ALINE Manufacturing Precision Alignment Tools

Checking pipe strain on this beast. A-Line Manufacturing they make this job easy.

? Pump-motor alignment pdf document ? Download - https://lnkd.in/gBcXv5bB ? Laser shaft alignment training manual ? Download - https://lnkd.in/gQ3E8VU7 ? Dial indicator shaft alignment pdf document ? Download - https://lnkd.in/di5Yuwss ? Rotating equipment shaft alignment pdf document ? Download - https://lnkd.in/dF-2Y4Kf For more information follow Engineering UPdates

We have the entire Field Service team in Irving at Flowserve’s Learning Resource Center for some long overdue training. It’s an amazing sight to see all of our folks in the same place at the same time! Special thanks to Phillip Song and his team for hosting us this week. Flowserve Corporation #fieldservice #training #teambuilding

? Alignment Training Manual Pdf Document ? Download - https://lnkd.in/dvmPpkvh ? Pump Shaft Alignment Procedure: 1. Preparation: ??- Ensure safety protocols are followed and power is disconnected. ??- Clean the coupling faces and remove any debris. ??- Check for soft foot condition and correct it. 2. Pre-Alignment Checks: ??- Verify that the pump and motor are properly secured to their bases. ??- Measure the coupling gap and ensure it meets manufacturer specifications. ??- Rotate both shafts to check for obvious misalignment. ? Dial Indicator Shaft Alignment Pdf Document ? Download - https://lnkd.in/di5Yuwss 3. Rough Alignment: ??- Use a straight edge or a laser alignment tool to achieve a rough alignment. ??- Adjust the motor position to match the pump shaft as closely as possible. 4. Dial Indicator Method: ??- Attach the dial indicators to the coupling. ??- Rotate the shafts and record the readings at 0°, 90°, 180°, and 270°. ??- Calculate the misalignment in terms of offset and angular misalignment. ? Important Consideration Before Starting Alignment Pdf ? Download - https://lnkd.in/dPrAgw59 5. Laser Alignment Method: ??- Set up the laser alignment system according to the manufacturer's instructions. ??- Enter the machine dimensions into the laser tool. ??- Rotate the shafts and follow the laser tool’s instructions to measure and correct misalignment. 6. Adjustments: ??- For vertical alignment: Add or remove shims under the motor feet as needed. ??- For horizontal alignment: Use jacking bolts to move the motor sideways. ? Shaft Alignment Pdf Document ? Download - https://lnkd.in/dx3FZtxn 7. Re-check Alignment: ??- After each adjustment, re-check the alignment readings. ??- Repeat the process until the alignment is within acceptable tolerances. 8. Final Checks: ??- Tighten all bolts and re-check alignment to ensure it hasn’t shifted. ??- Rotate the shafts manually to ensure smooth operation. ??- Reconnect the power and perform a test run to verify alignment under operating conditions. ? Laser Shaft Alignment Training Manual Pad Document ? Download - https://lnkd.in/gQ3E8VU7 9. Documentation: ??- Record all measurements and adjustments. ??- Document the final alignment values for future reference. ? For more information follow YOGESWARAN PANDIAN By following these steps, you can ensure proper alignment of the pump shaft, which is crucial for the efficient and reliable operation of the pump system.

Boost Efficiency with Alignment Training Unlock the full potential of your machinery with our Alignment Training program. Learn the latest techniques and best practices for precise mechanical alignment to minimize downtime, reduce maintenance costs, and enhance equipment lifespan. Our expert-led training provides hands-on experience and practical knowledge, ensuring your team is equipped to maintain optimal performance in any industrial setting. #AlignmentTraining #MechanicalAlignment #MaintenanceSkills #IndustrialEfficiency #EquipmentLifespan #PreventiveMaintenance #HandsOnTraining #TechnicalTraining #IndustrialSkills #MachineryOptimization

Pre-Alignment Tips for Machines and Pumps to Save Time Efficient machine and pump alignment is essential for reducing downtime and enhancing performance. Here are crucial pre-alignment tips to ensure precise and quick alignment: 1. Review Manufacturer Guidelines: Always consult the manufacturer’s alignment specifications and tolerances to avoid unnecessary adjustments and ensure optimal performance. 2. Clean and Inspect Components: Ensure all surfaces, bolts, and components are clean and free from debris. Regular inspections can prevent misalignment issues and extend machinery lifespan. 3. Check Foundation and Base: Verify that the foundation and baseplates are level and secure. Addressing base issues beforehand ensures stability and accurate alignment. 4. Pre-Measure Soft Foot: Measure and correct soft foot conditions before alignment. Proper contact between machinery feet and the base is crucial for accurate alignment. 5. Ensure Proper Lubrication: Confirm that all lubrication points are adequately lubricated to minimize friction and ensure precise alignment readings. 6. Temperature Considerations: Account for operating temperature. Preheat or stabilize machinery if necessary, as thermal expansion can impact alignment accuracy. 7. Use Alignment Tools: Utilize calibrated alignment tools such as dial indicators, laser alignment systems, and feeler gauges for accurate measurements. 8. Lock Out/Tag Out Procedures: Adhere to all safety protocols, including lock out/tag out procedures, to prevent accidental machinery startup during alignment. 9. Document Initial Alignment: Record initial alignment readings. Maintaining a baseline helps track progress and identify persistent issues throughout the alignment process. 10. Plan for Corrections: Have a plan and necessary shims, bolts, and tools ready for adjustments, reducing downtime during the alignment process. Implementing these pre-alignment strategies can streamline machine and pump alignment, ensuring efficient and reliable operations. Follow these tips to save time and enhance your machinery’s performance. #MachineAlignment #PumpAlignment #MaintenanceTips #IndustrialMaintenance #EquipmentPerformance #OperationalEfficiency #PreventiveMaintenance #IndustrialEngineering #MachineryReliability #MaintenanceManagement