Shaft Locking Devices catalog
24Pages

JW JW JW JIS CJ SF MC MC MC G G G ■■ Low Torque Series SLDS SF SF ■■ Self-Centering Series SLDS CJ CJ In This Section: JIS JIS Shaft Locking Devices HP HP ■■ High Torque Series SLDS HP ■■ Medium Torque Series SLDS ■■ Heavy Duty Series SLDS GD GD GD D D D SP SP SP T T T UJ UJ UJ VSD VSD VSD R R R SLD SLD SLD ED ED ED www.lovejoy-inc.com 425 SLDSLD-1

SF SF SF MC MC MC G G G HP CJ CJ CJ JIS JIS JIS JW JW JW Shaft Locking Devices HP HP Safety Warning When using Lovejoy products, you must follow these instructions and take the following precautions. Failure to do so may cause the power transmission product to break and parts to be thrown with sufficient force to cause severe injury or death. GD GD GD D D D T T T SP SP SP Refer to this Lovejoy Catalog for proper selection, sizing, horsepower, torque range, and speed range of power transmission products, including elastomeric elements for couplings. Follow the installation instructions...

Shaft Locking Devices JIS CJ CJ Lovejoy Shaft Locking Devices expand to fill the gap between the shaft and hub, allowing for easy installation and removal, saving time over traditional interference fit techniques. The contact pressures created using a Shaft Locking Device can be greater than traditional interference fit pressures, allowing for more torque to be transmitted or shorter hubs to be used. The easy installation also allows the hub to be positioned more accurately on the shaft, and can facilitate angular timing of the hub. SF SF Lovejoy Shaft Locking Devices connect hubs solidly...

Shaft Locking Devices Overview JW Metric 14mm to 240mm Larger sizes on request 22 - 118,010 ft-lb CJ Metric shafts 18mm to 200mm Inch shafts 3/4 to 4 inch Larger sizes on request 259 - 40,274 ft-lb ■■ High torque ■■ Exceptional concentricity ■■ Self-centering ■■ Axial hub position fixed during clamping Metric shafts 18mm to 200mm Inch shafts 3/4 to 4 inch Larger sizes on request 203 - 34,151 ft-lb ■■ Heavy duty ■■ Very high torque ■■ Self-centering ■■ Exceptional concentricity Metric shafts 25mm to 240mm Inch shafts 1 to 6-1/2 inch Larger sizes on request 532 - 155,461 ft-lb ■■ Medium...

^ world turns for COljg* Shaft Locking Devices Selection Process Bevel gears Braiding machines Brake drums Cardboard making machines Carpet making machines Chocolate making machines Conveyor pulleys Footwear machines Gearboxes, reducers, and gear motors Graphic machines Helical gears Industrial sewing machines Lamination machines Levers & cams Meat & fish processing machines Mechanical presses Milk processing machines Milling & drilling machines Mixer shafts Moving sidewalks Packaging machines Pasta machines Printing machines Pulp industry: drive rolls & cylinders Pump impellers & turbine...

Shaft Locking Devices Selection Process Minimum Outer Diameter of Hub The hub must be of a size to withstand the pressure exerted by the Shaft Locking Device without yielding. Use the following equations to determine the minimum hub diameter (Dmin) required. Yield point of hub material (psi) Form factor (see figure 1.) Alternatively, use the table below to determine the Coefficient K. To use the table, find the column corresponding to the Yield Point of the hub material (in psi), and the Form factor "f" from above (based on the hub's length through bore). Use the row with the pH from the...

^ world turns for COljg* Shaft Locking Devices Selection Process Combined Torque and Axial Loads If an axial load is present, then the resulting torque that can be transmitted needs to be adjusted as follows: shaft diameter (inches) maximum torque for device (ft-lbs) Coefficients of Friction and Surface Finish Lovejoy SLD uses u = 0.12 which corresponds to a slightly oiled surface Duty Factor The values Mt and F must be adjusted with a duty factor depending on the setup: Multiple Shaft Locking Devices Used in Series If more than one Shaft Locking Device is used, the transmissible torque...

Shaft Locking Devices Dimensional Data L = total width of thrust rings (relaxed state) B = width of thrust rings (relaxed state) T = locking screw specifications MA = screw tightening torque e = width of gap (relaxed state) D = outer diameter of disc C = maximum diametrical clearance (difference between hub diameter and shaft diameter) Mt = maximum transmissible torque SLD 900 Series Dimensional Data

Shaft Locking Devices Dimensional Data L = total width (relaxed state) B = width of thrust rings (relaxed state) T = locking screw specifications M/\ = screw tightening torque D = outer diameter of shaft locking device F = maximum transmissible axial force Mt = maximum transmissible torque SLD 1500 Inch Series Dimensional Data

*e«otW turns for couy Shaft Locking Devices Dimensional Data L = total width (relaxed state) B = width of thrust rings (relaxed state) T = locking screw specifications MA = screw tightening torque D = outer diameter of shaft locking device F = maximum transmissible axial force Mt = maximum transmissible torque SLD1500 Metric Series Dimensional Data

Shaft Locking Devices Dimensional Data L = total width (relaxed state) B = width of thrust rings (relaxed state) T = locking screw specifications = screw tightening torque D = outer diameter of shaft locking device F = maximum transmissible axial force Mt = maximum transmissible torque SLD 1850 Inch Series Dimensional Data

Shaft Locking Devices Dimensional Data L = total width (relaxed state) B = width of thrust rings (relaxed state) T = locking screw specifications = screw tightening torque D = outer diameter of shaft locking device F = maximum transmissible axial force Mt = maximum transmissible torque SLD 1850 Metric Series Dimensional Data

Shaft Locking Devices Dimensional Data L = total width (relaxed state) B = width of thrust rings (relaxed state) T = locking screw specifications = screw tightening torque D = outer diameter of shaft locking device F = maximum transmissible axial force Mt = maximum transmissible torque SLD 1750 Inch Series Dimensional Data