Six Signs of a Successful Acoustic Lubrication Programme

Acoustic Lubrication is just one of the 8 application pillars adopted by world-class ultrasound programmes. And what an important one it is. 

Six Signs of a Successful Acoustic Lubrication Programme

Poor lubrication practices account for as much as 40% of all premature bearing failures. When ultrasound is utilized to assess lubrication needs and schedule grease replenishment intervals that number drops below 10%. What would 30% fewer bearing-related failures mean for your organization?

Keep up with the changes in on-condition bearing lubrication or risk falling behind. For example, technology advancements from ultrasonic innovator SDT are transforming the way we look at the grease replenishment task. SDT’s LUBExpert, an ultrasound solution that helps grease bearings correctly, simplifies a complex process into a simple, 2-step procedure. 

A successfully implemented world class, acoustic lubrication programme delivers many wins for your company. Reduced maintenance costs as well as other savings on grease consumption and less unplanned downtime are two big doors that open other possibilities for factory maintenance teams. Another win will be factory-wide efficiency. Properly maintained and lubricated bearings run more efficiently, using less energy and lowering their environmental impact.

With so much innovation available, the question begs, is your lubrication programme world-class? Here are six signs to help you decide.

 

Six Signs your lubrication programme is on track

 

1. A change in the quantity of grease consumed

Maintenance departments should track grease consumption to monitor and control costs. Root Cause Analysis on failed bearings points to over-greasing as the leading contributor. Bad procedures lead to bearings routinely receiving more grease than they are designed to handle. The excess ends up being pushed into the motor casing or purged onto the floor. Reduction in grease consumption is a sure sign that your lubrication programme is on the right track.

Over lubrication happens when grease replenishment intervals are scheduled based on time instead of condition. Control lubrication tasks with ultrasound to monitor condition and maintain optimal friction. The time between greasing intervals increases, resulting in less grease used per bearing.

Over-greased machines are not only more susceptible to fail, but run less efficiently. Optimally greased bearings draw far less energy and contribute to a greener factory. That alone should be motivation enough to Grease Bearings Right. 

 

2. Fewer lube-related failures

Your organization should track failures and perform root cause analysis to eliminate sources of defects.

Optimized greasing programmes experience fewer lube-related failures. Less fixing and fire-fighting translates to more creative time for maintenance. Use that time to bring more machines into the greasing programme.

Additionally, with ultrasound you find many non-trendable defects. For example, broken or blocked grease pipes and incorrectly fitted grease paths that prevent grease from reaching the bearing.

 

LUBExpert_flyer03

Maintenance departments should track grease consumption to monitor and control costs.

3. Optimized MRO spares management

Your new and improved lubrication programme is delivering wins; better control of grease consumption, fewer failures, and more productivity for maintenance. Use this time to study trends and better manage your storeroom.

A decrease in bearing-related failures improves spares optimization. Share your ultrasonic lubrication data with your MRO Stores manager to create a plan to reduce the number of emergency parts on hand.

Since you are taking stock, why not shift some burden to your suppliers? Ask them to confirm your emergency parts against their own stock. If it can be supplied on the same day then why keep it on your balance sheet?

 

4. Increased number of machines monitored

One benefit of an effective lubrication programme is time.

- Time allotted to monitoring machines instead of fixing them. 

- Time allotted to correctly assessing the real needs for lubrication.

- Time to look at the big picture.

Take for instance, criticality assessment. Many lubrication programmes begin with small steps. All the “A” critical machines receive priority, rightly so. But what about the rest? With more time to plan, organize, and schedule, increase the number of machines acoustically monitored for optimal lubrication.

 

5. Save time. Combine acoustic lubrication and condition monitoring

You worked hard for these results. It is time to use your data for more than just lubrication.

Acoustic lubrication is the proven method to ensure precise bearing lubrication. New technology from SDT, LUBExpert, combines the power of onboard lubrication guidance with Four Condition Indicators for bearing condition assessment.

