Rexnord Corporation is a major company. It supplies components for power transmission to concerns distributed around the globe. In business for more than 100 years, the corporation has gained a reputation for delivering high-quality parts including the well-known and respected industrial and bucket elevators, apron conveyors brakes, and clutches. Many industries in Texas and Louisiana hold Rexnord couplings and bearings in high repute.
Rexnord Disc Couplings
The purpose of a coupling is simple and two-fold:
1. To establish a concrete connection between two shafts
2. To transmit torque between them
However, couplings also provide the means through which pumps and other similar means can move fluids and gasses. Specific Rexnord disc couplings are currently available for application in various uses. Some Rexnord couplings popular among Louisiana industries include:
* Thomas SR 54RDG: This is an example of the company’s latest version of a reduced diameter high close-coupled model. Capable of providing a high-speed potential at high torque capacity, the couplings meet API 610 – the standard set for centrifugal pumps in the petroleum, petrochemical, and natural gas industries by the American Petroleum Institute. It can also meet APR 671. The split construction of the center member allows for easy service access.
* Thomas series 71 and 71-8: Like the Thomas XTSR series, these consist of a three-piece design. The hubs perfectly fit the factory assembled center member. Together, this allows speedy installation and repeatable balance.
* Thomas AMR/CMR: This model utilizes a flywheel adapter plate. By bolting it directly to the flywheel, it is suitable for loads where continually alternating torque, torque reversals or shock loads are constant.
Rexnord Couplings
If you operate a transmission equipment business, you are familiar with Rexnord. Couplings and bearings from this company are popular. The high-quality production work and ease of use help to make sure their name remains strong in states such as Louisiana and Texas.
