Miniature Bearings Australia - MBA Minibearings
Miniature Bearings Australia

S681-MC3-AF12 - Datasheet

MBA

Category Information

Bearings - Single Row Ball - Unflanged - Precision - 440C Stainless

440C Stainless Precision Unflanged Single Row Ball Bearings. Stainless steel radial ball bearings

  • Single row radial ball bearings are arguably the most common, widely used type of bearing. They consist of an inner ring, an outer ring, a set of balls, and a cage that retains the balls in a circular path.
  • Single row radial ball bearings are commonly used in a wide range of applications, including electric motors, fans, pumps, gearboxes, agricultural equipment, appliances, and automotive components.
  • They are versatile, cost-effective bearings that provide reliable support for radial loads and some axial loads in one direction. An expanded range may be available on special order. Please enquire.
  • Standard single row radial ball bearings.

Product Data

  • ID (d) : 1.000 mm + 0.000 / - 0.0075
    (Equiv. 0.039 in.)
  • OD (D) 3.000 mm + 0.000 / - 0.0075
    (Equiv. 0.118 in.)
  • Width (B) 1.000 mm + 0.000 / - 0.125
    (Equiv. 0.039 in.)
  • Precision Grade Abec 1
  • Closure Type Open
  • Bearing Type Radial
  • Material Stainless Steel AISI 440C
  • Lubrication Type Oil
  • Lubrication Name AF12 Aeroshell Fluid 12
  • Basic Part 681
  • Limiting Speed 150000
  • Cage Type Crown
  • Static Load Rating KGf 2
  • Dynamic Load Rating KGf 7.5
  • Radii 0.05 mm
  • Inner Shoulder (UI) 1.60mm
  • Outer Shoulder (UO) 2.40 mm
  • Number of Balls 6
  • Clearance MC3 (5 to 10)
  • Precision Grade Abec 1
  • Closure Type Open
  • Max Temperature 120 Deg. C
Country of Origin: JP

Product Compliance and Data

Additional Resources

Applications & Uses

  • RC Helicopter Parts
  • Silverlit - Havoc Heli - Bearing 1-3-1mm

Cross References

  • Similar Part 681H
  • Stainless 681MC3AF12
  • Stainless 681-MC3-AF12
  • Small Parts BMR-1
  • ADR WAX1
  • Similar Part WAX1
  • UL103X
  • S681
  • BMR1
  • 681 Basic Size Ref
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