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TIMKEN HM903249-903A2 TRB Two-Single-Row Assembly <4 OD

Name: TIMKEN HM903249-903A2 TRB Two-Single-Row Assembly <4 OD
Brand: Timken
Availability: OutOfStock
Rating: 5.0 (1 reviews)

MODEL HM903249-903A2

BRAND

Timken

SKU

5070181

WEIGHT

4.563 lb

UOM

each

Call for Pricing - 888-671-2883

Bearing Modification Services

Typically Ships in: 1 day

Returnable: Yes

57.150 mm Cone backface backing diameter

2.56 in

65 mm Cone part number

HM903249 Cup frontface backing diameter:3.62 in

91.90 mm Cup outer diameter

3.7500 in

95.250 mm Cup part number

HM903210 Design unit:Inch Outer Spacer Part Number:HM903210ES Related Assembly Number(s):HM903249-90015 HM903249-903A2 HM903249-904A1 T - Width:2.4376 in

B - Width

2.2500 in

I.D.

3/4 in / 44.450 mm

Taper Roller Bearing Full Assemblies The TIMKEN HM903249-903A2 TRB Two-Single-Row Assembly is a high-performance tapered roller bearing designed for robust applications in various industrial settings. Engineered for reliability and efficiency, this assembly provides superior load-carrying capacity and operational longevity, making it an ideal choice for demanding environments.

Key Features

Design Type	Two-single-row tapered roller bearing assembly for optimized load distribution
Outer Diameter	Less than 4 inches, suitable for compact applications
Material Composition	High-quality steel construction ensures durability and resistance to wear
Precision Engineering	Manufactured to stringent tolerances for enhanced performance and reliability
Lubrication Compatibility	Designed for use with various lubrication methods to maintain peak performance

Applications

Automotive Industry	Perfect for wheel bearings and differential applications, ensuring smooth operation and reduced friction
Industrial Machinery	Suitable for a wide range of machinery, including conveyor systems and heavy equipment, where reliability is crucial
Aerospace	Engineered for applications requiring precision and durability under extreme conditions

Benefits

Enhanced Load Capacity	Designed to handle heavy loads effectively, reducing the risk of failure in high-stress applications
Increased Longevity	The robust construction and materials used extend the service life, minimizing replacement costs
Operational Efficiency	Reduces friction and heat generation, leading to lower energy consumption and improved overall efficiency --- Product information compiled with AI assistance for reference purposes.