Drawn Cup Needle Roller Bearings HK5024-2RS

The HK5024-2RS is a drawn cup needle roller bearing with a 50mm bore and 58mm outer diameter, crafted from sturdy steel for reliable performance. It handles radial loads up to 6969 lbf and operates smoothly at speeds up to 3200 RPM.
Featuring double seals, this bearing keeps dirt out and lubrication in, making it low-maintenance. Its press-fit design ensures a secure attachment to shafts.
With a width of just 24mm, it’s compact yet robust, suitable for tight spaces. The bearing performs well in temperatures ranging from -20°C to 110°C.
Ideal for applications like automotive components or industrial machinery where radial load support is needed. Compliant with RoHS standards for safe use.
Interchangeable with INA bearings, it’s a practical choice for replacements or upgrades. The steel cage and rollers provide durability under heavy loads.
Its open-end series design allows for easy installation and removal. Perfect for high-load, high-speed environments where reliability is key.
The lubrication requirement ensures smooth operation over time. A versatile option for both new builds and maintenance projects.
Weighing in at a manageable size, it balances strength and space efficiency. Suitable for use in gearboxes, pumps, or other mechanical systems.
The tight width tolerance of -0.3mm to 0mm ensures precise fitting. A dependable choice for engineers seeking long-lasting performance.
Its steel construction offers good resistance to wear and tear. Works well in moderate temperature conditions common in many industrial settings.
The double-sealed design provides extra protection against contaminants. An excellent option for applications where cleanliness is important.
Easy to mount thanks to its press-fit shaft attachment method. Reduces the risk of slippage during operation.
Compatible with standard lubrication methods for straightforward maintenance. Helps extend the bearing’s service life with proper care.
The needle roller design delivers high load capacity in a compact package. Efficient for space-constrained applications requiring substantial radial support.
Performs reliably across its specified temperature range. Maintains functionality in various operating environments.
The RoHS compliance makes it suitable for use in environmentally conscious projects. Meets international standards for restricted substances.
A cost-effective solution for radial load-bearing needs. Delivers good value through durable construction and consistent performance.
The steel components provide uniform strength throughout the bearing. Resists deformation under typical operating conditions.
Simple to integrate into existing systems due to standard dimensions. Minimizes downtime during installation or replacement.
The sealed design helps maintain lubrication integrity over time. Reduces frequency of maintenance interventions.
Well-suited for continuous operation in industrial settings. Handles prolonged use without significant performance degradation.
The precise bore diameter tolerance ensures proper fit with shafts. Promotes stable rotation and load distribution.
An efficient choice for converting rotational motion with minimal friction. Helps improve overall system performance.
The open-end series allows for straightforward visual inspection. Facilitates quick condition checks during routine maintenance.
Provides reliable service in both light and heavy-duty applications. Adaptable to varying operational demands.
The steel-on-steel construction offers predictable wear characteristics. Enables accurate lifespan estimation.
Maintains dimensional stability across its working temperature range. Reduces the risk of performance issues due to thermal expansion.
The press-fit mounting method creates a vibration-resistant connection. Enhances operational stability in dynamic environments.
Compatible with common industrial lubricants for easy servicing. Simplifies maintenance procedures for technicians.
The needle roller design maximizes load-bearing surface area. Distributes forces effectively to minimize localized wear.
Performs consistently at speeds up to its rated maximum. Delivers reliable rotation without excessive heat generation.
The double-sealed configuration provides redundant protection. Offers an extra layer of defense against contamination.
Suitable for use in both horizontal and vertical orientations. Flexible installation options for various machine designs.
The steel material selection ensures compatibility with standard industrial environments. Resists common forms of corrosion.
Provides smooth operation throughout its speed range. Minimizes vibration for improved system performance.
The precise width tolerance facilitates accurate axial positioning. Helps maintain proper alignment in assembled mechanisms.
An economical solution for high-load radial bearing requirements. Offers performance comparable to more expensive alternatives.
The drawn cup construction provides inherent rigidity. Strengthens the bearing structure without adding bulk.
Easy to identify and source due to standard interchangeability. Reduces procurement challenges for maintenance teams.
The sealed design prolongs lubrication intervals. Lowers total cost of ownership through reduced maintenance needs.
Works effectively in moderate speed applications. Balances performance and durability for general industrial use.
The steel components ensure consistent performance over time. Maintains dimensional accuracy through extended service life.
Provides reliable radial support in compact assemblies. Ideal for space-efficient machine designs.
The press-fit installation creates a secure, permanent connection. Eliminates the need for additional retaining components.
Compatible with standard bearing replacement procedures. Simplifies integration into existing equipment.
The needle roller configuration handles both static and dynamic loads effectively. Versatile for various operating conditions.
