Heavy Duty Insert Bearing With Five Eighth Inch Bore Running Smooth As Butter For Zero Vibration And High Speed Operation Built To Handle Heavy Loads Without Breaking A Sweat On Daily Grinds

5/8 Bore Insert Bearing For Easy Fit And Heavy Load Performance
✔️ 5/8 in Bore, Cylindrical OD, Set Screw Lock, GCr15, Greased, Normal Clear

You get a heavy duty insert bearing that mounts easy to your shaft with two set screws. The sealed design keeps debris out while allowing high speed spin up to 22300 r/min with low vibration. This unit supports heavy radial loads rated at 10100 N dynamic capacity. It performs well for continuous or reversing rotation in applications running between 20°C and 160°C.

✅ Bore size 15.875 mm measuring 5/8 inch for standard shaft fitment.
✅ Outside diameter records 40.00 mm equivalent to 1.575 inches overall.
✅ Inner ring thickness comes in at 22.00 mm or 0.866 inches wide.
✅ Outer ring height spans 12.00 mm matching 0.472 inches depth.
✅ Dynamic load rating delivers 10100 Newtons capacity for heavy push.
✅ Static load strength provides 4750 Newtons resistance under hold.
✅ Limiting speed climbs to 22300 r/min for rapid motion tasks.
✅ Operational temp survives from 20°C negative to 160°C positive.
✅ Grease shell RL2 seal locks lubricant inside for long service.
✅ Material build uses GCr15 steel for reliable performance.
✅ Set screw locking grips shaft securely with two point install.
✅ Double contact seals block dirt and moisture entry effectively.
✅ Cylindrical outer shape meets housing needs precisely.
✅ Narrow inner ring profile aids space constrained placements.
✅ Deep groove ball design powers smooth rotation efficiently.
✅ Normal clearance lets balls roll freely without bind.
✅ Weight totals 0.098 KG light for handling ease.
✅ Chrome finish adds visual clarity on shop floor surfaces.
✅ Suitable for reversing direction rotation operations today.
✅ Designed for extreme climate duty cycles with confidence.
✅ Direct OEM replacement solution saves downtime costs.

💡 What factors determine the right static load rating for an insert bearing application?

Match your static load rating to the maximum force expected during shock events. Consider these tips to pick the right spec for your gear.

• Calculate peak loads from accelerations and impacts to avoid crushing failure modes.
  
• Add safety factor above calculated demand for peace of mind on rough jobs.
  
• Check derating tables for temperature effects since heat lowers load capacity values significantly.
  
• Verify housing stiffness matches bearing needs to prevent deflection induced stress buildup.

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