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Once selected, the lubricant must be received in the correct condition. This stage involves testing to confirm the lubricant is not contaminated during transportation and arrives in its intended state. From there, it must be stored in an environment that keeps it clean, cool, and dry.

Contamination control is essential for maintaining the integrity of the lubricant throughout its lifecycle. This stage involves protecting the lubricant from contaminants such as dirt, moisture, and other foreign materials during storage, handling, and application. Implementing filtration systems, using proper storage containers, and following best practices for handling can significantly reduce the risk of contamination.

Your vehicle has countless components working together to provide a smooth and safe driving experience. Among these are wheel bearings, tiny yet essential components that play a pivotal role in your vehicle's functionality. Keep reading as we explore the crucial role that wheel bearings play in your vehicle's functionality and the various symptoms that indicate bad wheel bearings.

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Lubrication management software provides powerful reporting and analytics tools that enable users to analyze the success of the lubrication program over time. These tools help identify trends, detect potential problems, and optimize lubrication intervals based on real data. Reports generated by the software can include information on lubricant use, hardware recommendations, cost savings, and more. This data-driven approach allows for continuous improvement in lubrication practices and supports informed decision-making.

Inspect your brake pads and rotors regularly. If you notice uneven wear on either side or a distinct groove forming on the rotor, it might be due to a compromised wheel bearing affecting the alignment.

Lubricant analysis is a powerful tool for monitoring the condition of both the lubricant and the machinery. Regular analysis helps detect contamination, degradation, or any other issues that could impact machine performance. By tracking the condition of the lubricant over time, reliability professionals can make informed decisions about when to change or recondition the lubricant.

As wheel bearings wear out, you may experience vibrations through either the steering wheel or the entire vehicle. These vibrations can make your driving experience uncomfortable and may worsen with speed.

The final stage of the lubrication lifecycle is disposal, which is critical for environmental compliance and safety. This stage involves safely removing and disposing of old lubricants according to regulatory standards, as well as considering options for recycling or reconditioning where possible.

With all data in one place, it becomes easier to track the lifecycle of each lubricant, from selection to disposal, and to make sure the program is consistently improving. Systems like this also come in handy when there is turnover in an organization. Instead of all program knowledge going out the window when someone resigns or retires, it stays put within the LMS.

At Custom Complete Automotive, we offer comprehensive wheel and suspension services. Our technicians can diagnose and repair wheel-bearing problems, ensuring your vehicle runs smoothly and safely. Contact us for professional auto repair services.

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If you hear a consistent, rhythmic noise that sounds like growling or humming, it's a strong indicator of a bad bearing. These sounds often increase with speed and may be more noticeable when turning.

Additionally, the software can send alerts and notifications for upcoming lubrication tasks, overdue activities, or when a lubricant needs to be analyzed or replaced. This proactive approach helps in maintaining optimal equipment performance and preventing issues before they arise.

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One of the key advantages of using LubePM is the ability to automate lubrication schedules. Maintenance teams can easily generate detailed lubrication routes that outline specific tasks, frequencies, and locations for each piece of equipment. The software allows for the customization of these routes based on the unique needs of the machine in terms of the right type and amount of lubricant at the right time.

Due to the abundance of procedures, inspections, and data associated with lubrication, it is recommended to use dedicated software to keep everything organized. Lubrication management software (LMS) helps to streamline lubrication processes, track program success, and execute all tasks efficiently.

Why not manage lubrication tasks in a CMMS alongside other maintenance tasks? A few reasons. First, there are typically several lubrication tasks that need to be completed daily (and sometimes even multiple times a day). A CMMS specializes in PMs that are done routinely but typically not at this frequency. This results in too many tasks, leading to missed work from the CMMS. Another reason is the critical information needed to accurately lubricate a piece of equipment is seldom codified and associated with the CMMS asset list or hierarchy. This information might include detailed inspection points, the volume of lubricant, the type of lubricant, the proper procedure to lubricate the component and other pertinent data.

Lubrication management software centralizes all lubrication-related data, including lubricant specifications, application schedules, and inspection data. This allows for easy access and sharing of information across team members.

Effective lubrication management is a vital component of a successful maintenance strategy, directly impacting equipment reliability. By investing in comprehensive lubrication training, employing advanced lubrication management software, and appointing a dedicated program leader, organizations can create a structured and proactive approach to lubrication. These best practices not only help in preventing costly equipment failures but also optimize the use of resources, reduce downtime, and extend the life of critical assets.

