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： 6801Z 31313A 127TN9 30218J2 NJ332 NJ410+HJ410 7219AC/DB 22315RHKW33 NJ320EC+HJ320.. N306 TAF1-7510525 32206X 65395/65320 22240BK.MBH31.. 7210B/DT 7330B/DT NUP2210EC 7307DB
Dec 27, 2014 Bearing Designations are of two types Basic Designations Supplementary Designations; 4. The basic designation identifies: • Product type • Standard design • Size The supplementary designation identifies: • Alternative design (variants) • Bearing components • Types of special bearings SKF Bearing
035-5 NSK 35*85*21 NRB35-68NR NSK 35*85*21 DG3585RKMD KOYO 35*85*23 M35-3 NSK 35*95*27 83A831 KOYO 36*67*23 NSK 36DSF02 96.9736DSF02 NSK 36*67*23 KOYO 83A831 3208 ATN9 SKF 40*80*30.2
May 31, 2017 LTD, GURGAON. 11241300.00. (PC). 29030020 Set of Cylinderical Roller Bearing for 3-Phase T. M. type 6FRA. 6068 of Qty. 01 No. each of DE and NDE side bearing as per [A] for SKF/Germany,Austria make. DE: NU-2236 ECMRD/ C-4 V. A301, NDE: NJ-320 EC. 001 SMM-D(ACL). BHUSAVAL. 88 Set.
Preface This SKF publication is designed to help you convert ABMA (American Bearing Manufacturers Association) part numbers into SKF part numbers,. ABMA Part No.20 CO 1220 1320 2220 2320 7220 BE 7320 BE 7420 32200 33200 OJ 220 OJ 320 ' NJ 220 EC NJ 320 EC NJ 420 NJ 2220 EC NJ 2320EC N 220 EC N
NU202EC NU203EC NU204EC NU205EC NU206EC NU207EC NU208EC NU209EC NU210EC NU211EC NU212EC NU213EC NU214EC NU215EC NU216EC NU217EC NU218EC NU219EC NU220EC NU221EC NU222EC NU224EC NU226EC NU228EC NU230EC NU232EC NU234EC NU236EC NU238EC
【SKF】10061006,,:135.00,:15,:,:053158781218,：,【SKF】1006 Full-complement cylindrical roller bearings for crane sheaves that are equipped with tight seals intended to prevent intrusion of foreign matters.
In addition to the information provided on this page, consider what is provided under Single row cylindrical roller bearings. For information on selecting the appropriate bearing for a given application, and interpreting the data on this page, refer to Bearing selection process. For general information on rolling bearings, refer to
First of all, some equipment in the use of TIMKEN bearing when its own clearance problems require very strict, if the clearance is too large, even a slightly larger, it will make equipment parts wear easily ,then it can solved by reducing the clearance .But there is another problem appeared again, the clearance is too small, the