Self-aligning ball bearings, can any transfer, flexible application, the exterior is delicate and durable

Self-aligning Ball Bearing 1317

1.Large size SRB
2.Size:150-1200 mm
3.Material:GCr15SiMn,G20Cr2Ni4
4.ISO9001:2000
5.Application:steel mill, mine

Self-aligning roller bearing 24126E:
1.bear heavy load
2.wide rang of sizes
3.self-aligning function

Self-aligning roller bearing 24126E:

 

Advantages:

1.bear a heavy load

2.wide rang of sizes

3.self-aligning function 
4.low friction coefficient

 

Retainer: Copper cage, Nylon retainer, Steel retainer, Bakelite retainer, etc

 

 

Features:
1. Self-aligning double row spherical roller bearing allows for a high degree of angular deflection of the drive shaft.
2. Self-aligning ball bearings are constructed with the inner ring and ball assembly contained within an outer ring that has a spherical raceway. This construction allows the bearing to tolerate a small angular misalignment resulting from deflection or improper mounting.

3. Typical applications: drive ( driven) shafts, conveyers, roll shafts
It is mainly applied in hydroelectric generator, vertical motors, propeller shafts for ships, jib cranes, rolling mail roll necks

  

Descriptions:

1. The self-aligning roller bearing is robust with its inherent self-aligning function. The two rows of rollers enable the bearing to bear a heavy load. The self-aligning roller bearing not only has a wide range of size, but also includes special designs such as bearings for vibrating screens and similar applications.

 2. The self-aligning roller bearing can bear both a greater radial load and a certain axial load. As the outer ring ball race of the bearing is spherical, the bearing has a self-aligning function and still works when the relative titling degree between the inner ring center line and the outer ring center line is from 1 to 2.5 degrees.metallurgy, rolling mill, mine, petroleum, paper making, cement, sugar pressing, etc.

 

 

3. The self-aligning bearing has two types of bores, namely a cylindrical bore and a conical bore. The conicity of the conical bore is 1: 12 or 1: 30. In order to strengthen the lubricating performance of the bearing, an annular oil groove and three evenly distributed oil holes are arranged on the outer ring of the bearing.

Specification	Dimensions (mm)			Mass (kg)
	d	D	B

23936CA/W33	180	250	52	8.1
23938CA/W33	190	260	52	8.4
23940CA/W33	200	280	60	12.1
23944CA/W33	220	300	60	13.0
23948CA/W33	240	320	60	13.7
23952CA/W33	260	360	75	23.8
23956CA/W33	280	380	75	26.0
23960CA/W33	300	420	90	40.3
23964CA/W33	320	440	90	42.0
23968CA/W33	340	460	90	47.9
23972CA/W33	360	480	90	49.7
23976CA/W33	380	520	106	60.4
23980CA/W33	400	540	106	72.9
23984CA/W33	420	560	106	74.2
23988CA/W33	440	600	118	90.3
23992CA/W33	460	620	118	107.0
23996CA/W33	480	650	128	125.0
239/500CA/W33	500	670	128	135.0
24026CA/C3W33	130	200	69	8.4
24028CA/C3W33	140	210	69	8.5
24030CA/C3W33	150	225	75	9.4
24032CA/C3W33	160	240	80	12.9
24034CA/C3W33	170	260	90	17.7
24036CA/W33	180	280	100	22.5
24038CA/W33	190	290	100	24.0
24040CA/W33	200	310	109	31.3
24044CA/W33	220	340	118	38.7
24048CA/W33	240	360	118	42.5
24052CA/W33	260	400	140	65.2
24056CA/W33	280	420	140	66.3
24060CA/W33	300	460	160	97.6
24064CA/W33	320	480	160	103.0
24068CA/W33	340	520	180	134.0
24072CA/W33	360	540	180	145.0
24076CA/W33	380	560	190	157.0
24080CA/W33	400	600	200	207.0
24084CA/W33	420	620	200	210.0
24088CA/W33	440	650	212	224.0