H Series - High Performance Three Beam Coupling       Configure a Product          Download PDF        Download Adobe Reader • Convert Matrix to Metric Information     Part No. Thru Bore D L E F G Clamp Set Inch +.000 -.010 Inch ±.015 Inch ±.005 Note 2   Inch ±.015 Inch ±.005 (screw) Inch (torque) LB.IN. Notes 7-11 HTOOO037 .370 .50 .150 .200 0.075 0-82 3 2-56 1.8 HTOOO050 .495 .50 .150 .200 .075 0-80 3 2-56 1.8 HTOOO062 .620 .62 .180 .260 0.075 1-72 5 4-40 5 HTOOO075 .745 .75 .180 .390 0.095 2-56 7 6-32 10 HTOOO100 .995 1.00 .250 .500 0.125 4-40 18 8-32 20 HTOOO125 1.240 1.25 .320 .610 0.140 6-32 34 10-24 36 HTOOO150 1.485 1.50 .400 .700 0.175 8-32 59 10-24 36 HTOOO162 1.610 1.62 .450 .720 0.195 10-24 77 10-24 36 HTOOO175 1.735 1.75 .450 .850 0.195 10-24 77 10-24 36 HTOOO200 1.970 2.00 .480 .1040 0.195 10-24 77 10-24 36 HTOOO225 2.220 2.25 .480 1.290 0.195 10-24 77 10-24 36         Part No. Thru Bore B1 Bore B2 Bore Static Torque Torsional Stiffness Inertia Mass Misalignment (see definitions) Inch +.001 -.000 Notes 1,2,3 MM +.025 -.000 Notes 1,2,3 Inch +.001 -.000 Notes 1,2,3 MM +.025 -.000 Notes 1,2,3 LB.IN Notes 4,5 MIN / LB.IN Note 5 10-3 Ib.in.2 Note 6 Ib. Note 6 Angular Offset Degrees Parallel Off Set Inch Axial Motion Inch HTOOO037     0.131 1         0.5° 0.001 ±.001     0.062 2             0.093 2.5         0.120 3 0.120 3 7.42 22.61 0.079 0.004 0.125 3 0.125 3 7.42 22.63 0.079 0.004 0.156 4 0.156 4 5.32 25.42 0.078 0.004 HTOOO050     0.131 1         0.5° 0.0015 ±.0015     0.062 2             0.093 2.5         0.120 3 0.120 3 12.51 10.21 0.267 0.008 0.125 3 0.125 3 12.51 10.21 0.267 0.008 0.156 4 0.156 4 10.22 10.86 0.266 0.007 0.187 5 0.187 5 8.34 13.61 0.263 0.007 HTOOO062     0.062 2         0.5° 0.0015 ±.0015     0.093 2.5             0.120 3             0.125 3         0.156 4 0.156 4 34.2 5.80 0.755 0.014 0.187 5 0.187 5 32.8 6.32 0.751 0.014 0.250 6 0.250 6 29.1 8.68 0.740 0.013 HTOOO075     0.093 2.5         0.5° 0.0015 ±.0015     0.120 3             0.125 3             0.156 4         0.187 5 0.187 5 86.6 2.25 2.013 0.026 0.250 6 0.250 6 63.9 3.63 1.999 0.025 0.312 8 0.312 8 40.2 6.61 1.970 0.024 HTOOO100     0.120 3         0.5° 0.002 ±.002     0.125 3             0.156 4             0.187 5         0.250 6 0.250 6 116 1.52 8.647 0.065 0.312 8 0.312 8 96 2.05 8.615 0.063 0.375 10 0.375 10 74 2.51 8.553 0.061 HTOOO125     0.250 6         0.75° 0.002 ±.002 0.312 8 0.312 8 234 0.81 26.37 0.126 0.375 10 0.375 10 220 0.91 26.27 0.123 0.437 12 0.437 12 202 0.98 26.10 0.119 0.500 14 0.500 14 158 1.46 25.83 0.115 0.625 16 0.625 16 112 1.95 25.89 0.107 