Maintains performance across its full temperature range. Reliable in typical industrial environments.
The double seal arrangement enhances protection in dirty conditions. Suitable for use in challenging operating environments.
An efficient power transmission component. Minimizes energy losses through optimized rolling action.
The steel construction provides good resistance to mechanical stress. Withstands typical operational forces without deformation.
Easy to handle and install due to manageable size and weight. Reduces labor requirements during assembly.
The precise bore tolerance ensures proper interference fit. Creates a stable connection with the shaft.
A practical choice for OEMs and maintenance applications alike. Delivers consistent quality across production batches.
The sealed design helps maintain performance in dusty conditions. Protects internal components from abrasive particles.
Provides smooth rotation at operational speeds. Contributes to quiet machine operation.
The standard dimensions facilitate easy replacement of worn bearings. Minimizes machine downtime during servicing.
An economical solution without compromising on performance. Offers good value for money in industrial applications.
The steel material provides adequate strength for most applications. Balances performance and cost effectively.
Simple to maintain with standard lubrication practices. Extends service life through proper care.
The press-fit mounting ensures positive location on the shaft. Prevents unwanted movement during operation.
Compatible with common industrial cleaning methods. Easy to prepare for re-lubrication when required.
The needle roller design provides high load capacity in limited space. Efficient use of available installation area.
Performs reliably within its specified parameters. Predictable operation for consistent machine performance.
The double seal configuration offers enhanced contamination protection. Suitable for use in less-than-ideal environments.
Maintains structural integrity under rated loads. Resists deformation to preserve bearing geometry.
The drawn cup construction provides additional support. Strengthens the outer race for improved durability.
Easy to identify and procure through standard part numbering. Simplifies the sourcing process for purchasers.
The sealed design reduces lubrication consumption. Lowers operational costs over the bearing’s lifespan.
Works effectively in both intermittent and continuous operation. Adaptable to varying production demands.
The steel components ensure consistent performance characteristics. Delivers predictable results through extended use.
Provides reliable radial support in space-constrained designs. Maximizes load capacity in compact installations.
The press-fit installation method creates a secure mechanical bond. Eliminates the need for additional fastening components.
Compatible with standard industrial maintenance practices. Integrates easily into existing service routines.
The needle roller configuration distributes loads effectively. Reduces stress concentrations for longer service life.
Maintains performance across its operating temperature range. Suitable for use in most industrial environments.
The double seal arrangement provides robust contamination protection. Ideal for applications where cleanliness is challenging.
An efficient component for rotational motion systems. Minimizes friction for improved energy efficiency.
The steel construction offers good resistance to mechanical wear. Withstands typical operational stresses.
Easy to handle during installation due to compact dimensions. Reduces labor time during assembly procedures.
The precise bore tolerance ensures proper interference fit. Creates a stable connection with mating components.
A practical solution for both new equipment and replacements. Delivers consistent performance across applications.
The sealed design helps maintain internal cleanliness. Protects rolling elements from particulate contamination.
Provides smooth operation throughout its speed range. Contributes to reduced vibration in machinery.
The standard dimensions facilitate straightforward replacement. Minimizes downtime during maintenance activities.
An economical choice for radial bearing requirements. Offers good performance at competitive pricing.
The steel material provides adequate strength for general use. Balances cost and durability effectively.
Simple to maintain with conventional lubrication methods. Extends service life through proper servicing.
The press-fit mounting ensures positive location on shafts. Prevents rotational slippage during operation.
Compatible with common industrial cleaning processes. Easy to prepare for re-lubrication when needed.
The needle roller design delivers high load capacity compactly. Efficient use of available installation space.
Performs reliably within its specified operational parameters. Predictable behavior for consistent machine function.
The double seal configuration enhances protection against contaminants. Suitable for demanding operating environments.
Maintains structural integrity under design loads. Preserves bearing geometry through extended use.
The drawn cup construction provides additional structural support. Strengthens the outer race for improved durability.
Easy to identify and source through standard part numbers. Simplifies procurement for maintenance teams.
The sealed design reduces lubrication consumption over time. Lowers total cost of ownership through decreased maintenance.
Works effectively in various operational modes. Adaptable to different production requirements.
The steel components ensure consistent performance characteristics. Delivers reliable operation through prolonged use.
Provides dependable radial support in compact machine designs. Maximizes load capacity in limited spaces.
The press-fit installation method creates a secure mechanical connection. Eliminates the need for additional retention devices.
Compatible with standard industrial maintenance protocols. Integrates smoothly into existing service procedures.
The needle roller configuration distributes loads evenly. Reduces localized stress for extended bearing life.
