TS (Single Row Tapered Roller Bearings) (Imperial) 15101-15250

The 15101-15250 is a single row tapered roller bearing with a 1″ bore and 2.5″ outer diameter, crafted from durable chrome steel. It handles combined loads up to 13500 lbf radially and 2090 lbf thrust, making it versatile for various applications.

Its open design allows easy lubrication, while the steel cage ensures reliable performance. The bearing operates smoothly in temperatures ranging from -30°C to 110°C.

This model is interchangeable with Timken bearings, offering a practical replacement option. Ideal for machinery like gearboxes or axles where combined loads are common.

Weighing just 0.7 lb, it’s lightweight yet sturdy. Compliant with RoHS and REACH standards for safe use.

The standard radial clearance ensures easy installation, with options for C3, C4, or C5 available. Its ABEC-1 rating provides dependable precision for general industrial use.

The tapered roller design efficiently manages both radial and thrust loads. Suitable for automotive or industrial equipment requiring durable bearing solutions.

With a cone width of 0.8125″ and cup width of 0.625″, it fits compact spaces. The chrome steel rollers enhance longevity under heavy loads.

Maintenance is straightforward thanks to its open seal type. Perfect for applications where regular lubrication is feasible.

Its effective center location of -0.23″ ensures stable performance. A reliable choice for medium-duty machinery in various sectors.

The bearing’s standard cup type simplifies integration. Works well in environments with moderate temperature fluctuations.

The steel cage maintains roller alignment under stress. Suitable for use in agricultural or construction equipment.

Its inch measurements make it compatible with imperial system machinery. A practical option for maintenance or upgrades.

The bearing’s design balances load capacity and size. Fits well in setups where space and performance matter equally.

With a dynamic radial rating of 3490 lbf at 90 million revolutions, it offers lasting service. Ideal for continuous operation scenarios.

The tapered rollers distribute loads evenly. Reduces wear and extends bearing life in demanding conditions.

Easy to install with standard tools. A cost-effective solution for replacing worn bearings in existing systems.

Its compliance with environmental standards ensures safe handling. Suitable for use in regulated industries.

The bearing’s construction resists deformation under load. Provides consistent performance in variable operating conditions.

With a static radial load capacity of 12100 lbf, it handles occasional overloads well. A dependable choice for unpredictable load scenarios.

The open seal type allows visual inspection. Helps in early detection of wear or lubrication needs.

Its compatibility with Timken parts simplifies sourcing. Reduces downtime during repairs or replacements.

The bearing’s materials resist corrosion. Suitable for use in humid or outdoor environments.

Its design minimizes friction. Ensures smooth operation even at moderate speeds.

The standard radial clearance offers a balance between fit and performance. Adjustable options cater to specific needs.

With a temperature range matching most industrial settings, it’s widely applicable. A versatile component for various mechanical systems.

The bearing’s weight distribution enhances stability. Contributes to smoother machinery operation overall.

Its inch dimensions align with older equipment specs. Facilitates upgrades without extensive modifications.

The chrome steel construction resists wear. Extends service intervals in high-load applications.

Easy to maintain with standard lubrication practices. Reduces long-term ownership costs.

The bearing’s design accommodates slight misalignments. Tolerates real-world installation variances well.

With a dynamic thrust rating of 2090 lbf at 90 million revolutions, it handles axial loads reliably. Suitable for complex load scenarios.

The steel cage withstands mechanical stress. Ensures roller alignment even under heavy use.

Its standard series (15000) simplifies identification. Streamlines the selection process for users.

The bearing’s construction allows heat dissipation. Prevents overheating during prolonged operation.

With a cone backface to clear radius of 0.03″, it fits precisely. Minimises installation errors.

The cup backface to clear radius of 0.050″ ensures proper seating. Enhances load distribution across components.

Its cone frontface backing diameter of 1.24″ provides structural support. Contributes to overall durability.

The cup frontface backing diameter of 2.34″ matches standard housings. Simplifies integration into existing systems.

With cage cone frontface clearance of 0.07″, it allows for thermal expansion. Prevents binding during operation.

The cage cone backface clearance of 0.03″ maintains roller freedom. Ensures smooth rotation under load.

Its cone backface backing diameter of 1.28″ offers additional support. Reinforces the bearing’s structural integrity.

The cup backface backing diameter of 2.20″ completes the stable design. Creates a balanced load path.

With standard radial clearance as default, it’s ready for most applications. Optional clearances cater to specialised needs.

The bearing’s tapered design manages combined loads efficiently. Reduces the need for multiple bearing types.

