+86 15806631151 info@sdtfbearing.com
The 2313JC3 is a self-aligning ball bearing with a 65mm bore and 140mm outer diameter, built to handle radial loads up to 21510 lbf. Its double-row design and chrome steel construction ensure durability and smooth operation at speeds up to 6300 RPM.
With an open seal type, it allows for easy lubrication and maintenance. The C3 radial clearance provides flexibility in applications where slight misalignments might occur.
This bearing is interchangeable with SKF models, making it a practical choice for replacements. It works well in temperatures from -30°C to 110°C, suitable for industrial machinery or heavy equipment.
Weighing 3.25kg, it offers a robust solution for demanding radial load scenarios. Compliant with RoHS and REACH standards for safe and reliable use.
"*" indicates required fields
How Does 2313JC3 Bearing Handle Radial Loads?
2313JC3 Bearing features a double-row design with chrome steel rings and balls, optimised for high radial load capacity.
Its dynamic radial load rating of 21510 lbf ensures reliable performance in demanding radial applications.
The steel cage maintains ball alignment, reducing friction and extending operational life.
With a maximum speed of 6,300 rpm, it offers a balance of durability and efficiency.
What Makes 2313JC3 Bearing Suitable for High-Temperature Applications?
2313JC3 Bearing operates smoothly in temperatures ranging from -30° to 110°C, thanks to its chrome steel construction.
The lubricated design ensures consistent performance even under thermal stress.
Its C3 radial clearance accommodates thermal expansion, preventing premature wear.
This makes it ideal for environments with fluctuating temperatures.
Engineered for Precision: 2313JC3 Bearing
2313JC3 Bearing’s cylindrical bore and tight tolerances ensure precise alignment in radial applications.
The double-row ball arrangement distributes loads evenly, enhancing stability.
With a static radial load capacity of 7312 lbf, it delivers reliable performance under heavy loads.
Its 48 mm width provides a compact yet robust solution for various machinery needs.
Steel vs Ceramic Bearings: Strengths of 2313JC3 Bearing
2313JC3 Bearing uses chrome steel for both rings and balls, offering excellent durability and cost-effectiveness.
The steel cage further enhances its load-bearing capacity and resistance to wear.
Unlike ceramic bearings, it provides a balance of strength and affordability for industrial applications.
Its 140 mm outer diameter ensures a sturdy fit in demanding setups.
Reliability Factors of 2313JC3 Bearing
2313JC3 Bearing’s open design allows for easy lubrication, reducing maintenance requirements.
The C3 radial clearance ensures optimal performance under varying operational conditions.
Weighing 3.25 kg, it combines robustness with manageable handling.
Its compatibility with SKF models makes it a versatile choice for replacements.
Industrial Uses of 2313JC3 Bearing
2313JC3 Bearing is commonly used in heavy machinery like conveyor systems and industrial fans, where its double-row design helps manage misalignment and radial loads. The open seal type allows for easy lubrication, extending service life in demanding conditions.
Where Is 2313JC3 Bearing Used?
You’ll often find 2313JC3 Bearing in automotive applications such as gearboxes and drivetrains, where its high dynamic load capacity ensures reliable performance. The C3 radial clearance also accommodates thermal expansion during high-speed operation.
Built for Heavy-Duty Use: 2313JC3 Bearing
2313JC3 Bearing excels in construction equipment like cranes and excavators, thanks to its chrome steel construction and robust design. The steel cage adds durability, making it suitable for rough environments.
Automotive vs Aerospace: Applications of 2313JC3 Bearing
In automotive settings, 2313JC3 Bearing handles radial loads in transmissions, while in aerospace, it supports auxiliary systems where precision is key. Its metric sizing ensures compatibility across various industries.
Perfect Fit for Automation: 2313JC3 Bearing
2313JC3 Bearing is ideal for robotic arms and automated assembly lines, where its self-aligning feature compensates for minor misalignments. The lubricated design reduces friction, ensuring smooth movement.
"*" indicates required fields
