Split Bearing
Lasting Bearing Group Co., Limited founded in 2008, is a company specializing in the manufacturing and sales of bearing transmission parts. Located in Hong Kong, and we have set up offices in some parts of the world, we are committed to providing our customers with high quality bearing products and high quality service.
Why Choose Us
Professional Team
We have a complete production line and an excellent R & D team, with independent development and design of various types of bearings, belts and grease strength. And we own our own brand, SDVV.
Quality Assurance
Our production line is located in Germany, equipped with the most advanced equipment and high technology production process, can ensure the consistency of product quality and reliability.
24H Online Service
We provide 24 hours online service, can let your doubts to solve in time. Fast and efficient service and to ensure customer satisfaction, so that you have no worries after sale.
Overview of Split Bearing
Split Bearing, also known as split-block or split-housing bearings, represent a significant innovation in the realm of machinery maintenance. Unlike traditional bearings, split bearings feature a design that allows them to be easily disassembled into two halves, simplifying installation, maintenance, and replacement processes. This unique construction consists of an inner ring, outer ring, and rolling elements, with the housing split along the horizontal or vertical axis.
Our range of split of bearings:
●Split bearing housings
●Split cylindrical roller bearings
●Split Spherical Roller Bearing
●Double Row Bearing
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Basic Product Description |
Split cylindrical roller bearing with enhanced load carrying capability |
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Measurement |
Imperial |
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UOM |
Each |
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Od (mm) |
393.7 |
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Width (mm) |
90.5 |
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Length (mm) |
163 |
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Id (In) |
9 |
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Weight (Kg) |
68 |
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Features |
Heavy-duty |
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Type |
Fixed type |
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Cartridge to suit (Sold Separately) |
02C900GR-COOPER |
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Pedestal to suit (Sold Separately) |
P35-COOPER |
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Felt Seal to suit (Sold Separately) |
FELT19-COOPER |
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5216-2Z Double Row Bearing |
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Type |
Angular Contact Ball Bearing |
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Bore diameter (d) |
80 mm |
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Outside diameter(D) |
140 mm |
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Width(B) |
44.45 mm |
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Dynamic Load Rating (Cr) |
106,000N |
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Static Load Rating (Cor) |
95,000 N |
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Mass |
2.1 KG |
Advantages of Split Bearing
Maintenance and Accessibility
One of the primary benefits of split bearings lies in their maintenance and accessibility features, which contribute significantly to streamlined machinery upkeep and reduced downtime. Unlike traditional bearings, split bearings can be conveniently disassembled into two halves, facilitating easy access to internal components for inspection, lubrication, and replacement without the need to dismantle surrounding machinery or disengage shafts entirely. This accessibility not only simplifies routine maintenance tasks but also minimizes the time and labor required for bearing-related interventions, thereby optimizing operational efficiency.
Flexibility in Design and Application
Another significant advantage of split bearings lies in their flexibility in design and application, offering versatility that traditional bearings may lack. Split bearings are designed to accommodate varying shaft sizes and configurations, allowing for seamless integration into a wide range of machinery setups. This adaptability makes split bearings suitable for use in diverse industrial applications, from small-scale equipment to large, heavy-duty machinery.
Applications of Split Bearing
Mining
Used in conveyors and crushers where accessibility is limited and disassembly is costly.
Cement Industry
Applied in large rotary kilns and material handling systems to handle high loads and reduce maintenance time.
Steel Manufacturing
Ideal for rolling mills and other high-stress machinery where regular maintenance is required.
Sugar Industry
Commonly used in sugarcane crushers and processing equipment to minimize downtime during maintenance.
Paper industry
Split Spherical Roller Bearings are essential in machinery such as paper mills and presses, where the bearings are often located in hard-to-reach areas.
Looking at the basic elements of a split roller bearing, I know there are the inner and outer rings, a rolling element's cage, and the rolling elements themselves.
The inner and outer rings are the “raceways” for the rolling elements. These components, however, are usually made from hardened steel to enable them to withstand operational stresses. Amongst many functions of the bearing cage, which is typically made of brass, steel, or polyamide, is to separate the rolling elements to distribute the load across the bearing surface evenly.
There are cylindrical and spherical types of rolling elements that allow the angle between the working surfaces to be maintained so that the bearing will carry rotational and thrust loads while the friction is as low as possible. Some of the technical parameters relevant to the selection of the suitable split roller bearing are load carrying capacity which is the strength of the bearing indicating the maximum wheight the bearing can withstand. Another parameter is the speed rating, which is the maximum RPM the bearing can withstand without overheating or performance loss.
Considering the misalignment tolerance, it is possible to conclude that the bearing can withstand some shaft deflection and alignment factors typical of different mechanical systems. As claimed by the technical specifications of major manufacturers, such synergies are said to improve the operational efficiency and service life of the machinery.
Precautions for use of Split Bearing
Regular Lubrication
Proper lubrication is essential to reduce friction and wear in any bearing. Make sure to use the recommended lubricant and keep a regular lubrication schedule. Over-lubricating can cause excess heat and damage, while under-lubricating can lead to increased wear.
Check Seals for Contaminants
Even with advanced sealing, contaminants can sometimes find their way into the bearing housing. Periodically inspect the seals for any signs of damage or wear. If the seals are compromised, replace them immediately to prevent contamination of the bearing components.
Monitor Vibration and Temperature
Abnormal vibrations or increased operating temperatures are often early indicators of bearing wear. Use vibration analysis and thermal imaging tools to monitor the condition of your bearings. If you notice any significant deviations from the norm, it may be time to inspect or replace the bearing.
Ensure Proper Alignment
Even though split bearings are designed to maintain alignment, it's always a good practice to check for misalignment during maintenance. Misaligned bearings can cause uneven wear on the rollers, leading to premature failure.
Replace at the Right Time
Every bearing has a finite life. Be proactive about replacing bearings as they reach the end of their service life, rather than waiting for a complete failure. This approach will save you from more extensive repairs and unplanned downtime.
Packaging & Delivery
