BRECO Components. for Polyurethane Timing Belts. updated version

Transcription

1 RECO Componens for Polyurehane Timing els upae version June 014

2 Keeping hings moving! Keeping hings moving! Keeping hings moving! RECO has been a marke leaer in erms of innovaion an qualiy in he fiel of polyurehane iming bel echnology for over 40 years. Our 50 employees prouce iming bels an oohe pulleys a our main plan in Pora Wesfalica. Our longsaning experience combine wih he consisen use of only high-qualiy maerials has esablishe he repuaion of RECO proucs hroughou he worl. o only he qualiy bu also he service via selec sales parners an he join evelopmen of our iniviual soluions are an imporan reason for many users o op for he bran RECO. Synchronising pulleys, synchronising shafs, ension rollers, clamping elemens an ensioners, opimise o RECO - an RECOFLEX polyurehane iming bels offer cusomers he funcional reliabiliy hey wish for heir applicaion. A wie range of sanar proucs for simple an complex applicaions an he range of iniviually aape synchronising pulleys for special requiremens wih regar o funcion an qualiy provie he righ soluion for almos all rive asks. Special surface coaings, for example har coaing, anoising, galvanising or browning, ensure beer corrosion an wear performance. RECO GmbH & Co. Zahnscheiben KG ses grea sore by innovaive creaiviy, no only in he area of manufacuring highqualiy proucs bu also when i comes o using maerials wih ecology in min. Afer he Wase Elecrical an Elecronic Equipmen Direcive 00/95/EC came ino effec in Germany, RECO convere is enire maerial programme o maerials complian wih his irecive. In paricular, we - in conras o mos oher iming bel manufacurers - no longer use he previous sanar maerial AlCuMgPb (DI 175) because his conains he elemens lea (Pb), camium (C), mercury (Hg) an hexavalen chromium (Cr (VI)). This maerial has been replace by lea-free AlCu4MgSi (E AW-017A), whose srengh even surpasses ha of he maerial use previously. Qualiy an service life - your price benefi The qualiy of a iming bel pulley is crucial for he funcioning, faul-free running an service life of he iming bel rive. Timing bel rives have become increasingly imporan in almos all areas of mechanical engineering, plan an vehicle consrucion in he pas few ecaes. The following avanages over chain rives an posiive-fi bel rives (fla an V- bel) are he reason for his: Greaer posiioning an ransmission accuracy Low-fricion operaion Less moving mass (lower momens of ineria, beer ynamics) o nee for mainenance The significance of iming bel rives will coninue o grow ue o he rising emans for environmenal compaibiliy an precision. I is he aim of every esign engineer o esign power ransmission bels so ha he ribological loss parameers of fricion an wear remain as low as possible. In he case of iming bels rives, his calls for an opimum inerplay of bel an pulley (precisely coorinae ransmission performance in erms of kinemaics) an a high egree of precision in he manufacuring process wih respec o imensional accuracy, concenric running, balance an surface qualiy. We herefore recommen combining RECO iming bels wih RECO oohe pulleys as his will ensure he bes possible ransmission performance. 3

3 Table of conens Prouc mix Table of conens Page s for Synchronising pulleys... 6 Surface reamen... 7 Machining/Special geomery accoring o cusomer s nee... 8 Tooh gap esign Versions an orer informaion... 1 Synchronising pulleys AT profile AT AT5 / ATK5K AT10 / ATK10K6 / ATK10K AT10K AT1,7K AT1,7... ATS AT0 / ATK0K AT10 / ATK AT15 / ATK SFAT SFAT SFAT Synchronising pulleys T profile T5 / TK5K T10 / TK10K6 / TK10K T0 / TK0K Synchronising pulleys HTD profile Synchronising pulleys Self-racking pulleys Clamp plaes Tension plaes 5 M M M... 4 Synchronising shafs AT3, AT5, AT T5, T M, 8M AT1, Synchronising shafs Tension rollers Synchronising pulleys wih ensioners Technical aa: ensioners Tension rollers RECO -fix clamping elemens Clamp plaes... 6 Tension plaes el pilo - Calculaion online RECO TSM alpha 1 - Pre-ension measuring simple Tensioners el ension measuring evice RECO TSM alpha 1 4 5

4 Synchronising pulleys Surface reamen s for synchronising pulleys RECO provies various maerials for iverse areas of applicaion for synchronising pulleys. We only use presse an rawn semi-finishe proucs so ha he echnical properies of our proucs are reaine over he enire area of applicaion, hus ensuring funcional reliabiliy. AlCuMg1 AlCu4MgSi(A) AlMgSi1 (F30) AlSiMgMn AlZnMgCu 0,5 (F45) AlZn5Mg3Cu AlMg3 (F19) AlMg3 AlMg4,5Mn (F7) AlMg4,5Mn0,7 / no. 11SMn30/ MnCrS5+FP / C45 / no., Abbreviaion as per DI E E AW-017A E AW E AW E AW E AW-5083 Tensile srengh [/mm ] Yiel srengh RP0, [/m ] Dimensions an use Up o ø 50 mm componens subjec o high an vibraion sress, complian wih he Wase Elecrical an Elecronic Equipmen Direcive Up o ø 400 mm goo weling capaciy, very goo corrosion resisance, complian wih he Wase Elecrical an Elecronic Equipmen Direcive High-srengh aluminium alloy for componens subjec o high sress, capable of being wele an eroe, complian wih he Wase Elecrical an Elecronic Equipmen Direcive Up o ø 50 mm an fla maerial seawaer resisan, complian wih he Wase Elecrical an Elecronic Equipmen Direcive Fla maerial for clamp connecors, goo weling capaciy, suiable for low emperaure ranges, seawaer resisan, complian wih he Wase Elecrical an Elecronic Equipmen Direcive recommenaion for synchronising pulleys mae from seel Use Sanar maerial up o ø 160 mm, pars for low o meium sress Applicaion seel available up o ø 380 mm, pars for low o meium sress Quenche an empere seel, pars for low o meium sress Tensile srengh [/mm ] Srain limi / Yiel srengh [/mm ] Coaings, Special feaures Goo anoising capaciy min Colourless anoising, har anoising aural an coloure anoising, har coaing aural an coloure anoising, har coaing aural an coloure anoising, har coaing Harenabiliy HRC HRC 4CrMo4 / 1.75 Componens wih high sress HRC / no. X5Cri 1810 / VA X6CriMoTi / VA recommenaion for synchronising pulleys mae from sainless seel Use Sanar maerials Goo corrosion resisance, weling capaciy, suiable for foo Corrosion resisan (also in wele sae), Suiable for he foo an beverage inusry, Chemical inusry Tensile srengh [/mm ] Yiel srengh Rp0, [/mm ] Surface reamen Anoising Har anoising Har anoising or har coaing Easy Glie Surface reamen Use Decoraive corrosion proecion for he surface The layer harness is in he range HV, he oxie layer resuling from anoising ensures very goo resisance o wear an prevens corrosion sympoms. Anoise componens exhibi remenous abrasion srengh an can be provie wih special glie properies for paricular applicaions so ha he ahesive abrasion is virually ero. The aluminium oxie layers are very emperaure resisan an can be heae o,000 C. Wear proecion Opional: + PTFE Wear proecion The layer harness is in he range up o 550 HV The har anoising (har coaings) means significanly harer (up o 550 Vickers), enser an also hicker oxie layers han wih normal anoising. A Teflon-base low-fricion pain coaing for noise reucion an opimisaion of he glie properies in he run-in area. Suiable for all aluminium an seel oohe pulleys in he applicaion range from -40 C o +180 C Use rief escripion Layer hickness o max. 0µm Available in he versions: naural black uncoloure (silver) Layer hickness 30-80µm Teflon coaing for improve glie properies Layer hickness 10-30µm rief escripion Galvanie Corrosion proecion for all seel alloys Layer hickness 5 o 8µm Toohe pulleys washers are coae incluing fis. rowning Corrosion proecion for all seel alloys Decoraive: Colour black Chemical ickel plaing Corrosion proecion Corrosion proecion for ry inernal areas All seel an aluminium alloys Conour-rue layer srucure, hence also suiable for hreas an complex geomeries Plasma niriing Wear proecion All seels conaining carbon Low-isorion surface harness meho Easy Glie Surface reamen Elecrochemical pickling an polishing A Teflon-base low-fricion pain coaing for noise reucion an opimisaion of he glie properies in he run-in area. Suiable for all aluminium an seel oohe pulleys in he applicaion range from -40 C o +180 C. Use Surface refinemen for synchronising pulleys mae from aluminium Foo inusry Surface refinemen for synchronising pulleys mae from seel All seels conaining carbon Improve glie properies Layer hickness 30µm Surface refinemen for synchronising pulleys mae from VA (maerial no ) rief escripion Smoohing he surface roughness makes cleaning easier an helps preven germs. 6 7

5 Special geomeries Machining/Special geomery accoring o cusomer s nee Machining/Special geomeries accoring o cusomer requiremens The ever-increasing requiremens for low-fricion, low-noise an precise rive elemens coninually presen us wih new challenges. Thanks o moern proucion echnology, RECO can offer is cusomers exensive machining opions as well as special geomeries for iniviual aapaion of he synchronising pulleys o he relevan applicaion. The combinaion wih he opimise RECO or RECOFLEX iming bels resuls in rive elemens ha ensure a very high egree of funcional reliabiliy. Turne groove for lighweighing ores for lighweighing Sloe hub for fasening s on boh sies Turne groove an long holes for lighweighing an posiioning 8 9

6 Tooh gap esign Tooh gap esign Tooh gap forms Timing bels are posiive fiing rive elemens. They work slip-free wih he associae synchronising pulleys. RECO- an RECOFLEX- iming bel rives can also be opimise o moion ransmission ha is low in flank play. For especially high requiremens wih respec o he accuracy of he moion ransmission, he SE or ero gap can be use for some profiles an ivisions in compliance wih cerain prerequisies. Our sales parners will be please o help wih he echnical esign of your rive. ormal gap SE gap (reuce gap) Zero gap (0 gap) Orering informaion: The sanar gap form for he relevan profiles oes no have o be lise separaely when orering. Only he opional gap form has o be inicae when orering, as shown in he orer example. Synchronising pulley Al 70 AT10 -SE / 5 - hub 65x6 =30 H7 wih groove Toal wih Type / pich Tooh gap esign AT profile Tooh gap esign umber of flanges imension ore ormal gap SE gap (reuce gap) Zero gap (0 gap) Groove accoring o DI 6885 Conac surfaces beween iming bel an synchronising pulley AT pofile T pofile Imperial profile Conac surfaces Conac surfaces Conac surfaces Tooh gap esign T profile 0 f k 0 f k 0 f k Tooh gap esign Synchronising pulley T profile an AT0 umber of eeh 0 Overview of he available ooh gaps umber of eeh > 0 Synchronising pulley AT profile (wihou AT0) all eeh Imperial profile all eeh ormal gap - Sanar Sanar Sanar 0 : f : k : Pich circle iameer Roo iameer Pulley ousie iameer Conac surfaces SE gap Sanar Opional Opional - Zero gap (0 gap) Opional Opional Opional

