Full Complement Cylindrical Roller Bearings

Equivalent code: SL04. Pages 7 to 8. NNC. Equivalent code: SL01. Pages 9 to 11. NNCF. Equivalent code: SL1850. Pages 9 to 11. NNCL. Equivalent code: SL02 SL18 3004. 0,11. 20. 42. 16. 0,6. 1,5. 28. 27. 1000. 9000. NCF 2204 CV. SL18 2204. 0,16. 20. 47. 18. 1,0. 1,0. 41. 38. 9500. 8000. NCF 3005 CV. SL18 3005. Skf Cylindircal Roller Bearings Free download as PDF File (.pdf), Text File (.txt) or read online for free. Bearings. 6. 1. Basic Design. N. Two integral flanges on inner ring, flangeless outer ring. NCF. Full complement, two flanges on inner ring, one flange on outer NNCL 4940 CV. 310. 150. 12.205 5.906. 1 680. 3 050. 320. 950. 1 200. 41. NNCF 5040 CV. 220. 270. 50. 8.661. 10.630 1.969. 352. 865. 85. 1 000. 1 200. 5.9. NNCL 4912 CV 60 85 25 78.1 137 14.3 3600 4500 NNC 4912 CV 60 95 46 198 300 36.5 3400 4000 NNCF 5012 CV 60 85 25 78.1 137 14.3 3600 4500 NNCF 4912 CV 60 95 46 134 208 25 1400 ▻ NNF 5012 ADB2LSV 65 100 46 209 325 40 3000 3800 NNCF 5013 CV. NNCL 4840 CV, , , SL 02 4840, 5.7, 200, 250, 50, 1.5, 4, 325, 790, 1400, 1000. NNC 4940 CV, , SL 01 4940, , 15.8, 200, 280, 80, 2.1, , 690, 1480, 1400, 850. NNCL 4940 CV, , , SL 02 4940, 15.3, 200, 280, 80, 2.1, 5, 690, 1480, 1400, 850. NNCF 5040 CV, SL 18 5040, , , 41, 200, 310, 150, 2.1, 9, 1860, 3050, 1200 Double row full complement cylindrical roller bearings. The basic SKF assortment of double row full complement cylindrical roller bearings listed in this catalogue includes NNCL, NNCF and NNC open design bearings, as well as sealed NNF design bearings († fig. 17) . All bearings are nonseparable and have an annular Cylindrical roller bearing SKF NNF5034ADA2LSV SKF bearings NNCF design is double row full complement cylindrical roller bearings.These bearings have three integral flanges on the inner ring and
NNCL 4916 CV SKF

In addition to the information provided on this page, consider what is provided under Double row full complement 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