3.438 Inch | 87.325 Millimeter x 4.375 Inch | 111.13 Millimeter x 3.75 Inch | 95.25 Millimeter LINK BELT PKEB22455E7 Pillow Block Bearings

With over 10170 3.438 Inch | 87.325 Millimeter x 4.375 Inch | 111.13 Millimeter x 3.75 Inch | 95.25 Millimeter full-service 25.00 mm B stores, our 3.438 Inch | 87.325 Millimeter x 4.375 Inch | 111.13 Millimeter x 3.75 Inch | 95.25 Millimeter LINK BELT PKEB22455E7 Pillow Block Bearings inventory 100.0000 mm D is extensive and our parts are priced right. NTK BEARING PRECISION AXLE CORP. within 24 hours. This helps you maximize your productivity by saving time and your hard-earned dollars.

What is PKEB22455E7 bearing interchange´╝č

Brand Name:LINK BELT
Model Number:PKEB22455E7
d:45.000 mm
D:100.0000 mm
B:25.00 mm
Accessories:Seal & Snap-Ring
Grease Speed Rating n1:6700 rpm
Fillet Radius ra:1.50 mm
Sealed Speed Rating n3:4500 rpm
Basic Dynamic Radial Load Rating C:52700 N
PDF PKEB22455E7

Product Details

d45.000 mm
D100.0000 mm
B25.00 mm
AccessoriesSeal & Snap-Ring
Grease Speed Rating n16700 rpm
Fillet Radius ra1.50 mm
Sealed Speed Rating n34500 rpm
Basic Dynamic Radial Load Rating C52700 N
Oil Speed Rating n28000 rpm
Oil Speed Rating Open/Shielded n28000 rpm
Size (mm)3.438 Inch | 87.325 Millimeter x 4.375 Inch | 111.13 Millimeter x 3.75 Inch | 95.25 Millimeter
View more

Company Profile

Phone 656-5248
View more

Related News

  • Linear Radial (rotating-sliding) Ball Bushings / Linear BearingsThese rotating and sliding ball bushings allow both types of high precision motion. linear radial bearing 0662 RK00. These motions can occur either separately or  Bushings vs....
  • Is it Safe to Drive With a Wheel Bearing Gone? | AutoblogDec 31, 2015 — The most common symptom with a bad wheel bearing is a loud noise coming from the tire or wheel of the vehicle. It will sound like metal grinding  Can a wheel bearing...
  • FAQ - Different Types of Ball Bearings & Applications | GGBThe rotation of the balls causes a reduced coefficient of friction when compared with flat surfaces rubbing against each other. Because there is little surface contact  How Ball...
  • Recommended Products

    All Products Contact Now