NTN 21319D1 Cylindrical 95 mm ID Spherical Roller Bearing, 200 mm OD

Sous-total (1 unité)*

459,85 €

(TVA exclue)

556,42 €

(TVA incluse)

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  • Expédition à partir du 15 mai 2026
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Unité
Prix par unité
1 +459,85 €

*Prix donné à titre indicatif

N° de stock RS:
455-616
Référence fabricant:
21319D1
Fabricant:
NTN
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Marque

NTN

Product Type

Spherical Roller Bearing

Inside Diameter

95 mm

Race Width

45mm

Bore Type

Cylindrical

Maximum Speed - Grease

2100rpm

Number of Rows

2

Maximum Speed - Oil

2700rpm

Standards/Approvals

RoHS

Dynamic Load Rating

375kN

Outside Diameter

200 mm

Internal Clearance

CN

Static Load Rating

420kN

Series

21319D1

Race Type

Spherical

Pays d'origine :
JP
The NTN Spherical Roller Bearing presented here is engineered for durability and high performance in demanding applications. Combining advanced design with robust materials, this bearing ensures optimal operation under various conditions. Featuring a one-piece machined cage and strategically designed lubrication holes, it stands out in the market for its exceptional reliability. This product is suitable for diverse industrial settings, promising minimal downtime and efficient rotational movement. With a focus on performance, this bearing has been meticulously crafted to balance load and speed requirements, making it an ideal choice for professional engineers and OEMs alike. The robust features are sure to meet the rigorous demands of modern machinery and equipment.

Designed with a one-piece machined cage for enhanced structural integrity

Incorporates multiple lubrication holes to promote efficient maintenance

Supports a broad range of operating temperatures, ensuring versatility

Constructed to handle significant dynamic and static loads without compromising performance

Capable of accommodating misalignment for improved durability

Lightweight design aids in energy efficiency during operation

Crafted to include a smooth inner surface that minimises wear and tear

Optimal for both oil and grease lubrication methods, enhancing flexibility in use

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