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TORQUE LINEAR BEARING TORQUE LINEAR BEARINGDimensions Basic torque rating Basic load rating Allowable staticmomentP 1 P 2 S l T 1 d s dyn. stat. dyn. stat. M Amm mm mm mm mm mm Tol.m C T Nm C OT Nm CN C o N Nm35 35 M6 12 5,5 18,2 0/-21 83 133 7840 11300 6340 40 M8 12 6 23 0/-21 162 239 12300 16100 10450 50 M8 12 7 28 0/-21 289 412 18600 23200 18160 60 M10 15 8 37,4 0/-25 637 882 30800 37500 358MINITEC LINEAR SYSTEM 49
TORQUE LINEAR BEARING TORQUE LINEAR BEARINGTORQUE LINEAR BEARINGSPR...SPR rotation torque bearings can execute linear and rotary movements simultaneously. Particularly in robots, tool changers, and manyhandling tasks, rotation torque bearings can significantly reduce the number of guide components. Thus assembly is significantly simplifiedand belt drive faults which can arise from additional tolerances are effectively eliminated.The rotary part of the SPR guide is implemented as cross roller bearings. This construction is characterised by very high load capacityand rigidity. The inner ring is integrated into the outer shell of the linear bearing. The smallest installation spaces and significant weightreduction are thus achieved. The ends of the torque shafts can be implemented according to specification, so that the unit is immediatelyready for use.Assembly:The rotary bearing is adjusted at the factory and ready to use. Severe blows can damage the precision and quiet operation of thebearing. Thus professional assembly of these precision units must therefore be ensured.When using the flange in a housing collet, the depth of the elongation must be at least 60% of the surface. The collet boring must becarried out to tolerance H7. Only for very small loads and moments, the flange can also be screwed on directly. When inserting thetorque shaft into the linear bearing, the correct match in position of tracks and ball rows must be ensured. The shaft should be alignedas exactly as possible with the boring of the bearing. Improper assembly can lead to the ball being forced out of the bearing.Tightening of the fastening screws must be carried out evenly on a cross-wise basis, with the screw sizes and tightening torques foundin the following table:Designation Weight Shaft length Basic torque rating bearingdynamicBearing Shaft max D 1 D 2 L P 1 S h basic torqueratingkg kg/m mm mm d/m mm mm Tol.m mm mm mm C T NmSPR 20 0,45 2 5000 40 0/-25 34 60 0/-2 34 M4 7 83SPR 25 0,75 3,1 5000 50 0/-25 40 70 0/-3 42 M5 8 162SPR 30 1,25 4,8 5000 61 0/-30 47 80 0/-3 52 M6 10 289SPR 40 2,3 8,6 5000 76 0/-30 62 100 0/-3 64 M6 10 637SPR 50 3,1 13,1 5000 88 0/-35 75 112 0/-3 77 M8 13 1390SPR 60 4,7 19 5000 102 0/-35 90 127 0/-3 90 M8 13 210050 MINITEC LINEAR SYSTEM
Page 1 and 2: Import Belgium & LuxembourgProfilex
Page 3 and 4: INTRODUCTION CONTENTSCONTENTSSTATEM
Page 5 and 6: INTRODUCTION CONTENTSCONTENTS146 Be
Page 7 and 8: INTRODUCTION STATEMENTMiniTec CAD S
Page 9 and 10: LINEAR BEARINGSTECHNICAL DATASPECIA
Page 11 and 12: LINEAR BEARINGS STANDARD LINEAR BEA
Page 19 and 20: LINEAR BEARINGS SUPER LINEAR BEARIN
Page 21 and 22: LINEAR BEARINGS MINIATURE LINEAR BE
Page 23 and 24: LINEAR BEARINGS LARGE LINEAR BEARIN
Page 25 and 26: LINEAR BEARINGS TANDEM LINEAR BEARI
Page 27 and 28: LINEAR BEARINGS FLANGE LINEAR BEARI
Page 33 and 34: LINEAR BEARINGS FLANGE LINEAR BEARI
Page 37 and 38: LINEAR BEARINGS COMPACT LINEAR BEAR
Page 39 and 40: TORQUE LINEAR BEARINGTORQUE LINEARB
Page 41 and 42: TORQUE LINEAR BEARINGTECHNICAL DATA
Page 43 and 44: TORQUE LINEAR BEARING TORQUE LINEAR
Page 49: TORQUE LINEAR BEARING TORQUE LINEAR
Page 55 and 56: SLIDE UNITS SLIDE UNITSSLIDE UNITSG
Page 57 and 58: SLIDE UNITS SLIDE UNITS LIGHT SERIE
Page 59 and 60: SLIDE UNITS SLIDE UNITS LIGHT SERIE
Page 61 and 62: SLIDE UNITS COMPACT SLIDE UNITSCOMP
Page 63 and 64: SLIDE UNITS SLIDE UNIT ADJUSTABLESL
Page 65 and 66: SLIDE UNITS FLANGED SLIDE UNITFLANG
