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Flexible shaft coupling - Type A : set-screw style

Manufacturer A.C.C.&S.
Description Flexible shaft coupling, Type A : set-screw style, size : 10, left bore = 3 mm,right bore = 4 mm
Part number A101703000400
Wybór produktu
Selector Reference Size Outside diameter (mm) Total length L (mm) Hubs depth L1 (mm) Bore diameter max Screw type Screw size Screw seating torque (Ncm) Allen key (mm) Mass (g) Inertia (kgm²) Peak torque (Ncm) Wind up (arcsec/Ncm) Torsional stiffness (Nm/rad) Max. compression (mm) Max. extension (mm) Max. radial misalignment (mm) Max. angular misalignment (°) Radial stiffness (N/mm) Axial stiffness (N/m)
1 A0714 7 6.35 14.6 4.2 1/8” DIN916 / ISO4029 acier inoxidable M2 41 0.9 1.5 0,0000000133 4.9 285 7 0.87 0.65 0.19 10 3.5 6.9
2 A1017 10 9.53 17.76 4.2 3/16” DIN916 / ISO4029 acier inoxidable M2,5 41 1.3 3.5 0,0000000161 9.9 95 22 1.79 1.34 0.4 14 3.1 6.3
3 A1223 12 12 23 6 1/4” DIN916 / ISO4029 acier inoxidable M2,5 79 1.3 10 0,000000185 13 75 28 2.29 1.72 0.54 15 2.2 4.2
4 A1727 17 17 27.1 7.2 10mm DIN916 / ISO4029 acier inoxidable M3 132 1.5 9.5 0,000000362 50 20 103 2.37 1.78 0.43 10 4 12.3
5 A1731 17 17 30.7 7.2 10mm DIN916 / ISO4029 acier inoxidable M3 132 1.5 10 0,000000381 39 26 80 3.09 2.32 0.72 14 3.1 5.8
6 A2533 25 24.8 33.5 7.5 1/2” DIN916 / ISO4029 acier inoxidable M3 132 1.5 19.5 0,00000161 328 4 462 2.77 2.07 0.46 8 11.2 38.1
Reference
Size
Outside diameter (mm)
Total length L (mm)
Hubs depth L1 (mm)
Bore diameter max
Screw type
Screw size
Screw seating torque (Ncm)
Allen key (mm)
Mass (g)
Inertia (kgm²)
Peak torque (Ncm)
Wind up (arcsec/Ncm)
Torsional stiffness (Nm/rad)
Max. compression (mm)
Max. extension (mm)
Max. radial misalignment (mm)
Max. angular misalignment (°)
Radial stiffness (N/mm)
Axial stiffness (N/m)
Skontaktuj się z dostawcą
A.C.C.&S. A.C.C.&S. Flexible shaft couplings, “Nickel Bellows Couplings”, are ideally suited for extremely accurate measuring or servo-control devices. They easily bend due to misalignment between shafts, generating reduce bearings loads, while remaining rigid under torsional loads.
ACC&S