
NU 10/710 ECMA
weight:415 kg
Single row cylindrical roller bearing
WhatsApp:+8618753115023
E-mial:info@bearingmotion.com
Products Description
| Bore diameter | 710 mm |
| Outside diameter | 1 030 mm |
| Width | 140 mm |
| Basic dynamic load rating | 4 680 kN |
| Basic static load rating | 8 500 kN |
| Reference speed | 560 r/min |
| Limiting speed | 750 r/min |
| Product net weight | 415 kg |

Product Related
The NU 10/710 ECMA single row cylindrical roller bearing is specifically engineered for demanding applications that involve heavy radial loads and high rotational speeds. This particular bearing, in the NU design, features a separable outer ring with two integral flanges and a flangeless inner ring. This unique configuration allows for axial displacement in both directions, making it ideal for situations where a shaft's thermal expansion needs to be accommodated without increasing friction. The design also simplifies the mounting and dismounting process, which reduces maintenance time and effort.
What sets this bearing apart are its optimized performance characteristics, which translate to a longer service life and enhanced operational reliability. The precisely engineered logarithmic roller profile helps to evenly distribute stress across the roller/raceway contact area, significantly reducing edge stress and making the bearing less sensitive to shaft misalignment. Furthermore, the specialized surface finish on the contact surfaces promotes the formation of a hydrodynamic lubricant film, which lowers friction and heat generation even under strenuous conditions. This combination of features makes the NU 10/710 ECMA a robust and efficient choice for heavy machinery, industrial gearboxes, and other applications that require dependable performance.

transportation


Hot Tags: nu 10/710 ecma, nu 10/710 ecma suppliers, Cylindrical Roller Bearings, Double Row Cylindrical Roller Bearing, Full Compelet Double Row Cylindrical Roller Bearing
Previous
NNU 4168 M/W33Next
NU 28/600 ECMAYou Might Also Like
Send Inquiry