7 Ø0 Ø Ø Ø 50 Ø Ø50 50 Ø Versions an orering informaion Versions an orering informaion When using he sanar orer ex, you will receive a prouc wihou a rawing, which maches he iming bel program wih respec o funcion an qualiy. The orer exs for various esigns are lise in he following represenaions. Synchronising pulley wih fasening bore M 6 16 Synchronising pulley wih urne groove Synchronising pulley wihou hub Synchronising pulley wih hub Threae bore M6 cenre ooh Turne groove Ø50x16 eep Synchronising pulley wih urne groove Synchronising pulley wih urne groove Synchronising pulley Al 40 AT10/4- =0 H7 Synchronising pulley Al 50 AT10/4-0 hub Ø58x10 =0 H7 wih groove Synchronising pulley wih flanges Synchronising pulley wih 1 flange opposie he hub sie 40 Turne groove Ø50x16 eep hub sie Turne groove Ø50x16 eep opposie hub Furher orering coes: Synchronising pulley Al 40 AT10/4- =0 H7 1 flange opposie he hub sie: -1g Threa M4 cenre of meshing on groove (opposie groove) Threa M4 cenre of meshing in ooh gap (on ooh) Threa M4 cenre of hub, 90 offse o groove hreas M4 cenre of hub, 90 an 180 offse o groove Synchronising pulley wih 1 flange on he hub sie Synchronising pulley wih fasening bore M 6 Synchronising pulley Al 70 AT10 / 5-65x6 =30 H7 wih groove Toal wih Type / pich umber of flanges imension ore Groove accoring o DI flange on he hub sie: -1a Threae bore M6 cenre, hub 1 13

8 Informaion AT3 Synchronising pulleys AT profile I Synchronising pulley AT3 I Type el wih b Synchronising pulley wih Toal wih AT V K V K Imporan informaion for he user of his caalogue Please noe ha he effecive circular iameers 0 for synchronising pulleys an synchronising shafs represen heoreical values, while acual values form he basis in he online calculaion program bel pilo. Sanar version The AT3 sock pulleys are marke in grey. Sock pulleys up o =40 are supplie wih flanges as sanar, from =44 wihou flanges. Please conac our sales parner if you require inermeiae wihs, larger wihs or oher hub imensions. Flanges Zinc plae seel is use as he sanar maerial. The user is o eermine special execuions. Tolerances The cenre borings mae in H7, if here are no oher requiremens. K 0 Pre-bore V ore (max.) max 15 13,91 14, x6 4H ,87 15, x6 4H7 5 K 0 Pre-bore V ore (max.) max 49 46,38 46, x6 6H ,34 47, x6 6H7 37 Mouning is achieve by flaring or boling he flange, epening on he ooh profile an number of eeh use. All no olerane imensions are manufacure in he olerance class meium accoring o DI ,8 16, x6 4H ,78 17,19 1 1x6 4H ,73 18,14 3 1x6 4H ,9 48, x6 6H ,5 49, x6 6H ,0 50, x6 6H ,69 19, x6 4H ,16 51, x6 6H7 41 Designaion 0 k V max = = Pich circle iameer = Pulley ousie iameer = Flange iameer = Diameer of pre-bore = max. bore iameer wihou feaher key groove for synchronising pulleys wih flanges, wih maximum pre-boring, no hub is require Is he able line of he number of eeh marke in grey? no sock pulley How o fin a sock pulley no yes Is he able line of he bel wih marke in grey? 1 19,64 0, x6 6H7 10 0,60 1, x6 6H ,55 1, x6 6H7 1 4,51,9 8 14x6 6H ,46 3, x6 6H ,4 4, x6 6H ,37 5, x6 6H ,33 6, x6 6H ,8 7, x6 6H ,4 8, x6 6H ,19 9, x6 6H ,15 30, x6 6H ,10 31, x6 6H ,06 3, x6 6H7 55 5,11 5, x6 6H ,07 53, x6 6H ,0 54, x6 6H ,98 55, x6 6H ,93 56, x6 6H ,89 57, x6 6H ,84 58, x6 6H ,80 59, x6 6H ,75 60, x6 6H ,71 61, x6 6H ,66 6, x6 6H ,6 63, x6 6H ,57 63, x6 6H ,53 64, x6 6H ,01 33,4 39 0x6 6H ,48 65, x6 6H ,97 34,38 40 x6 6H ,44 66, x6 6H7 57 yes no 37 34,9 35,33 40 x6 6H ,88 36,9 4 x6 6H ,39 67, x6 6H ,34 68, x6 6H7 58 sock pulley no sock pulley 39 36,83 37,4 4 x6 6H ,79 38,0 43 6x6 6H ,74 39, x6 6H ,70 40, x6 6H ,65 41, x6 6H7 31 RECO orer example Synchronising pulley Al 38 AT3 / 0 - hub ,61 4, x6 6H ,56 4, x6 6H ,5 43, x6 6H ,47 44, x6 6H7 35 Toal wih Type / pich umber of flanges 48 45,43 45, x6 6H7 36 imensions 14 15

9 v, max k Synchronising pulleys AT profile / Self-racking pulleys AT5 / ATK5K6 AT5 / ATK5K6 Synchronising pulleys AT profile / Self-racking pulleys K 0 Prebore V ore (max.) max AT5 ATK5K6 K 0 Prebore V ore (max.) max AT5 ATK5K6 15,65 3, x6 6H , 68, x6 8H ,4 5, x6 6H ,81 70, x6 8H ,84 7, x6 6H ,40 71, x6 8H I Synchronising pulley AT5 I Self-racking pulley ATK5K6 38 S 18 7,43 8, x6 6H ,0 30,4 35 x6 6H ,61 31, x6 6H ,0 33,4 37 4x6 6H ,79 35, x6 6H ,99 73, x6 8H ,58 47, x6 8H ,17 76, x6 8H ,77 77, x6 8H ,36 79, x6 8H ,39 36, x6 8H ,98 38,0 4 6x6 8H ,95 81, x6 8H ,54 8, x6 8H V K V K 5 38,57 39, x6 8H ,16 41, x6 8H ,13 84, x6 8H ,7 85, x6 8H ,75 4, x6 8H ,3 87, x6 8H ,34 44, x6 8H ,91 89, x6 8H ,93 46, x6 8H ,50 90, x6 8H Sanar version Sanar version 30 46,53 47, x6 8H ,1 49, x6 8H ,09 9, x6 8H ,68 93, x6 8H ,71 50, x6 8H ,7 95, x6 8H ,30 5, x6 8H ,86 97, x6 8H ,89 54, x6 8H ,46 98, x6 8H Type el wih b Synchronising pulley wih Toal wih AT AT AT AT AT AT AT ATK5K s K6 6,5 5 The AT5 sock pulleys are marke in grey. Sock pulleys up o =44 are supplie wih flanges as sanar, from =48 wihou flanges. Self-racking pulleys are proucion goos an only available from =0. Please conac our sales parner if you require inermeiae wihs, larger wihs or oher hub imensions ,48 55, x6 8H ,08 57, x6 8H ,67 58, x6 8H ,6 60, x6 8H ,85 6, x6 8H ,44 63, x6 8H ,03 65, x6 8H ,63 66, x6 8H ,05 100, x6 8H ,64 101, x6 8H ,3 103, x6 8H ,8 105, x6 8H ,41 106, x6 8H ,01 108, x6 8H ,60 109, x6 8H ,19 111, x6 8H ,78 113, x6 8H ,37 114, x6 8H ATK5K ATK5K RECO orer example Synchronising pulley Al 8 AT5 / x6 Self-racking pulley Al 55 ATK5K6 / 3 - =15H7 Toal wih Wih umber of flanges ore imension 16 17

10 v, max k Synchronising pulleys AT profile / Self-racking pulleys AT10 / ATK10K6 / ATK10K13 AT10 / ATK10K6 / ATK10K13 Synchronising pulleys AT profile / Self-racking pulleys K 0 Prebore V ore (max.) max AT10 ATK10 ATK10 K6 K13 K 0 Prebore V ore (max.) max AT10 ATK10 ATK10 K6 K ,93 47,75 5 3x10 8H ,4 140, x10 16H ,11 50, x10 8H ,4 143, x10 16H ,9 54, x10 8H ,60 146, x10 16H I Synchronising pulley AT10 I Self-racking pulley ATK10K6 / ATK10K13 38 S 18 55,48 57, x10 8H ,66 60, x10 8H ,84 63, x10 1H ,03 66, x10 1H ,1 70, x10 1H ,79 149, x10 16H ,97 15, x10 16H ,15 155, x10 16H ,33 159, x10 16H ,5 16, x10 16H ,39 73, x10 1H ,57 76, x10 1H ,70 165, x10 16H ,88 168, x10 16H V K V K 5 77,76 79, x10 1H ,94 8, x10 1H ,07 171, x10 16H ,5 175, x10 16H ,1 85, x10 1H ,43 178, x10 16H ,31 89, x10 1H ,6 181, x10 16H ,49 9, x10 1H ,80 184, x10 16H Sanar version Sanar version 30 93,67 95, x10 1H ,86 98, x10 1H ,98 187, x10 16H ,17 190, x10 16H ,04 101, x10 1H ,35 194, x10 16H , 105, x10 1H ,53 197, x10 16H ,41 108, x10 1H ,7 00, x10 16H Type el wih b Synchronising pulley wih Toal wih AT AT AT AT AT AT ATK10K K6 K13 s s 6,5 5 13,5 7,5 The AT10 sock pulleys are marke in grey. Sock pulleys up o =44 are supplie wih flanges as sanar, from =48 wihou flanges. Self-racking pulleys are proucion goos an only available from =0. Please conac our sales parner if you require inermeiae wihs, larger wihs or oher hub imensions ,59 111, x10 1H ,77 114, x10 16H ,95 117, x10 16H ,14 10, x10 16H ,3 14, x10 16H ,50 17, x10 16H ,69 130, x10 16H ,87 133, x10 16H ,05 136, x10 16H ,90 03, x10 16H ,08 06, x10 16H ,6 10, x10 16H ,45 13, x10 16H ,63 16, x10 16H ,81 19, x10 16H ,00, x10 16H ,18 6, x10 16H ,36 9, x10 0H ATK10K ATK10K ATK10K ATK10K ATK10K ATK10K RECO orer example Synchronising pulley Al 50 AT10 / 0-46x10 Toal wih Self-racking pulley Al 50 ATK10K6 / 0 - =15H7 Wih umber of flanges ore imension 18 19