The time savings from assessing bearing condition during the lubrication process is beyond valuable and another sign your acoustic lubrication programme is on the right track.

 

SDT_3

Machines that are properly lubricated require less energy to run.

6. Inspector Confidence at an All-Time High

Reliable machines are the product of an effective lubrication programme. You have:

- Managed grease consumption

- Fewer grease-related bearing failures

- Optimized MRO spares

- More machines under watch

- Increased data collection intervals

The power of adding ultrasound to your greasing programme delivers win after win for reliability. Reliability breeds confidence. More confident inspectors make better decisions and infect a positive culture throughout the organization.

Ultrasound-assisted lubrication of plant assets offers significant benefits that calendar based lubrication cannot. Lubrication serves a primary purpose, which is to create a thin layer of lubricant between rolling and sliding elements that reduces friction. So, it makes sense that the best way to determine the lubrication requirement of a machine is to monitor friction levels, not time in service.

Machines that are properly lubricated require less energy to run. Imagine that reducing grease consumption can lower your energy bills. Machines that consume less electricity run cooler and enjoy longer life cycles.

Finally, by monitoring the condition of your machinery’s lubrication, you are at the same time collecting valuable condition data about the machine itself. Dynamic and static ultrasound data coupled with the 4 condition indicators (RMS, Max RMS, Peak, and Crest Factor) are all indicators of bearing health. 

Optimizing lubrication of plant machinery with ultrasound results in a significant reduction in grease consumption. Successful ultrasound programmes accelerate the velocity of positive culture change.

Who knew so much good news could come from such a simple shift from calendar to condition-based maintenance?  

Allan-Rienstra

Allan Rienstra
Director of Business Development for SDT

Applications | 11.6.2018

Latest articles

Bilfinger relies on Comos software from Siemens for group‑wide digitalization

Siemens and industrial service provider Bilfinger SE have decided to step up their cooperative association, as Bilfinger drives forward digitalization using the Comos Engineering & Maintenance Platform across its many sites and subsidiaries spread around the globe. This software platform from the Siemens Digital Enterprise portfolio not only allows close cooperation between the different Bilfinger sites and its customers through the use of a shared database, but also offers sufficient flexibility to accommodate individual project requirements.

Cmms | 18.6.2018

The criticality spectrum: a means to focus our attention where it is warranted

Developing an asset criticality ranking (ACR) is an important part of any reliability and performance improvement initiative. The criticality ranking enables an organization to prioritize and justify a wide range of activities and investments. 

Asset Management | 11.6.2018

Pre-Operational Checklists Reinvented; Data Driven Reliability in Mining

When was the last time you boarded an airplane and thought about what actually occurs in the cockpit prior to engine start and taxi?  

Applications | 11.6.2018

How to Safely Align Wind Turbines

Safety engineers around the world can breathe easy. The PRUFTECHNIK ROTALIGN® and OPTALIGN® technology has made aligning machine shafts, especially gear shafts, much safer.

Partner Articles | 6.6.2018

Swedish Project Investigates Ways to Produce Fuel from Waste Tyres

The possibility of producing pyrolysis oil from worn out tyres is investigated in a research project run by RISE Research Institutes of Sweden together with Scandinavian Enviro Systems and Ragn-Sells with support from Vinnova.

R&D | 6.6.2018

EU Agency for Safety and Health at Work Launches Europe-Wide Awareness-Raising Campaign on Dangerous Substances

The European Agency for Safety and Health at Work (EU-OSHA) has launched its 2018-19 EU-wide campaign, Healthy Workplaces Manage Dangerous Substances.

HSE | 25.4.2018

Maintenance: A Necessary and Important Function in the Future

Euromaintenance 2016 will take place in Athens at the end of May. It is the ideal moment to reflect on maintenance in a European context. Euromaintenance is known as the summit for all involved in maintenance across Europe, it’s the place to be. The conference, with the support of the EFNMS, is the only commercially independent conference covering the topics we deal with in the maintenance world.

EFNMS | 20.5.2016