High-torque couplings

  • 01-Oct-2012 08:42 EDT
traco_6334 Zero-Max High Torque Couplings.jpg

Customized high-torque, 20-in (508-mm), 78,000 N·m (57,530 lb·ft) peak robust couplings from Zero-Max are suitable for large and challenging powertrain applications. The couplings combine high torsional stiffness and load capacity, featuring stiffness of 419,000 N·m (309,038 lb·ft) and continuous torque of 39,000 N·m (28,765 lb·ft). Composite disc (CD) couplings have angular misalignment capacity of 1.5° with axial misalignment of 6.5 mm (0.26 in) and parallel misalignment of 0.24 mm (0.009 in). Designed around a composite center disc, large CD couplings perform at peak torques in harsh operating environments from -70 to +250°F (-57 to +121°C). Suitable applications include drivetrains, gear boxes, and generators; couplings provide maintenance-free operation in sea water and abrasive desert sand conditions.

Share
HTML for Linking to Page
Page URL
Grade
Rate It
0.00 Avg. Rating

Read More Articles On

2017-03-14
International Truck recently unveiled its all-new engine for the Class 8 market called the International A26, in addition to a new initiative called Project Alpha, which brought together a small team of powertrain engineers dedicated to a new perspective on engine development.
2017-02-22
The Truflo SDS39 molded fan from Phillips & Temro Industries (Eden Prairie, MN) is a one-piece, fully molded fan for engines in the off-road and power generation markets.
2017-03-09
The engine maker used the ConExpo 2017 stage to announce its intention to produce a dual-fuel capable (natural gas and propane) off-highway engine by mid-2018, leveraging its already-in-production on-highway CNG truck engine.
2017-03-13
OMEGA Engineering offers a new series of low-cost, compact pressure transducers with an all stainless-steel body and rugged construction.

Related Items

Training / Education
2018-02-28
Technical Paper / Journal Article
2013-09-24
Training / Education
2011-04-12
Training / Education
2018-06-04
Training / Education
2018-03-27
Article
2017-02-22