11 Synchronising pulleys AT profile / Self-racking pulleys AT10K6 AT1,7K6 Synchronising pulleys AT profile / Self-racking pulleys Self-racking pulley AT10K6 Type el wih b Pulley wih Toal wih Tooh wih a Type el wih b Pulley wih Toal wih Tooh wih a Self-racking pulley AT1,7K , ,5 AT10K ,5 AT1,7K , , ,5 s K6 Do you nee oher hub imensions? If so, feel free o conac our sales parner. s K6 Do you nee oher hub imensions? If so, feel free o conac our sales parner. Sanar version 6,5 5 6,5 5 Sanar version K 0 Pre-bore V ore (max.) max K 0 Pre-bore V ore (max.) max K 0 Pre-bore V ore (max.) max K 0 Pre-bore V ore (max.) max 0 61,84 63,66 46x5 1H ,70 165,5 110x5 16H ,03 80,85 46x5 1H ,39 10,1 110x5 16H ,03 66,85 46x5 1H ,88 168,70 110x5 16H ,07 84,89 46x5 1H ,43 14,5 110x5 16H ,1 70,03 50x5 1H ,07 171,89 110x5 16H ,1 88,94 46x5 1H ,48 18,30 110x5 16H ,39 73,1 50x5 1H ,5 175,07 110x5 16H ,16 9,98 50x5 1H ,5,34 110x5 16H ,57 76,39 58x5 1H ,43 178,5 110x5 16H ,0 97,0 58x5 1H ,56 6,38 110x5 16H ,76 79,58 60x5 1H ,6 181,44 110x5 16H ,4 101,06 58x5 1H ,60 30,4 110x5 16H ,94 8,76 60x5 1H ,80 184,6 110x5 16H ,9 105,11 58x5 1H ,65 34,47 110x5 16H ,1 85,94 60x5 1H ,98 187,80 110x5 16H ,33 109,15 58x5 1H ,69 38,51 110x5 16H ,31 89,13 60x5 1H ,17 190,99 110x5 16H ,37 113,19 60x5 1H ,73 4,55 110x5 16H ,49 9,31 60x5 1H ,35 194,17 110x5 16H ,41 117,3 60x5 1H ,77 46,59 110x5 16H ,67 95,49 60x5 1H ,53 197,35 110x5 16H ,46 11,8 60x5 1H ,8 50,64 110x5 16H ,86 98,68 60x5 1H ,7 00,54 140x5 16H ,50 15,3 60x5 1H ,86 54,68 110x5 16H ,04 101,86 65x5 1H ,90 03,7 140x5 16H ,54 19,36 60x5 1H ,90 58,7 110x5 16H , 105,04 65x5 1H ,08 06,90 140x5 16H ,58 133,40 60x5 1H ,94 6,76 110x5 16H ,41 108,3 65x5 1H ,6 10,08 140x5 16H ,63 137,45 60x5 1H ,99 66,81 110x5 16H ,59 111,41 65x5 1H ,45 13,7 140x5 16H ,67 141,49 60x5 1H ,03 70,85 110x5 16H ,77 114,59 70x5 16H ,63 16,45 140x5 16H ,71 145,53 60x5 16H ,07 74,89 110x5 16H ,95 117,77 70x5 16H ,81 19,63 140x5 16H ,75 149,57 60x5 16H ,11 78,93 110x5 16H ,14 10,96 70x5 16H ,00,8 140x5 16H ,80 153,6 60x5 16H ,16 8,98 110x5 16H ,3 14,14 70x5 16H ,18 6,00 140x5 16H ,84 157,66 60x5 16H ,0 87,0 110x5 16H ,50 17,3 80x5 16H ,36 9,18 140x5 0H ,88 161,70 60x5 16H ,4 91,06 110x5 16H ,69 130,51 80x5 16H ,9 165,74 60x5 16H ,87 133,69 80x5 16H ,97 169,79 60x5 16H ,05 136,87 80x5 16H ,4 140,06 90x5 16H ,4 143,4 90x5 16H ,60 146,4 90x5 16H7 16 RECO orer example Self-racking pulley Al 65 AT10K6 / 3 - =1H ,01 173,83 60x5 16H ,05 177,87 60x5 16H ,09 181,91 90x5 16H ,14 185,96 90x5 16H7 164 RECO orer example Self-racking pulley Al 65 AT1,7K6 / 3 - =1H ,79 149,61 90x5 16H ,97 15,79 95x5 16H ,15 155,97 95x5 16H ,33 159,15 95x5 16H7 139 Toal wih ore ,18 190,00 90x5 16H , 194,04 110x5 16H ,6 198,08 110x5 16H ,31 0,13 110x5 16H7 180 Toal wih ore ,5 16,34 95x5 16H ,35 06,17 110x5 16H

12 Synchronising pulleys AT profile AT1,7 ATS15 Synchronising pulleys AT profile I Synchronising pulley AT1,7 I Type AT1,7 el wih b Pulley wih Toal wih Type ATS15 el wih b Pulley wih Toal wih I Synchronising pulley ATS15 I V K V K Only for AT iming bels wih pich 1, V K V K Please conac us if you nee oher hub imensions. Do you nee oher hub imensions? If so, feel free o conac our sales parner. Sanar version Sanar version K 0 Pre-bore V ore (max.) max 0 79,03 80, x10 1H7 67 K 0 Pre-bore V ore (max.) max 5 08,39 10, x10 16H7 194 K 0 Pre-bore V ore (max.) max 5 116,79 119, x10 1H7 90 K 0 Pre-bore V ore (max.) max 57 69,57 7, x10 0H ,07 84, x10 1H ,43 14, x10 16H ,56 14, x10 1H ,35 76, x10 0H ,1 88, x10 1H ,48 18, x10 16H ,34 18, x10 1H ,1 81, x10 0H ,16 9, x10 1H ,5, x10 16H ,11 133, x10 1H ,90 86, x10 0H ,0 97, x10 1H ,56 6, x10 16H ,88 138, x10 1H ,67 91, x10 0H ,4 101, x10 1H ,9 105, x10 1H ,33 109, x10 1H ,37 113, x10 1H ,41 117, x10 1H ,46 11, x10 1H ,50 15, x10 1H ,54 19, x10 1H ,58 133, x10 1H ,63 137, x10 1H ,67 141, x10 1H ,71 145, x10 16H ,75 149, x10 16H ,80 153, x10 16H ,84 157, x10 16H ,88 161, x10 16H ,9 165, x10 16H ,97 169, x10 16H ,01 173, x10 16H ,05 177, x10 16H ,09 181, x10 16H ,14 185, x10 16H ,18 190, x10 16H , 194, x10 16H ,6 198, x10 16H ,31 0, x10 16H ,35 06, x10 16H ,60 30, x10 16H ,65 34, x10 16H ,69 38, x10 16H ,73 4, x10 16H ,77 46, x10 16H ,8 50, x10 16H ,86 54, x10 16H ,90 58, x10 16H ,94 6, x10 16H ,99 66, x10 16H ,03 70, x10 16H ,07 74, x10 16H ,11 78, x10 16H ,16 8, x10 16H ,0 87, x10 16H ,4 91, x10 16H7 61 RECO orer example Synchronising pulley Al 95 AT1,7 / 30-60x10 Toal wih umber of flanges imension ,66 143, x10 1H ,43 148, x10 1H ,1 15, x10 1H ,98 157, x10 1H ,76 16, x10 16H ,53 167, x10 16H ,31 171, x10 16H ,08 176, x10 16H ,86 181, x10 16H ,63 186, x10 16H ,41 190, x10 16H ,18 195, x10 16H ,95 00, x10 16H ,73 05, x10 16H ,50 10, x10 16H ,8 14, x10 16H ,05 19, x10 16H ,83 4, x10 16H ,60 9, x10 16H ,38 33, x10 16H ,15 38, x10 16H ,93 43, x10 16H ,70 48, x10 16H ,48 53, x10 0H ,5 57, x10 0H ,03 6, x10 0H ,80 67, x10 0H ,45 96, x10 0H , 300, x10 4H ,00 305, x10 4H ,77 310, x10 4H ,55 315, x10 4H ,3 319, x10 4H ,10 34, x10 4H ,87 39, x10 4H ,64 334, x10 4H ,4 339, x10 4H ,19 343, x10 4H7 314 RECO orer example Synchronising pulley Al 70 ATS15 / 40-80x10 Toal wih umber of flanges imension 3

13 v, max k Synchronising pulleys AT profile / Self-racking pulleys AT0 / ATK0K13 AT0 / ATK0K13 Synchronising pulleys AT profile / Self-racking pulleys ore Prebore (max.) K max 0 V AT0 ATK0 K ,77 114, x10 1H ore Prebore (max.) K max 0 V AT0 ATK0 K ,03 9, x10 18H ,14 10, x10 1H ,39 99, x10 18H ,50 17, x10 16H ,76 305, x10 18H I Synchronising pulley AT0 I Self-racking pulley ATK0K13 38 S 1 130,87 133, x10 16H ,4 140, x10 16H ,60 146, x10 16H ,97 15, x10 16H ,33 159, x10 16H ,1 311, x10 0H ,49 318, x10 0H ,86 34, x10 0H , 331, x10 0H ,59 337, x10 0H ,70 165, x10 16H ,07 171, x10 16H ,95 343, x10 0H ,3 350, x10 0H V K V K 8 175,43 178, x10 16H ,80 184, x10 16H ,69 356, x10 0H ,05 36, x10 0H ,17 190, x10 16H ,4 369, x10 0H ,53 197, x10 16H ,79 375, x10 0H ,90 03, x10 16H ,15 381, x10 0H Sanar version Sanar version 33 07,6 10, x10 16H ,63 16, x10 16H ,5 388, x10 0H ,88 394, x10 0H ,00, x10 16H ,5 401, x10 0H ,36 9, x10 18H ,6 407, x10 0H ,73 35, x10 18H ,98 413, x10 0H Type el wih b Pulley wih Toal wih AT AT AT AT ATK0K ATK0K s K13 13,5 7,5 Do you nee oher hub imensions? If so, feel free o conac our sales parner ,10 41, x10 18H ,46 48, x10 18H ,83 54, x10 18H ,19 61, x10 18H ,56 67, x10 18H ,93 73, x10 18H ,9 80, x10 18H ,66 86, x10 18H ,35 40, x10 0H ,7 46, x10 0H ,08 43, x10 0H ,45 439, x10 0H ,81 445, x10 0H ,18 45, x10 0H ,55 458, x10 0H RECO orer example Synchronising pulley Al 70 AT0 / x10 Self-racking pulley Al 80 ATK0K13 / 40 - =18H7 Toal wih Wih umber of flanges ore imension 4 5

14 Synchronising pulleys AT profile / Self-racking pulleys AT10 / ATK10 AT10 / ATK10 Synchronising pulleys AT profile / Self-racking pulleys K 0 Pre-bore V ore (max.) max 0 61,84 63,66 46x5 1H7 50 K 0 Pre-bore V ore (max.) max ,15 155,97 134x5 0H ,03 66,85 50x5 1H ,33 159,15 137x5 0H ,1 70,03 53x5 1H ,5 16,34 140x5 0H ,39 73,1 56x5 1H ,70 165,5 143x5 0H7 136 k V Synchronising pulley AT10 k Running irecion Self-racking pulley ATK10 k 4 74,57 76,39 57x5 1H ,76 79,58 59x5 1H ,94 8,76 6x5 1H ,1 85,94 64x5 1H ,31 89,13 67x5 1H ,49 9,31 70x5 1H ,67 95,49 73x5 1H ,86 98,68 77x5 1H ,04 101,86 80x5 1H , 105,04 83x5 1H ,88 168,70 146x5 0H ,07 171,89 150x5 0H ,5 175,07 153x5 0H ,43 178,5 156x5 0H ,6 181,44 159x5 0H ,80 184,6 16x5 0H ,98 187,80 165x5 0H ,17 190,99 169x5 0H ,35 194,17 17x5 0H ,53 197,35 175x5 0H ,41 108,3 86x5 1H ,7 00,54 178x5 0H ,59 111,41 90x5 16H ,90 03,7 181x5 0H7 171 Sanar version Sanar version 36 11,77 114,59 9x5 16H ,95 117,77 95x5 16H ,08 06,90 185x5 0H ,6 10,08 188x5 0H ,14 10,96 99x5 16H ,45 13,7 191x5 0H ,3 14,14 10x5 16H ,63 16,45 194x5 0H ,50 17,3 105x5 16H ,81 19,63 197x5 0H7 185 Type el wih b Pulley wih Toal wih AT AT AT AT AT ATK ATK Please sae curve irecion accoring o skech in rawings! Do you nee oher hub imensions? If so, feel free o conac our sales parner ,69 130,51 108x5 16H ,87 133,69 111x5 16H ,05 136,87 115x5 16H ,4 140,06 118x5 16H ,4 143,4 11x5 16H ,60 146,4 14x5 16H ,79 149,61 17x5 16H ,97 15,79 130x5 16H ,00,8 01x5 0H ,18 6,00 04x5 0H ,36 9,18 07x5 0H7 193 ATK ATK RECO orer example Synchronising pulley Al 65 AT10 / 3 80x5 =30H7 wih groove Self-racking pulley Al 90 ATK10 / 34 86x5 =30H7 wih groove Toal wih Toal wih imension imension ore Groove accoring o DI 6885 ore Groove accoring o DI