Page 67 and 68: SLIDE UNITS TANDEM SLIDE UNITTANDEM
Page 73 and 74: ASSEMBLED UNITSASSEMBLED UNITS72 MI
Page 75 and 76: ASSEMBLED UNITS ASSEMBLED UNITSASSE
Page 77 and 78: ASSEMBLED UNITS TRAVERSE FOR ASSEMB
Page 79 and 80: ASSEMBLED UNITS ASSEMBLED UNIT OPEN
Page 81 and 82: ASSEMBLED UNITS ASSEMBLED UNIT OPEN
Page 83 and 84: SHAFT SUPPORT BLOCKS SHAFT SUPPORT
Page 89 and 90: SHAFT SUPPORT BLOCKS FLANGED SHAFT
Page 91 and 92: SHAFT SUPPORT BLOCKS FLANGED SHAFT
Page 93 and 94: SHAFT SUPPORTS SHAFT SUPPORTSHAFT S
Page 95 and 96: SHAFT SUPPORTS SHAFT SUPPORT LOW VE
Page 97 and 98: SHAFT SUPPORTS SHAFT SUPPORT SINGLE
Page 99 and 100: SHAFT SUPPORTS SHAFT SUPPORT TWO-RO
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SHAFT SUPPORTS SHAFT SUPPORTSHAFT S
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PRECISION SHAFTSPRECISIONSTEEL SHAF
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PRECISION SHAFTS2. ShaftsShaft Weig
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PRECISION SHAFTSTECHNICAL DATA3. Ch
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PRECISION SHAFTSFLEXURAL STRENGTHS5
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PRECISION SHAFTSHARDENING DEPTH(Out
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PRECISION SHAFTSCIRCULARITYDefiniti
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PRECISION SHAFTSSHAFT MACHININGRadi
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LINEAR SYSTEM LRLINEAR SYSTEM LRThe
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LINEAR SYSTEM LREXAMPLES OF SLIDESL
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LINEAR SYSTEM LRPOSSIBLE COMBINATIO
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LINEAR SYSTEM LR COMPONENTS LRSHAFT
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LINEAR SYSTEM LR COMPONENTS LREND C
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LINEAR SYSTEM LR COMPONENTS LRBOLT
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LINEAR SYSTEM LR COMPONENTS LRTIMIN
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LINEAR SYSTEM LR COMPONENTS LRFASTE
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LINEAR SYSTEM LR COMPONENTS LRPROTE
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LINEAR SYSTEM LR COMPONENTS LRADAPT
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LINEAR SYSTEM LR COMPONENTS LRSLIDE
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LINEAR SYSTEM LR PRECISION SHAFTSCO
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LINEAR SYSTEM LR PRECISION SHAFTSTI
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LINEAR SYSTEM LR PRECISION SHAFTSBE
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LINEAR SYSTEM LR PRECISION SHAFTSSL
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LINEAR SYSTEM LR PRECISION SHAFTSRA
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LINEAR SYSTEM LBLINEAR SYSTEM LB162
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LINEAR SYSTEM LB COMPONENTS LBCOMPO
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LINEAR SYSTEM LB COMPONENTS LBPROFI
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LINEAR SYSTEM LB COMPONENTS LBCENTE
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LINEAR SYSTEM LB COMPONENTS LBEND C
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LINEAR SYSTEM LB READY FOR USE MODU
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LINEAR SYSTEM LG/LNSLIDEWAYSThe LN/
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LINEAR SYSTEM LG/LN COMPONENTS LGSL
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LINEAR SYSTEM LG/LN READY FOR USE M
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SUPPLEMENT INDEXINDEXAADAPTOR PLATE
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SUPPLEMENT INDEX ACCORDING TO PART
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NOTESNOTES...204 MINITEC LINEAR SYS
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