Industrial Kiln & Dryer Group’s Post

Here's Your Checklist for Installing Mechanical Split Seals: https://bit.ly/3UaeejW. Make it easier for yourself by using this easy-to-follow checklist to help ensure proper installation and better reliability. #SealingSolutions #MechanicalSeal #SplitSeal #IndustrialReliability

Calling all industry professionals! Learn about the vital role of torque limiters in preventing equipment failures. Visit our website and read our informative article today for superior equipment performance. https://lnkd.in/eKyfQPz9 #torquelimiters #industrialmachinery #powertransmissioncomponents #equipmentfailure #safetymechanism #overloadprotection #maintenanceefficiency #industrialapplications #machinerysafety

Calling all industry professionals! Learn about the vital role of torque limiters in preventing equipment failures. Visit our website and read our informative article today for superior equipment performance. https://lnkd.in/eKyfQPz9 #torquelimiters #industrialmachinery #powertransmissioncomponents #equipmentfailure #safetymechanism #overloadprotection #maintenanceefficiency #industrialapplications #machinerysafety

At PSW Integrity, we apply advanced Condition Monitoring (CM) techniques to identify potential issues before they escalate. A recent example involved a lubrication oil pump, where our CM team detected excessive vibrations caused by looseness in the rotating assembly and damaged rubber inserts in the coupling. This early catch allowed for timely corrective action, preventing further damage and reducing downtime—a testament to how CM ensures equipment reliability and operational efficiency. Proactive monitoring saves time, costs, and assets. That’s the PSW Integrity difference. #ConditionMonitoring #PSWIntegrity #ProactiveMaintenance #ReliabilityEngineering #Birkenhead #AssetManagement

This document provides a detailed guide on laser alignment techniques used in mechanical maintenance to enhance equipment reliability and performance.

Regular Maintenance on Stabilizers mechanics is crucial to keep these machineries operative and try to avoid major repair costs. For this reason we have developed the Remote Maintenance Package. To provide customers not only with a remote monitoring tool but also an integrated cross check with field data to analyse the actions to take in the long term, aiming to plan time and cost wisely. https://lnkd.in/dVw69ijE

🔧🚨 Assisting our customers with crucial 48” valve releases was our top priority yesterday! 🛠✨ It's important to remember the significance of proper procedures before applying any release systems to valves. Neglecting these simple steps can lead to serious damage and costly repairs. Let's prioritise the safety and efficiency by following protocols diligently. #ValveRelease #SafetyFirst #ProperProcedures #Efficiency #CustomerAssistance 🛠🔩🔥

Whether you're trying to troubleshoot an issue or looking for some info about valve maintenance, we've got you covered. Explore answers to these and many more questions we frequently get asked.

Effective hydraulic press maintenance is key to maximizing performance and minimizing downtime. In our latest article, we explore common hydraulic system issues in four-column presses and provide practical troubleshooting methods to enhance efficiency, extend the machine's lifespan, and reduce operational costs. Stay ahead with proper maintenance to ensure your equipment runs smoothly and your production remains uninterrupted. https://lnkd.in/gQZGjU5i

We noticed a step increase in overall velocity during routine condition monitoring of a product mixer. Upon inspection of the velocity spectrum, a new peak was present at 375 rpm, around 0.6 x running speed. Being sub-synchronous we suspected a belt frequency and decided to visually inspect and get belt and pulley measurements. During the inspection, we found that one of the eight belts had failed and was sat inside the guard. Calculations confirmed that the belt frequency was the new dominant peak. Our client was informed and a plan was put in place to replace the belts during a planned stop. Belt frequency = π x pulley rpm x (pulley diameter / belt length)                                               = π x 658 rpm x (770 mm / 4250 mm)                                                = 374 rpm  #manufacturing #assetmanagment #conditionmonitoring #maintenance #engineer #maintenanceengineer #throughput