15 Synchronising pulleys AT profile / Self-racking pulleys AT15 / ATK15 AT15 / ATK15 Synchronising pulleys AT profile / Self-racking pulleys Type Synchronising pulley AT15 Sanar version el wih b Pulley wih Toal wih AT AT AT ATK ATK ATK Self-racking pulley ATK15 k V k Running irecion Sanar version Please sae curve irecion accoring o skech in rawings! Do you nee oher hub imensions? If so, feel free o conac our sales parner. k K 0 Pre-bore V ore (max.) max 0 93,01 95,49 60x5 1H ,79 100,7 60x5 1H ,56 105,04 65x5 1H ,34 109,8 65x5 1H ,11 114,59 70x5 16H ,89 119,37 80x5 16H ,66 14,14 80x5 16H ,44 18,9 80x5 16H ,1 133,69 80x5 16H ,98 138,46 80x5 16H ,76 143,4 90x5 16H ,53 148,01 90x5 16H ,31 15,79 95x5 16H ,08 157,56 95x5 16H ,86 16,34 95x5 16H ,63 167,11 95x5 16H ,41 171,89 100x5 16H ,18 176,66 100x5 16H ,96 181,44 100x5 16H ,73 186,1 100x5 16H ,51 190,99 110x5 16H ,8 195,76 110x5 16H ,06 00,53 110x5 16H ,83 05,31 110x5 16H ,60 10,08 110x5 16H ,38 14,86 110x5 16H ,15 19,63 140x5 16H ,93 4,41 140x5 16H ,70 9,18 140x5 16H7 19 K 0 Pre-bore V ore (max.) max 49 31,48 33,96 140x5 16H ,5 38,73 140x5 16H ,03 43,51 140x5 16H ,80 48,8 140x5 16H ,58 53,06 160x5 16H ,35 57,83 160x5 16H ,13 6,61 160x5 16H ,90 67,36 160x5 16H ,67 7,15 160x5 16H ,45 76,93 160x5 16H , 81,70 160x5 16H ,00 86,48 160x5 16H ,77 91,5 160x5 16H ,55 96,03 160x5 16H ,3 300,80 160x5 16H ,10 305,58 160x5 16H ,87 310,35 160x5 16H ,65 315,13 160x5 16H ,4 319,90 160x5 16H ,0 34,68 160x5 16H ,97 39,45 160x5 16H ,75 334, 160x5 16H ,5 339,00 160x5 16H ,9 343,77 160x5 16H7 306 RECO orer example Synchronising pulley Al 75 AT15 / 3 95x5 =30H7 wih groove Self-racking pulley Al 75 ATK15 / x5 =30H7 wih groove Toal wih Toal wih imension ore Groove accoring o DI 6885 imension ore Groove accoring o DI

16 Synchronising pulleys AT profile SFAT10 SFAT15 Synchronising pulleys AT profile Synchronising pulley SFAT10 Type el wih b Pulley wih Toal wih Type el wih b Pulley wih Toal wih Synchronising pulley SFAT SFAT SFAT V k V k Please conac us if you nee inermeiae or larger wihs or oher hub imensions. Please conac us if you nee inermeiae or larger wihs or oher hub imensions. Sanar version Sanar version K 0 Pre-bore V ore (max.) max K 0 Pre-bore V ore (max.) max K 0 Pre-bore V ore (max.) max K 0 Pre-bore V ore (max.) max 15 45,93 47,75 3x10 8H ,97 15,79 95x10 16H ,01 95,49 60x10 1H ,58 53,06 160x10 16H ,11 50,93 35x10 8H ,15 155,97 95x10 16H ,79 100,7 60x10 1H ,35 57,83 160x10 16H ,9 54,11 40x10 8H ,33 159,15 95x10 16H ,56 105,04 65x10 1H ,13 6,61 160x10 16H ,48 57,30 40x10 10H ,5 16,34 95x10 16H ,34 109,8 65x10 1H ,90 67,38 160x10 16H ,66 60,48 44x10 10H ,70 165,5 110x10 16H ,11 114,59 70x10 1H ,67 7,15 160x10 16H ,84 63,66 46x10 1H ,88 168,70 110x10 16H ,89 119,37 80x10 1H ,45 76,93 160x10 16H ,03 66,85 46x10 1H ,07 171,89 110x10 16H ,66 14,14 80x10 1H , 81,70 160x10 16H ,1 70,03 50x10 1H ,5 175,07 110x10 16H ,44 18,9 80x10 1H ,00 86,48 160x10 16H ,39 73,1 50x10 1H ,43 178,5 110x10 16H ,1 133,69 80x10 1H ,77 91,5 160x10 16H ,57 76,39 58x10 1H ,6 181,44 110x10 16H ,98 138,46 80x10 1H ,55 96,03 160x10 16H ,76 79,58 60x10 1H ,80 184,6 110x10 16H ,76 143,4 90x10 1H ,3 300,80 160x10 16H ,94 8,76 60x10 1H ,98 187,80 110x10 16H ,53 148,01 90x10 1H ,10 305,58 160x10 16H ,1 85,94 60x10 1H ,17 190,99 110x10 16H ,31 15,79 95x10 1H ,87 310,35 160x10 16H ,31 89,13 60x10 1H ,35 194,17 110x10 16H ,08 157,56 95x10 16H ,65 315,13 160x10 16H ,49 9,31 60x10 1H ,53 197,35 110x10 16H ,86 16,34 95x10 16H ,4 319,90 160x10 16H ,67 95,49 60x10 1H ,7 00,54 140x10 16H ,63 167,11 95x10 16H ,0 34,68 160x10 16H ,86 98,68 60x10 1H ,90 03,7 140x10 16H ,41 171,89 100x10 16H ,97 39,45 160x10 16H ,04 101,86 65x10 1H ,08 06,90 140x10 16H ,18 176,66 100x10 16H ,74 334,3 160x10 16H , 105,04 65x10 1H ,6 10,08 140x10 16H ,96 181,44 100x10 16H ,5 339,00 160x10 16H ,41 108,3 65x10 1H ,63 16,45 140x10 16H ,73 186,1 100x10 16H ,9 343,77 160x10 16H ,59 111,41 65x10 1H ,81 19,63 140x10 16H ,51 190,99 110x10 16H ,77 114,59 70x10 16H ,00,8 140x10 16H ,8 195,76 110x10 16H ,95 117,77 70x10 16H ,18 6,00 140x10 16H ,05 00,54 110x10 16H ,14 10,96 70x10 16H ,36 9,18 140x10 16H ,83 05,31 110x10 16H ,3 14,14 70x10 16H ,60 10,08 110x10 16H ,50 17,3 80x10 16H ,69 130,51 80x10 16H ,87 133,69 80x10 16H ,05 136,87 80x10 16H ,4 140,06 90x10 16H ,4 143,4 90x10 16H ,60 146,4 90x10 16H7 116 RECO orer example Synchronising pulley Al 90 SFAT10 / x10 Toal wih 45 1,38 14,86 110x10 16H ,15 19,63 140x10 16H ,93 4,41 140x10 16H ,70 9,18 140x10 16H ,48 33,96 140x10 16H ,5 38,73 140x10 16H ,03 43,51 140x10 16H7 06 RECO orer example Synchronising pulley Al 70 SFAT15 / x10 Toal wih imension ,79 149,61 90x10 16H7 119 imension 5 45,80 48,8 140x10 16H

17 Synchronising pulleys AT profile SFAT0 Synchronising pulleys AT profile Keeping hings moving! Synchronising pulley SFAT0 V k Type SFAT0 el wih b Pulley wih Toal wih Please conac us if you nee inermeiae or larger wihs or oher hub imensions. Sanar version K 0 Pre-bore V ore (max.) max ,77 114,59 70x10 1H ,14 10,96 80x10 1H ,50 17,3 90x10 16H ,87 133,69 90x10 16H ,4 140,06 90x10 16H ,60 146,4 90x10 16H ,97 15,79 95x10 16H ,33 159,15 95x10 16H ,70 165,5 95x10 16H ,07 171,89 110x10 16H ,43 178,5 110x10 16H ,80 184,6 110x10 16H ,17 190,99 110x10 16H ,53 197,35 110x10 16H ,90 03,7 110x10 16H ,6 10,08 110x10 16H ,63 16,45 110x10 16H ,00,8 110x10 16H ,36 9,18 110x10 18H ,73 35,55 110x10 18H ,10 41,9 110x10 18H ,46 48,8 110x10 18H ,83 54,65 110x10 18H ,19 61,01 130x10 18H ,56 67,38 130x10 18H ,93 73,75 130x10 18H ,9 80,11 130x10 18H ,66 86,48 130x10 18H ,03 9,85 130x10 18H ,39 99,1 130x10 18H ,76 305,58 130x10 18H ,1 311,94 130x10 0H ,49 318,31 140x10 0H7 73 K 0 Pre-bore V ore (max.) max 51 31,86 34,68 140x10 0H , 331,04 140x10 0H ,59 337,41 140x10 0H ,95 343,77 140x10 0H ,3 350,14 140x10 0H ,69 356,51 140x10 0H ,05 36,87 140x10 0H ,4 369,4 140x10 0H ,79 375,61 140x10 0H ,15 381,97 140x10 0H ,5 388,34 140x10 0H ,88 394,70 140x10 0H ,5 401,07 140x10 0H ,6 407,44 140x10 0H ,98 413,80 140x10 0H ,35 40,17 140x10 0H ,7 46,54 140x10 0H ,08 43,90 140x10 0H ,45 439,7 140x10 0H ,81 445,63 140x10 0H ,18 45,00 140x10 0H ,55 458,37 140x10 0H7 414 RECO orer example Synchronising pulley Al 90 SFAT0 / x10 Toal wih imension 3 33

18 v, max k Synchronising pulleys T profile / Self-racking pulleys T5 / TK5K6 T5 / TK5K6 Synchronising pulleys T profile / Self-racking pulleys K 0 Prebore V ore (max.) max T5 TK5K6 K 0 Prebore V ore (max.) max T5 TK5K ,05 15,9 0 8x6 4H ,40 65, x6 8H ,65 17,50 10x6 4H ,00 66, x6 8H ,5 19,10 3 1x6 4H ,60 68, x6 8H I Synchronising pulley T5 I Self-racking pulley TK5K6 38 S 13 19,85 0,69 5 1x6 6H ,45,8 6 14x6 6H ,05 3, x6 6H ,60 5, x6 6H ,0 7, x6 6H ,0 70, x6 8H ,80 71, x6 8H ,40 73, x6 8H ,95 47, x6 8H ,55 76, x6 8H ,80 8, x6 6H ,40 30,4 35 x6 6H ,15 77, x6 8H ,75 79, x6 8H V K V K 0 31,00 31, x6 6H ,60 33,4 37 4x6 6H ,35 81, x6 8H ,95 8, x6 8H ,15 35, x6 6H ,55 84, x6 8H ,75 36, x6 6H ,10 85, x6 8H ,35 38,0 4 6x6 6H ,70 87, x6 8H Sanar version Sanar version 5 38,95 39, x6 6H ,55 41, x6 8H ,30 89, x6 8H ,90 90, x6 8H ,15 4, x6 8H ,50 9, x6 8H ,75 44, x6 8H ,10 93, x6 8H ,30 46, x6 8H ,65 95, x6 8H ,90 47, x6 8H ,5 97, x6 8H Type el wih b Pulley wih Toal wih T T T T TK5K TK5K s K6 6,5 5 The T5 sock pulleys are marke in grey. Sock pulleys up o =40 are supplie wih flanges as sanar, from =48 wihou flanges. Self-racking pulleys are proucion goos an only available from =0. Please conac our sales parner if you require inermeiae wihs, larger wihs or oher hub imensions ,50 49, x6 8H ,10 50, x6 8H ,70 5, x6 8H ,30 54, x6 8H ,85 55, x6 8H ,45 57, x6 8H ,05 58, x6 8H ,65 60, x6 8H ,5 6, x6 8H ,85 63, x6 8H ,85 98, x6 8H ,45 100, x6 8H ,05 101, x6 8H ,65 103, x6 8H ,0 105, x6 8H ,80 106, x6 8H ,40 108, x6 8H ,00 109, x6 8H ,60 111, x6 8H ,0 113, x6 8H ,75 114, x6 10H RECO orer example Synchronising pulley Al 36 T5 / x6 Self-racking pulley Al 55 TK5K6 / 3 - =15H7 Toal wih Wih umber of flanges ore imension 34 35