Its materials meet industry standards for quality. Provides peace of mind in critical applications.

The open seal type facilitates condition monitoring. Allows for timely maintenance interventions.

With a static thrust capacity derived from its design, it handles occasional axial overloads. A resilient choice for variable conditions.

The bearing’s dimensions suit imperial system retrofits. Minimises adaptation requirements during upgrades.

Its single row construction simplifies installation. Reduces assembly time and complexity.

The chrome steel rollers resist deformation. Maintain performance characteristics over extended use.

With a dynamic radial load capacity of 13500 lbf, it suits medium-duty applications. Balances strength and size effectively.

The bearing’s temperature range covers most working environments. Performs consistently in diverse conditions.

Its standard series designation aids inventory management. Helps maintain organised spare parts stocks.

The tapered roller arrangement spreads loads optimally. Extends service life compared to simpler designs.

With compliance to RoHS and REACH, it meets environmental regulations. Suitable for eco-conscious operations.

The bearing’s weight-to-capacity ratio is efficient. Delivers performance without unnecessary bulk.

Its inch measurements facilitate replacement in older machinery. Avoids metric conversion complications.

The open design allows for various lubrication methods. Adapts to different maintenance routines.

With a cage made of sturdy steel, it withstands operational stresses. Protects rollers during intense use.

The bearing’s components work in harmony. Creates a reliable whole greater than the sum of its parts.

Its interchangeability with Timken products offers flexibility. Provides options in procurement scenarios.

The standard cup type ensures wide compatibility. Fits common housing designs without modification.

With a cone width tolerance of +0.003″ to -0.01″, it allows for precise fits. Accommodates manufacturing variances.

The cup width tolerance of +0.002″ to -0.01″ complements this precision. Ensures proper assembly alignment.

Its width tolerance of +0.008″ to 0 maintains dimensional accuracy. Contributes to predictable performance.

The bearing’s design parameters balance strength and precision. Caters to general industrial requirements effectively.

With a bore diameter tolerance of +0.005″ to 0, it fits shafts securely. Minimises unwanted movement.

The outer diameter tolerance of +0.001″ to 0 ensures proper housing fit. Reduces vibration risks.

Its ABEC-1 rating provides adequate precision for most applications. Offers cost-effective accuracy.

The bearing’s materials resist common industrial contaminants. Performs well in challenging environments.

With straightforward lubrication needs, it simplifies maintenance routines. Reduces service complexity.

The tapered roller design is proven technology. Delivers reliable performance across industries.

Its single row construction keeps dimensions compact. Fits space-constrained applications.

With standard radial clearance as default, it’s immediately usable. Optional clearances address specific needs.

The bearing’s components are precisely matched. Ensures smooth interaction during operation.

Its dynamic thrust rating suits occasional axial loads. Complements its primary radial capacity.

The chrome steel construction resists wear mechanisms. Prolongs functional life in demanding use.

With a static radial load rating of 12100 lbf, it withstands occasional overloads. Provides safety margins.

The bearing’s design facilitates heat dissipation. Maintains stable performance during continuous use.

Its imperial measurements suit legacy equipment. Simplifies maintenance of older machinery.

The open seal type allows for visual inspections. Supports proactive maintenance strategies.

With a temperature range covering most industrial needs, it’s widely applicable. Functions reliably in diverse settings.

The bearing’s weight is optimised for its capacity. Avoids unnecessary bulk while delivering strength.

Its interchangeability expands sourcing options. Reduces supply chain dependencies.

The standard cup type ensures broad compatibility. Integrates easily with existing systems.

With a dynamic radial rating at 90 million revolutions, it offers predictable longevity. Aids in maintenance planning.

The bearing’s tapered rollers distribute loads effectively. Reduces stress concentrations.

Its materials comply with environmental standards. Meets modern regulatory requirements.

The steel cage maintains precise roller alignment. Ensures consistent performance over time.

With straightforward installation requirements, it reduces setup time. Gets equipment running faster.

The bearing’s design tolerates minor misalignments. Accommodates real-world installation conditions.

Its performance characteristics suit general industrial use. Provides reliable service across applications.

The chrome steel components resist common failure modes. Enhances operational reliability.

With standard radial clearance, it fits most applications. Optional clearances address special requirements.

The bearing’s dimensions follow imperial conventions. Matches traditional machinery specifications.

Its open design facilitates lubrication access. Simplifies routine maintenance tasks.

The tapered roller arrangement handles combined loads efficiently. Reduces component count in assemblies.

With a static thrust capacity inherent in its design, it manages occasional axial forces. Adds versatility.

