NTN 4T-575/572 Taper Roller 76.2 mm ID Taper Roller Bearing, 140 mm OD

Sous-total (1 unité)*

111,77 €

(TVA exclue)

135,24 €

(TVA incluse)

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Unité
Prix par unité
1 +111,77 €

*Prix donné à titre indicatif

N° de stock RS:
454-138
Référence fabricant:
4T-575/572
Fabricant:
NTN
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Marque

NTN

Product Type

Taper Roller Bearing

Inside Diameter

76.2 mm

Bore Type

Round

Cage Material

Pressed Steel

Roller Material

Case Hardening Steel

Cup Width

28.575mm

Static Load Rating

265kN

Cone Width

36.098mm

Outside Diameter

140 mm

Series

4T-575/572

Limiting Speed

3400, 2400rpm

Number of Rows

1

Bearing Material

Case Carburised Steel

Maximum Speed - Grease

2600rpm

Maximum Speed - Oil

3400rpm

Standards/Approvals

JIS B 1512, RoHS, ISO 355, ABMA

Bearing Dynamic Load Rating

197 KN

Race Type

Tapered

Bearing Type

Taper Roller

Pays d'origine :
JP
The NTN Single row tapered roller bearings is designed to meet the rigorous demands of diverse applications. With a pressed steel cage, this bearing ensures a robust and reliable performance even in challenging conditions. The product boasts optimal internal and external diameters, allowing for a perfect fit and seamless integration into your mechanical setups. Engineered , it combines quality materials and cutting-edge technology to guarantee durability and longevity. Its ability to withstand extreme temperatures and loads makes it an essential component for industries that require high performance and reliability. The thoughtful design prioritises efficiency, ensuring minimal friction and enhanced operational speed, which ultimately leads to improved productivity.

Features a pressed steel cage for superior structural integrity and reduced weight

Optimised for low friction, contributing to energy savings and extended lifespan

Designed to perform well within a wide temperature range, ensuring reliability in extreme conditions

Provides generous dynamic and static load ratings, enhancing its versatility across applications

Incorporates advanced design elements to maximise operational efficiency and minimise downtime

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