Thomson LINEAR BEARING SUPER PILLOW BLOCKS THP TWN-16-OPN
The Super Ball Bushing® bearing has been the industry standard for self-aligning linear bearings for over twenty years. This bearing provides three times the load capacity or 27 times the travel life of conventional linear bearings. Besides the dramatic increase in load capacity, the Super Ball Bushing® bearing is self-aligning, lightweight and adjustable with a low coefficient of friction. It is a quick and easy replacement for high friction plain bearings. The wear-resistant, engineered-polymer retainers and outer sleeves reduce inertia and noise in critical, high speed applications.
-
BrandThomson®
-
UPC662486102991
-
Manufacturer Part NumberTWN16OPN
-
CountryUSA
-
Load Capacity2100 lb Dynamic
-
Temperature Rating185 deg F
-
Maximum Speed3 m/s
-
TypeAdjustable Open Twin
-
Height2 in
-
Width6 in
-
SeriesTWN
-
Shaft Diameter1 in
-
Bearing MaterialSteel
-
Length3-1/4 in
- A self-aligning capability up to 0.5 deg compensates for inaccuracies in base flatness or carriage machining
- RoundRail™ advantage combined with the self-aligning feature, eliminating the need for derating factors commonly required for linear guides
- Travel speeds up to 10 ft/s without a reduction in load capacity
- Lightweight, wear-resistant, engineered polymer retainers and outer sleeves that reduce inertia and noise
- Radially floating bearing plates when installed in an adjustable housing, the Super Ball Bushing® bearing may be adjusted to a specific diametrical fit-up for accurate and repeatable movement
- A constant coefficient of friction as low as 0.001
- The use of smaller, less expensive drive motors, belts, linkages, gears and ball screws, when replacing high friction plain bearings
- Greater ball to bearing plate contact provides the increase in three times load capacity or travel life
- Zero clearance fit
- Smooth, quiet operation
- Open pillow blocks are for continuous supported shafting
- For class L shafting
-
UNSPSC31171504
-
Package Description1/PK
-
Catalog
Recently Viewed
Thomson LINEAR BEARING SUPER PILLOW BLOCKS THP TWN-16-OPN
The Super Ball Bushing® bearing has been the industry standard for self-aligning linear bearings for over twenty years. This bearing provides three times the load capacity or 27 times the travel life of conventional linear bearings. Besides the dramatic increase in load capacity, the Super Ball Bushing® bearing is self-aligning, lightweight and adjustable with a low coefficient of friction. It is a quick and easy replacement for high friction plain bearings. The wear-resistant, engineered-polymer retainers and outer sleeves reduce inertia and noise in critical, high speed applications.
Reelcraft 100-FOOT 15-A EXTENSION CORD REELS REC L-70100-123-3
Reelcraft's series L 70000 cord reels incorporate a heavy duty base design, all steel construction and a baked on powder coat finish to produce a rugged, corrosion-resistant product. A newly redesigned latching mechanism provides longer service life of the latch components. The containerized drive spring offers safer and easier handling during maintenance. Two sealed ball bearings produce a smoother spool rotation and easier operation. The guide arm adjusts to seven positions for various mounting locations and applications.
Champion SA80-15/16 Car/Maintenance Reamer, 15/16 in Dia x 7-1/8 in OAL, 1/2 in Dia Straight Shank, Left Helical Flute
Champion SA80-15/16 Car/Maintenance Reamer, 15/16 in Dia x 7-1/8 in OAL, 1/2 in Dia Straight Shank, Left Hand Helix Flute
8" SCRUB BRUSH WITHOUT HOLE-FLP89 >
4" -FEMALE PIPE THREAD ALUMINUM PIPE COUPLING-JPW4AC >
RBC® CamCentric® S32LWX S-LWX Needle Roller Cylindrical Cam Follower With Eccentric Outer Ring, 1 in Dia x 5/8 in W Roller, 5/8 in Dia x 1 in L Stud, Chrome Steel Roller
Needle Roller Cam Followers have a heavy outer ring cross section and a full complement of needle rollers. They offer high dynamic and static load carrying capability, and anti-friction performance, in a compact design. They are used as track rollers, cam followers, and in a wide range of linear motion systems.