19 v, max k Synchronising pulleys T profile / Self-racking pulleys T10 / TK10K6 / TK10K13 T10 / TK10K6 / TK10K13 Synchronising pulleys T profile / Self-racking pulleys K 0 Prebore V T10 ore (max.) max TK10 K6 TK10 K ,35 38,0 4 8x10 6H K 0 Prebore V T10 ore (max.) max TK10 K6 TK10 K ,85 133, x10 16H ,55 41, x10 6H ,00 136, x10 16H ,70 44, x10 8H ,0 140, x10 16H I Synchronising pulley T10 I Self-racking pulley TK10K6 / TK10K13 38 S 15 45,90 47,75 5 3x10 8H ,10 50, x10 8H ,5 54, x10 8H ,45 57, x10 10H ,65 60, x10 10H ,40 143, x10 16H ,50 146, x10 16H ,75 149, x10 16H ,95 15, x10 16H ,10 155, x10 16H ,80 63, x10 1H ,00 66, x10 1H ,30 159, x10 16H ,50 16, x10 16H V K V K 68,0 70, x10 1H ,35 73, x10 1H ,65 165, x10 16H ,85 168, x10 16H ,55 76, x10 1H ,05 171, x10 16H ,75 79, x10 1H ,0 175, x10 16H ,90 8, x10 1H ,40 178, x10 16H Sanar version Sanar version 7 84,10 85, x10 1H ,5 89, x10 1H ,60 181, x10 16H ,75 184, x10 16H ,45 9, x10 1H ,95 187, x10 16H ,65 95, x10 1H ,15 190, x10 16H ,80 98, x10 1H ,30 194, x10 16H Type el wih b Pulley wih Toal wih T T T T10 3* T10 50* TK10K TK10K TK10K K6 K13 s s 6,5 5 13,5 7,5 The T10 sock pulleys are marke in grey. Sock pulleys up o =40 are supplie wih flanges as sanar, from =48 wihou flanges. Self-racking pulleys are proucion goos an only available from =0. Please conac our sales parner if you require inermeiae wihs, larger wihs or oher hub imensions ,00 101, x10 1H ,0 105, x10 1H ,35 108, x10 1H ,55 111, x10 16H ,75 114, x10 16H ,90 117, x10 16H ,10 10, x10 16H ,30 14, x10 16H ,45 17, x10 16H ,65 130, x10 16H ,50 197, x10 16H ,70 00, x10 16H ,85 03, x10 16H ,05 06, x10 16H ,5 10, x10 16H ,40 13, x10 16H ,60 16, x10 16H ,80 19, x10 16H ,95, x10 16H ,15 6, x10 16H ,35 9, x10 16H TK10K TK10K TK10K * from =18 available RECO orer example TK10K Synchronising pulley Al 40 T10 / x10 Self-racking pulley Al 80 TK10K13 / 35 - =15H7 Toal wih Wih umber of flanges ore imension 36 37

20 v, max k Synchronising pulleys T profile / Self-racking pulleys T0 / TK0K13 T0 / TK0K13 Synchronising pulleys T profile / Self-racking pulleys ore Prebore (max.) K max 0 V TK0 T0 K ,65 95, x10 1H ore Prebore (max.) K max 0 V TK0 T0 K ,60 86, x10 18H ,00 101, x10 1H ,00 9, x10 18H ,35 108, x10 1H ,35 99, x10 18H I Synchronising pulley T0 I Self-racking pulley TK0K13 38 S ,75 114, x10 1H ,10 10, x10 1H ,45 17, x10 16H ,85 133, x10 16H ,0 140, x10 16H ,70 305, x10 18H ,10 311, x10 0H ,45 318, x10 0H ,80 34, x10 0H ,0 331, x10 0H ,55 146, x10 16H ,95 15, x10 16H ,55 337, x10 0H ,90 343, x10 0H V K V K 5 156,30 159, x10 16H ,65 165, x10 16H ,30 350, x10 0H ,65 356, x10 0H ,05 171, x10 16H ,00 36, x10 0H ,40 178, x10 16H ,40 396, x10 0H ,75 184, x10 16H ,75 375, x10 0H Sanar version Sanar version ,15 190, x10 16H ,50 197, x10 16H ,10 381, x10 0H ,50 388, x10 0H ,85 03, x10 16H ,85 394, x10 0H ,5 10, x10 16H ,0 401, x10 0H ,60 16, x10 16H ,55 407, x10 0H Type el wih b Pulley wih Toal wih T T T T T T TK0K s K13 13,5 7,5 Please conac us if you nee inermeiae or larger wihs or oher hub imensions ,95, x10 16H ,35 9, x10 18H ,70 35, x10 18H ,05 41, x10 18H ,40 48, x10 18H ,80 54, x10 18H ,15 61, x10 18H ,50 67, x10 18H ,90 73, x10 18H ,5 80, x10 18H ,95 413, x10 0H ,30 40, x10 0H ,65 46, x10 0H ,05 43, x10 0H ,40 439, x10 0H ,75 445, x10 0H ,15 45, x10 0H ,50 458, x10 0H TK0K TK0K TK0K RECO orer example Synchronising pulley Al 50 T0 / x10 Self-racking pulley Al 80 TK0K13 / 35 - =16H7 Toal wih Wih umber of flanges ore imension 38 39

21 Synchronising pulleys HTD profile 5M 8M Synchronising pulleys HTD profile Synchronising pulley 5M I K 0 Toal wih (F) Toohe wih (L) Prebore V Synchronising pulley 8M I K 0 Toal wih (F) Toohe wih (L) Prebore V 3 49,79 50, ,5 8 0, ,6 16, ,16 57, ,5 8 0, ,97 183, V K 40 6,5 63, ,5 8 0, ,89 70, ,5 30 0, ,5 76, ,5 30 0,5 8 V K 80 0,35 03, el wih b=85 mm 54,65 56, ,35 95, ,5 30 0, ,75 61, Sanar version 6F 7 113,45 114, ,5 30 0,5 8 el wih b=5 mm 1 17,96 19, , ,5 4 Sanar version 6F 6 64,84 66, ,08 71, ,13 76, ,14, , , ,16 81, K 0 el wih b=9 mm Toal wih (F) Toohe wih (L) Prebore V 1 17,96 19, ,5 0 14, ,14, ,5 0 14,5 6 15,73 3, ,5 0 14, ,3 5, ,5 0 14, ,51 8, ,5 0 14, ,69 31, ,5 14,5 6 33,87 35, ,5 14, ,06 38, ,5 14, ,4 41, ,5 14, ,4 44, ,5 14, ,60 47, ,5 14, ,79 50, ,5 14, ,16 57, ,5 14, ,5 63, ,5 14, ,89 70, ,5 14, ,5 76, ,5 14, ,35 95, ,5 14, ,45 114, ,5 14,5 8 el wih b=15 mm 1 17,96 19, ,5 6 0, ,14, ,5 6 0,5 6 15,73 3, ,5 6 0, ,3 5, ,5 6 0, ,51 8, ,5 6 0, ,69 31, ,5 6 0,5 6 33,87 35, ,5 6 0, ,06 38, ,5 8 0, ,4 41, ,5 8 0, ,4 44, ,5 8 0, ,60 47, ,5 8 0,5 6 15,73 3, , , ,3 5, , , ,51 8, , , ,69 31, , ,5 6 33,87 35, , , ,06 38, , , ,4 41, , , ,4 44, , , ,60 47, , , ,79 50, , , ,16 57, , , ,5 63, , , ,89 70, , , ,5 76, , , ,35 95, , , ,45 114, , ,5 8 : Seel (C45) Prouc name 8-5M - 09 Pich el wih RECO orer example Synchronising pulley S,5-5M / =6 Toal wih umber of flanges imension ore K 0 el wih b=0 mm Toal wih (F) Toohe wih (L) Prebore V 54,65 56, ,75 61, ,84 66, ,08 71, ,13 76, ,16 81, , 86, ,30 91, ,39 96, ,49 101, ,67 11, ,86 1, ,3 14, ,6 16, ,97 183, ,35 03, el wih b=50 mm 54,65 56, ,75 61, ,84 66, ,08 71, ,13 76, ,16 81, , 86, ,30 91, ,39 96, ,49 101, ,67 11, ,86 1, ,3 14, , 86, ,30 91, ,39 96, ,49 101, ,67 11, ,86 1, ,3 14, ,60 16, ,97 183, ,35 03, : Seel (C45) Prouc name 38-8M - 0 Pich el wih RECO orer example Synchronising pulley S 48-8M / =15 Toal wih umber of flanges imension ore 40 41

22 Synchronising pulleys HTD profile 14 M Synchronising pulleys Keeping hings moving! Synchronising pulley 14M I K 0 el wih b=85 mm Toal wih (F) Toohe wih (L) Prebore V 8 1,1 14, V K 9 16,57 19, ,99 133, ,88 14, ,79 151, ,68 160, Sanar version 6F ,60 169, ,49 178, ,8 196, K 0 el wih b=40 mm Toal wih (F) Toohe wih (L) Prebore V 48 11,11 13, ,76 49, ,41 85, ,06 30, ,71 356, ,1 14, ,57 19, ,99 133, ,88 14, ,79 151, ,68 160, ,6 169, ,49 178, ,8 196, ,11 13, ,76 49, ,41 85, ,06 30, ,71 356, el wih b=55 mm 8 1,1 14, : Seel (C45) Prouc name 30-14M - 85 Pich el wih 9 16,57 19, ,99 133, ,88 14, ,79 151, ,68 160, ,60 169, ,49 178, ,8 196, RECO orer example Synchronising pulley S M / =4 Toal wih 48 11,11 13, umber of flanges 56 46,76 49, imension 64 8,41 85, ore 7 318,06 30, ,71 356,

23 Synchronising shafs AT profile AT3 / AT5 / AT10 T5 / T10 Synchronising shafs T profile Synchronising shafs AT3 / AT5 / AT10 Synchronising shafs T5 / T10 Cenre beiseiig on boh enrier sies RECO orer example Cenre beiseiig on boh enrier sies RECO orer example K Synchronising shaf Al 180 AT5 - SE / 48 K Synchronising shaf Al 180 T5 - SE / 48 Wih Wih Gap esign Gap esign Sanar version Sanar version Tooh gaps: ormal gap (Sanar, wihou orering aiion) SE gap (orering aiion: -SE) Zero gap (orering aiion: -0) Tooh gaps: ormal gap (Sanar, wihou orering aiion) SE gap (orering aiion: -SE) Zero gap (orering aiion: -0) : AlCuMg1 The sock program is marke in grey. Furher maerials an numbers of eeh are available. : AlCuMg1 The sock program is marke in grey. Furher maerials an numbers of eeh are available. AT3 AT5 AT10 K 0 K 0 K ,91 14,3 150,65 3, ,93 47, ,87 15, ,4 5, ,11 50, ,78 17, ,43 8, ,48 57, ,73 18, ,0 30, ,66 60, ,69 19, ,61 31, ,84 63, ,60 1, ,79 35, ,1 70, ,51, ,98 38, ,57 76, ,46 3, ,57 39, ,76 79, ,37 5, ,75 4, ,1 85, ,33 6, ,34 44, ,31 89, ,4 8, ,53 47, ,67 95, ,15 30, ,71 50, ,04 101, ,97 34, ,08 57, ,77 114, ,79 38, ,44 63, ,50 17, ,61 4, ,81 70, ,4 140, ,43 45, ,17 76, ,97 15, ,89 57, ,7 95, ,17 190, ,34 68, ,37 114, ,36 9, ,08 95, ,93 159, ,49 318,31 T5 K 0 T10 K ,5 19, ,35 38, ,45, ,70 44, ,05 3, ,90 47, ,60 5, ,10 50, ,80 8, ,45 57, ,40 30, ,65 60, ,00 31, ,80 63, ,15 35, ,0 70, ,35 38, ,55 76, ,95 39, ,75 79, ,15 4, ,10 85, ,90 47, ,65 95, ,10 50, ,00 101, ,45 57, ,75 114, ,85 63, ,45 17, ,55 76, ,95 15, ,65 95, ,15 190, ,5 114, ,35 9,

