7013 ACEGB/HCP4AL

Hybrid Ceramic Super Precision Bearings

7013 ACEGB/HCP4AL Hybrid Ceramic Super Precision Bearings
7013 ACEGB/HCP4AL Hybrid Ceramic Super Precision Bearings

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Part No.
Part No. 7013 ACEGB/HCP4AL

Basic Information

System of measurement Metric
Weight 0.39 kg
Tolerance class P4A
Seal type Open
For load direction Angular Contact

Main Dimensions

Bore diameter 65 mm
Bore diameter tolerance -0.004mm to 0
Outside diameter 100 mm
Outside diameter tolerance -0.004mm to 0
Width 18 mm
Width tolerance -0.2mm to 0
Contact angle 25 °

Ball & Washer Dimensions

Ball diameter 8.731 mm
Ball quantity 25

Performance

Temperature range - 30°C to 110 °C
Radial dynamic load rating 4388 lbf
Radial static load rating 3285 lbf
Limiting speed 31 X 1000 rpm
Lubrication Lubricated
Matched arrangement Single
Number of bearings in matched set 2
Universal matching bearing Universal Matchable (SU)
Preload Light / Class B

Materials

Ring material Chrome Steel
Ball material Ceramic
Cage material Phenolic
Technical Drawings No drawings available at the moment, will be launched soon
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7013 ACEGB/HCP4AL Bearing Product Overview & Core Advantages

The 7013 ACEGB/HCP4AL is a single-row angular contact ball bearing engineered for high-precision applications requiring exceptional speed and rigidity. Positioned in the P4A super-precision tolerance class, this bearing is designed to handle combined radial and axial loads simultaneously. Its ceramic ball construction and phenolic cage contribute to superior high-speed performance and reduced rotational mass. Pre-lubricated and featuring a light preload (Class B), it offers immediate operational readiness and stable running accuracy, making it ideal for demanding machine tool and precision instrument applications.

7013 ACEGB/HCP4AL Bearing Model Code Explained, Specifications & Naming Convention

Code Segment Technical Meaning
7013 Basic bearing series, with 65 mm bore and 100 mm outside diameter
AC Angular Contact design with a 25° contact angle
EGB Optimized internal geometry for enhanced performance and load distribution
HC Hybrid Ceramic construction featuring ceramic balls and steel rings
P4A Super-precision tolerance class exceeding ABEC 7 standards
L Light preload (Class B) for reduced friction and optimal high-speed operation

7013 ACEGB/HCP4AL Bearing Structural Features & Performance Benefits

Hybrid Ceramic Design: The combination of chrome steel rings and silicon nitride (Si3N4) ceramic balls significantly reduces centrifugal forces, enabling higher limiting speeds (31,000 rpm) and providing electrical insulation properties. This construction also enhances operational life in contaminated or poorly lubricated environments.

Phenolic Cage: The phenolic resin cage offers excellent strength-to-weight ratio, contributing to lower inertia and smoother operation at ultra-high speeds. Its inherent lubricity and dimensional stability ensure consistent performance across the operating temperature range (-30°C to 110°C).

Precision Engineering: Manufactured to P4A tolerance class with tight bore and outside diameter tolerances, this bearing delivers exceptional running accuracy and minimal vibration. The 25° contact angle provides optimal balance between radial and axial load capacity, with dynamic and static ratings of 4388 lbf and 3285 lbf respectively.

Universal Matching Capability: Designed as Universal Matchable (SU), these bearings can be paired in any combination without performance degradation, allowing for flexible mounting arrangements in back-to-back (DB), face-to-face (DF), or tandem (DT) configurations.

7013 ACEGB/HCP4AL Bearing Typical Application Areas

  • Machine Tool Spindles: High-speed machining centers, grinding spindles, and precision lathes
  • Precision Instrumentation: Measuring equipment, optical scanners, and laboratory apparatus
  • High-Speed Motors: CNC spindle motors, dental handpieces, and turbo-molecular pumps
  • Aerospace Systems: Gyroscopes, navigation instruments, and actuator mechanisms
  • Semiconductor Manufacturing: Wafer handling robots, precision positioning stages
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