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- Clamp Style Double Disc Coupling
- Double Disc Clamp Style
- 3/16" x 3/16" Bore, 3/4" OD, 1 3/16" Overall Length
- Aluminum Hub, Stainless Steel Disc Springs
description
- An assembly of aluminum hubs, a center spacer, and multiple flat stainless steel disc springs to transmit torque and allow for misalignment between shafts. The thin discs are easily flexed under misalignment, but remain rigid under torque loads. This results in a high performance, motion-control coupling with excellent strength and torsional stiffness characteristics and low inertia for today's highly responsive systems.
features
- Zero backlash
- Accommodates all forms of misalignment
- Balanced design for high speeds up to 10,000 rpm
- Stainless steel disc springs
- Anodized aluminum hubs and spacers
- More sizes available
- Complies with RoHS restrictions on the use of certain hazardous substances in electrical and electronic equipment
| Angular Misalignment [Max] | 2 degrees |
| Inch/Metric | Inch |
| Rated Torque | 25 in lb |
| Material | Aluminum Hub, Stainless Steel Disc Springs |
| Component | Complete Coupling |
| Axial Motion [Max] | 0.008 in |
| Larger Bore | 3/16 in |
| Temperature Range [Max] | 200 °F |
| Style | Double Disc Clamp Style |
| Smallest Bore | 3/16 in |
| Torsional Stiffness (Inch Pounds/Degree) | 51 |
| Overall Length | 1.1875 in |
| RPM [Max] | 10000 rpm |
| Outside Dia. | 0.75 in |
| Type | Disc |
| Temperature Range [Min] | -10 °F |
| Parallel Misalignment [Max] | 0.004 in |
| Weight | 0.044 LB |
| EAN or UPC | 634529081549 |
