Lovejoy EC112 Single Beam 1/2X1/2 Clamp Style Coupling
Lovejoy 68514456656 Single Beam EC112 BEAM 1/2X1/2 Clamp Style Coupling
This Lovejoy anodized aluminum clamp style single beam coupling is intended for use in angular, parallel, and axial misalignment scenarios requiring zero backlash and less weight and quicker response time than a stainless steel coupler has.
Beam couplings, a type of flexible coupling, use one or more spiral slots cut in a single piece of metal rod to form a “spring” center section, referred to as a helical coil or beam.
The beam portions of the coupling flex to accommodate misalignment while continuing to convey power between the attached shafts.
This beam coupling corrects angular misalignment up to 5 degrees, parallel misalignment up to 0.005″, and axial motion up to 0.010″.
This beam coupling’s clamp-style mount can be installed or replaced without moving the shafts, which eases installation. Its single-piece construction provides longer service life than couplings with moving parts.
The anodized aluminum coupling is resistant to corrosion and can operate in temperatures up to 200 degrees F.
This Lovejoy clamp style single beam coupling is suitable for use in light duty applications such as coupling a servo motor to a lead screw in a motion control system.
Dimensional Data
Bore A | 0.500 in |
Bore B | 0.500 in |
Size | 1/2 in |
Overall Length | 1.102 in28.00 mm |
Keyway Size | No Keyway |
Outside Diameter | 1.102 in28.00 mm |
Min. Bore (Dimensions ID1/ID2) | 0.315 in8.00 mm |
Max. Bore (Dimensions ID1/ID2) | 0.472 in12.00 mm |
Length thru Bore | 0.276 in7.00 mm |
Clamp Screw Size | 1/4-20 |
Cubic inches | 1.33827 in³ |
Performance Data
Max. Operating Temperature | 200.00 ºF |
Max. Speed | 10000 rpm |
Nominal Torque | 17.00 in·lb |
Max. Angular Misalignment | 5.00 º |
Axial Misalignment | ± 0.010 in |
Parallel Misalignment | 0.005 in |
Moment of Inertia | 148.9900 lb·in² |
Torsional Stiffness | 409.30 in·lb/rad |
Features
Features |
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Notes
The company, founded in 1900, is based in Downers Grove, IL.