Heavy Duty Spherical Roller Bearing With Tapered Bore And Built Tough Explorer Grade Design For Rock Solid High Load Machines At 85 Millimeter Bore 150 Outside Measure 36 Wide Dimensions Ready To Roll
✔️ 85mm Bore 150mm OD 36mm Wide Tapered 1:12 Spherical Roller Bearing
This spherical roller bearing features a tapered bore that grips your shaft for a dead tight fit avoiding slip under load. The 85 millimeter bore pairs with a 150 millimeter outside diameter and 36 millimeter width to handle serious stress in your machinery. You can mount this single unit quickly on shafts from 92 millimeters to 101 millimeters using a lock nut for instant readiness.
✅ 85 Millimeter Bore Size Accommodates Shafts Between 92.2 Millimeters And 101 Millimeters Diameter
✅ 150 Millimeter Outside Diameter Supports Robust Radial Forces Without Excessive Deflection
✅ 36 Millimeter Width Balances Compact Packaging With A 291 Kilonewton Dynamic Load Capacity
✅ Tapered Bore Geometry Offers A One To Twelve Taper For Tight Clamping And Reliable Torque Transfer
✅ Explorer Grade Construction Uses Advanced Manufacturing For Enhanced Fatigue Resistance And Performance
✅ Reference Speed Limit Allows Operation Up To 4000 Revolutions Per Minute In Grease Lubricated Systems
✅ Static Load Rating Reaches 325 Kilonewtons Handle Intermittent Shock Loads During Startup Or Stalling Events
💡 Why go with a tapered bore spherical roller bearing for your high vibration industrial equipment setups?
That tapered bore setup is pretty handy since you can change internal play by moving the ring along the shaft threads. The cone shape hammers home against the shaft shoulder to lock everything tight without risking slip during startup spikes.
- The 1:12 taper angle allows quick axial positioning to dial in the ideal operating clearance for your temperature range needs
- Spherical raceway design handles angular misalignment from shaft sagging or frame flex in heavy duty pump stations easy
- Taper engagement eliminates risk of creeping on the shaft surface preventing damage to precision machined shoulder surfaces
- Explorer grade optimization ensures improved load distribution and extended service life compared to standard basic designs