HTOOO150     0.250 6         0.75° 0.002 ±.002     0.312 8         0.375 10 0.375 10 310 0.58 66.06 0.219 0.437 12 0.437 12 301 0.65 65.88 0.215 0.500 14 0.500 14 270 0.82 65.56 0.210 0.625 16 0.625 16 211 0.95 64.87 0.202 0.687 18 0.687 18 160 1.24 64.15 0.196 Part No. Thru Bore B1 Bore B2 Bore Static Torque Torsional Stiffness Inertia Mass Misalignment (see definitions) Inch +.001 -.000 Notes 1,2,3 MM +.025 -.000 Notes 1,2,3 Inch +.001 -.000 Notes 1,2,3 MM +.025 -.000 Notes 1,2,3 LB.IN Notes 4,5 MIN / LB.IN Note 5 10-3 Ib.in.2 Note 6 Ib. Note 6 Angular Offset Degrees Parallel Off Set Inch Axial Motion Inch HTOOO162     0.312 8         1° 0.0025 ±.0025     0.375 10         0.437 12 0.437 12 340 0.52 97.90 0.274 0.500 14 0.500 14 331 0.64 97.67 0.270 0.625 16 0.625 16 264 0.72 96.73 0.259 0.687 18 0.687 18 225 0.87 95.85 0.252 0.750 20 0.750 20 181 1.09 94.65 0.243 HTOOO175     0.375 10         1° 0.003 ±.003     0.437 12         0.500 14 0.500 14 540 0.46 143.0 0.341 0.625 16 0.625 16 465 0.48 142.0 0.329 0.687 18 0.687 18 388 0.59 141.0 0.321 0.750 20 0.750 20 316 0.71 139.7 0.311 0.875 22 0.875 22 258 1.90 137.1 0.297 HTOOO200     0.375 10         2° 0.003 ±.003     0.437 12         0.500 14 0.500 14 705 0.36 282.9 0.526 0.625 16 0.625 16 683 0.37 281.7 0.512 0.687 18 0.687 18 654 0.42 280.7 0.504 0.750 20 0.750 20 561 0.51 279.3 0.494 0.875 22 0.875 22 482 0.62 276.4 0.477 HTOOO225     0.375 10         2° 0.004 ±.004     0.437 12         0.500 14 0.500 14 850 0.22 506.0 0.752 0.625 16 0.625 16 841 0.23 504.8 0.738 0.687 18 0.687 18 835 0.24 503.7 0.728 0.750 20 0.750 20 822 0.29 502.2 0.718 0.875 22 0.875 22 810 0.33 498.9 0.699 • Convert Matrix to Imperial Measurement    Part No. Thru Bore D L E F G Clamp Set MM +.00 -.025 MM ±..38 MM ±.13 Note 2 MM ±.38 MM ±.13 (screw) MM (torque) Nm Notes 7-11 HTOOM037 9.40 12.70 3.80 5.00 1.90 M1.6X.35 0.29 M2X.4 0.21 HTOOM050 12.60 12.70 3.80 5.00 1.90 M1.6X.35 0.29 M2X.4 0.21 HTOOM062 15.75 15.75 4.55 6.60 1.90 M2X.4 0.60 M3X.5 0.92 HTOOM075 19.00 19.00 4.55 9.90 2.35 M2X.4 0.60 M4X.7 2.2 HTOOM100 25.40 25.40 6.35 12.70 3.20 M3X.5 2.1 M4X.7 2.2 HTOOM125 31.50 31.75 8.10 15.60 3.55 M3X.5 2.1 M5X.8 2.2 HTOOM150 37.75 38.00 10.16 17.78 4.45 M4X.7 4.6 M5X.8 2.2 HTOOM162 40.90 41.00 11.45 18.28 5.00 M5X.8 9.5 M5X.8 2.2 HTOOM175 44.00 44.50 11.45 21.60 5.00 M5X.8 9.5 M5X.8 2.2 HTOOM200 50.00 50.80 12.20 26.40 5.00 M5X.8 9.5 M5X.8 2.2 HTOOM225 56.40 57.00 12.20 32.76 5.00 M5X.8 9.5 M5X.8 2.2      < Part No. Thru Bore B1 Bore B2 Bore Static Torque Torsional Stiffness Inertia Mass Misalignment (see definitions) Inch +.001 -.000 Notes 