F0364022-801684 High Speed Wire Rod Rolling Mill Bearing for Conical Gearbox of Precision Rolling Mill

Product Description

Product Description

Name	High speed wire rod rolling mill bearing
Brand	MONTON
Type	Angular contact bearing
Model	F0364022-801684
d	130mm
D	200mm
B	33mm
Morgan bearing type	162250-Y (7126KRD-2/4S)
Weight	3.8 KG
Rollers Rows	Single row
Ring Material	Gcr15/100Cr6/100CrMo7 ect
Design Structure	with pivot/without pivot
Precision	P4,P5 or as customer requested
Vibration	ZV1, ZV2, ZV3, or  as customer requested
Clearance	C0, C2, C3, or  as customer requested
Quality standard	ISO9001: 2000/SGS
Package	Wooden case
Original	Luoyang
Service	OEM
Delivery date	Accordingly to order qty
Application	Rolling mill,steel bearing, hot cold mill ect.

High speed wire rod rolling mill bearing type produce by MONTON

1.Cylindrical roller bearing

Due to the special shape of the rolling elements, cylindrical roller bearings are suitable for maximum radial loads. In addition to the high load-bearing capacity, high speeds can also be accommodated, which is why these bearings are used primarily in wire rod mills. The cages offer a particularly high degree of strength and stability to withstand the strong acceleration and deceleration forces.

(1.Variety of designs available

(2. Higher load ratings than dimensionally equivalent deep groove ball bearings

(3.Suitable for high speeds

2.Deep groove ball bearing

These single-row bearings are suitable for high speeds and capable of absorbing mainly radial loads and, to a lesser degree, axial loads. Deep-groove ball bearings can be utilized for a variety of applications, however they cannot be dismantled for installation purposes. So in spite of their suitability for high speeds and axial and radial loads, they are not the only bearing used; other bearing types are also employed.
(1. Universally applicable
(2.Absorption of radial and axial forces in both directions
(3.High speed suitability

3.Angular contact ball bearings

Angular contact ball bearings are not only able to absorb both radial and axial loads, they are also suitable for high speeds. Single-row angular contact ball bearings, however, can absorb axial loads in just one direction only, therefore they are normally paired with a second bearing.The arrangement of the bearings in relation to each other influences the load absorption characteristics.
Guaranteed flexibility with a universal configuration If the load capacity of a single angular contact ball bearing is not sufficient, several bearings are installed next to each other. To ensure that the load distribution and the play in the bearing set are as uniform as possible, the bearings must be suitably aligned with one another. A distinction is made between the X, O, and tandem arrangement. Depending on the arrangement used, the axial loads are accommodated in different ways.
High-precision roller bearings are manufactured to such high standards of accuracy that any bearing can be combined with the same MONTON type and installed in the relevant arrangement. Bearings installed in pairs are supplied individually, thus ensuring that the bearings cannot be inadvertently mixed up during assembly. What's more, bearings can be ordered individually, thereby simplifying the procurement of spare parts and inventory control.
(1.Absorption of axial and radial forces
(2.Suitable for very high speeds
(3.Mounting in pairs

4.Four point contact ball bearing

Four point contact ball bearings are a special form of single row angular contact ball bearings. A split inner or outer ring creates two pressure angles and the four-point contact that gives it its name. This enables them to absorb radial forces and high axial forces acting on both sides even in confined spaces.
In practice, four point contact ball bearings are often used as pure thrust bearings and combined with a radial bearing. For this purpose, they should be provided with clear radial clearance to the housing and installed directly next to the supporting radial bearing. The radial load carrying capacity is often not used due to the elasticity of the split ring. Four point contact bearings are demountable but not self-retaining. The axial pitch of a bearing ring ensures an efficient assembly.
(1.Absorption of axial forces in both directions
(2.Low radial loads can be accommodated
(3.Design with split inner or outer ring possible

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