RAU UU

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Standard

GB,ASTM/AISI,ГОСТ,BS,JIS,NF,DIN / VDEh

Material

52100/100Cr6/SUJ2/Stainless Steel

Brand

QIBR/OEM/Neutral

Package

QIBR/Standard Industrial Package/OEM

Inner diameter

10~200mm

Outer diameter

21~226mm

Applications

Aerospace Industry, Robotics, Medical Devices, Semiconductor Manufacturing Equipment, Optical Equipment, Industrial Machinery, Automotive, etc

RAU UU

Filters

NO. Product Product Number Inner diameter (d) Mass Outer diameter (D) Chamfer dimension (r) Type Width (B B1)
1 RAU RAU 1005 UU 10 mm 0.009 kg 21 mm 0.15 mm Two Sides Seal 5 mm
2 RAU RAU 1505 UU 15 mm 0.012 kg 26 mm 0.15 mm Two Sides Seal 5 mm
3 RAU RAU 2005 UU 20 mm 0.015 kg 31 mm 0.15 mm Two Sides Seal 5 mm
4 RAU RAU 3005 UU 30 mm 0.021 kg 41 mm 0.15 mm Two Sides Seal 5 mm
5 RAU RAU 4005 UU 40 mm 0.027 kg 51 mm 0.15 mm Two Sides Seal 5 mm
6 RAU RAU 5005 UU 50 mm 0.032 kg 61 mm 0.15 mm Two Sides Seal 5 mm
7 RAU RAU 6005 UU 60 mm 0.038 kg 71 mm 0.15 mm Two Sides Seal 5 mm
8 RAU RAU 7005 UU 70 mm 0.044 kg 81 mm 0.15 mm Two Sides Seal 5 mm
9 RAU RAU 8005 UU 80 mm 0.05 kg 91 mm 0.15 mm Two Sides Seal 5 mm
10 RAU RAU 9005 UU 90 mm 0.056 kg 101 mm 0.15 mm Two Sides Seal 5 mm
11 RAU RAU 10005 UU 100 mm 0.061 kg 111 mm 0.15 mm Two Sides Seal 5 mm
12 RAU RAU 5008 UU 50 mm 0.08 kg 66 mm 0.5 mm Two Sides Seal 8 mm
13 RAU RAU 6008 UU 60 mm 0.09 kg 76 mm 0.5 mm Two Sides Seal 8 mm
14 RAU RAU 7008 UU 70 mm 0.1 kg 86 mm 0.5 mm Two Sides Seal 8 mm
15 RAU RAU 8008 UU 80 mm 0.11 kg 96 mm 0.5 mm Two Sides Seal 8 mm
16 RAU RAU 9008 UU 90mm 0.12 kg 106 mm 0.5 mm Two Sides Seal 8 mm
17 RAU RAU 10008 UU 100 mm 0.14 kg 116 mm 0.5 mm Two Sides Seal 8 mm
18 RAU RAU 11008 UU 110 mm 0.15 kg 126 mm 0.5 mm Two Sides Seal 8 mm
19 RAU RAU 12008 UU 120 mm 0.17 kg 136 mm 0.5 mm Two Sides Seal 8 mm
20 RAU RAU 13008 UU 130 mm 0.18 kg 146 mm 0.5 mm Two Sides Seal 8 mm
21 RAU RAU 14008 UU 140 mm 0.19 kg 156 mm 0.5 mm Two Sides Seal 8 mm
22 RAU RAU 15008 UU 150 mm 0.2 kg 166 mm 0.5 mm Two Sides Seal 8 mm
23 RAU RAU 16013 UU 160 mm 0.59 kg 186 mm 0.8 mm Two Sides Seal 13 mm
24 RAU RAU 17013 UU 170 mm 0.64 kg 196 mm 0.8 mm Two Sides Seal 13 mm
25 RAU RAU 18013 UU 180 mm 0.68 kg 206 mm 0.8 mm Two Sides Seal 13 mm
26 RAU RAU 19013 UU 190 mm 0.69 kg 216 mm 0.8 mm Two Sides Seal 13 mm
27 RAU RAU 20013 UU 200 mm 0.71 kg 226 mm 0.8 mm Two Sides Seal 13 mm

Characteristics and advantages of QIBR cross cylindrical roller bearing RAU UU series

The QIBR cross cylindrical roller bearing RAU UU series has multiple significant characteristics and advantages, which solve key problems in various fields, mainly reflected in the following aspects;

1. The QIBR cross cylindrical roller bearing RAU UU series has the characteristics of high rigidity and high load-bearing capacity

Although the QIBR cross cylindrical roller bearing RAU UU series is compact in design, it has good rigidity and load-bearing capacity, making it suitable for high load applications.

2. The QIBR cross cylindrical roller bearing RAU UU series has the characteristic of optimized structural design

The QIBR cross cylindrical roller bearing RAU UU series has an integrated inner and outer ring structure, which can be used for outer ring rotation and inner ring rotation.

3. The QIBR cross cylindrical roller bearing RAU UU series has the characteristics of low friction and high efficiency

The QIBR cross cylindrical roller bearing RAU UU series reduces bearing friction torque and is suitable for use with low driving torque requirements, improving the overall operating efficiency of the equipment.

4. QIBR Cross Cylindrical Roller Bearing RAU UU Series Customized Service

The QIBR cross cylindrical roller bearing RAU UU series usually provides customized services, which can design bearings according to specific needs, meet the special requirements and operating conditions.

Performance Enhancement and Solutions of QIBR Cross Cylindrical Roller Bearing RAU UU Series

1. Effectively improving material properties and enhancing high load-bearing capacity

The production of QIBR cross cylindrical roller bearings RAU UU series uses high-quality steel to manufacture the inner and outer rings and balls, and improves the surface hardness and material properties through vacuum heat treatment, enhancing the bearing's load capacity and service life.

2. Improve manufacturing accuracy and load capacity

The production of QIBR cross cylindrical roller bearings RAU UU series adopts advanced processing equipment and technology from abroad, such as precision grinding, to improve the geometric accuracy of the inner and outer rings and balls, reduce processing errors, and thus improve the rotational accuracy and operational stability of the bearings.

3. Personalization

Provide personalized structural dimension solutions to meet specific performance requirements for QIBR cross cylindrical roller bearing RAU UU series applications in different scenarios. This method not only enriches the standards of bearings, but also provides effective guidance for manufacturers to meet the personalized needs of users.

In summary, by optimizing materials, manufacturing accuracy, personalized design, and other measures, the performance of the QIBR cross cylindrical roller bearing RAU UU series can be significantly improved to meet increasingly demanding application requirements.

The main application of QIBR cross cylindrical roller bearing RAU UU series

High end CNC lathes

The QIBR cross cylindrical roller bearing RAU UU series can improve the machining accuracy of lathes and ensure the production of high-quality parts. Provide stable support and precise workpiece positioning in high-precision machining.

Rotating worktable

The QIBR cross cylindrical roller bearing RAU UU series has extremely high rigidity and can effectively withstand loads from all directions, which enables the rotating worktable to maintain higher stability and accuracy during operation.

Aerospace

The QIBR cross cylindrical roller bearing RAU UU series provides high load support in confined spaces, making it ideal for applications with limited space. Ensure accuracy and stability in the attitude adjustment system of the satellite.