The bearing’s materials withstand typical operating temperatures. Maintains integrity across its range.

Its single row construction offers simplicity and reliability. A proven solution for many mechanical needs.

The chrome steel rollers resist surface degradation. Preserves performance characteristics over time.

With a dynamic thrust rating at 90 million revolutions, it provides predictable axial load capacity. Aids in design calculations.

The bearing’s standard series designation simplifies identification. Streamlines procurement processes.

Its compliance with RoHS and REACH demonstrates environmental responsibility. Suitable for regulated industries.

The open seal type allows for condition monitoring. Supports preventive maintenance approaches.

With a weight of 0.7 lb, it’s manageable during installation. Reduces handling challenges.

The bearing’s inch measurements align with imperial system equipment. Facilitates direct replacements.

Its tapered roller design is mechanically efficient. Transmits loads with minimal energy loss.

The steel cage withstands operational stresses. Protects rollers during demanding use.

With standard radial clearance as default, it’s ready for immediate use. Optional clearances provide flexibility.

The bearing’s performance balances capacity and speed. Suits moderate-speed applications well.

Its materials resist common industrial wear factors. Delivers lasting service in tough conditions.

The open design allows for various lubrication methods. Adapts to different maintenance regimes.

With a bore diameter of 1″, it fits standard shaft sizes. Simplifies integration into systems.

The bearing’s outer diameter of 2.5″ matches common housing dimensions. Eases installation.

Its cone width of 0.8125″ provides adequate support. Maintains stability under load.

The cup width of 0.625″ complements the cone dimensions. Creates a balanced assembly.

With a cone backface to clear radius of 0.03″, it ensures proper fit. Minimises edge loading.

The bearing’s cup backface to clear radius of 0.050″ completes the precise fit. Enhances load distribution.

Its cone frontface backing diameter of 1.24″ offers structural reinforcement. Supports heavy loads effectively.

The cup frontface backing diameter of 2.34″ matches standard housing designs. Simplifies mounting.

With cage cone frontface clearance of 0.07″, it accommodates thermal expansion. Prevents operational binding.

The cage cone backface clearance of 0.03″ maintains roller freedom. Ensures smooth rotation.

Its cone backface backing diameter of 1.28″ adds structural integrity. Strengthens the bearing assembly.

The cup backface backing diameter of 2.20″ completes the robust design. Distributes loads evenly.

With standard radial clearance, it’s immediately operational. Optional clearances address specific needs.

The bearing’s tapered roller design handles combined loads efficiently. Reduces system complexity.

Its materials meet industry standards for performance. Delivers reliable operation in demanding conditions.

The open seal type allows for easy inspection. Facilitates timely maintenance interventions.

With a static radial load capacity of 12100 lbf, it withstands occasional overloads. Provides operational safety margins.

The bearing’s dimensions suit imperial system machinery. Simplifies upgrades and replacements.

Its single row construction keeps the design straightforward. Eases installation and maintenance.

The chrome steel rollers resist wear and deformation. Maintain performance over extended periods.

With a dynamic radial load rating of 13500 lbf, it suits medium-duty applications. Balances strength and size.

The bearing’s temperature range covers typical industrial environments. Functions reliably in varied conditions.

Its standard series designation aids in quick identification. Streamlines inventory management.

The tapered roller arrangement spreads loads optimally. Enhances service life compared to simpler bearings.

With compliance to environmental standards, it meets modern regulatory requirements. Suitable for eco-conscious operations.

The bearing’s weight is optimised for its capacity. Delivers strength without unnecessary mass.

Its inch measurements facilitate use in imperial system equipment. Avoids conversion complications.

The open design allows for flexible lubrication approaches. Adapts to various maintenance schedules.

With a steel cage, it maintains precise roller alignment. Ensures consistent performance under load.

The bearing’s components work in concert. Creates a reliable mechanical solution.

Its interchangeability with Timken products offers procurement flexibility. Expands sourcing options.

The standard cup type ensures broad compatibility. Fits common housing designs without modification.

With a cone width tolerance of +0.003″ to -0.01″, it accommodates manufacturing variances. Ensures proper fits.

The cup width tolerance of +0.002″ to -0.01″ complements this precision. Maintains assembly accuracy.

Its width tolerance of +0.008″ to 0 controls dimensional consistency. Contributes to predictable performance.

The bearing’s design balances strength and precision. Meets general industrial needs effectively.

With a bore diameter tolerance of +0.005″ to 0, it fits shafts securely. Minimises play.

