Coupling Specs: gear

Mechanical shaft coupling specifications for rotating equipment design. Covers 9 coupling types (jaw/spider, gear, disc/diaphragm, grid, Oldham, bellows, fluid, universal joint, rigid flange) in small/medium/large/extra-large size classes. Includes bore range, maximum torque, maximum speed, angular/parallel/axial misalignment limits, torsional stiffness, damping capability, service temperature range, maintenance requirements, typical applications, advantages, and limitations. Data from Rexnord Falk, Lovejoy/Timken, Thomas, Voith, Spicer/Dana catalogs and Shigley's handbook.

Mechanical Engineeringcoupling_type: gear3 rows
coupling typesize classadvantagesbore range max in (in)bore range min in (in)damping capabilitylimitationsmaintenance requiredmax angular misalignment deg (deg)max axial misalignment in (in)max parallel misalignment in (in)max speed rpm (RPM)max torque ft lb (ft-lb)service temp max F (degF)service temp min F (degF)torsional stiffness ft lb per rad (ft-lb/rad)typical applications
gearextra_largeMaximum torque density; handles shock loads; proven for extreme HP246nonePrecision lubrication system required; coupling housing seals; high costyes1.50.3750.041,800500,000300-2012,000,000Mine hoists, steel mill main drives, large turbine trains >10000 HP
gearlargeHighest torque density of any flexible coupling; proven in harsh environments143noneRequires precision alignment during installation; lubrication maintenanceyes1.50.250.033,600120,000300-203,000,000Gas/steam turbines, rolling mill drives, large compressors >5000 HP
gearmediumHandles high shock and peak torque; high misalignment capability; long service life51.5noneLubrication failure = rapid wear; not suited for continuous misalignmentyes1.50.1880.026,00012,000300-20450,000Industrial drives, rolling mills, turbine-generator sets up to 2000 HP

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