Rolling Bearing Calculation Software

  Enquire / contact me

With new rope sheave module

Motors & Drives

Rolling Bearing Calculation Software
Rolling Bearing Calculation Software

Schaeffler has expanded its popular BEARINX rolling bearing calculation software with a new module for designing rope and cable sheaves. Modern design calculation and simulation tools play a key role in increasing the efficiency of rolling bearings. The BEARINX-online Easy RopeSheave software enables design engineers to calculate the static load safety factor and rating life of both single and multiple rope sheave bearings. The software is available exclusively online and can be used free-of-charge. Initial registration takes little time and the user can begin calculation work immediately.

At http:\\bearinx-online-easy-ropesheave.schaeffler.com users can quickly and safely browse and compare a range of different rope sheave bearing designs. The self-explanatory menu and navigational tools enable users to enter data quickly and easily for modelling, bearing selection and operating data.

Technical data on rolling bearings, deep groove ball bearings and tapered roller bearings manufactured by Schaeffler are stored in a database. These can be accessed and integrated into the design calculation process at any time. Application-specific parameters, such as the rope sheave material, the integration of a bush between the bearing and plastic rope sheave, precise data on the bearing's internal geometry, or the influence of system temperature on bearing clearances, can also be considered for design calculations.

The software enables users to calculate, display and document the specific bearing loads in detail, while taking operating and environmental conditions into account - even for complex system and machine designs. During calculations, the software considers the contact pressure on every single rolling element.

The dedicated software module for rope sheave bearing supports even enables multiple adjacent rope sheaves to be calculated precisely. It takes into account factors such as the non-linear elastic deflection behaviour of the rolling elements, contact angle shifts in radial ball bearings caused by the load, elasticity of the axis, and changes in the real contact pressure depending on the skewing and profiling of the rolling elements.

Posted on August 14, 2014 - (729 views)
by
Schaeffler Technologies AG & Co. KG
Georg-Schäfer-Straße 30
97421 Schweinfurt - Germany
+49-9132-826563
+49-9132-822130
View full company profile
Location
More products from this supplier
Related articles
Interroll Launches its Versatile Drive Platform at Sauber Motorsport
Brushless Flat DC-Servomotors with more torque
Servo Drives and Servo Motors
Integrated Servo Motor
Integrated Drive for Induction Motors
All Levels of Digital Integration
Bonfiglioli BSR Synchronous Reluctance Motors
Helping to grow Farming Operations
Electric Axle Actuator
Space Fuses
Power in new Dimensions - BXT Motor Family
Sure Signs of Excellence: Top Notch Products Offering Added Value
Every beginning needs drive
Coil Winding Expo Berlin, June 19 to 21 2018
Drives & Controls
BSR Series
Synchronous Reluctance  Motors - Be Fast in an Efficent way
All-in-one Dezentralized Drive System
Miniature- and Micro-Drive Systems
Torque Motors for Tailored Solutions
Interroll Launches its Versatile Drive Platform at Sauber Motorsport
Brushless Flat DC-Servomotors with more torque
Power in new Dimensions - BXT Motor Family
Integrated Servo Motor
Bonfiglioli BSR Synchronous Reluctance Motors
Motion Controller from FAULHABER with STO shutdown
Guidance Systems for Higher Duty XTS Applications
Stainless Steel Drives Take Over at Fish Processing Plat
Linear DC-servomotors
Brushless DC-Servomotors with Ø 16 mm