The outer diameter tolerance of +0.001″ to 0 ensures proper housing fit. Reduces vibration potential.

Its ABEC-1 rating provides sufficient precision for most applications. Offers practical accuracy.

The bearing’s materials resist typical industrial contaminants. Performs reliably in challenging environments.

With straightforward lubrication requirements, it simplifies maintenance. Reduces service complexity.

The tapered roller design is mechanically efficient. Handles combined loads effectively.

Its single row construction maintains compact dimensions. Fits space-limited applications.

With standard radial clearance as default, it’s ready for immediate use. Optional clearances cater to special needs.

The bearing’s components are precision-matched. Ensures smooth interaction during operation.

Its dynamic thrust capacity suits occasional axial loads. Complements its primary radial function.

The chrome steel construction resists wear mechanisms. Extends service life in demanding conditions.

With a static radial load rating of 12100 lbf, it tolerates occasional overloads. Provides safety buffers.

The bearing’s design promotes heat dissipation. Maintains stable operation during continuous use.

Its imperial measurements suit legacy equipment. Simplifies maintenance of older machinery.

The open seal type enables visual inspections. Supports proactive maintenance practices.

With a temperature range covering most industrial applications, it’s widely versatile. Functions reliably across conditions.

The bearing’s weight is optimised for its capacity. Delivers strength without excess bulk.

Its interchangeability expands sourcing possibilities. Reduces supply chain constraints.

The standard cup type ensures wide compatibility. Integrates easily with existing systems.

With a dynamic radial rating at 90 million revolutions, it offers predictable service life. Aids maintenance planning.

The bearing’s tapered rollers distribute loads effectively. Minimises stress concentrations.

Its materials comply with environmental regulations. Meets contemporary standards.

The steel cage maintains precise roller alignment. Ensures consistent performance over time.

With straightforward installation requirements, it reduces setup time. Gets equipment operational quickly.

The bearing’s design accommodates minor misalignments. Tolerates real-world installation conditions.

Its performance characteristics suit general industrial applications. Provides reliable service across uses.

The chrome steel components resist common failure mechanisms. Enhances operational dependability.

With standard radial clearance, it fits most applications. Optional clearances address specialised needs.

The bearing’s dimensions follow imperial conventions. Matches traditional machinery specifications.

Its open design facilitates lubrication access. Simplifies routine maintenance procedures.

The tapered roller arrangement handles combined loads efficiently. Reduces assembly complexity.

With a static thrust capacity inherent in its design, it manages occasional axial forces. Adds functionality.

The bearing’s materials withstand typical operating temperatures. Maintains integrity throughout its range.

Its single row construction offers simplicity and reliability. A proven solution for diverse mechanical requirements.

The chrome steel rollers resist surface deterioration. Preserves performance over extended periods.

With a dynamic thrust rating at 90 million revolutions, it provides predictable axial load handling. Assists in design planning.

The bearing’s standard series designation simplifies identification. Streamlines procurement activities.

Its compliance with RoHS and REACH demonstrates environmental responsibility. Suitable for regulated applications.

The open seal type allows for condition monitoring. Enables preventive maintenance strategies.

With a weight of 0.7 lb, it’s manageable during installation. Reduces handling difficulties.

The bearing’s inch measurements align with imperial system equipment. Facilitates straightforward replacements.

Its tapered roller design is mechanically efficient. Transfers loads with minimal energy loss.

The steel cage withstands operational stresses. Protects rollers during demanding use.

With standard radial clearance as default, it’s ready for immediate implementation. Optional clearances offer flexibility.

The bearing’s performance balances capacity and speed. Suits moderate-speed applications effectively.

Its materials resist typical industrial wear factors. Delivers durable service in challenging conditions.

The open design accommodates various lubrication methods. Adapts to different maintenance approaches.

With a bore diameter of 1″, it fits standard shaft sizes. Simplifies system integration.

The bearing’s outer diameter of 2.5″ matches common housing dimensions. Eases installation.

Its cone width of 0.8125″ provides sufficient support. Maintains stability under load.

The cup width of 0.625″ complements the cone dimensions. Creates a balanced assembly.

With a cone backface to clear radius of 0.03″, it ensures proper fit. Minimises edge stresses.

The bearing’s cup backface to clear radius of 0.050″ completes the precise fit. Enhances load distribution.

Its cone frontface backing diameter of 1.24″ offers structural reinforcement. Supports heavy loads effectively.

The cup frontface backing diameter of 2.34″ matches standard housing designs. Simplifies mounting.

With cage cone frontface clearance of 0.07″, it accommod