1,2,3 MM +.025 -.000 Notes 1,2,3 Inch +.001 -.000 Notes 1,2,3 MM +.025 -.000 Notes 1,2,3 Nm Notes 4,5 MIN / Nm Note 5 10-3 kgm2 Note 6 kg Note 6 Angular Offset Degrees Parallel Off Set MM Axial Motion MM HTOOM037     0.131 1         0.5° 0.02 ±.02     0.062 2             0.093 2.5         0.120 3 0.120 3 0.84 2.55 0.0000 0.002 0.125 3 0.125 3 0.84 2.55 0.0000 0.002 0.156 4 0.156 4 0.60 2.87 0.0000 0.002 HTOOM050     0.131 1         0.5° 0.04 ±.04     0.062 2             0.093 2.5         0.120 3 0.120 3 1.41 1.15 0.0001 0.004 0.125 3 0.125 3 1.41 1.15 0.0001 0.004 0.156 4 0.156 4 1.16 1.23 0.0001 0.004 0.187 5 0.187 5 0.94 1.54 0.0001 0.003 HTOOM062     0.062 2         0.5° 0.04 ±.04     0.093 2.5             0.120 3             0.125 3         0.156 4 0.156 4 3.86 0.65 0.0002 0.007 0.187 5 0.187 5 3.71 0.71 0.0002 0.006 0.250 6 0.250 6 3.29 0.98 0.0002 0.006 HTOOM075     0.093 2.5         0.5° 0.04 ±.04     0.120 3             0.125 3             0.156 4         0.187 5 0.187 5 9.79 0.25 0.0006 0.012 0.250 6 0.250 6 7.22 0.41 0.0006 0.012 0.312 8 0.312 8 4.54 0.75 0.0006 0.011 HTOOM100     0.120 3         0.5° 0.05 ±.05     0.125 3             0.156 4             0.187 5         0.250 6 0.250 6 13.11 0.17 0.0025 0.030 0.312 8 0.312 8 10.85 0.23 0.0025 0.029 0.375 10 0.375 10 8.35 0.28 0.0025 0.028 HTOOM125     0.250 6         0.75° 0.05 ±.05 0.312 8 0.312 8 26.66 0.09 0.0077 0.057 0.375 10 0.375 10 24.86 0.10 0.0077 0.056 0.437 12 0.437 12 22.82 0.11 0.0076 0.054 0.500 14 0.500 14 17.85 0.16 0.0076 0.052 0.625 16 0.625 16 12.65 0.22 0.0073 0.049 HTOOM150     0.250 6         0.75° 0.05 ±.05     0.312 8         0.375 10 0.375 10 35.03 0.06 0.0193 0.099 0.437 12 0.437 12 34.00 0.07 0.0193 0.098 0.500 14 0.500 14 30.50 0.09 0.0192 0.095 0.625 16 0.625 16 23.84 0.11 0.0190 0.092 0.687 18 0.687 18 18.08 0.14 0.0188 0.089 Part No. Thru Bore B1 Bore B2 Bore Static Torque Torsional Stiffness Inertia Mass Misalignment (see definitions) Inch +.001 -.000 Notes 1,2,3 MM +.025 -.000 Notes 1,2,3 Inch +.001 -.000 Notes 1,2,3 MM +.025 -.000 Notes 1,2,3 Nm Notes 4,5 MIN / Nm Note 5 10-3 kgm2 Note 6 kg Note 6 Angular Offset Degrees Parallel Off Set MM Axial Motion MM HTOOM162     0.312 8         1° 0.06 ±.06     0.375 10         0.437 12 0.437 12 38.42 0.06 0.0286 0.124 0.500 14 0.500 14 37.40 0.07 0.0286 0.123 0.625 16 0.625 16 29.83 0.08 0.0283 0.118 0.687 18 0.687 18 25.42 0.10 0.0280 0.114 0.750 20 0.750 20 20.45 0.12 0.0277 0.111 HTOOM175     0.375 10         1° 0.07 ±.07     0.437 12         0.500 14 0.500 14 61.00 0.05 0.0419 0.155 0.625 16 0.625 16 52.54 0.05 0.0416 0.149 0.687