
The SKF INSOCOAT cylindrical roller bearing measures 130mm in bore, 230mm outside, and 40mm wide, with a robust 7.62kg weight. It features an insulating coating on the inner ring for electrical protection.
This model supports dynamic loads up to 415kN and static loads to 455kN, running smoothly at speeds around 3400 RPM. Its C3 radial clearance accommodates thermal expansion in operation.
The brass cage enhances durability and guides rollers effectively. Insulation withstands 1000-3000 VDC, preventing current damage in electric motors.
Suitable for industrial motors, generators, or pumps where electrical insulation is needed. Compliant with RoHS and REACH standards for safe usage.
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How Does NU 226 ECM/C3VL2071 Bearing Prevent Electrical Damage?
NU 226 ECM/C3VL2071 Bearing features an insulation coating on its inner ring, protecting against electrical currents that can damage machinery.
This coating provides breakdown voltage protection from 1000 to 3000 VDC, making it suitable for electric motor applications.
The machined brass cage maintains proper roller alignment, ensuring smooth operation under heavy radial loads.
With a basic dynamic load rating of 415 kN, NU 226 ECM/C3VL2071 Bearing delivers reliable performance in demanding industrial environments.
How Does NU 226 ECM/C3VL2071 Bearing Improve Performance?
NU 226 ECM/C3VL2071 Bearing works well in industrial equipment like large fans and conveyor systems, where its cylindrical roller design handles heavy radial loads smoothly. The insulation coating protects against electrical damage, which is common in motor-driven applications.
In automotive electric motors, NU 226 ECM/C3VL2071 Bearing supports high-speed operations with its C3 clearance, reducing friction and heat buildup. This helps extend the lifespan of components like transmission shafts in various vehicle types.
For automation and robotics, NU 226 ECM/C3VL2071 Bearing’s brass cage ensures reliable movement in robotic arms, even under continuous use. Its metric dimensions make it easy to integrate into automated assembly lines without modifications.
In medical imaging devices, NU 226 ECM/C3VL2071 Bearing provides stable performance due to its high dynamic load rating, essential for precise equipment operation. The insulation also prevents interference from electrical currents in sensitive environments.
What Makes NU 226 ECM/C3VL2071 Bearing a Preferred Choice?
NU 226 ECM/C3VL2071 Bearing is suitable for industrial machinery such as pumps and compressors, where its high load capacity supports demanding operations. The insulating layer minimizes risks from stray currents, ensuring consistent function.
Within automotive applications, NU 226 ECM/C3VL2071 Bearing fits into electric vehicle drivetrains, offering durability and resistance to electrical erosion. This makes it a solid option for modern, high-efficiency car designs.
In consumer electronics like industrial printers, NU 226 ECM/C3VL2071 Bearing handles rapid movements with ease, thanks to its balanced construction. Users appreciate its low maintenance needs in daily use scenarios.
For automated production lines, NU 226 ECM/C3VL2071 Bearing’s design allows for smooth integration, reducing downtime in smart factories. The coating adds an extra layer of protection in electrically noisy settings.
Built for Heavy-Duty Use: NU 226 ECM/C3VL2071 Bearing
NU 226 ECM/C3VL2071 Bearing excels in heavy industrial equipment, such as mining machinery, where radial loads are intense. Its robust build and insulation help prevent failures in harsh conditions.
In automotive systems like turbochargers, NU 226 ECM/C3VL2071 Bearing manages high speeds and loads effectively. The brass cage contributes to quieter operation, which is beneficial in performance vehicles.
For medical laboratory instruments, NU 226 ECM/C3VL2071 Bearing offers precision and reliability, crucial for accurate test results. The electrical resistance features protect against damage in powered devices.
In home appliances such as high-power drills, NU 226 ECM/C3VL2071 Bearing provides steady performance under variable loads. Its size and weight make it adaptable to compact tool designs.
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