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BEARING, SPHERICAL 505972565, 5059725-65 for Yale

$7.39

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Part Number:
505972565
OEM Number:
505972565
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Forklift Parts Bearings Spherical BEARING, SPHERICAL 505972565

Category: Spherical Bearings

 

Product Description

Yale's spherical bearing 5059725-65 facilitates smooth pivot movements in various mechanisms, such as steering and linkage systems. Unlike typical bearings, the Yale spherical bearing allows for angular rotation around multiple axes, enhancing maneuverability and reducing stress on connected parts. 

 

Its design accommodates radial and axial loads, making it indispensable for forklift operations that demand high flexibility and precision. With its robust construction, the spherical bearing ensures reliable performance under variable loads, which helps extend Yale forklifts' maintenance intervals and operational lifespan. 

 

This bearing improves the equipment's efficiency and contributes significantly to safety by maintaining alignment and reducing the likelihood of mechanical failures during heavy-duty operations. By incorporating such advanced components, Yale forklifts meet the rigorous demands of industrial environments, providing operators with enhanced control and stability.

 

Product Specifications

Part Type

Spherical Bearing

Model Number

5059725-65

Make

Yale

Condition

New

Weight

1.6 ounces

Outer Diameter

26.98 (MM)

Inner Diameter

15.85 (MM)

Stationary Width

11.85 (MM)

Spherical Width

13.82 (MM)

 

 

Spherical Bearing for Yale

 

Features

Yale's spherical bearing 5059725-65 embodies precision and reliability, ensuring optimal performance in demanding settings. Here are some standout features:

  • Enhanced Angular Compliance: Allows for angular movement across multiple axes, facilitating complex motions required in forklift operations.

  • High Load Capacity: Engineered to withstand both radial and axial loads, enhancing its utility in heavy-duty applications.

  • Durable Material Composition: Crafted from high-grade materials that resist wear and tear, ensuring longevity and consistency in performance.

  • Versatile Adaptability: Compatible across a range of Yale forklift models, ensuring a perfect fit and function without modifications.

Benefits

Beyond its technical prowess, the spherical bearing 5059725-65 for Yale offers significant operational advantages. Here are the benefits derived from its features:

  • Operational Smoothness: Improves the movement precision of forklift components, leading to smoother operations and less mechanical stress.

  • Maintenance Reduction: Withstands harsh conditions without frequent replacements, reducing downtime and maintenance costs.

  • Enhanced Safety: Maintaining proper alignment and reducing the risk of equipment failure contributes to a safer working environment.

  • Increased Efficiency: Facilitates better maneuverability and control, which speeds up task completion and enhances overall productivity.

Symptoms of a Faulty Spherical Bearing

Recognizing the signs of a failing spherical bearing is crucial to prevent further damage and maintain safety. Here are key symptoms to watch for:

  • Unusual Noises: Hear grinding or squeaking sounds during movement, indicating bearing wear or damage.

  • Excessive Vibration: Feel increased vibration in the steering or linkage systems, a sign of bearing instability.

  • Steering Issues: Experience difficulty steering or unusual steering wheel behavior, suggesting misalignment or wear.

  • Visible Wear: Notice visible wear or corrosion on the bearing, indicating exposure to elements and material degradation.

  • Motion Stiffness: Encounter resistance or stiffness in movements that should be smooth, pointing to a compromised bearing.

Recommended Use/Applications

  • Forklifts: Supports smooth pivot functions and steering.

  • Warehouses: Enhances maneuverability in tight spaces.

  • Material Handling: Ensures reliable load transport and positioning.

  • Industrial Machinery: Maintains component alignment under stress.

  • Dock Loaders: Assists in stable and efficient cargo handling.

  • Automated Guided Vehicles: Improves navigation precision in automated systems.

  • Assembly Lines: Facilitates consistent equipment performance.

  • Utility Vehicles: Provides durability in utility tasks and operations.

  • Construction Equipment: Supports structural integrity in harsh environments.

  • Manufacturing Plants: Ensures machinery runs smoothly and efficiently.

Frequently Asked Questions

What are the signs that a spherical bearing needs replacement?

A bearing requires replacement when unusual noises, excessive vibration, or steering difficulties occur. These symptoms often suggest wear and compromise the bearing's integrity, necessitating its replacement to ensure optimal functionality and safety.

 

How often should spherical bearings be inspected in industrial machinery?

It is advisable to inspect spherical bearings at least once every six months or according to the machinery's operational hours and manufacturer guidelines. Regular inspections help identify early signs of wear or damage, preventing unexpected machinery downtime.

 

Can a spherical bearing from one brand be used in a different equipment?

While some bearings are interchangeable, it is best to use bearings specified by the equipment manufacturer to guarantee fit and function. Using the correct bearing ensures that the equipment operates as intended, maintaining performance and safety standards.

 

What is the typical lifespan of a spherical bearing in forklifts?

The lifespan of a spherical bearing can vary widely based on usage intensity and maintenance practices. With proper care and normal operating conditions, a spherical bearing could last several years before needing replacement.

 

Are there specific environmental conditions that affect the performance of spherical bearings?

Extreme temperatures, dust, and moisture can significantly affect bearing performance. Bearings in environments with high particulate matter or varying temperatures should have enhanced protective measures to extend their life and maintain their performance.

 

How do I choose the correct spherical bearing for my application?

Choosing the correct bearing involves considering load capacities, desired lifespan, and environmental factors. Consulting with a specialist or referring to manufacturer specifications can ensure that the selected bearing meets all operational requirements for your specific application.

 

Frequently Bought Together

Are you considering enhancing your equipment with additional high-quality parts? Explore more products from our selection to ensure your machinery operates at its best. Here are some excellent complementary products you might need:

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