Mechanical power transmission couplings are designed to connect industrial motors to other pieces of machinery, but they serve a variety of secondary functions as well. They can help compensate for and minimize the damage from extreme operating conditions, and protect more expensive equipment components from sustaining damage. There are several different types of couplings, each with their own set of advantages.
As the name suggests, chain couplings connect driving and driven equipment with a roller chain element. When using chain couplings, you must take several things into consideration. First, you must choose couplings large enough to accommodate the application. Second, you must remember to use covers if your couplings are to be operated in moist conditions. Third, you must make sure that everything is properly lubricated.
Elastomeric couplings are made of polymers with a high failure strain. Consequently, they are useful for applications that require a connecting element that is tough, flexible, and lightweight. Ask the team at BK Industrial Solutions if elastomeric couplings are right for your application.
Mechanical power transmission jaw couplings use rigid jaw hubs to connect driving and driven equipment. Some jaw couplings have a flexible component called a spider. They are used for a variety of applications, including but not limited to generators, fans, pumps, compressors, conveyors, mud pumps, wood chippers, washers and dryers.
Gear couplings are torsionally rigid, and can transmit large amounts of power. There are two main types of gear couplings: flexible and flexible/rigid. If you need help determining whether gear couplings (of either design) are well suited for your application, talk to the BK team.
Source: BK Industrial Solutions