Maintains performance across its specified temperature range. Suitable for typical industrial operating conditions.
The double seal arrangement offers robust contamination protection. Ideal for challenging environmental conditions.
An efficient component for rotational power transmission. Minimizes energy losses through optimized design.
The steel construction provides good resistance to mechanical wear. Withstands normal operational stresses effectively.
Easy to handle during installation due to manageable size. Reduces labor requirements during assembly.
The precise bore tolerance ensures proper interference fit. Creates a stable connection with mating shafts.
A practical choice for both original equipment and replacements. Delivers consistent quality across applications.
The sealed design helps maintain internal cleanliness. Protects rolling elements from abrasive particles.
Provides smooth rotation at operational speeds. Contributes to quieter machine performance.
The standard dimensions enable straightforward replacement. Minimizes equipment downtime during servicing.
An economical solution for radial bearing needs. Offers good value for industrial applications.
The steel material provides sufficient strength for most uses. Balances performance and cost efficiently.
Simple to maintain with standard lubrication practices. Extends service life through proper care.
The press-fit mounting ensures secure positioning on shafts. Prevents unwanted movement during operation.
Compatible with common industrial cleaning methods. Easy to prepare for re-lubrication when required.
The needle roller design provides high load capacity in limited space. Efficient utilization of available installation area.
Performs reliably within its specified operating parameters. Predictable performance for consistent machinery operation.
The double seal configuration offers enhanced contamination protection. Suitable for use in challenging environments.
Maintains structural integrity under design loads. Resists deformation to preserve bearing geometry.
The drawn cup construction provides additional support. Strengthens the outer race for improved durability.
Easy to identify and procure through standard part numbering. Simplifies the sourcing process for purchasers.
The sealed design reduces lubrication consumption. Lowers operational costs over the bearing’s lifespan.
Works effectively in both intermittent and continuous operation. Adaptable to varying production demands.
The steel components ensure consistent performance characteristics. Delivers predictable results through extended use.
Provides reliable radial support in space-constrained designs. Maximizes load capacity in compact installations.
The press-fit installation method creates a secure mechanical bond. Eliminates the need for additional fastening components.
Compatible with standard industrial maintenance practices. Integrates easily into existing service routines.
The needle roller configuration distributes loads effectively. Reduces stress concentrations for longer service life.
Maintains performance across its operating temperature range. Suitable for use in most industrial environments.
The double seal arrangement provides robust contamination protection. Ideal for applications where cleanliness is challenging.
An efficient component for rotational motion systems. Minimizes friction for improved energy efficiency.
The steel construction offers good resistance to mechanical wear. Withstands typical operational stresses.
Easy to handle during installation due to compact dimensions. Reduces labor time during assembly procedures.
The precise bore tolerance ensures proper interference fit. Creates a stable connection with mating components.
A practical solution for both new equipment and replacements. Delivers consistent performance across applications.
The sealed design helps maintain internal cleanliness. Protects rolling elements from particulate contamination.
Provides smooth operation throughout its speed range. Contributes to reduced vibration in machinery.
The standard dimensions facilitate straightforward replacement. Minimizes downtime during maintenance activities.
An economical choice for radial bearing requirements. Offers good performance at competitive pricing.
The steel material provides adequate strength for general use. Balances cost and durability effectively.
Simple to maintain with conventional lubrication methods. Extends service life through proper servicing.
The press-fit mounting ensures positive location on shafts. Prevents rotational slippage during operation.
Compatible with common industrial cleaning processes. Easy to prepare for re-lubrication when needed.
The needle roller design delivers high load capacity compactly. Efficient use of available installation space.
Performs reliably within its specified operational parameters. Predictable behavior for consistent machine function.
The double seal configuration enhances protection against contaminants. Suitable for demanding operating environments.
Maintains structural integrity under design loads. Preserves bearing geometry through extended use.
The drawn cup construction provides additional structural support. Strengthens the outer race for improved durability.
Easy to identify and source through standard part numbers. Simplifies procurement for maintenance teams.
The sealed design reduces lubrication consumption over time. Lowers total cost of ownership through decreased maintenance.
Works effectively in various operational modes. Adaptable to different production requirements.
The steel components ensure consistent performance characteristics. Delivers reliable operation through prolonged use.
Provides dependable radial support in compact machine designs. Maximizes load capacity in limited spaces.
The press-fit installation method creates a secure mechanical connection. Eliminates the need for additional retention devices.
Compatible with standard industrial maintenance protocols. Integrates smoothly into existing service procedures.
The needle roller configuration distributes loads evenly. Reduces localized stress for extended bearing life.
Maintains performance across its specified temperature range. Suitable for typical industrial operating conditions.
The double seal arrangement offers robust contamination protection. Ideal for challenging environmental conditions.
