SKF 7005 ACEGA/HCP4A Single-row angular contact ball bearing high speed E-design universally combinable 25 mm

Recommended Retail Price €853.34

422.40 tax incl.

€349.09 excl. VAT (incl. all environmental contributions)

SKF 7005 ACEGA/HCP4A Single-row angular contact ball bearing high speed E-design universally combinable 25 mm

€422.40 Recommended Retail Price €853.34

On order: delivered from 26/05/2026

each

Delivery by DHL

Product information

Product description

These super-precision, high-speed, E design, single row angular contact ball bearings accommodate radial and axial loads acting simultaneously, where the axial load acts in one direction only. They are designed for high-speed operation and, compared to SKF B design high-speed bearings, have a slightly higher speed capability and can accommodate heavier loads. Being universally matchable, they can be used together in arrangements to provide effective load sharing, within a predetermined preload range, without the use of shims or similar devices.

Very high running accuracy
Accommodate very high speeds
Universally matchable

Key features according to our expert

Inner diameter: 25 mm
Width: 12 mm
Number of rows: 1
Seal (bearing): Without seal
Outer diameter: 47 mm

Specifications / All features

Brand: SKF
08106123
EAN: 7316572554791
Supplier number: SKF 7005 ACEGA/HCP4A

Inner diameter: 25 mm
Width: 12 mm
Number of rows: 1
Seal (bearing): Without seal
Outer diameter: 47 mm
Sealing: Without
Universal matching bearing: Yes, back-to-back (<>), face-to-face (><) or tandem (>>)
Material, bearing: Hybrid (ceramic balls)
Cage: Non-metallic
Design: High-speed E
Lubricant: None
Matched arrangement: No
Basic static load rating: 3.9
Contact type: Normal contact (two-point contact)
Tolerance class: P4A
Ring type: One-piece inner and outer rings
Bore diameter: 25
Contact angle: 25
Matched condition (axial clearance/ preload): Measuring load, class A
Basic dynamic load rating: 7.93
Coating: Without
Outside diameter: 47
Note: Refer to catalogue data or contact SKF for the attainable speeds