Timken® Tapered Single Spacer Assembly with Direct Mounting (2TS-DM)
(550) 2TS-DM assemblies are comprised of two single-row bearings with abutting back facing inner rings and an outer ring spacer with lubricating holes is typical. These are generally used at fixed positions on rotating shaft applications.Design Attributes:
Timken® Tapered Single Spacer Assembly with Indirect Mounting (2TS-IM)
(664) 2TS-IM assemblies are comprised of two single-row bearings with an inner and outer ring spacer. In some applications, a shoulder in the bearing housing replaces the outer ring spacer.Design Attributes
- Stainless steel ball bearing inserts with set screw
- Steel spacers are used to create Bench End Play (BEP) or Preload (BPL) in the bearing assembly
- Available with or without spacers
- Spacers preset during manufacture
Timken® Tapered Roller Bearings - Matched Bearing Assembly, with snap ring spacer (2S)
(125) Often referred to as snap-ring assemblies, type 2S consist of two basic single-row bearings (type TS). They are supplied complete with inner-ring and outer-ring spacers to give a pre determined bearing setting when assembled. Type 2S have a specified setting range to suit the duty of the application. They have an inner-ring spacer and a snap-ring, which also serves as the outer-ring spacer, to give axial location in a through-bored housing.
Timken® Tapered Roller Bearings - Matched Bearing Assembly, SET-RIGHT™ (SR)
(64) SR bearings are made to a standard setting range, based on Timken’s Set-Right™ automated setting technique, and are suitable for most industrial applications. They have two spacers and an optional snap-ring for axial location. Because both types are made from popular sizes of single-row bearings, they provide a low-cost choice for many applications.Design Attributes:
- Two TS bearings mounted indirectly with cone and cup spacers.
- Cup spacer features lubrication slots to allow commercial snap rings to locate bearings axially.
- Two J-Line™ Class N bearings with metric envelop and non-metric internal geometry.