24 Synchronising shafs HTD profile 5M / 8M AT1,7 Synchronising shafs AT profile Synchronising shafs 5M / 8M Synchronising shafs AT1,7 Cenre beiseiig on boh enrier sies RECO orer example Cenre beiseiig on boh enrier sies RECO orer example Synchronising shaf Al 180 5M / 3 Synchronising shaf Al 180 AT1,7 - SE / 48 K K Wih Wih Tooh gap Sanar version Sanar version : AlCuMg1 The sock program is marke in grey. Furher maerials an numbers of eeh are available. Tooh gaps: ormal gap (Sanar, wihou orering aiion) SE gap (orering aiion: -SE) Zero gap (orering aiion: -0) : AlCuMg1 The sock program is marke in grey. Furher maerials an numbers of eeh are available. 5M K 0 8M K ,69 31, ,06 38, ,75 61, ,65 39, ,9 63, ,83 4, ,38 68, ,60 47, ,13 76, ,79 50, ,16 81, ,16 57, ,30 91, ,5 63, ,49 101, ,5 76, ,86 1, ,35 95, ,4 15, ,45 114, ,97 183,35 AT1,7 K ,03 80, ,0 97, ,4 101, ,33 109, ,46 11, ,54 19, ,71 145, ,88 161, , 194, ,73 4, ,4 91,

25 D D k 1 el wih b: 5 mm Synchronising pulley wih : 3 mm Synchronising pulleys wih ensioners Synchronising pulleys wih ensioners el wih b: 5 mm Synchronising pulley wih : 3 mm Synchronising pulleys wih ensioners el wih b = 5 mm, synchronising pulley wih = 3 mm AT10 k T10 k L max D Mouning arrangemen el wih b = 5 mm, synchronising pulley wih = 3 mm AT10 k T10 k L max D Mouning arrangemen el wih b = 5 mm, synchronising pulley wih = 3 mm AT10 k T10 k L max D Mouning arrangemen x x x x x x 55 AT10 / T10 Synchronising pulleys wih ensioners 18 55,48 55, ,66 58, ,84 61, x x x x x x x x x x x x x x x ,67 93, ,04 100, x x x 8 54 x x x x x x 55 6 x x x x x x x ,4 130, ,97 150, x 55 6 x x x x x x x x x x x x 55 6 x x x x 55 Mouning arrangemen 1 Synchronising pulleys wih ensioners Mouning arrangemen s: Synchronising pulley: aluminium (conformal wih RoHS regulaions) Tensioner: seel umber of flanges (opional): 0 / 1 / L L Tooh gaps: ormal gap (Sanar, wihou orering aiion) SE gap (orering aiion: -SE) Zero gap (orering aiion: -0) D k 68,1 68, ,57 74, ,76 77, ,1 84, x x x 8 54 x x x x x x x 8 54 x x x x x x x 8 54 x x x x x x x 8 54 x x ,77 11, ,50 15, x x x x x x 55 6 x x x x x x x x x x x x x 55 6 x x x x x x x x x ,17 189, RECO orer example 6 30 x x x x x x x x 55 6 x x x x x x x x x 65 Tensioner 3 AT10 - SE / 7-15 Synchronising pulley wih Tooh gap umber of flanges Shaf iameer 48 49

26 D D k 1 el wih b: 3 mm Synchronising pulley wih : 40 mm Synchronising pulleys wih ensioners Synchronising pulleys wih ensioners el wih b: 3 mm Synchronising pulley wih : 40 mm Synchronising pulleys wih ensioners el wih b = 3 mm, synchronising pulley wih = 40 mm AT10 k T10 k L max D el wih b = 3 mm, synchronising pulley wih = 40 mm AT10 k T10 k L max D el wih b = 3 mm, synchronising pulley wih = 40 mm AT10 k T10 k L max D Mouning arrangemen Mouning arrangemen Mouning arrangemen x x x 65 AT10 / T10 Synchronising pulleys wih ensioners Mouning arrangemen 1 Synchronising pulleys wih ensioners L L Mouning arrangemen s: Synchronising pulley: aluminium (conformal wih RoHS regulaions) Tensioner: seel umber of flanges (opional): 0 / 1 / RECO orer example Tensioner 40 AT10 - SE / 7-18 Synchronising pulley wih Tooh gap umber of flanges Shaf iameer D k 15 45,93 45, ,11 49, ,48 55, ,66 58, ,84 61, ,1 68, ,57 74, ,76 77, ,1 84, x x x x x x x x x x x x x x x x x x x x x x x 8 54 x x x x x x x 8 54 x x x x x x x 8 54 x x x x x x x 8 54 x x ,67 93, ,04 100, ,77 11, ,5 15, x x x x 8 54 x x x x x x x 55 6 x x x x x x x x x x x x x x 55 6 x x x x x x x x x x x x x x 55 6 x x x x x ,50 15, ,4 138, ,97 150, ,17 189, x x x x x x x x 55 6 x x x x x x x x x x x x x x 55 6 x x x x x x x x x x x x x x 55 6 x x x x x x x x x

27 D D k 1 el wih b: 50 mm Synchronising pulley wih : 56 mm Synchronising pulleys wih ensioners Synchronising pulleys wih ensioners el wih b: 50 mm Synchronising pulley wih : 56 mm Synchronising pulleys wih ensioners el wih b = 50 mm, synchronising pulley wih = 56mm AT10 k T10 k L max D el wih b = 50 mm, synchronising pulley wih = 56mm AT10 k T10 k L max D el wih b = 50 mm, synchronising pulley wih = 56mm AT10 k T10 k L max D Mouning arrangemen Mouning arrangemen Mouning arrangemen 6 16 x x x ,84 61, x x x x 55 6 x x x 55 6 x x 55 AT10 / T10 Synchronising pulleys wih ensioners L Mouning arrangemen 1 Synchronising pulleys wih ensioners L D k Mouning arrangemen 68,1 68, ,57 74, ,76 77, ,1 84, ,67 93, x x x x 55 6 x x x x x x 55 6 x x x x x x 55 6 x x x x x x x x x x x x x x x x x ,77 11, ,50 15, ,4 138, x x x x x x x x x x x 55 6 x x x x x x x x x x x x 55 6 x x x x x x x x x ,17 189, x x x x x x 65 s: Synchronising pulley: aluminium (conformal wih RoHS regulaions) Tensioner: seel umber of flanges (opional): 0 / 1 / Tooh gaps: ormal gap (Sanar, wihou orering aiion) SE gap (orering aiion: -SE) Zero gap (orering aiion: -0) 3 100,04 100, x 55 6 x x x x x x x x x ,97 150, x 55 6 x x x x x x x x x 65 RECO orer example Tensioner 56 AT10 - SE / 3-5 Synchronising pulley wih Tooh gap e umber of flanges Shaf iameer 5 53

28 Technical aa: ensioners Synchronising pulleys wih ensioners Keeping hings moving! Synchronising pulley wih ensioners AT10 / T10 Surface pressure Clamping screws Torque Axial force Shaf DI 91 Tighening orque Applicaion xd M T [m] F A [K] p W [/mm ] p [/mm ] 1.9 number an ype M S [m] Meium o high orques Low o meium orques x x M x x M x x M x x M x x M x x M x x M x x M x x M x x M x x M x x M8 5 6 x x M x x M x x M x x M x x M x x M x x M x x M x x M8 41 Assembly insrucions Please clean an lighly oil he conac surfaces of he shaf an hub. Then inser he ensioners ino he hub res an push ono he shaf. Tighen he clamping screws crosswise o he ighening orque M S inicae in he able in several sages using a orque wrench. Please check he ighening orque of all ighening screws in he orer hey are arrange. The able values of M T an F A have been calculae for an assembly wih oil. Imporan: Please o no use oil wih molybenum isulphie or high-pressure aiives an grease. The coefficien of fricion is significanly reuce by his

29 Sock program Tension rollers Type wih excener, eeh on he running surface Tension rollers Type wih excener, eeh on he running surface Sock program Tension roller (T-, AT profile) SW ø k G E G D Type /E0 (oohe) Tension rollers are seae wice on groove roller bearings. The bearings are grease for live. Permanen emperaures co 70 C an uner will no lea o a reuce useful life of he grease. Shor-erm emperaures up o 10 C are permie. s: Axis: Running roller: seel aluminium RECO orer example Tension roller /E0 Al 34 T5 / - 0 Wih umber of flanges Tension roller (AT profile) Tension roller /E0 Al 40 AT10 / 0 - righ ø k SW Wih G E Type /E0 lef Type / Pich umber of eeh umber of flanges max. el wih Tension roller Type /E0 (sock program) k E G SW Loabearing parameers C yn. [] C sa. [] max. Roaional spees n [min -1 ] 34 T , M T , M T , M AT , M AT , M Tension roller (AT profile) 64 AT , M AT10 0* , M ø k SW G 64 AT10 0* , M ATK , M ATK , M * oe min! E Type /E0 righ 56 57

30 Sock program Tension rollers Type wih excener, smooh running surface Tension rollers Type wih excener, smooh running surface Sock program Tension rollers are seae wice on groove roller bearings. The bearings are grease for live. Permanen emperaures co 70 C an uner will no lea o a reuce useful life of he grease. Shor-erm emperaures up o 10 C are permie. s: Axis: Running roller: Flanges: seel aluminium aluminium RECO orer example Tension roller /E 70 / 10 - Wih Diameer D umber of flanges Tension roller Tension roller Typ /E0 (sock program) SW D umber of flanges max. el wih E G SW C yn. [] Loabearing parameers C sa. [] max. Roaional spees n [min -1 ] E G D M M M M M M Type /E0 (smooh) M M M M M Tension roller M M SW Tension roller Type /E (sock program) E D 1 G D umber of flanges max. el wih E G SW C yn. [] Loabearing parameers C sa. [] max. Roaional spees n [min -1 ] ,5 4 5 M M M Type /E (smooh) M M M M M M M M M M

31 Sock program Tension rollers Type wih flange, smooh running surface Tension rollers Type wih flange, smooh running surface Sock program K Tension roller s: Axis: Running roller: Flanges: seel aluminium aluminium RECO orer example Tension roller /F 117 / Wih Diameer D umber of flanges D 1 G D Tension roller Type /F0 (sock program) 3x10 Type /F0 (smooh) D umber of flanges max. el wih K G C yn. [] Loabearing parameers C sa. [] max. Roaional spees n [min -1 ] M8 (3 ) M8 (3 ) M1 (3 ) Tension roller M1 (3 ) M1 (3 ) K M1 (3 ) M16 (3 ) M16 (3 ) x 10 D 1 G D umber of flanges max. el wih Tension roller Type /F (sock program) K G C yn. [] Loabearing parameers C sa. [] max. Roaional spees n [min -1 ] Type /F (smooh) M8 (3 ) M8 (3 ) M1 (3 ) M1 (3 ) M1 (3 ) M1 (3 ) M16 (3 ) M16 (3 )

