Tritan UCFL208-24HT 2-bolt High Temp Flange Bearing

Product Description

The TRITAN UCFL208-24HT is a 2-bolt high temperature flange bearing designed for demanding rotary shaft applications where elevated operating temperatures are a concern. Built with a cast iron housing, this bearing accepts a 1-1/2 inch bore and delivers a static load capacity of 4,000 pounds and a dynamic load capacity of 6,400 pounds. The overall length measures 6-7/8 inches, with an overall height and width each at 3-15/16 inches. Licensed tradespeople and maintenance mechanics install this unit in industrial and commercial mechanical systems where flanged shaft support is required under high heat conditions.

This bearing is suited for conveyor systems, fan assemblies, pump mounts, and other rotating equipment installations where a 2-bolt flange mount is the standard configuration. The UCFL208-24HT fits applications requiring a 1-1/2 inch shaft bore with a 7/16 inch bolt size. Its cast iron construction makes it a common choice in manufacturing, HVAC mechanical rooms, and process equipment environments where heat resistance is a priority over a standard-duty bearing.

Key Features

• 1-1/2 inch bore accommodates standard shaft diameters in industrial and commercial equipment
• 4,000 lb static load capacity and 6,400 lb dynamic load capacity for heavy-duty service
• Cast iron housing rated for high temperature operating environments
• 2-bolt flange mount with 7/16 inch bolt size and 5.656 inch center-to-center mounting hole spacing
• 53/64 inch base-to-center height for precise shaft alignment during installation
• Outside diameter of approximately 3.15 inches fits standard flanged bearing pockets

Compatibility

Designed as an OEM-style replacement or new-installation flanged bearing for rotating shaft assemblies requiring a 2-bolt flange mount with a 1-1/2 inch bore in high temperature service conditions.

Installation Notes

Installation should be performed by a qualified millwright or mechanical technician. Shut down and lock out all rotating equipment before mounting or removing any bearing. Ensure shaft and housing surfaces are clean and free of burrs before seating the bearing. Torque mounting bolts evenly and verify shaft alignment before returning equipment to service.