• +86 13837949030 +86 15890619536
  • info@lymcbearings.com export@lymcbearings.com
  • Luoxin Industrial Cluster, Luoyang City,Henan Province,China
Get A Quote
YRT Series Turntable Bearing - Precision & High-Performance Bearings

YRT Series Turntable Bearing

YRT Series Turntable Bearings are a type of large-diameter bearing used in applications where precise rotational movement and high load-carrying capacity are required. These bearings are commonly used in turntables, rotary tables, and other machinery where smooth and reliable rotation is essential. YRT Series bearings are typically axial-radial roller bearings with an integrated design that allows for combined axial, radial, and tilting moment loads. They are designed to support high loads and provide precise rotational movement. The bearing usually consists of an inner ring, an outer ring, rolling elements (such as rollers or balls), and cages. The design integrates these components to support both radial and axial loads while maintaining rotational accuracy. The YRT Series includes different models to accommodate various sizes and load capacities. Each model is designed to meet specific application requirements.

Product Details

The YRT Turntable Bearing Series is a highly versatile and efficient solution that finds extensive application in numerous industries. This article explores the advantages and common areas of utilization for this innovative bearing system.

Advantages of the YRT Turntable Bearing Series

1. High Precision Performance: The YRT turntable bearing series offers exceptional levels of precision, ensuring smooth and accurate rotational movement. This precision performance allows for reliable positioning and enhances the overall operational efficiency of various machines and equipment.

2. Load Capacity: These bearings are designed to handle substantial axial and radial loads, making them suitable for applications that require heavy-duty operations. With its robust construction, the YRT turntable bearing series can effectively withstand and distribute loads, enabling durable and reliable performance.

3. Compact Design: This bearing series features a compact design that minimizes space requirements while maximizing load capacity and rigidity. This compactness makes the YRT bearings an ideal choice for applications where space optimization and maneuverability are crucial factors.

4. Enhanced Rigidity: The YRT turntable bearing series exhibits exceptional rigidity, offering superior stability and accuracy during rotation. This enhanced rigidity enables reliable and precise operation, ensuring consistent performance and reducing the risk of equipment wear and tear.

5. Integrated Angle Measurement System: Some variants of the YRT turntable bearing series come equipped with an integrated angle measurement system. This feature allows for precise angular measurement, making it highly suitable for applications that require accurate positioning and directionality.

YRT Turntable Bearing Series Parameter

Bearing Type  Dimensions  Basic Load Rating Limiting Speed Bearing Frictional Torque Weight
Axial Radial
d D H H1 C D1 J J1 Dynamic Load Static Load Dynamic Load Static Load
Unit: mm Ca Coa Cr Cor Grease
KN r/min Nm Kg
YRT80 80 146 35 23.35 12 130 92 138 56 255 42.5 100 530 3 2.4
YRT100 100 185 38 25 12 160 112 170 76.5 415 47.5 120 430 3 4.1
YRT120 120 210 40 26 12 184 135 195 102 540 52 143 340 7 5.3
YRT150 150 240 40 26 12 214 165 225 112 630 56 170 320 10 6.2
YRT180 180 280 43 29 15 244 194 260 118 710 69.5 200 280 12 7.7
YRT200 200 300 45 30 15 274 215 285 120 765 81.5 220 260 14 9.7
YRT260 260 385 55 36.5 18 345 280 365 160 1060 93 290 200 20 18.3
YRT325 325 450 60 40 20 415 342 430 275 1930 120 345 170 40 25
YRT395 395 525 65 42.5 20 486 415 505 300 2280 186 655 140 55 33
YRT460 460 600 70 46 22 560 482 580 355 2800 200 765 120 70 45
YRT580 580 750 90 60 30 700 610 720 490 4250 228 965 80 140 89
YRT650 650 870 122 78 34 800 680 830 1040 8000 490 1800 65 200 170
YRT850 850 1095 124 80.5 37 1018 890 1055 1000 8650 455 1730 50 300 253
YRT950 950 1200 132 86 40 1130 990 1160 1290 11400 530 2040 40 600 312
YRT1030 1030 1300 145 92.5 40 1215 1075 1255 1380 12000 620 2650 35 800 375
YRT1200 1200 1490 164 108 56 1410 1240 1445 1435 12850 745 2800 25 1000 450
Common Application Areas

1. Machine Tool Industry: The YRT turntable bearing series finds extensive usage in the machine tool industry, particularly in machine spindle applications. The high precision and rigidity of these bearings enable efficient cutting and machining operations.

2. Automation and Robotics: With its compact design and exceptional load capacity, the YRT Turntable Bearing Series is widely employed in automation and robotics systems. These bearings offer reliable and precise motion control, enhancing the overall performance of robotic arms and automated machinery.

3. Medical Equipment: The YRT bearings are also utilized in the medical field, providing smooth and accurate movement in various medical equipment and devices. These bearings are commonly found in CT scanners, X-ray machines, and surgical robots, ensuring precise positioning and reliable operation.

4. Packaging and Printing Machinery: The YRT turntable bearing series plays a crucial role in packaging and printing machinery, offering accurate and stable rotation required for these industries. These bearings enable seamless operations in printing presses, labelers, and packaging lines.

5. Aerospace and Defense: The YRT bearings are extensively used in the aerospace and defense sectors due to their high load capacity and durability. These bearings offer reliable rotation and positioning in applications such as satellite systems, missile launchers, and radar equipment.

Conclusion

The YRT turntable bearing series stands as a superior choice for various industries due to its precision performance, load capacity, compact design, enhanced rigidity, and integrated angle measurement system. With its broad range of applications and advantageous features, this bearing series continues to drive efficiency and reliability in numerous fields.