FAG NJ238-E-M1 cylindrical roller bearings

YOU’LL FIND AN 1.2500 in d EXTENSIVE SELECTION OF FAG NJ238-E-M1 cylindrical roller bearings FOR 2.5625 in D SALE.
d | 1.2500 in |
dynamic load capacity: | 3070 lb |
D | 2.5625 in |
static load capacity: | 1831 lbs |
B | 1.4170 in |
finish/coating: | Uncoated |
bore type: | Round |
cage material: | Steel |
closure type: | Double Sealed |
maximum rpm: | 5000 rpm |
row type & fill slot: | Single Row Non-Fill Slot |
series: | 8700 |
snap ring included: | With Snap Ring |
manufacturer catalog: | Click here |
Detailed Parameters
parameter:
Similar products
NTN K55X60X17 needle roller bearings
What Available Volume Discount are the dimensions of a NTN K55X60X17 needle roller bearings? Manufacturing Service . Get Your Free, Instant Quote! 8 Days Days to Ship Volume Discount Available Days to Ship 8 Days RoHS 6 Bearing I.D. d(mm) 25 Bearing Material [Steel] Steel Housing Material 1045 Carbon Steel Flange Shape Round Type Width
SNR GB12438S01 angular contact ball bearings
With over 10170 full-service stores, our N/A Minimum Buy Quantity SNR GB12438S01 angular contact ball bearings inventory is extensive and our parts are priced 0.0 Inventory right. within NSK Manufacturer Name 24 hours. This helps you maximize your productivity by saving time and your hard-earned dollars. Inventory 0.0 Manufacturer Name NSK Minimum Buy Quantity N/A
SKF W 639/1.5-2Z deep groove ball bearings
With over 10170 full-service stores, our SKF W 639/1.5-2Z deep groove ball bearings inventory is extensive and our parts are priced right. within 24 hours. This helps 49.2 mm B you maximize your productivity by saving time and 54 mm A your hard-earned dollars. A 54 mm A1 34 mm B 49.2 mm d 38.1
NTN SAR2-12 plain bearings
NTN SAR2-12 plain bearings Manufacturers Imperial Design Units , L433700 Series Online Wholesale Suppliers ! Series L433700 Design Units Imperial Y – ISO Factor1 1.65 D 8.5000 in C – Double Cup Width 1.8750 in r – Cup Frontface To Clear Radius2 0.03 in Da – Cup Frontface Backing Diameter 8.30 in K – Factor3