21 1,00 5,23 10,30 12,40 12,90 – 22,40 – – 23,80 33,90 – 59,20 39,50 72,00 91,80 – – – – – – – – – 12,40 – 12,90 22,40 22,00 23,80 – – 26,00 – – – – 41,71 58,00 84,00 101,50 139,40 192,00 3,10 1,68 3,20 3,87 4,00 – 7,00 – – 7,44 10,60 – 18,50 18,50 18,50 23,70 – – – – – – – – – 3,87 – 4,00 7,00 7,00 7,44 – – 10,60 – – – – 13,91 19,40 28,00 33,90 46,50 57,70 – – – 3018 NbV – 3019NbV 3020NbV 2912NbV 3100NbV – – 3353 NbV – – – – 10 16 18 28 36/42 50 A S (PR) 0 NbV (PR) 1 NbV (PR) 2 NbV – (PR) 3 NbV – – (PR) 4 NbV (PR) 5 NbV – (PR) 6 NbV (PR) 6 NbV (PR) 7 NbV (PR) 8 NbV – – – – – – – 4.053 (PR) 4.054 (PR) 4.055 (PR) 4.056 (PR) 4.057 (PR) 4.058 (PR) 4.059 (PR) 4.060 (PR) 4.061 (PR) 4.062 (PR) 4.062 (PR) 4.063 – (PR) 4.064 – – – – – – – – – (PR) 4.454 (PR) 4.455 (PR) 4.456 (PR) 4.457 (PR) 4.458 (PR) 4.459 (PR) 4.460 (PR) 4.461 (PR) 4.462 (PR) 4.462 (PR) 4.463 – (PR) 4.464 (PR) 4.085 4.089 4.090 4.091 4.092 4.093 4.094 – – (PR) 4.072 (PR) 4.073 (PR) 4.074 (PR) 4.075 (PR) 4.076 (PR) 4.077 (PR) 4.078 (PR) 4.0784 (PR) 4.079 (PR) 4.079 – (PR) 4.080 – – – – – – – – – – (PR) 2.054 (PR) 2.055 (PR) 2.056 – (PR) 2.058 – – (PR) 2.061 (PR) 2.062 – (PR) 2.063 – (PR) 2.064 – – – – – – – 4.052 P – (PR) 4.072 P* (PR) 4.073 P* (PR) 4.074 P* – (PR) 4.076 P* – – (PR) 4.0784 P* (PR) 4.079 P* – (PR) 4.080 P* – (PR) 4.084 P* (PR) 4.085 P* – – – – – – – – (PR) 3.054* (PR) 3.055* (PR) 3.056* – (PR) 3.058* – – (PR) 3.061* (PR) 3.062* – (PR) 3.063* – – – – – – – – – – – JC 4.054 JC 4.055 JC 4.056 – JC 4.058 – – JC 4.061 JC 4.062 – JC 4.063 – – – – – – – – – – – KB (PR) 4.072 (P*) KB (PR) 4.073 (P*) KB (PR) 4.074 (P*) – KB (PR) 4.076 (P*) – – KB (PR) 4.0784 (P*) KB (PR) 4.079 (P*) – KB (PR) 4.080 P* KB (PR) 4.080 – – – – – – – – FR kN FA kN 4.053 4.054 4.055 4.056 4.057 4.058 4.059 4.060 4.061 24,0 31,0 45,5 48,0 48,0 68,0 73,0 81,0 81,0 32,0 35,5 51,0 56,8 56,8 72,0 82,0 95,0 95,0 7 11 13 18 18 23 25 31 31 5,23 10,30 12,40 12,90 12,90 22,40 22,00 23,80 23,80 1,68 3,20 3,87 4,00 4,00 7,00 7,00 7,44 7,44 7 11 14 18 18 23 27 36 36 0,46 0,53 0,80 1,00 0,87 1,62 1,74 2,27 2,82 APS I – I APS-Q AP0 I AP0-LUB I AP0-Q AP1 I AP1-LUB I AP1-Q AP2 I AP2-LUB I AP2-Q – AP3.1 I AP3.1-LUB I AP3-Q – – AP4 I AP4-LUB I AP4-Q S 0 NbV 1 NbV I 3018 NbV 2 NbV 3019 NbV 3 NbV I 3020 NbV 2912 NbV 3100 NbV 4 NbV C [kN] CO [kN] CA [kN] FR [kN] FA [kN] COA [kN] C = Dynamic load capacity radial bearing (ISO 281/1), CO = Static load capacity radial bearing (ISO 76) CA = Dynamic load capacity axial bearing (ISO 281/1), COA = Static load capacity axial bearing (ISO 76) FR = Load capacity radial bearing max. allowable force between bearing and profile FA = Load capacity axial bearing max. allowable force between bearing and profile Auswahl der Wälzlager über die Hertz’sche Pressung Selection of bearings by the Hertzian pressure WINKELRolle Axialrolle fest WINKEL Bearing with fixed axial bearing Profile Profile Doppel T-Profil I-Profile U-Profil U-Profile Doppel T-Profil I-Profile U-Profil U-Profile Doppel T-Profil I-Profile WINKELRolle Axialrolle über Exzenter einstellbar WINKEL Bearing eccentric adjustable axial bearing WINKELRolle Axialrolle über Scheiben einstellbar WINKEL Bearing adjustable with shims WINKELRadiallager WINKEL Radial Bearing WINKELRollemit OILAMIDeinsatz WINKEL Bearing with OILAMIDE insert Heavy Duty WINKELRolle Heavy Duty WINKEL Bearing Justierbare WINKELRolleneinheit Adjustable WINKEL Bearing unit WINKEL-Rolle mit Kombibolzen WINKEL Bearing with combined bolt max. radial max. radial max. axial max. axial U-Profil U-Profile * max. Axialbelastung der WINKEL-Rollen bitte dem jeweiligen Rollendatenblatt entnehmen * for max. axial load of WINKEL bearing please refer to the respective data sheet Linearführungen | Linear guides WINKEL-Rollen | WINKEL Bearings Typ Type Gewicht kg Weight kg Anschraubplatten Flange plates Profile Standard Profiles standard
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