PSL ULTIMATE Bearings PSL as

PSL ULTIMATE Bearings PSL presents PSL ULTIMATE A new class of quality singlerow tapered roller bearings with specific properties that greatly exceed common bearing standards ULTIMATE bearings offer new possibilities within the realm of machine design as well as new solutions to bearing arrangement

PSL Rolling Bearings PSL as

Rolling Bearings PSL as produces a wide range of tapered cylindrical and spherical roller bearings singlerow doublerow and multirow of an inner diameter from 120mm in tapered bearings to an outer diameter of 2200mm The product range is continuously expanding depending upon the requirements of the market

PSL Rolling Bearings PSL as

Rolling Bearings PSL as produces a wide range of tapered cylindrical and spherical roller bearings singlerow doublerow and multirow of an inner diameter from 120mm in tapered bearings to an outer diameter of 2200mm The product range is continuously expanding depending upon the requirements of the market

rolling bearings antesan

Mar 16 2010 Dimensions Basic Load Limited Speed Bearing Designation Ratings for Lubrication d D B rs r1s F E S1) d2 b b1 Cr Cor with PSL min max max 13200 220 370 239/750CCW33MB 4242 016 41 61 4 800 1060 195 6 5730 15500 250 350 239/800CW33MB 498 018 379 565 37

PSL Rolling Bearings for Renewable Energy PSL as

Utilization of state of the art technology in the field of rolling bearings applied mechanics and computer simulation enable optimization of the internal structural design of bearings These methods are also applied in the designing of bearing assemblies with the intent of matching and/or exceeding complicated requirements

PSL ULTIMATE Bearings PSL as

PSL ULTIMATE Bearings PSL presents PSL ULTIMATE A new class of quality singlerow tapered roller bearings with specific properties that greatly exceed common bearing standards ULTIMATE bearings offer new possibilities within the realm of machine design as well as new solutions to bearing arrangement

PSL Rolling Bearings for Renewable Energy PSL as

Utilization of state of the art technology in the field of rolling bearings applied mechanics and computer simulation enable optimization of the internal structural design of bearings These methods are also applied in the designing of bearing assemblies with the intent of matching and/or exceeding complicated requirements