2-Bolt Flange Bearing Unit with 1 Inch Bore for Agricultural Equipment

Description

When you’ve got a shaft that needs reliable support and smooth rotation, a 2-bolt flange bearing is often the perfect solution. This Timken unit features a 1-inch bore with greasable design, giving you the durability you need for equipment that sees daily farm use. Whether it’s supporting a conveyor shaft, auger drive, or any rotating component, this bearing keeps things turning smoothly while handling the loads that come with real farm work.

Key Features

• Greasable design lets you maintain the bearing easily with standard grease fittings
• Two-bolt mounting pattern provides secure, stable attachment to your equipment
• Cast iron housing stands up to weather, dirt, and constant vibration
• Wide inner race design distributes loads evenly for longer service life
• Lock collar shaft retention prevents slipping under heavy loads

Built for Real Farm Work

This bearing is perfect for agricultural equipment with 1-inch shafts that need reliable support. You’ll find these on grain augers, conveyor systems, feed mixers, and various implements where smooth shaft rotation is critical. It’s designed to handle the constant operation and demanding conditions that come with moving grain, feed, or materials around the farm.

Made to Last

Timken has been making quality bearings for decades, and this one’s built to handle farm conditions. The cast iron housing stands up to weather, dirt, and the constant vibration that comes with agricultural equipment. The greasable design means you can keep fresh lubricant flowing to extend bearing life even in dusty or harsh conditions.

Installation Notes

The two-bolt flange design makes mounting straightforward – just line up your bolt holes and secure to your equipment frame. Make sure to pack the bearing with quality grease before installation, and don’t forget to set up a regular greasing schedule. The lock collar system means you can adjust shaft positioning during installation without worrying about the bearing walking along the shaft during operation.