Flexible Disc Coupling
- Composed of body and disc, which is bended, to create its allowable offset structure
- Difference of body or strength & material of disc cause variation in transmitting torque and allowable offset.
- Due to zero backlash required in rotation accuracy, meanwhile, position accuracy meets the same requirement.
- Widely ranges from standard to high torque change due to variable matches of dimensions and materials for disc.
Outer Diameter [mm]
- (42)
- (30)
- (66)
- (30)
- (70)
- (44)
- (117)
- (60)
- (166)
- (90)
- (42)
Inner diameter 1
- (22)
- (28)
- (59)
- (20)
- (34)
- (104)
- (32)
- (43)
- (24)
- (50)
- (61)
- (60)
- (36)
- (30)
- (28)
- (34)
- (24)
- (12)
- (8)
- (6)
- (42)
Inner diameter 2
- (4)
- (10)
- (21)
- (12)
- (22)
- (54)
- (28)
- (62)
- (51)
- (61)
- (55)
- (46)
- (25)
- (28)
- (33)
- (55)
- (57)
- (30)
- (34)
- (51)
- (18)
Coupling type
- (757)
Wrench Torque
- (42)
- (66)
- (30)
- (30)
- (28)
- (42)
- (87)
- (74)
- (56)
- (110)
- (102)
- (90)
RoHS Compliant
- (757)
Material
- (757)
Clamping
- (757)
Angular Misalignment
- (173)
- (109)
- (30)
- (368)
- (77)
Parallel Misalignment
- (15)
- (65)
- (21)
- (54)
- (148)
- (75)
Axial Misalignment (mm)
- (52)
- (304)
- (75)
- (13)
- (189)
- (28)
- (21)
- (75)
Max. Rotational Speed
- (42)
- (56)
- (30)
- (110)
- (28)
- (87)
- (42)
- (66)
- (296)
Static Torsional Stiffness
- (28)
- (21)
- (30)
- (44)
- (16)
- (21)
- (1)
- (28)
- (55)
- (21)
- (43)
- (37)
- (55)
- (1)
- (28)
- (21)
- (30)
- (30)
- (45)
- (45)
- (21)
- (21)
- (33)
- (33)
Moment of Inertia (kg• m²)
- (21)
- (22)
- (15)
- (43)
- (15)
- (44)
- (15)
- (45)
- (33)
- (33)
- (28)
- (30)
- (15)
- (15)
- (28)
- (30)
- (15)
- (55)
- (13)
- (21)
- (21)
- (22)
- (15)
- (55)
- (21)
- (21)
- (45)
- (21)