TIME | TOPICS | TIME | TOPICS |
---|---|---|---|
0900 – 1000 | Pre-assessment of the subject knowledge Fundamentals of bearings, shafts, housings Brainstorming / questions & answers |
1400 – 1500 | Housing types, parts characteristics Housing designs & applications in industries Housing selection – fundamental criteria |
1000 – 1100 | ISO standards / shaft Shaft types, characteristics, designs Brainstorming / questions & answers |
1500 – 1600 | Housing tolerances & reference charts Housing fits & calculation methods Housing maintenance / Basic principles. |
1100 – 1200 | Shaft tolerance calculations Shaft interferences & fits calculations Brainstorming / questions & answers |
1600 – 1630 | Shaft & bearing failure analysis step by step How to avoid unplanned down-time because of shaft & housing failures. |
1200 – 1300 | Reference charts, tables and calculation methods Bearing mounting methods on shaft Tools required for mounting on shaft |
1630 – 1700 | Brainstorming / questions & answers Conducting Post Test / final training evaluation Participants Feedback / Certificate distribution |
Bearing, shaft & housing are the most important rather vulnerable parts of any machine or industrial application which can cause a lot of trouble if not properly selected, installed, maintained or inspected at regular intervals. Proper maintenance of these three parts can save you a fortune and can also increase the heathy life of other parts of the same application. This training course will surely prove to be the real value for your money because participants will acquire skills to design bearings, shafts, dimensional tolerances & fits, shaft/bearing load calculations, shaft alignment, rust protection, fretting corrosion, selection of housings, housing sizes, housing types & dimensions & impact of vibration on bearing, shaft and housings which will certainly improve the way of working.
Participants are going to get following learning benefits by attending this training course.
‣ They will learn about types, sizes, designs, characteristics, installation, maintenance, trouble shooting, tolerances, fits and overhauling of bearings, shafts and housings.
‣ They will be able to inspect and find root causes of the failures associated with bearings, shafts and
housings to avoid any unplanned down-times to lower maintenance cost at large.
This training program is specially designed for following professionals to attend and acquire new skills to grow in their career.
‣ Maintenance staff working at any plant site.
‣ Technical supervisors
‣ Technical or mechanical technicians
‣ Mechanical engineers
‣ Electrical engineers / Planning engineers
‣ Maintenance engineers
‣ Reliability engineers / vibration analysts