AEC Rolling Bearings - minettigroup.com

1 Important note This catalog is just an example of Austin Engineering Company product range. Because of that, a lot of Bearings commonly manufactured by AEC are not included in this catalog. AEC produces ball and roller Bearings for most of the industrial fields including machine tools field. Furthermore, AEC can produce special and customized Bearings for meeting all the customers needs. So, for any information about our Bearings , don t hesitate to contact us. Austin Engineering Company Limited Village: Patla, Taluka: Bhesan Junagadh 362 030, Gujarat India Tel. +91 (2873) 252267 Fax +91 (285) 2661505 Email: Website: AEC Europe Srl via Giuseppe Garibaldi, 46 20861 Brugherio (MB) Italy Tel.

2 +39 (0)39 879816 Fax +39 (0)39 879820 Email: Website: Austin Engineering Company Ltd. (AEC) is an ISO/TS 16949:2002 certified manufacturer of widest range of ball & roller Bearings and its components in India, located near Junagadh in Gujarat State. Founded in 1973, today the Company has developed into a Public Limited Company, with full array of high quality and precision Bearings for different applications. Rapid development and flexible manufacturing system along with effective global delivery network enables us to deliver quality products with shorter lead time and competitive prices.

3 Single Source for Bearings We manufacture over 4000 size/types of Bearings used in several industrial segments and are constantly adding more items to our current wide range to cater to all your Rolling element bearing needs. Our engineering is backed by a strong R&D, quality assurance, testing and gauging team and our customers have seen the value of this investment in every single bearing we manufacture. Manufacturer, Supplier and Exporter of quality Auto & Industrial Ball & roller Bearings and its components. An ISO/TS 16949:2002 & ISO 9001:2008 Company.

4 Quality is a result of our commitment to our work. At AEC we focus on ensuring best-in-class quality through Commitment and investment in continuous R&D Facilities for measuring, monitoring and improving process performance Well entrenched HR program to provide adequate training Our Bearings are designed, developed and engineered using professional CAD and 3D Modeling tools by our skilled engineers and are backed by our highly experienced technocrat founders. Our products are made from high quality bearing steel from industry approved vendors with optimum dimensional stability.

5 The geometry and profile are in accordance with the international standard for the highest quality. Our stringent quality assurance system has earned the company the following quality certifications from T V Rheinland, Germany: ISO/TS 16949:2002 ISO 9001:2008 Contents Symbols .. SYM 1 Tolerance Tables .. TOL 1 Clearance Tables .. CLR 1 Angular Contact Ball Bearings Single Row Metric Series .. ABB 1 Single Row Inch Series .. ABB 4 Double Row Metric Series .. ABB 6 Ball Bearings Single Row Metric Series .. BB 1 Single Row Inch Series .. BB 8 Double Row Metric Series.

6 BB 12 Wide Metric Series .. BB 14 Four-Point Contact Metric Series .. BB 16 Self Aligning Metric Series .. BB 18 Self Aligning Inch Series .. BB 21 Magneto Metric Series .. BB 24 Thrust Metric Series .. BB 25 Thrust Inch Series .. BB 29 Thrust Full Complement Inch BB 32 Barrel roller Bearings .. BRB 1 Cylindrical roller Bearings Single Row Metric Series .. CRB 1 Single Row Inch Series .. CRB 28 Double Row Metric Series .. CRB 33 Full Complement Metric Series .. CRB 35 Without Inner Ring .. CRB 36 Thrust Metric Series .. CRB 37 Thrust Inch Series .. CRB 40 Flexible roller Bearings .

7 FRB 1 Needle roller Bearings Metric Series .. NRB 1 Inch Series .. NRB 4 Without Inner Ring Metric Series .. NRB 6 Without Inner Ring Inch Series .. NRB 10 Inner Ring Inch Series .. NRB 12 Cage Assemblies .. NRB 15 Spherical roller Bearings Radial Metric Series .. SRB 1 Thrust Metric Series .. SRB 7 Tapered roller Bearings Single Row Metric Series .. TRB 1 Single Row Inch Series .. TRB 8 Double Row Metric Series .. TRB 15 Four Row Metric & Inch Series .. TRB 17 Thrust Inch Series .. TRB 18 Crossed roller .. TRB 19 aec | SYM 1 Symbols Nomenclature Symbol Definition d Nominal bore diameter ds Single bore diameter dmp 1.

8 Mean bore diameter; arithmetical mean of the largest and smallest single bore diameters in one plane 2. Mean diameter at the small end of a tapered bore; arithmetical mean of the largest and smallest single diameters ds Deviation of single bore diameter from the nominal dmp Deviation of the mean bore diameter from the nominal d1 Nominal diameter at theoretical large end of a tapered bore d1mp Mean diameter at theoretical large end of tapered bore; arithmetical mean of the largest and smallest single bore diameters d1mp Deviation of the mean bore diameter at the theoretical large end of a tapered bore from the nominal Vdp Bore diameter variation.

9 Difference between the largest and smallest single bore diameters in one plane Vdmp Mean bore diameter variation; difference between the largest and smallest mean bore diameters in one plane D Nominal outside diameter Ds Single outside diameter Dmp Mean outside diameter; arithmetical mean of the largest and smallest single outside diameters in one plane Ds Deviation of single outside diameter from the nominal Dmp Deviation of the mean outside diameter from the nominal VDp Outside diameter variation; difference between the largest and smallest single outside diameters in one plane VDmp Mean bore diameter variation.

10 Difference between the largest and smallest mean outside diameters of one ring or washer rs Single chamfer dimension rs min Smallest single chamfer dimension Symbol Definition r1, r3 Radial direction chamfer dimension r2, r4 Axial direction chamfer dimension B, C Nominal width of inner ring and outer ring, respectively Bs, Cs Single width of inner ring and outer ring, respectively B1s, C1s Single width of inner ring and outer ring, respectively, of a bearing specifically manufactured for paired mounting Bs, Cs Deviation of single, inner ring or outer ring width, from the nominal VBs, VCs Ring width variation; difference between the largest and smallest single widths of inner ring and or outer ring, respectively Ts 1.