32 Clamp plaes Tension plaes RECO -fix Clamping elemens RECO -fix Clamping elemens Clamp plaes AT, T profile Meric Pich Version (wihou bores) Version (wih bores) m c a c oes on clamp connecors / clamp plae sysem L Clamp plaes H L Clamp plaes H The RECO fix clamping elemens are use in linear sysems. Clamp connecors an clamp plaes opimally aape o our iming bels are available for iverse areas of applicaion. oh elemens are use o fasen he bel ens on he machine frame or on he moving uni. Clamp plaes are ofen use in linear echnology, when one or boh bel ens nee o be affixe o he housing. An ajusmen of he preension is no possible wih clamp plaes. While he clamp connecors only enable simple fasening of he bel ens, he clamp plae can also be use for seing he preensioning force via a clamping uni. The ifferen varians A, an C specially opimise o he loa are available o he user wihin a complee clamp plae sysem for he iniviual bel ypes an bel wihs. The corresponing assignmen is shown in able in he clamp plaes secion. The ifferen varians an subcaegories ensure absolue clamping reliabiliy ogeher wih opimum hanling an assembly hanks o heir esign. Proviing a complee sysem comprising base plae, if necessary oohe inser, upper plae, clamping uni an sanar par accessories spares he user awkwar assembly an coorinaion of he iniviual pars. In aiion, using he oohe insers mae from high-srengh polyamie in he clamp plaes of varian allows proucion coss o be opimise. This resuls in a sysem wih a very goo price-performance raio overall. Varian A is ivie ino ypes 1, an 3. Type 1 is supplie wihou bores an clamping uni, which means i provies freeom of consrucional esign, while allowing he bel en o be fasene wihou aiional movemens of he fixe clamping posiion. Type, on he oher han, offers he clamping uni an long holes for clamping he iming bel rive. I is hen necessary o fasen he clamp plae of ype on he machine frame. Type 3 is ypically provie for free suspension of he bel ensioning on he clamping uni. A proecion ha migh be necessary agains urning an movemen mus be provie eiher by fixing he clamping uni iself or corresponing limiing or guie elemens in he clamp plae environmen. Varians an C are generally suiable for boh connecions o he machine frame, fixe an freely suspene, an are available in he version wihou clamping uni. el wih AT profile ore m a c L iameer AT3 5, ,5 8 H AT3 5, , AT3 5, , AT5 5, AT5 5, AT5 5, AT5 5, AT10 AT10 6, AT10 AT10 6, ATK AT10 AT10 6, ATK AT10 AT10 ATK10 6, AT15proec ATS AT15proec ATS AT15proec ATS15 AT ATK AT15proec ATS15 AT ATK AT AT AT AT el wih T profile ore m a c L iameer T,5* 5, H T,5* 5, T5 5, T5 5, T5 5, T5 5, T10 6, T10 6, T10 6, T10 6, T0 6, T0 6, T0 6, T0 6, * In he clamp plaes of he ype T,5 here are only 6 insea of 8 bores. RECO orer example Clamp plae ATs15 Wih Lengh L Version 6 63

33 Clamp plaes Imperial profile Imperial pich RECO -fix Clamping elemens RECO -fix Clamping elemens Clamp plaes AT-, T-, HTD profile for bel clamping on one sie Version (wihou bore) Version (wih bore) AT-, T profile HTD profile m c a c a a 1 a L H L H L H L H Clamp plaes Clamp plaes Clamp plaes for bel clamping on one sie Clamp plaes for bel clamping on one sie Imperial pich AT profile HTD profile el ore m a c H wih L iameer 5, T1/5 5, , T1/5 5, , T1/5 5, , T1/5 5, , T3/8 6, , T3/8 6, , T3/8 6, , T3/8 6, , T1/ 6, , T1/ 6, , T1/ 6, , T1/ 6, , T1/ 6, , T7/8 6, , T7/8 6, , T7/8 6, , T7/8 6, RECO orer example Clamp plae T3/8 Wih Lengh L Version el ore m a a wih L iameer 1 H AT5 5, AT5 5, AT5 5, AT5 5, AT10 AT10 6, AT10 AT10 6, ATK AT10 AT10 6, ATK AT10 AT10 ATK10 6, AT15proec ATS AT15proec ATS AT15proec ATS15 AT ATK AT15proec ATS15 AT ATK AT AT AT AT el wih L ore iameer m a H ,8 5M 5, ,8 5M 5, ,8 5M 5, M M M M M M M el wih L T profile ore m iameer a a 1 H T5 5, T5 5, T5 5, T5 5, T10 6, T10 6, T10 6, T10 6, T T RECO orer example Clamp plae AT10 Wih T T Lengh L Clamp plaes are also available wihou bores. Version 64 65

34 Tension plaes RECO -fix Clamping elemens RECO -fix Clamping elemens Tension plaes The able below is an overview abou our available ension plae varians accoring o he ifferen bel ypes. RECO -fix Tension plae RECO -fix Tension plae Pich 5 mm 10 mm 15 mm 0 mm el ype T5 AT5 / ATL5 T10 AT10 RECO -fix Tension plaes el wihs Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 ATK10 - ATL10 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 ATS ATK T0 - - AT0 - - ATL0 - - Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian A Type 1 / / 3 Varian Type 1 Varian Type 1 Varian Type 1 Varian Type 1 Varian Type 1 Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian Type Varian C - - Varian C - Varian C Varian C - Varian A ype 3 Wih ensioning evice, hreae holes in he upper plae an screw hrea in he boom plae Remark: Varian an C are also available wihou ensioning evice. If you on nee i, please make a noe in he orer coe. RECO -fix Tension plae Varian ype 1 Wih ensioning evice, bores, long holes an oohe inser RECO -fix Tension plae RECO -fix Tension plae RECO -fix Tension plae Varian ype Wih ensioning evice, bores, long holes an oohe inser Varian C Wih ensioning evice, bores, long holes Varian A ype 1 Wihou bores an ensioning evice Varian A ype Wih bores, long holes an ensioning evice 66 67

35 General mouning insrucions General mouning insrucions oes on he assembly of RECO iming bels in he RECO fix clamp plaes The RECO fix clamp plaes are esigne so ha clamping reliabiliy an opimum assembly of he iming bel in he clamp plae are ensure. We herefore recommen reaing an complying wih he assembly noes for he relevan ypes as well as he following assembly workflow. Please procee in he following seps when assembling iming bels an clamp plaes: Sep 1: Preparaion for assembly Cu he iming bel in a gap beween wo bel eeh o he require lengh an place i in he oohe secion of he open clamp plae. Sep : Preassembly of he clamp plae Place he upper an lower plae as well as he oohe inser, if necessary, an connec everyhing wih he preassembly screws (counersunk screws). Use a suiable orque wrench for his. Please noe he ighening orques inicae for he relevan ypes. The preassembly screws keep he clamp plaes securely close uring he subsequen seps. Sep 3: Tensioning he bel /fasening on he machine frame Move he clamp plae(s) ino he require assembly posiion in he machine. The clamp plaes are usually fasene irecly on he machine frame. This fasening is one wih fasening screws (cyliner hea screws) via he long holes of he clamp plaes. We recommen leaving he fasening screws loose unil he clamp plae is move ino posiion by he clamping uni, meaning he necessary preensioning force is applie o he iming bel. Afer he preensioning force has been se in he iming bel, he fasening screws can be ighene accoring o he specificaions. Special feaure of freely suspene assembly: Freely suspene assembly on he clamping uni is possible, bu no sricly recommene. Sep of hese insrucions is logically followe by sep 4 an hen ensioning of he bel (sep 3). The fasening screws mus also be insalle an ighene accoring o he specificaions for freely suspene assembly. To apply he ensioning force uring freely suspene assembly, we recommen fixing he clamp plae in a vice or similar. The fixing shoul be carrie ou in he fron area (near o clamping uni). Sep 4: Applying he clamping force in he clamp plae To ensure he require clamping reliabiliy, he bel fasening in he clamp plaes mus be clampe again in aiion o he preassembly an fasening proceure. This clamping is carrie ou for bel wihs > 50 mm (clamp plae varian ype an varian C) using he counersunk screws an ighening hese o he specifie ighening orque for he clamping force. The fasening screws mus also be ighene o he corresponing orque. This sep oes no apply for he clamp plaes varian A an varian ype 1, as his ensioning force was alreay applie here by ighening he fasening screws in he long holes. Sep 5: Reighening of he bel a a laer ae If i is necessary o reajus he preensioning force in he iming bel a a laer ae, only he fasening screws have o be loosene an reighene via he clamping uni. The preensioning of he bel ensioning in he clamp plae iself can be reaine for his proceure. In he case of assembly freely suspene on he hreae ro, here is no nee o loosen he fasening screws, as reighening can be one irecly

36 Tension plaes Varian A RECO -fix Clamping elemens RECO -fix Clamping elemens Tension plaes Varian A Tension plae varian A ype 1 Tension plae varian A ype 1 Tension plae varian A ype Tension plae varian A ype el wih b/ bel ype L H 65 el wih b/ bel ype L M m 1 H H 5 T ,5 5 T ,5 18,5 3 T ,5 H 3 T ,5 18,5 L T ,5 5 T ,5 m 1 L T ,5 18,5 5 T ,5 19,5 3 T ,5 3 T ,5 19,5 Wihou bores an ensioning evice 50 T ,5 5 AT ,0 Wih bores, long holes an ensioning evice 50 T ,5 19,5 5 AT ,75 19,0 3 AT ,0 3 AT ,75 19,0 Tension plae varian A ype 1 50 AT ,0 5 ATL ,0 3 ATL ,0 Tension plae varian A ype Ø6,5 50 AT ,75 19,0 5 ATL ,75 19,0 3 ATL ,75 19,0 50 ATL ,0 50 ATL ,75 19,0 5 AT ,5 M 5 AT ,5 19,5 b 3 AT ,5 b 3 AT ,5 19,5 50 AT ,5 M8 50 AT ,5 19,5 5 ATL ,5 3 ATL ,5 3 ATK , ATL ,00 19,5 3 ATL ,00 19,5 3 ATK ,5 19,5 Wihou bores an ensioning evice 50 ATK ,5 Wih bores, long holes an ensioning evice 50 ATK ,5 19,5 Mouning insrucions RECO orer example Tension plae AT5 Var A Type 1 Wih Lengh L el ype / Pich Varian Type Tension plae Varian A ype el wih Pre-assembly screws (SW=wrench sie across flas) Recommene ighening momen of he pre-assembly screws M A Fasening screws Recommene ighening momen of he fasening screws M A Tighening momen for generaion of ension force M A Amissible force of he ension plaes F am Counersunk hea screws ISO 1064, M5-8.8 ince (SW3) Counersunk hea screws ISO 1064, M5-8.8 ince (SW3) Counersunk hea screws ISO 1064, M5-8.8 ince (SW3) 6 m 6 m 6 m Cheese hea screws ISO M6-8.8 ince (SW5) Cheese hea screws ISO M6-8.8 ince (SW5) Cheese hea screws ISO M6-8.8 ince (SW5) 10 m 10 m 10 m 10 m 10 m 10 m RECO orer example Tension plae AT10 Var A Type Wih Lengh L el ype / pich Varian Type 70 71

