Decoding the Code: Internal Structural and Material Variations
C: Features a symmetrical roller with a stamped steel plate stop ring
CA: Incorporates a symmetrical roller with a unified brass cage
CTN1: Symmetrical roller paired with a nylon cage
E: Third-generation design enhancing stress distribution; Delivers longer service life compared to standard designs
Q: Equipped with a bronze cage
MB: Includes symmetrical roller with dual brass cages
EM: Symmetrical roller with a specialized alloy integral cage
K: Tapered bore bearing with a taper ratio of 1:12
K30: Tapered bore bearing featuring a taper ratio of 1:30
N: Contains a ring slot on the outer ring
Equipped with three lubrication grooves and trio of lubrication holes on the outer ring for optimal performance.
-CA: Features a fixed flange on the inner ring, a central guide ring, and a machined brass cage
-CC: Lacks flange on the inner ring, guide ring is centered within the inner ring, and includes two stamped steel cages
-CCJA: No flange on the inner ring, guide ring situated at the center of the outer ring raceway, equipped with two stamped steel cages
-MB: Machined brass cage with inner ring centering
-MA: Machined brass cage with outer ring centering
The self-aligning roller bearing boasts a double row of rollers, with the outer ring featuring a common spherical raceway and the inner ring containing two raceways angled relative to the bearing axis. This intelligent design allows for automatic aligning capabilities, making it resistant to errors caused by shaft and bearing box angle discrepancies or shaft bending. It is ideal for installation errors or shaft deflections caused by angle errors. Besides radial loads, this bearing can also handle bidirectional axial loads.
The inner bore of the aligning roller bearing is available in cylindrical and conical types, with conical bore ratios at 1:30 and 1:12. The conical inner bore bearing can be fitted with either a tight sleeve or discharge sleeve, allowing for swift and efficient assembly on the optical shaft or step machine shaft.
Installation Instructions
Aligning Bearing Installation Precautions
1. Before installing aligning bearings, meticulously read the operating instructions of the equipment. Select the corresponding aligning bearings that meet the precise requirements of the machinery.
2. Prior to installation, ensure that all relevant positions of the bearings and the machinery are thoroughly cleaned to remove any debris and dirt.
3. During installation, carefully adjust the bearings according to their type and the specific requirements of the machinery and equipment for optimal performance.
4. The installation of seals during aligning bearing installation is crucial. Diligently inspect the seals to ensure they are undamaged and maintain an airtight seal.
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5. After adjusting the bearing position, lubricate the bearing. Before doing so, carefully review the lubrication requirements detailed in the equipment manual. Proper installation of aligning bearings is pivotal for ensuring the smooth operation of machinery and extending its service life. Master the installation techniques and precautions to avoid errors and achieve seamless functionality.
As a proud manufacturer, we warmly welcome you to visit our state-of-the-art factory.
2. What types of bearings can you produce?
We specialize in crafting both standard and custom aligning roller bearings, tapered roller bearings, and cylindrical roller bearings.
Additionally, we excel in producing bespoke bearings tailored to meet your unique specifications.
3. Are there other types of bearings available?
Absolutely! We maintain long-term strategic partnerships with numerous bearing manufacturers across China.
We can source and supply virtually any type of bearing you may need.
4. What is the minimum order quantity?
There is no minimum order quantity (MOQ) limit at SKG. The larger the order, the better the service, pricing, and overall advantages.
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