DT4454200 Four / Eight Row Cylindrical Roller Bearing High Speed For Wire Mills
DT4454200 Four / Eight Row Cylindrical Roller Bearing High Speed For Wire Mills
Features Gallery Product Description Request A Quote
Basic Infomation
Place of Origin: luoyang
Brand Name: moton
Model Number: DT4454200
High Light:

spherical roller bearing


cylindrical thrust bearing

Payment & Shipping Terms
Packaging Details: Single box/Wooden case
Delivery Time: 7-35 days
Modle Number: DT4454200
Name: Cylindrical Roller Bearing
Type: Cylindrical
Product Description


Eight row Cylindrical Roller Bearing


Four row cylindrical roller bearings are the one of the main bearings for rolling mills. They are compact structures and high stiffness, and can carry high radial loads but not axial load. Because of inner rings with no rids, inner and outer ring subassembly ( with full set of rollers and cage) can be mounted respectively. Cleaning inspecting and dismounting are very convenient.


Four row culindrical roller bearings are especially applied to rolling mills required high speed and precision, for example, wire mills, bar and shape mills, cold or hot sheet mills and cogging mills.


Brass solid cages or pin-type cages are mainly used in four row cylindrical roller bearings.


Four-row cylindrical roller bearings are used almost exclusively for the roll necks of rolling mill stands, calenders and roller presses. Because they are normally mounted with an interference fit on the roll neck, four-row cylindrical roller bearings are well suited for rolling mill applications where the rolling speed is high.


Because four-row cylindrical roller bearings can accommodate only radial loads, they are mounted together with deep groove or angular contact ball bearings, or with tapered roller bearings (either radial or thrust design) which accommodate the axial loads.


Multi-row or 4 row Cylindrical Roller Bearings are primarily designed and used as roll-neck bearings in rolling mills. The four rows of rollers lends itself to carry large radial loads for the given bearing cross section. Contoured rollers with tight diametrical tolerances maximize the ability of this bearing to evenly distribute the load to all four rows. Most common types include the use of a machined brass finger cage or a machined mild steel finger cage. No suffix is required for the brass cage but the SM suffix is used for the steel. In larger sizes, the use of a steel pin type cage with hollow rollers is standard. Many outer race and inner race configurations and design types are available to meet installation or interchangeability requirements. Most bearings are supplied with C4 Internal Radial Clearance and P5 Accuracy to perform well in these roll neck applications.


Our patented Blended Bevel leading edge on our Inner Races is standard. This unique design allows for a smoother installation of the Chock/ Outer Race Roller Assembly over the Roll mounted Inner Race O.D. when robotic stand building equipment is used. It can also help when larger chocks using bearings of this design are mounted using overhead cranes. In applications requiring concentric grinding of the mounted inner race and roll body, an “RG” suffix is designated to specify a race with extra stock for grinding. These bearings are also available with a tapered bore inner race for applications requiring greater accuracy or control of mounted radial clearance. The suffix “K” designates a 1:12 or K30 designates 1:30 taper if needed. Four Row, multi-row bearings are commonly used in the primary metals industry to roll ferrous and non-ferrous materials. Used primarily on rolls in two high rod and bar mills, and backup roll rolls on four high mills, these bearings are industry interchangeable and are typically sold as Outer Race Roller Assemblies and Inner Race Sets.


DT4454200 Four / Eight Row Cylindrical Roller Bearing High Speed For Wire Mills 0

DT4454200 Four / Eight Row Cylindrical Roller Bearing High Speed For Wire Mills 1


Recommended Products
Get in touch with us
Tel : +86 13213639372
Fax : 86--13213639372
Characters Remaining(20/3000)