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Двухрядный конический роликоподшипник


                                            Двухрядный конический роликоподшипник

Двухрядный конический роликоподшипник

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                                            Двухрядный конический роликоподшипник
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                                            Двухрядный конический роликоподшипник
РасследованиеBearing No.Boundary dimensions(mm) Базовая нагрузка (кН)Limiting speed(rpm )Mass
дДTCБDynamic(Cr)Static(Cor)СмазкаМасло(Кг)
10979/710 710 950 240 175 106 4300 13200 250 320 445
3519/750X2/HC 750 1000 255 190 112 4900 15100 230 310 535
3519/750 750 1000 264 194 112 4850 15600 230 310 546
3519/80 800 1060 270 204 115 6250 15200 220 300 606
3519/850 850 1120 268 188 118 6230 18700 210 270 645
3519/900 900 1180 275 205 122 6950 21300 200 260 763
10979/1120 1120 1460 335 250 158 9000 29500 160 210 1350
Предыдущий1234Следующий

Tapered roller bearings offer several advantages due to their unique design. They excel in handling both radial and axial loads by distributing these forces evenly across the bearing surfaces. This capability makes them suitable for applications where heavy combined loads and high axial rigidity are required, such as in automotive transmissions and wheel hubs. Tapered roller bearings also provide excellent durability and reliability in harsh operating conditions due to their ability to accommodate misalignment and shaft deflection. Their design minimizes frictional losses, enhancing energy efficiency, while their separable components facilitate easy assembly, disassembly, and maintenance. Overall, tapered roller bearings are valued for their robustness, versatility, and efficiency in demanding industrial and automotive applications.