Call (888)-671-2883
FREE SHIPPING
 on most items
Text message to Live Chat! (210) 878 - 2676

LoveJoy 68514476834 ADB3.5 BEAM CPLG 3/16X1/4

BRAND: LoveJoy | MODEL: 68514476834 | CONDITION: NEW | SKU: 1795341
LoveJoy 68514476834 ADB3.5 BEAM CPLG 3/16X1/4

Image for Illustration purposes only,
Actual product may vary
$62.89
FREE SHIPPING
Typically In Stock: confirm availability
Returnable: see conditions
Shipping from?: see locations Ships in 1 day
Weight: 0.01 lbs UOM: EA
100% SAFE SHOPPING
PAYMENT METHOD
 
 

Additional Description

Documents

Description

    The ADB (Aluminum Double Beam) Series coupling enhances the beam coupling options available from Lovejoy Inc. The longer overall length allows the ADB series to span longer BSE (between shaft end) measurements. The aluminum material used in its construction keeps the coupling’s weight low. The ADB design offers two flex points allowing for greater angular misalignment, up to 7°. This design also allows for up to .024 inches of parallel misalignment. The torque capacity ADB series is more than double the range of the single beam designs, with the largest size having a torque capacity of 88 in-lbs.
Specifications
Description ADB3.5 BEAM CPLG 3/16X1/4
Coupling SizeADB3.5
TypeDouble Beam Coupling
MaterialAluminum
StyleClamp Screw
FinishAnodized Aluminum
Weight0.01 oz
Weight (Complete Coupling w/ Min. Bores)0.40 oz
Dimensional Data
Bore A0.188 in
Bore B0.250 in
Overall Length1.000 in25.40 mm
Keyway SizeNo Keyway
Outside Diameter0.626 in15.90 mm
Min. Bore (Dimensions ID1/ID2)0.197 in5.00 mm
Max. Bore (Dimensions ID1/ID2)0.315 in8.00 mm
Length thru Bore0.256 in6.50 mm
Clamp Screw SizeM2.5
Cubic inches0.39188 in³
Performance Data
Max. Operating Temperature200.00 ºF
Max. Speed10000 rpm
Nominal Torque6.20 in·lb
Max. Angular Misalignment7.00 º
Axial Misalignment± 0.010 in
Parallel Misalignment0.008 in
Moment of Inertia0.0010 lb·in²
Torsional Stiffness2584.00 in·lb/rad
Features
  • Zero backlash design
  • Simple one piece assembly
  • Aluminum material
  • Largest amount of angular misalignment capacity
Notes
  • Nominal torque, torsional stiffness, weight and moment of inertia are based on minimum bore size.