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594A/592A Wheel Bearing Cup and Cone, SET403 by Fersa Bearings
$50.94
MSRP: $53.49
You Save: $2.55 (5 %)
Part Number: 211395
Brand: Fersa
Manufacturer Part No: SET403
Superior Quality Parts: Heavy Duty Pros parts meet and exceed the OEM quality specifications.
Fast Shipping: We ship from warehouses across the US to ensure the quickest delivery.
Expert Technical Advice: Industry repair technicians are standing by to provide expert advice for your repair.
Huge Savings: We offer competitive online pricing for significant savings.
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Product Details & Specifications
Fersa Bearings wheel bearing cup and cone set 594 A/592 A, interchangeable with Timken SET403 positioned on the R Drive Inner Axle, tapered roller style with dimensions of 95.25x152.40x39.68, weight of 2.5 kg, is proven and trusted by Tier 1 manufacturers and OEMs, meets technical specification ISO 16949 and are held to precision tolerances. Bore diameter (mm): 92.25 Outer diameter (mm): 152.40 T Size (mm): 39.69 Weight (Kg): 2.45
Meets Specification: ISO 16949 Holds precision tolerances Timken: SET 403, SET403, NP579116/NP022042
| Brand | OEM | | IVECO | 503356156 | | VOLKSWAGEN | 2W0501319 | | VOLVO | 8127818 |
Fersa Bearings is a European multinational and manufacturer headquartered in Zaragoza, Spain, experts in powertrain solutions for heavy-duty automotive applications, that has been supporting the trucking industry since 1968. The company designs, manufactures, and supplies innovative and specialized solutions for automated and manual transmissions, high-efficiency differentials and high-performance wheel-ends for the OEM and aftermarket segments.
Fersa Bearings is trusted by the world??s leading OEMs and Tier1, producing over 6 million bearings a year for North American and European manufacturers such as Meritor, Dana, Daimler-Mercedes Benz, ZF, MAN, among others. A deep know-how and innovation capabilities allows Fersa to develop high-quality solutions focused on performance, fuel-efficiency, sustainability, and smart mobility, to meet the most demanding conditions, and trends of the automotive industries.
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