SKF Bearing Calculator was a productivity app developed by SKF. It was removed from Google Play Jun 13, 2021 and is no longer available for download.
Download Statistics
SKF Bearing Calculator had been downloaded 220 thousand times before it became unavailable.
User Ratings
SKF Bearing Calculator was rated 3.59 out of 5 stars, based on 1.3 thousand ratings.
App Information
SKF Bearing Calculator was free to download. The APK download size was 2.51 MB. The last available version was v1.9.1. The last update was on January 12, 2021.
Technical Requirements
SKF Bearing Calculator required Android 2.3.3+ or higher. The app had a content rating of Everyone. The app had been available on Google Play October 2012.
Description
Perform calculations and searches for SKF bearing products wherever you are.
The SKF Bearing Calculator makes it easy to perform complex bearing calculations. With this app you can calculate rated bearing and grease life or search for other information like bearing frequencies or shaft and housing fits. The program, which delivers the information straight to your smart phone or tablet, is fast, simple and easy to use.
The product search function has an intuitive user interface that makes searching by designation or key product parameters faster than ever before. Whether you’re walking down the shop floor, riding in a train or an elevator, you’ll wonder how you ever got things done without this incredible mobile app!
New updates in 1.6.1 Additions • Plain bearing caculations: Intermediate results with the collapsible functionality have been implemented. • Plain bearing caculations: The frequency and time parameters have be made relative where change in frequency or time parameter will change the other field respectively. Changes • Multiple calculations: When Relubrication calculation is selected along with Bearing life, only grease can be selected as lubrication input. Fixes • Minor bug fixes.
New updates in 1.5.1 • Improved performance • Bug fixes
New updates in 1.5.0
Additions • Reporting functionality is added. The generated report can be downloaded for future reference. • The report can be shared through Email or Bluetooth devices including printers. Changes • Rolling bearing calculations and Plain bearing calculations are grouped separately. Users can perform either plain bearing calculation or rolling bearing calculation at any point of time. Fixes • For Plain bearings, in Basic rating life for spherical plain bearings and rod ends calculation, the frequency and time input parameters have been made relative. When user changes frequency the corresponding value for time will be modified and displayed to user. Allowing now the user to enter negative values in the input fields for radial and axial force parameters. • Connection time-out has been implemented with the time of 60 seconds, as performing all calculations for some bearing (NUP 244) was taking more time compared to regular calculations. • Providing the pop up displaying the minimum and maximum values of temperature field when user exceeds the permissible values for temperature. • The duplicated YAR designations displayed in the bearing designation search are removed. • The alert dialog with the message when application launched without data connection and when the server is not responding.
Recent changes: - Informing users about app expiration and prompting user to bearing select or bearing assist.
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★★★★★
भारत माता की जय दिपक कुमार साहू जय श्री राम जय श्री राम
★★★★★
Nice
★★★★★
Excellent apps. Very helpful...
★★★★★
good
★★☆☆☆
Disappointed. Searched for 6205ZC3, hoping to get info on if these are greaseable or sealed bearings, app doesn't even know of them.
★★☆☆☆
App doesn't work on the Pixel 5. Hate to give a 1 star review, but that's why. Also, SKF's Bearing Select program 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.
Technologies used by SKF Bearing Calculator
SKF Bearing Calculator is requesting 8 permissions and is using 2 libraries.
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