torque 44.0 Nm outside diameter 57.1mm Torsionally-stiff coupling HFD with through hole bore 20mm max

Torsionally-stiff coupling HFD with through hole bore 20mm max. torque 44.0 Nm outside diameter 57.1mm: Industrial Products: Industrial & Scientific. Torsionally-stiff coupling HFD with through hole bore 20mm max. torque 44.0 Nm outside diameter 57.1mm: Industrial Products: Industrial & Scientific. Material: 。Hubs made of aluminium alloy with iridite NCP finish. 。Sliding disc made of black acetal.。These 3-part zero backlash couplings provide electrical 。insulation. They consist of two hubs and a sliding disc. 。They are versatile and of robust design. Large radial 。compensation, easy mounting even in confined spaces.。Applications: Ideal for stepper motors due to the damping 。properties of plastic sliding disc. Positioning drives, position 。encoders and incremental or absolute encoders, pumps etc.。1) Operating factors (without shaft displacement):。Load Period - Operating Factor。short term - 1。1 hour per day - 2。3 hours per day - 4。6 hours per day - 6。12 hours per day - 8Torque max. 1) [Nm]44Bores150Bore +0,03-020L1 [mm]78L2 [mm]28,4L3 [mm]21,2D1 [mm]57,1Max. Angular Displacement at 3000 rpm [±°]0,5max. Misalignment at 3000 min-1 radial [±mm]0,25Torsional Rigidity [Nm/rad]2610Weight [g]361Art. No. Spare Part Disk601 257 00 。。。

torque 44.0 Nm outside diameter 57.1mm Torsionally-stiff coupling HFD with through hole bore 20mm max

torque 44.0 Nm outside diameter 57.1mm Torsionally-stiff coupling HFD with through hole bore 20mm max,torque 44.0 Nm outside diameter 57.1mm Torsionally-stiff coupling HFD with through hole bore 20mm max,1mm: Industrial Products: Industrial & Scientific,Torsionally-stiff coupling HFD with through hole bore 20mm max, torque 44,0 Nm outside diameter 57, Online activity promotion best sellers plus much more Shop Only Authentic 100% safe online checkout Online shopping provides you with exquisite goods. with through hole bore 20mm max torque 44.0 Nm outside diameter 57.1mm Torsionally-stiff coupling HFD.