SKF Bearing Assist

SKF Group

About this app

SKF Bearing Assist helps you to ensure quick, correct and easy mounting of bearings by guiding you step-by-step through the whole process.

Always have access to the right information. Simply scan the barcode on the packaging or use the bearing search. The app enables you to find suitable bearings for your repair jobs as well as keeping track of them.

• Search by designation, dimensions or bearing type
• Visual mounting instructions with calculations for drive-up and clearance reduction
• Prepare your mounting with the right tools and equipment

Creating free account to work together with your maintenance team, save and share mounting details and history directly in the app.

• Create teams and invite colleagues
• Track mounting history on your assets
• Use checklist to document mounting procedure
• Share notes and photos for easy handover of jobs at any time
• Create mounting reports in no time
• Share PDF reports by email or other sharing apps

Ratings and reviews

Your app has impressive capabilities, but there’s an issue with navigation. When a user navigates from Calculations -> selects a calculation option -> goes to Catalog -> and moves further into the catalog, using the back button doesn’t return to the previous page. Instead, it resets to the Calculations screen, disrupting the flow. It would be great to fix this so the back navigation follows the correct stack history, allowing users to go back step-by-step without losing their place. Thanks!

Glad to hear the next release will include more bearing data. I hope this will include bearing frequencies. Some feedback re: SKF's Bearing Select program: Bearing Select gives bearing frequencies in whole Hz numbers. Multipliers are almost never even numbers and in my experience they're always given with multiple (often 2-3) decimal places, i.e. FTF 0.424, BSF 3.183, BPOR 7.635, BPIR 10.365, etc. Using these multipliers for vibration analysis for example, FTF frequency for motor bearing at 1785 RPM would be 757 cycles/MIN (1785*0.424) aka 12.6 Hz. If you round up and only give the whole number (i.e. 13 Hz), that gives a cycles/min value of 780...a difference of about 23 cycles/min. (780-757) Doesn't sound like much, but if there's a lot of activity in the frequency spectrum it's nice to have a margin of error better than 30 cycles/min. Don't understand why SKF wouldn't offer at least one decimal place to reduce that margin by a factor of ten.

When I put the dimensions,it showed different size bearing or not available are displayed. Very very bad apps, don't install this apps.

What’s new

* Introduced the Guided Component Examination feature to standardize inspections and automate report creation. Added the ability to document component conditions, log specific issues, and attach photos with notes. Completed inspections can now be reviewed in a read-only View Mode.
* Bug fixes & Improvements.