Tritan UCPPL206-19SS Pillow Block Bearing 1-3/16 in Ss

Product Description

The TRITAN UCPPL206-19SS is a stainless thermoplastic pillow block bearing designed to support rotating shafts in demanding or corrosion-prone environments. It accepts a 1-3/16 inch bore and delivers a static load capacity of 2,540 pounds and a dynamic load capacity of 4,383 pounds. The stainless steel insert combined with a thermoplastic housing makes this unit well suited for wet, chemical, or washdown applications where cast iron housings would corrode. Millwrights, maintenance mechanics, and industrial service technicians are the primary installers of this bearing type in conveyor, pump, and general power-transmission systems.

This pillow block is used in light to medium industrial and commercial applications where corrosion resistance is a priority. Typical install scenarios include food processing lines, agricultural equipment, car wash systems, and water treatment facilities. The 4-11/16 inch bolt-hole center-to-center spacing and overall height of 3-5/16 inches suit standard mounting plates and welded structural steel frames. The 1-3/16 inch maximum bore accommodates common fractional shaft diameters without modification.

Key Features

• 1-3/16 inch bore accepts standard fractional shafting without adapters
• 2,540 pound static load capacity and 4,383 pound dynamic load capacity
• Stainless steel insert with thermoplastic housing for corrosion resistance in wet or chemical environments
• 4-11/16 inch between mounting hole centers for straightforward bolt-down installation
• Overall length of 6.406 inches and overall height of 3-5/16 inches for predictable frame clearance planning
• Lightweight at 1.38 pounds, reducing load on mounting structures

Compatibility

Designed as an OEM-style replacement or direct installation pillow block bearing for shaft diameters up to 1-3/16 inches in corrosion-resistant power-transmission applications.

Installation Notes

Installation should be performed by a qualified millwright or maintenance mechanic. De-energize and lock out all connected drive equipment before mounting or removing the bearing. Ensure the mounting surface is flat and fasteners are tightened evenly to prevent housing distortion. Verify shaft alignment before final torque to avoid premature bearing wear.