66mm Diameter Single Stage Disc Coupling
Item number:
Description:
Thin pressed steel membranes act as the pivotal members in these couplings. Torque is resolved to simple tensile stresses in opposing segments of the membranes. These couplings have near-infinite life and a dynamically balanced construction which makes them suitable for applications requiring high rotational speed and high-level motion integrity e.g. machine tools, robots, centrifuges, turbines, dynamometers. This style is designed for use in pairs or with floating shafts.
Select bore(s) before adding to cart (prices will change if keyways are selected).
Bore 1
Bore 2
Part #:
Technical Specifications
Coupling Type
Disc Coupling - Flex-M
Configuration
Single - Bolted
Size
66
Material
Aluminium
Max Bore B1 (in)
1.102
Max Bore B1 (mm)
28
Min Bore B1 (in)
0.472
Min Bore B1 (mm)
12
Max Bore B2 (in)
1.102
Max Bore B2 (mm)
28
Min Bore B2 (in)
0.472
Min Bore B2 (mm)
12
Angular Compensation, Max (degrees)
1
Angular Stiffness (lbf/degree)
18.9
Angular Stiffness (N/degree)
84
Axial Compensation, Max (in)
+/- 0.004
Axial Compensation, Max (mm)
+/- 0.1
Axial Stiffness (lbf/in)
< 51
Axial Stiffness (N/mm)
< 9
Bore Tolerance (in)
+0.0012 / -0.0000
Bore Tolerance (mm)
+0.03 / -0.00
Fastener Screw Size
M5
Fastener Screw Torque (lb-in)
101
Fastener Screw Torque (Nm)
11.4
Fastener Wrench Size (mm)
4
Max Speed (rpm)
5000
Operating Temperature (°C)
-40 to +120
Operating Temperature (°F)
-40 to +248
Peak Torque (lb-in)
531
Peak Torque (Nm)
60
Radial Compensation, Max (in)
0
Radial Compensation, Max (mm)
0
Resists Axial Load
Yes
Shaft Connection
Clamp
Torsional Stiffness (lb-in/rad)
168200
Torsional Stiffness (Nm/rad)
19000
Mass (Weight) (g)
269
Mass (Weight) (oz)
9.5
[D] Outside Diameter (in)
2.6
[D] Outside Diameter (mm)
66
L1 Dimension (in)
1.02
L1 Dimension (mm)
26
[L] Length (in)
2.22
[L] Length (mm)
56.4
[L] Overall Length (in)
2.22
[L] Overall Length (mm)
56.4
Item Note
Coupling load capacity depends on the operating load cycle. Refer to catalog for further sizing information.