FAG 2303 -2RS-TVH Self-Aligning Ball Bearing - 17 mm ID, 47 mm OD, 19 mm Width, Cylindrical Bore, Normal Soldering Station The Whittet-Higgins CNS28-16 is a

The Whittet-Higgins CNS28-16 is a one-piece clampnut with a 16 threads-per-inch fine-pitch thread that threads directly onto a shaft or housing to position

86072 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 19mm- [3/4-"] 86073 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 19mm [3/4"] 86074 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 21mm- [13/16-"] 86075 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 21mm [13/16"] 86076 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 22mm- [7/8-"] 86077 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 22mm [7/8"] 86078 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 24mm- [15/16-"] 86079 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 24mm [15/16"] 86080 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 25mm- [1-"] 86081 1/2" Drive Bolt Biter™ Impact Deep Extraction Socket 25mm [1"] Specifications

Especially short

Bore Diameter 1-1/4 in Outside Diameter 1-1/2 in Overall Width 1 in Drawn Cup Type Open Ends with Full Complement Closure Type Open Operating Temperature Range Maximum of +250 °F Dynamic Load Capacity 8590 lbf Static Load Capacity 20800 lbf Cage Material No Cage Maximum RPM 3500 RPM Precision Rating Not Rated Series B Lubrication Hole Type No Hole Standards Met ANSI/ABMA 18

FAG 2303 -2RS-TVH Self-Aligning Ball Bearing - 17 mm ID, 47 mm OD, 19 mm Width, Cylindrical Bore, Normal Soldering Station The Whittet-Higgins CNS28-16 is aSelf Aligning Ball Bearing sealed design and lightweight cage Self Aligning Ball Bearings have two rows of balls and a common concave sphered raceway in the outer ring. They are insensitive to angular misalignment of the shaft relative to the housing. The sealed design provides protection against contamination. Manufactured to precision tolerance class for demanding applications. Features a lightweight polyamide cage for reduced noise and friction.