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The first step in optimizing your lubrication program is understanding the entire lubricant lifecycle. Noria’s ASCEND™ methodology offers a structured approach to lubrication management, dividing the lifecycle into six distinct stages from reception to disposal. Each stage involves a set of best practices that contribute to overall lubrication excellence and machine reliability.

Bad wheel bearings can produce a grinding sensation, especially when you turn the steering wheel. It might feel like your vehicle is dragging or rubbing against something, and this effect can become more pronounced at higher speeds or when turning.

Eric Riddles is an ASE Certified Master Automobile Technician who has been working as an auto mechanic since 1998 and originally joined the team at Custom Complete Automotive in 2005. Eric has numerous certifications in various aspects of car repair and spent 10 years training the next generation of auto technicians at a local high school Auto Shop classroom.

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Investing in lubrication training is crucial for a successful lubrication program. While lubrication might seem like a straightforward task, the nuances of selecting, applying, and managing lubricants require a deep understanding and specific skill set. Proper training equips those involved in lubrication activities with the knowledge and expertise needed to execute these tasks with the necessary precision.

Applying the lubricant correctly is critical to maximizing its effectiveness. This stage includes applying the lubricant in the correct location, using the right tools, and transferring it from storage to the equipment with clean containers. Precision in application—right amount, right frequency—is key to avoiding under-lubrication or over-lubrication, both of which can cause significant issues.

How to tell whichwheel bearingis bad while driving

If you experience any of these symptoms, it's crucial to address them promptly to ensure your safety and the longevity of your vehicle.

A wheel bearing comprises steel balls or tapers, commonly called ball bearings or tapered bearings. These bearings are secured within a metal ring known as a race. Positioned within the wheel's core is a hollow metal piece referred to as a hub, where the wheel bearings are housed, facilitating the smooth rotation of your wheels.

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Now that you’re aware of considerations for each stage in the lubricant lifecycle, it’s time to cover tips for effective lubrication management. To truly excel in this area, organizations must not only implement sound lubrication practices but also invest in the right tools and training. The value of comprehensive lubrication training cannot be overstated—it equips maintenance teams with the skills needed to apply lubricants accurately and manage them effectively. Additionally, leveraging lubrication management software helps streamline processes, automate scheduling, and provide data-driven insights for continuous improvement. Equally important is designating a program leader to oversee and drive the lubrication strategy and enforce best practices across the organization. Together, these elements form a robust framework for optimizing lubrication management and enhancing overall operational performance.

For those getting started with lubrication or have not had any previous formal training, it is recommended to start with Machinery Lubrication I, which covers foundational knowledge including lubricant selection, contamination control, storage and handling considerations, inspections, and more. From there, advanced courses such as Oil Analysis II, Machinery Lubrication II, and Machinery Lubrication Engineer can help to expand lubrication knowledge and further improve the program.

Worn wheel bearings can affect your braking system. If you notice your vehicle pulling to one side when applying the brakes, it could be caused by a bad wheel bearing.

Choosing the right lubricant is the first and one of the most crucial steps in the lubricant’s lifecycle. The selected lubricant must meet the specific performance requirements of the machinery and its operational environment. This involves understanding the machine’s operating conditions, such as temperature, load, speed, and environment, and matching these with the lubricant’s properties.

Appointing a dedicated lubrication program leader is essential for ensuring best practices are consistently applied and maintained across the organization. This leader acts as a central point of accountability, overseeing the development, implementation, and continuous improvement of the lubrication program. A program leader also plays a crucial role in fostering a culture of proactive maintenance, coordinating training efforts, and integrating new technologies like lubrication management software.

Lubrication management lies at the foundation of machine reliability. Without good lubrication practices in place, you run the risk of breakdowns, costly repairs, lubricant waste, and other mishaps. With that said, developing and managing an effective lubrication program requires significant attention to detail and willingness to dedicate time and resources. This article outlines key considerations for building your lubrication program and best practices for effective lubrication management.

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Modern vehicles have Anti-Lock Braking System (ABS) that relies on data from various sensors, including wheel speed sensors. A bad wheel bearing can disrupt these readings, leading to ABS failure and potentially compromising your vehicle's safety.