37 Tension plaes Varian A RECO -fix Clamping elemens RECO -fix Clamping elemens Tension plaes Varian Tension plae varian A ype 3 Tension plae varian A ype 3 Tension plae varian ype 1 Tension plae varian ype 1 65 el wih b/ bel ype L M m 1 H 100 el wih b/ bel ype L M m 1 h H M8 m 1 Wih ensioning evice, hreae holes in he upper plae an screw hrea in he boom plae Tension plae varian A ype 3 M Mouning insrucions Ø6,5 Wih ensioning evice, hreae holes in he upper plae an screw hrea in he boom plae L Tension plae Varian A ype 3 b 10 H 5 T ,5 18,5 3 T ,5 18,5 50 T ,5 18,5 5 T ,5 19,5 3 T ,5 19,5 50 T ,5 19,5 5 AT ,75 19,0 3 AT ,75 19,0 50 AT ,75 19,0 5 ATL ,75 19,0 3 ATL ,75 19,0 50 ATL ,75 19,0 5 AT ,5 19,5 3 AT ,5 19,5 50 AT ,5 19,5 5 ATL ,00 19,5 3 ATL ,00 19,5 3 ATK ,5 19,5 50 ATK ,5 19,5 el wih Fasening screws Recommene ighening momen of he fasening screws M A Tighening momen for generaion of ension force M A Amissible force of he ension plaes F am Cheese hea screws ISO M6-8.8 ince (SW5) Cheese hea screws ISO M6-8.8 ince (SW5) Cheese hea screws ISO M6-8.8 ince (SW5) 10 m 10 m 10 m 10 m 10 m 10 m M1 m 1 Wih ensioning evice, bores, long holes an oohe inser Tension plae varian ype 1 Wih ensioning evice, bores, long holes an oohe inser Mouning insrucions Tension plae Varian ype 1 el wih 50 mm Pre-assembly screws (SW=wrench sie across flas) Recommene ighening momen of he pre-assembly screws M A Fasening screws Recommene ighening momen of he fasening screws M A Tighening momen for generaion of ension force M A Amissible force of he ension plaes F am L Counersunk hea screws ISO 1064, M8-8.8 (SW5) an M (SW6) 8 m for M8 17 m for M10 Cheese hea screws ISO M8-8.8 (SW6) 34 m 34 m on Cheese hea screws in he long hole b h M H 50 ATL ,5 19, ATS ,5 19, ATK ,5 19, T ,5 19, AT ,5 19, ATL ,5 18,68 3 Remark: The oohe inser for 50 ATK15 is he same for curve lef an righ Curve righ )))))) )))))) ~ Curve lef RECO orer example Tension plae AT10 Var A Type 3 Wih Lengh L el ype / pich Varian Type RECO orer example Tension plae ATL10 Var Type 1 wihou ensioning evice Wih Lengh L el ype / pich Varian Type Version 7 73

38 Tension plaes Varian RECO -fix Clamping elemens RECO -fix Clamping elemens Tension plaes Varian C Tension plae varian ype Tension plae varian ype 100 el wih b/ bel ype L M m 1 a c h H m 1 =10:M16 =150:M18 Mouning insrucions Wih ensioning evice, bores, long holes an oohe inser Tension plae varian ype Wih ensioning evice, bores, long holes an oohe inser 75 AT ,5 65 9,5 19, AT , , ATK ,5 65 9,5 19, ATK , , ATL ,5 65 9,5 18, ATL , , ATS ,5 65 9,5 18, ATS , , ATK ,5 65 9,5 18, ATK , , T ,5 65 9,5 18, T , , AT ,5 65 9,5 18, AT , , ATL ,5 65 9,5 17, ATL , ,68 4 Tension plae Varian ype el wih 75 mm 100 mm Pre-assembly screws (SW=wrench sie across flas) Recommene ighening momen of he pre-assembly screws M A Fasening screws c Counersunk hea screws ISO 1064, 6 M (SW6) Counersunk hea screws ISO 1064, 6 M1-8.8 (SW8) 18 m 8 m Cheese hea screws ISO M (SW8) Cheese hea screws ISO M1-8.8 (SW10) Recommene ighening momen of he fasening screws M A 45 m 70 m Tighening momen for generaion of ension force M A 64 m on Counersunk hea screws 114 m on Counersunk hea screws Amissible force of he ension plaes F am RECO orer example Tension plae ATK15 Var Type lef Wih Lengh L el ype / pich Varian Type Curve irecion (only ATK10, ATK15) L a b h M H oe: For he iming bel ypes 75 ATK10/ATK15 an 100 ATK10/ATK15 i is necessary o inicae he curve irecion! oe: The gear insers for ATK10 an ATK15 epen on he curve irecion lef or righ. Curve righ )))))) )))))) Curve lef ~ (((((( (((((( ~ Curve lef Curve righ M0 m Tension plae varian C Wih ensioning evice, bores, long holes Tension plae varian C 30 L h H Wih ensioning evice, bores, long holes b M el wih b/ bel ype Tension plae varian C L M m 1 h H 150 AT ,5 5, ATS ,5 4, T ,5 4, AT ,5 3,85 4 Mouning insrucions RECO orer example Tension plae AT10 Var C wihou ensioning evice Wih Lengh L el ype / pich Varian Version Tension plae el wih Pre-assembly screws (SW=wrench sie across flas) Recommene ighening momen of he pre-assembly screws M A Fasening screws Recommene ighening momen of he fasening screws M A Tighening momen for generaion of ension force M A Amissible force of he ension plaes F am Variane C 150 mm Counersunk hea screws ISO 1064, 7 M1-8.8 (SW8), aiional screw M1 in he mile of he bel 4 m Cheese hea screws ISO M1-8.8 (SW10) 105 m 1 m on Counersunk hea screws

39 Calculaion online Calculaion online Available worlwie aroun he clock. Qualiy proucs, firs-class avice an iniviual service are par of he sanar package for all members of Mulco Europe EWIV. This sanar is consanly being upgrae an aape o he nees of he cusomers. The bel pilo is an online ool which allows esign engineers all over he worl o work roun he clock on esign soluions for iming bel rives. They can carry ou geomeric calculaions o configure he bel rive, ecie on he number of eeh, plan he bel wih or calculae he pulley iameer, save he configure rive or open calculaions alreay save, or use he performance calculaion o check he possibiliy of using he selece iming bel wih he loa aa - he bel pilo has he versailiy an wie range of calculaion opions o help hem fin he righ soluion quickly. The CAD ownloa faciliy enables users o ransfer iming bels an componens o heir own CAD sysem as CAD rawings. D or 3D CAD rawings in a wie an iverse range of file formas are user-efinable an can be copie irecly ino CAD programs. To fin he bel pilo visi

40 RECO TSM alpha 1 RECO TSM alpha 1 Pre-ension Pre-ension highly influences he operaing conucion an life of he whole gearing. I is herefore one of he few figures which he user of ooh-bel rives has o se for himself. Pre-ension epens on he geomery an he sress of he ooh-bel rive so ha he high values of he posiioning an repeiion precision are aainable, an hrough ha he esirable ransmiing behaviour can only be realise uner he coniion of a cerain pre-ension. RECO Measuring Device TSM alpha 1 The fully elecronic measuring insrumen enables he conrolling of he se-up pre-ension in ooh-bel rives in a very easy an secure way. Special sensors regiser he vibraion of a ooh-bel ha has been simulae in avance. The insrumen regisers he bel s self-frequency. The ligh insensiive sensors allow for a relaively high measuring isance beween he sensor an he bel. For his reason he insrumen is very well ajuse o proucion an insallaion/assembly coniions. Using he basic physical principle of a sring vibraion, he pre-ension an self-frequency of he bel are connece wih each oher. I is herefore an easy an fas ask o calculae he bel s pre-ension accoring o he measure frequency. The avanages Info brochure RECO Measuring Device TSM alpha 1 Downloa a easy-hanling conacless measuremen wih one-sie bel ouch measuring on all bel ypes incluing all ifferen ypes of ension members, e.g. seel, Kevlar, glasfiber reliable mearuring resuls ha are highly reproucible connecion for exernal sensor for measuring haraccessible pars an LCD inicaing how full he baery is opical an acousical inicaion of necessiy of baery change measuring range: 5 o 500 H maximum measuremen olerance: ±1 H (more han 100 H ± H) imension: 10 mm x 65 mm x 30 mm weigh: 160 g baery-powere 3-igie LCD-isplay ranspor suicase 78 79

41 Disribuion parner Disribuion parner Anon Klocke Anriebsechnik GmbH Senner Sraße 151 D ielefel phone: fax: Reiff Technische Prouke GmbH Tübinger Sraße -6 D-776 Reulingen phone: fax: Wilhelm Herm. Müller GmbH & Co. KG Heinrich-orhoff-Ring 14 D-3086 Garbsen phone: fax: W. H. Müller s.r.o. Pražákova 39 CZ rno phone: phone: fax: whm@whm.c Wilhelm Herm. Müller Polska Sp. o.o. ul. Solna 0 PL ygosc phone: fax: whm@whm.pl Germany Germany Germany Cech Republic Polan Waler Rohermun GmbH & Co. KG Am Tannenbaum D Mönchenglabach phone: fax: info@rohermun.e Roh GmbH & Co. KG Anernacher Sraße 14 D ürnberg phone: fax: info@roh-ing.e Araron A Smiesvägen 4-8 SE Solna phone: fax: info@araron.se ARATRO AS Posboks 14 Holmlia -104 Oslo phone: fax: firmapos@araron.no Moveec Oy Hannuksenie 1 FI-070 Espoo phone: fax: info@moveec.fi ODY LMT A/S Hassellunen 14 DK-765 Smørum phone: fax.: info@bony.k Germany Germany Sween orway Finlan Denmark Hilger u. Kern GmbH Anriebsechnik Käferaler Sraße 53 D Mannheim phone: fax: anriebsechnik@hilger-kern.e Haberkorn GmbH Moecenersraße 7 A-1030 Wien phone: fax: info.wien@haberkorn.com Dinámica Disribuciones S.A. Cra. o. II, km 59,6 E S. Anreu e la arca phone: fax: inamica@inamica.ne RECOflex Co., L.L.C. Inusrial Way Wes USA-Eaonown, J 0774 phone: fax: info@brecoflex.com Germany Ausria Spain USA THE POWER OFAWELL-MESHED GROUP. iner Magneic 1, Allee es arbanniers F-963 Gennevilliers-Ceex phone: fax: info@biner-magneic.fr Transmission Developmens Co. (G..) LTD Dawkins Roa, Hamworhy G-Poole Dorse H15 4HF phone: fax: sales@ransev.co.uk RECO no only believes in a high sanar of qualiy for proucion, bu also when i comes o avice an service concerning all aspecs of polyurehane iming bel echnology. Our sales parners are all specialiss in his fiel an can offer you he very bes cusomer suppor. Drive elemens from RECO safey in moion. Disribuion parner France / elgium Grea riain 80 81

42 Prouc caalogues Prouc caalogues / Warrany Available prouc caalogues - for every applicaion he righ prouc RECO an RECOFLEX iming bels Componens - General informaion (applicaion an calculaion noes) - Enless iming bels (RECOFLEX ) - Open lengh iming bels (RECO M) - Enless joine iming bels (RECO V) - Timing bel lock for AT10, T10 - General informaion - Timing pulleys - Synchronising shafs - Synchronising pulleys wih ensioners - Tension rollers - RECO fix-clamping elemens AT-Sysem - RECO iming bels for ranspor echnology - General informaion abou he AT sysem (applicaion informaion an noes on calculaions) - AT iming bels - AT iming bel lock - AT sanar profile connecion - AT profiles - AT componens RECObasic -iming bels - Prouc range - Coaings for RECObasic iming bels RECOproec -iming bels - Prouc range RECO an RECOFLEX fla bels - General informaion - Enless fla bels (RECOFLEX ) - Open lengh iming bels (RECO M) - Open lengh fla bels (RECO M) - Enless joine fla bels (RECO V) - Fasening elemens Finishing of iming bels Warrany Furher informaion abou: - Sales parners - ew proucs an evelopmens - Available caalogues can be foun a All informaion has been compile wih he umos care an aenion an refl ecs he curren sae of knowlege. However, we woul like o paricularly raw your aenion o he fac ha all echnical aa is quoe subjec o olerances an mus no be inerpree as a guaranee elivery specifi caion. We reserve he righ o make echnical changes as par of our coninuous prouc evelopmen process. - Coaings for polyurehane iming bels - Mechanical rework of coaings - Mechanical rework of iming bels - High srengh profile connecion - Wele-on profiles RECO an RECOFLEX are regisere raemarks of RECO Anriebsechnik reher GmbH & Co. KG. 014 RECO GmbH & Co. Zahnscheiben KG All righs wihhel. o pars of his caalogue may be reprouce. Prine in Germany, secon engl. version june

43 Keeping hings moving! This company posiioning confrons RECO GmbH & Co. Zahnscheiben KG as manufacurer of RECO Componens wih new grea challenges, which are accepe wih pleasure. RECO GmbH & Co. Zahnscheiben KG Kleissr. 53 D-3457 Pora Wesfalica phone: / fax: / info@breco.e Fin your responsible sales parner on or