An efficient component for rotational power transmission. Minimizes energy losses through optimized design.
The steel construction provides good resistance to mechanical wear. Withstands normal operational stresses effectively.
Easy to handle during installation due to manageable size. Reduces labor requirements during assembly.
The precise bore tolerance ensures proper interference fit. Creates a stable connection with mating shafts.
A practical choice for both original equipment and replacements. Delivers consistent quality across applications.
The sealed design helps maintain internal cleanliness. Protects rolling elements from abrasive particles.
Provides smooth rotation at operational speeds. Contributes to quieter machine performance.
The standard dimensions enable straightforward replacement. Minimizes equipment downtime during servicing.
An economical solution for radial bearing needs. Offers good value for industrial applications.
The steel material provides sufficient strength for most uses. Balances performance and cost efficiently.
Simple to maintain with standard lubrication practices. Extends service life through proper care.
The press-fit mounting ensures secure positioning on shafts. Prevents unwanted movement during operation.
Compatible with common industrial cleaning methods. Easy to prepare for re-lubrication when required.
The needle roller design provides high load capacity in limited space. Efficient utilization of available installation area.
Performs reliably within its specified operating parameters. Predictable performance for consistent machinery operation.
The double seal configuration offers enhanced contamination protection. Suitable for use in challenging environments.
Maintains structural integrity under design loads. Resists deformation to preserve bearing geometry.
The drawn cup construction provides additional support. Strengthens the outer race for improved durability.
Easy to identify and procure through standard part numbering. Simplifies the sourcing process for purchasers.
The sealed design reduces lubrication consumption. Lowers operational costs over the bearing’s lifespan.
Works effectively in both intermittent and continuous operation. Adaptable to varying production demands.
The steel components ensure consistent performance characteristics. Delivers predictable results through extended use.
Provides reliable radial support in space-constrained designs. Maximizes load capacity in compact installations.
The press-fit installation method creates a secure mechanical bond. Eliminates the need for additional fastening components.
Compatible with standard industrial maintenance practices. Integrates easily into existing service routines.
The needle roller configuration distributes loads effectively. Reduces stress concentrations for longer service life.
Maintains performance across its operating temperature range. Suitable for use in most industrial environments.
The double seal arrangement provides robust contamination protection. Ideal for applications where cleanliness is challenging.
An efficient component for rotational motion systems. Minimizes friction for improved energy efficiency.
The steel construction offers good resistance to mechanical wear. Withstands typical operational stresses.
Easy to handle during installation due to compact dimensions. Reduces labor time during assembly procedures.
The precise bore tolerance ensures proper interference fit. Creates a stable connection with mating components.
A practical solution for both new equipment and replacements. Delivers consistent performance across applications.
The sealed design helps maintain internal cleanliness. Protects rolling elements from particulate contamination.
Provides smooth operation throughout its speed range. Contributes to reduced vibration in machinery.
The standard dimensions facilitate straightforward replacement. Minimizes downtime during maintenance activities.
An economical choice for radial bearing requirements. Offers good performance at competitive pricing.
The steel material provides adequate strength for general use. Balances cost and durability effectively.
Simple to maintain with conventional lubrication methods. Extends service life through proper servicing.
The press-fit mounting ensures positive location on shafts. Prevents rotational slippage during operation.
Compatible with common industrial cleaning processes. Easy to prepare for re-lubrication when needed.
The needle roller design delivers high load capacity compactly. Efficient use of available installation space.
Performs reliably within its specified operational parameters. Predictable behavior for consistent machine function.
The double seal configuration enhances protection against contaminants. Suitable for demanding operating environments.
Maintains structural integrity under design loads. Preserves bearing geometry through extended use.
The drawn cup construction provides additional structural support. Strengthens the outer race for improved durability.
Easy to identify and source through standard part numbers. Simplifies procurement for maintenance teams.
The sealed design reduces lubrication consumption over time. Lowers total cost of ownership through decreased maintenance.
Works effectively in various operational modes. Adaptable to different production requirements.
The steel components ensure consistent performance characteristics. Delivers reliable operation through prolonged use.
Provides dependable radial support in compact machine designs. Maximizes load capacity in limited spaces.
The press-fit installation method creates a secure mechanical connection. Eliminates the need for additional retention devices.
Compatible with standard industrial maintenance protocols. Integrates smoothly into existing service procedures.
The needle roller configuration distributes loads evenly. Reduces localized stress for extended bearing life.
Maintains performance across its specified temperature range. Suitable for typical industrial operating conditions.
The double seal arrangement offers robust contamination protection. Ideal for challenging environmental conditions.
An efficient component for rotational power transmission. Minimizes energy