Joint and Cardan Shafts

7 6 Md Nom 400 Nm Md Lim 520 Nm Needle bearing version Series 0.100 Cardan Drive-Shafts Size 0.106 0.100 0.100 One keyway is not enough to transmit the max. torque. In such case a second keyway or an internal spline is recommended. At utilisation of the nominal torque a verification of the flange connection is necessary.  Service Phone Europe  + 49 (0) 71 42 / 353-0  Service Phone North America  + 1 – 2 6 9 / 6 3 7 7 9 9 9  Catalog  Spare parts  Drive-Shaft Calculation  Installation and Maintenance  www.elbe-group.com Please indicate requested length „S“ and max. r.p.m. when ordering! ß* =Maximum angle of deflection per joint J m =Moment of inertia G =Weight S min =Minimum length of tubular types S 1 = Compressed lengths S 2 of short types X 1 =Extension at S min resp. S 1 X 2 =Extension at S 2 P 1 =Tube diameter. Dimensions in bold type for normal applications. Alternative dimensions are for long shafts at high speeds, see technical annex domain speed P 2 =Alternative tube P 3 Order number Angle of deflection ß* ° Flange-Ø mm S min resp. S 1 mm S 2 mm X resp. X 1 mm X 2 mm P 1 mm P 2 mm P 3 mm Spline dim. DIN 5480 mm Number of flange holes J m (at S min resp. S 1 ) kgm 2 J m (at S 2 ) kgm 2 J m /100 mm standard tube kgm 2 G (at S min resp. S 1 ) kg G (at S 2 ) kg G/100 mm standard tube kg  (bei S min bzw. S 1 )  °  (bei S 2 )  °  /100 mm Normalrohr  ° 0.106.100 30 65 260 – 30 – 32 x 1,5 50 x 2 70 x 3 25x1,5x15 4 0,000415 – 0,000026 1,77 – 0,11 1,8 – 0,53 0.106.101 20 75 260 – 30 – 32 x 1,5 50 x 2 70 x 3 25x1,5x15 6 0,000587 – 0,000026 1,95 – 0,11 1,8 – 0,53 0.106.102 30 Hub 315 – 30 – 32 x 1,5 50 x 2 70 x 3 25x1,5x15 – 0,000448 – 0,000026 2,02 – 0,11 1,9 – 0,53 – – – – – – – – – – – – – – – – – – – – – 0.106.110 30 65 290 – 60 – 32 x 1,5 50 x 2 70 x 3 25x1,5x15 4 0,00044 – 0,000026 1,87 – 0,11 1,9 – 0,53 0.106.111 20 75 290 – 60 – 32 x 1,5 50 x 2 70 x 3 25x1,5x15 6 0,000612 – 0,000026 2,04 – 0,11 1,9 – 0,53 0.106.112 30 Hub 345 – 60 – 32 x 1,5 50 x 2 70 x 3 25x1,5x15 – 0,00047 – 0,000026 2,11 – 0,11 2,0 – 0,53 – – – – – – – – – – – – – – – – – – – – – 0.106.130 30 65 180 200 20 30 – – – 25x1,5x15 4 0,00039 0,00042 – 1,39 1,54 – 1,7 1,8 – 0.106.131 20 75 180 200 20 30 – – – 25x1,5x15 6 0,00056 0,00059 – 1,56 1,71 – 1,7 1,8 – 0.106.132 30 Hub 236 256 20 30 – – – 25x1,5x15 – 0,00042 0,00045 – 1,64 1,78 – 1,8 1,9 – 0.106.140 30 65 220 235 30 30 – – – 25x1,5x15 4 0,00043 0,00045 – 1,58 1,63 – 1,8 1,9 – 0.106.141 20 75 220 235 30 30 – – – 25x1,5x15 6 0,00060 0,00062 – 1,75 1,80 – 1,8 1,9 – 0.106.142 30 Hub 276 291 30 30 – – – 25x1,5x15 – 0,00046 0,00048 – 1,83 1,87 – 1,9 2,0 – – – – – – – – – – – – – – – – – – – – – – 0.106.200 30 65 165 – – – 32 x 1,5 50 x 2 70 x 3 – 4 0,000336 – 0,000026 1,16 – 0,11 1,8 – 0,53 0.106.201 20 75 165 – – – 32 x 1,5 50 x 2 70 x 3 – 6 0,00051 – 0,000026 1,34 – 0,11 1,8 – 0,53 0.106.202 30 Hub 220 – – – 32 x 1,5 50 x 2 70 x 3 – – 0,00036 – 0,000026 1,41 – 0,11 1,9 – 0,53 – – – – – – – – – – – – – – – – – – – – – 0.106.300 30 65 120 – – – – – – – 4 0,00028 – – 0,99 – – 1,3 – – 0.106.301 20 75 120 – – – – – – – 6 0,00045 – – 1,16 – – 1,3 – – 0.106.302 30 Hub 176 – – – – – – – – 0,00031 – – 1,24 – – 1,4 – – 0.106.400 30 65 64 – – – – – – – 4 0,00015 – – 0,56 – – 0,9 – – 0.106.401 20 75 64 – – – – – – – 6 0,00032 – – 0,73 – – 0,9 – – 0.106.402 30 Hub 120 – – – – – – – – 0,00018 – – 0,80 – – 1,0 – – – – – – – – – – – – – – – – – – – – – – – Tubular Type normal extension Tubular Type larger extension Short Type I Short Type II Tubular Type Universal Joint Double Universal Joint Single Universal Cardan Drive-Shafts with extension Cardan Drive-Shafts without extension Universal Joints without extension On both sides standard flange end number: 0.106.XX0 Key-way according to DIN 6885 sheet 1 On both sides connecting hub without key-way end number: 0.106.XX2 with key-way end number: 0.106.XX3 On both sides larger flange end number: 0.106.XX1 additional spline protection on request additional spline protection on request no spline protection available * Please refer to point 6.7 of the technical attachment