Call (888)-671-2883
 on most items
Text message to Live Chat! (201) 898 - 2676

BWC41 CPLG 1/2X5/8

BRAND: LoveJoy | MODEL: 68514476951 | CONDITION: NEW | SKU: 1795400
BWC41 CPLG 1/2X5/8

Image for Illustration purposes only,
Actual product may vary
Typically In Stock: confirm availability
Returnable: see conditions
Shipping from?: see locations Typically ships in 1 day
Weight: 0.16 lbs UOM: EA

Additional Description

Technical Specifications

OD 1.260 in



    The BWC (Bellows Clamp) Series coupling provides a new range of coupling options with the high torsional stiffness. The higher torsional stiffness provides the benefit of accuracy and repeatability in motion control applications. The BWC series coupling features aluminum hubs and corrosion resistant steel bellow. The compact design also offers the benefit of low inertia. The BWC Series also has a torque capacity of up to 89 in-lbs, with a maximum bore capacity of .748 inches in diameter. The BWC utilizes clamping style hubs that provide easy installation and removal of the coupling. The bellows design also offers up to .016 inches of axial misalignment, with low reactionary loading on bearings.
Description BWC41 CPLG 1/2X5/8
Coupling SizeBWC41
TypeStandard Bellows Coupling
Bellows MaterialStainless Steel
Hub MaterialAluminum
ApplicationMotion Control
Weight0.16 oz
Weight (Complete Coupling w/ Min. Bores)2.60 oz
Dimensional Data
Bore A0.500 in
Bore B0.625 in
Overall Length1.614 in41.000 mm
Keyway SizeNo Keyway
Outside Diameter1.260 in32.00 mm
Min. Bore (Dimensions ID1/ID2)0.236 in6.00 mm
Max. Bore (Dimensions ID1/ID2)0.63 in16.00 mm
Length thru Bore0.551 in14.00 mm
Clamp Screw SizeM4
Cubic inches2.56239 in³
Performance Data
Max. Operating Temperature212.00 ºF
Max. Speed15000 rpm
Nominal Torque39.83 in·lb
Angular Misalignment1.20 º
Axial Misalignment0.0120 in
Parallel Misalignment0.004 in
Moment of Inertia0.3350 lb·in²
Torsional Stiffness57083.00 in·lb/rad
  • High torsional stiffness
  • Low reactionary loading
  • No maintenance required
  • Low inertia
  • Nominal torque, torsional stiffness, weight and moment of inertia are based on minimum bore size.