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The 6230/C4VL0241 is an electrically insulated ball bearing with a 150mm bore and 270mm outer diameter, designed to handle both dynamic and static loads efficiently. Its robust construction includes a sheet metal cage and an insulating coating on the outer ring.
This bearing can withstand speeds up to 5000 RPM and offers a breakdown voltage of 1000-3000V, making it suitable for high-voltage environments. The insulation layer, 100-500µm thick, ensures reliable electrical resistance of 50-200 MΩ.
With a C4 radial internal clearance, it provides flexibility in various operating conditions. The bearing is RoHS and REACH compliant, ensuring safety and environmental standards are met.
Ideal for electric motors and generators, this model is a dependable choice where electrical insulation is crucial. Weighing 9.82kg, it balances durability and performance in demanding applications.
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How Is 6230/C4VL0241 Bearing Engineered for Reliability?
6230/C4VL0241 Bearing features an insulation coating on the outer ring, preventing electrical current damage.
With a breakdown voltage of 1000-3000 V, it ensures safe operation in electrically charged environments.
The sheet metal cage maintains ball alignment, enhancing durability and reducing wear.
Its C4 radial internal clearance allows for thermal expansion, ensuring consistent performance under varying conditions.
What Makes 6230/C4VL0241 Bearing Suitable for High-Temperature Applications?
6230/C4VL0241 Bearing’s insulation coating withstands high temperatures, maintaining electrical resistance.
The robust design supports a reference speed of 5000 r/min, balancing speed and reliability.
Its basic dynamic load rating of 186.0 kN ensures long-lasting performance in demanding applications.
The layer thickness of 100-500 µm provides consistent insulation, even under thermal stress.
Built for Reliability: 6230/C4VL0241 Bearing
6230/C4VL0241 Bearing is designed with a sheet metal cage for enhanced durability and alignment.
Its electrical resistance of 50-200 MΩ prevents current passage, protecting machinery.
The insulation coating ensures reliable operation in environments with electrical interference.
With a static load rating of 166.0 kN, it handles heavy loads without compromising performance.
Steel vs Ceramic Bearings: Strengths of 6230/C4VL0241 Bearing
6230/C4VL0241 Bearing’s chrome steel construction offers superior strength and wear resistance.
The insulation coating provides added protection compared to standard ceramic bearings.
Its dynamic load rating of 186.0 kN ensures reliable operation under heavy loads.
The sheet metal cage design enhances stability, reducing maintenance needs.
Industrial Uses of 6230/C4VL0241 Bearing
The 6230/C4VL0241 Bearing is commonly used in electric motors and generators, where its insulating coating prevents electrical arcing and extends component life.
Its high dynamic load rating makes it suitable for heavy industrial equipment that operates under constant stress.
How Does 6230/C4VL0241 Bearing Improve Performance?
In wind turbines, 6230/C4VL0241 Bearing reduces downtime by withstanding high rotational speeds and electrical currents.
The C4 radial clearance ensures smooth operation even under thermal expansion in demanding environments.
Built for Heavy-Duty Use: 6230/C4VL0241 Bearing
This bearing excels in railway traction motors, where its insulation properties protect against stray currents.
The sheet metal cage provides durability while maintaining precise alignment under vibration.
Medical vs Industrial: Where 6230/C4VL0241 Bearing Excels
While not typically used in medical devices, 6230/C4VL0241 Bearing shines in industrial automation systems requiring electrical isolation.
Its breakdown voltage range makes it ideal for CNC machinery where electrical interference must be minimised.
Perfect Fit for Automation: 6230/C4VL0241 Bearing
In robotic assembly lines, 6230/C4VL0241 Bearing offers reliable performance with its combination of electrical insulation and mechanical strength.
The bearing’s reference speed allows for efficient operation in high-speed pick-and-place applications.
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