN HAFT DIA AND TYPE OF CONNECTION DRIVEN 7) TYPE OF DRIVEN 5) DRIVER HAFT UABLE LENGTH 9) DRIVEN HAFT UABLE LENGTH 10) TOTAL MOUNTING LENGTH 1. Type of driver (Electric Motor, Combustion Engine, Gerbox, etc.): 2. Driver Power: Type MTBLX pcer her pin Coupling Type MTBRX pcer her pin Coupling 3. Operting peed (rpm): 4. Driver hft Dimeter: Type of connection (hub to shft connection): 5. Driver Usble hft Lengh: (Mesure from the end of the shft to ny obstruction) 6. Distnce between shft ends (DBE): 7. Type of Driven Equipment: Type AVLE High peed Oil Lubriction Type ALT pindle Coupling (Rolling Mill) 8. Driven hft Dimeter: Type of connection (hub to shft connection): 9. Driven Usble hft Lengh: (Mesure from the end of the shft to ny obstruction) 10. Totl Mounting Length: (Advise of ny obstructions, wlls, bems, gurds, pipes, etc.) Type ALD pindle Coupling (Rolling Mill) Type ALT Telescopic pindle Coupling (Rolling Mill) 11. Mislignment: Angulr: Offset: Axil: 12. Ambient temperture: 13. Potentil excittion or criticl frequencies: (Torsionl, Axil, Lterl) 14. pce limittions: Type ALTOL pindle with continuous lubriction Type MT pecil with telescopic shft 15. Limittion on coupling generted forces: (Axil, Moments, Unblnce) 16. Blnce requirements: 50 51

27 MT References: teel min drive ger coupling Hevy duty MT ger couplings Ger coupling with JCF crbon fiber shft her pin ger couplings in steel mill Intermedite ger coupling for HRM Disengging ger with lever Disengging ger coupling with pneumtic lever Jure ger spindles Ger inspection in CMM Ger coupling with brke MT ger hub Jure MTGX-HD-TI-1000 on wind test bench 52 53

28 MT References: Jure ger with JGF glss fiber composite spcer In house testing of penumtic lever Jure MTG ger couplings Nitrided ger hub Jure PLMT rigid coupling Jure ger coupling with brke for hoisting Cse crburized ger spindles Dredger ger coupling Jure ger coupling for underwter opertion her pin type ger coupling Ger clutching Pcking of MTG-HD ger coupling 54 55

29 Jure mnufcturing progrm COUPLING Product Brnd Nme MT LAMIDIC TCB / TCB- AL- / AL-D / ALD RECORD JAUFLEX IXILFLEX COMPOLINK JFTL TORQUE LIMITER JCF JHC Type & Description Ger Disc pck Brrel (drum type) Ger spindles Grid / spring type Elstic Elstic Link Composite Link Torque Limiter Composite hfts Hydrulic fit (shft couplings) INDUTRY APPLICATION Metls & Hevy duty Minerls & Mills Crne & Hoisting Pulp & Pper Petrochemicl / Oil & Gs Cooling Towers Mchine Tools Mrine Wind Turbines Test Benches Rilwy pecil sfety hevy duty gs nitrided gers LAMIDIC fety coupling on test bench Incl. AFEET (AFEET from VOITH TURBO) Type Approvls (Mrine & Wind). Crbon Fibre hft combined with LAMIDIC coupling. Torque monitoring on wind turbines. Double-ger couplings for rilwy

30 Kop-Flex & Jure mnufcturing progrm Globl presence MANUFACTURING FACILITIE & ENGINEERING CENTER COUPLING Product Brnd Nme -C HIGH PERFORMANCE PROGRAM KOPFLEX ERVICE CANADA UA GERMANY PAIN LOVAKIA ROMANIA CHINA Type & Description Hevy duty elstic coupling GEAR DIC DIAPHRAGM Ger coupling / spindle grese Repir & mintennce progrm MÉXICO INDIA INGAPORE INDUTRY APPLICATION Metls & Hevy duty Minerls & Mills Crne & Hoisting Pulp & Pper Petrochemicl / Oil & Gs Cooling Towers Mchine Tools Mrine Wind Turbines Test Benches Rilwy JAURE & KOP-FLEX engineered couplings re designed, mnufctured, sold nd serviced woldwide, with service provided from specifiction right through to instlltion. All JAURE & KOP-FLEX fcilities round the globe re stte of the rt, with ccess to lrge nd experienced engineering stff focused on providing solutions for our customers requirements. A dedicted globl sles nd service tem ssists you to find the best choice nd mnge ll your coupling needs. ensor Diphrgm Coupling JAURE. Zizurkil. pin. Pune, Indi. Nove Mesto, lovki. Zhngzhou, Chin. Conditioning Unit Disply Unit Powerlign Torque Monitoring. High Performnce olutions. KOP-FLEX. Bltimore, UA. Florence, Kentucky, UA. Rexdle / Toronto, Cnd. Apocdc, México. 58