
Timken
1997x/1922 - Timken Taper Roller Bearing - 1.0625x2.25x0.7813inches
SKU
: 1997x/1922-timken
Availability
: In Stock ✅
Bulk Pricing :
Description
Enhance the performance of your machinery with the precision and durability of the Timken 1997X/1922 Taper Roller Bearing. The 1997X/1922 is the most commonly and widely used in the Taper Roller Bearing family and comprises of two primary separable components including the inner race assembly and the outer race. Typically, it is installed in opposing pairs on a shaft. The Timken brand is synonymous with quality, and the 1997X/1922 model is no exception. Designed for outstanding performance, reliability, and durability, these bearings are a worthy selection for a wide range of industrial applications.The bearing's dimensions are 1.1/16 x 2.¼ x 25/32 inches.
Cone Reference | Cup Reference | ||||
---|---|---|---|---|---|
1997 | x | 1922 | |||
Imperial Series | Cone Reference | Slot or Keyway | Imperial Series | Cup Reference |
Key Features
Durable Construction
Crafted from high-quality materials, these bearings are built to withstand heavy loads and harsh operating conditions. This durability reduces the cost of maintenance, ensuring longevity.
Tapered Roller Design
The tapered roller design of the 1997X/1922 ensures even distribution of load stress across the bearings, resulting in enhanced load-carrying capacity and reduced wear and tear. This 1997X/1922 is suitable to accommodate both radial and axial loads.
Versatile Application
Whether you're in the automotive, industrial, or manufacturing sector, these bearings are designed to meet the demands of multiple applications. Count on them for reliable performance in diverse settings.
Product Information

Availability:
In Stock ✅
Technical Data
Inside Diameter (Inch)
1.1/16 Inch
Outside Diameter (Inch)
2.1/4 Inch
Width (Inch)
25/32 inch
Cage Type
Steel
Seals Or Shields
Open Type
Dynamic Load Rating (kN)
48.4
Static Load Rating (kN)
50.2
DescriptionEnhance the performance of your machinery with the precision and durability of the Timken 1997X/1922 Taper Roller Bearing. The 1997X/1922 is the most commonly and widely used in the Taper Roller Bearing family and comprises of two primary separable components including the inner race assembly and the outer race. Typically, it is installed in opposing pairs on a shaft. The Timken brand is synonymous with quality, and the 1997X/1922 model is no exception. Designed for outstanding performance, reliability, and durability, these bearings are a worthy selection for a wide range of industrial applications.The bearing's dimensions are 1.1/16 x 2.¼ x 25/32 inches.
Key FeaturesDurable ConstructionCrafted from high-quality materials, these bearings are built to withstand heavy loads and harsh operating conditions. This durability reduces the cost of maintenance, ensuring longevity. Tapered Roller DesignThe tapered roller design of the 1997X/1922 ensures even distribution of load stress across the bearings, resulting in enhanced load-carrying capacity and reduced wear and tear. This 1997X/1922 is suitable to accommodate both radial and axial loads. Versatile ApplicationWhether you're in the automotive, industrial, or manufacturing sector, these bearings are designed to meet the demands of multiple applications. Count on them for reliable performance in diverse settings. Product InformationBRANDS: ![]() 1997x/1922-timken Availability:In Stock ✅ 0.23 kg Technical DataInside Diameter (Inch)1.1/16 Inch Outside Diameter (Inch)2.1/4 Inch Width (Inch)25/32 inch Cage TypeSteel Seals Or ShieldsOpen Type Dynamic Load Rating (kN)48.4 Static Load Rating (kN)50.2 | ||||||||||||||||||
Product InformationBRANDS: ![]() 1997x/1922-timken Availability:In Stock ✅ 0.23 kg Technical DataInside Diameter (Inch)1.1/16 Inch Outside Diameter (Inch)2.1/4 Inch Width (Inch)25/32 inch Cage TypeSteel Seals Or ShieldsOpen Type Dynamic Load Rating (kN)48.4 Static Load Rating (kN)50.2 | ||||||||||||||||||
Bulk PricingFor bulk discount on this product, contact our dedicated sales team today by filling out the form below: | ||||||||||||||||||