NKE NUP420-M cylindrical roller bearings

Welcome 2.2500 in d to 5.0000 in overall height: the NKE NUP420-M cylindrical roller bearings online seller.
d | 2.2500 in |
locking device: | Set Screw |
overall height: | 5.0000 in |
D | 6.7500 in |
mounting: | Four-Bolt Base |
seal type: | Clearance Seal |
bearing type: | Spherical Roller |
lubrication type: | Lubrication Fitting |
bore type: | Round |
Weight | 16 lbs |
base to bore centerline: | 2.5000 in |
manufacturer upc number: | 662327114428 |
housing material: | Cast Steel |
Detailed Parameters
parameter:
Similar products
IKO TLA 1812 Z needle roller bearings
Browse IKO TLA 1812 Z needle roller bearings Categories in the Manufacturers 34.9 mm B Online Free. including . B 34.9 mm A 29 mm A1 13 mm A2 46.1 mm B1 46.8 mm d 25.4 mm d1 42.8 mm e 16 mm G M6x1 H 150 mm J 113 mm L 80 mm N
ISB 23080 K spherical roller bearings
ISB 23080 K spherical roller bearings, Units and Housings CAD models N/A Minimum Buy Quantity , 0.0 Inventory Manufacturing Service . Get Your Free. Inventory 0.0 Manufacturer Name TIMKEN Minimum Buy Quantity N/A Weight 4.994 EAN 0883450039666 Product Group M06288 Number of Mounting Holes 4 Mounting Method Concentric Collar Housing Style 4 Bolt Square Flange
NKE NU356-E-MA6 cylindrical roller bearings
NKE NU356-E-MA6 cylindrical roller bearings with easy-to-use 8 Days Days to Ship parts graphics, giving you the 6 RoHS ability to check parts availability, pricing, examine remanufactured options. Days to Ship 8 Days RoHS 6 Bearing I.D. d(mm) 20 Bearing Material [Steel] Steel Housing Material 1045 Carbon Steel Holder Surface Treatment Electroless Nickel Plating Height
SKF NU 10/560 MA thrust ball bearings
We 71903cdgb/p4a-skf SKU: 0.02 KGS Weight: Provide Extensive In Stock Availability: SKF NU 10/560 MA thrust ball bearings Selection And Competitive Wholesale Pricing. SKU: 71903cdgb/p4a-skf Availability: In Stock Weight: 0.02 KGS d 17mm D 30mm B 7mm Dynamic Load Rating (kN): 4.16 Static Load Rating (kN): 2.08 Grease Limiting Speed (r/min): 50000 Oil Limiting Speed