Timken® QAPL11A203SO Pillow Block Spherical Roller Bearing Unit, 2-13/16 in Dia Bore, 6.5 to 7.06 in L Bolt Center-to-Center, 2-1/2 in Base to Bore Centerline, 8.88 in OAL x 5-1/4 in OAH

QAPL11A203SO MFG #: QAPL11A203SO
$645.47 / EA
Non-Stock Item
  • Base to Bore Centerline: 2-1/2 in
  • Base Width: 2.58 in
  • Bolt Center-to-Center Length: 6.5 to 7.06 in
  • Bore Diameter: 2-13/16 in
  • Bore Type: Cylindrical
  • Expansion Type: non-expansion (fixed)
  • Finish: Powder Coated
  • Load Capacity: 31400 lb Dynamic/31900 lb Static
  • Locking Device: Single Concentric Collar
  • Manufacturer Name: Timken
  • Material: Cast Steel
  • Maximum Speed: 1600 rpm
  • Mounting Type: Two-Bolt Base
  • Overall Height: 5-1/4 in
  • Overall Length: 8.88 in
  • Overall Width: 3.29 in
  • Seal Type: Triple Lip O
  • Type: Heavy Duty S2000 Style Solid Block
Timken® solid block mounted spherical roller bearings (housed units) feature high-performance, low operating temperature Timken® double row spherical roller bearings, cast steel housings, unique locking and sealing design options to offer protection against contaminants in the harshest environments. Timken® spherical roller bearings are ideal for handling high radial loads.
  • Application
  • Item Features
Metal Mills, Aggregate, Cement, Mining, Power Generation, Pulp, Paper, Material Conveying, Commercial, Industrial Building Equipment, Sugar Mills, Agriculture, Waste Management, Water Treatment, HVAC, Fans, Blowers, Cranes, Lifts, Hoists, Sawmills and Other Forest Process Industries
  • Concentric locking collar with two set screws at 60 degrees to provide maximum positive locking power with minimal run out
  • Double collared insert provides double the holding power compared to our standard single collared insert
  • Triple-lip contacting, self-purging nitrile rubber seal is excellent in moist and dirty applications, chemical and corrosion resistant
  • Bearing steel
  • Open end type
  • Double row bearing
  • 22211 bearing insert bore series
  • Simple installation
  • Minimal runout