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Timken® TAPH18K303ST TIMTAPH18K303ST

Timken® TAPH18K303ST TAPH Pillow Block, 3.1875 in Dia Bore, 4 in Base to Bore Centerline, 13.75 in OAL x 7.96 in OAH

  • Manufacturer: Timken
  • Brand Name: Timken®
  • Part Number: TIMTAPH18K303ST
  • MPN: TAPH18K303ST
  • UPC: 883450585460
  • Min. Order Qty: 1
  • Qty. Interval: 1
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Engineered for the harshest conditions, these units feature multiple steel-housing and locking options with complete multi-point sealing solutions (full range of end covers) to optimize your uptime. This drop-in solution is interchangeable with a large range of products and keeps contaminates out for efficient operations.

Timken®, TAPH18K303ST, Pillow Block, Series: TAPH, 3.1875 in Bore, 4 in Base to Bore Centerline, 13.75 in Overall Length, 3.98 in Overall Width, 7.96 in Overall Height, 4-Bolt Mounting, Cylindrical Bore, Tapered Adapter Locking Device, Non-Expansion (Fixed), -100 to 500 deg F, Steel, Painted

Base to Bore Centerline      :      4 in
Bore Diameter      :      3.1875 in
Bore Type      :      Cylindrical
Expansion Type      :      Non-Expansion (Fixed)
Finish      :      Painted
Locking Device      :      Tapered Adapter
Material      :      Steel
Mounting Type      :      4-Bolt
Overall Height      :      7.96 in
Overall Length      :      13.75 in
Overall Width      :      3.98 in
Seal Type      :      T Seal
Series      :      TAPH
Temperature Rating      :      -100 to 500 deg F
  • Excellent in high-load applications, this design uses a longer 2300-series adapter for increase shaft contact
  • This design offers the best shaft concentricity and highest capacity all while having the ability to accommodate undersized shafting
  • Labyrinth seal consists of a Teflon ring pressed onto the inner ring of the bearing that floats between two pieces of formed steel to accommodate misalignment
  • When using this seal, the housing comes with a vent fitting
  • Developed for higher-speed applications involving dirty conditions or moisture-affected areas, is able to operate at higher temperatures and is impervious to most chemicals