7213CYP4 Nachi Angular Contact Bearing 65x120x23 ABEC-7 - Made in Japan

7213CYP4 Nachi Angular Contact Bearing 65x120x23 ABEC-7 - Made in JapanHigh Precision Ball Bearing 7213CYP4 Nachi Angular Ball Bearing 15 degrees Contact Angle Abec 7 65mm x 120mm x 23mm Made in Japan 7213CYP4 Nachi high precision Angular Ball Bearing with 15 degrees contact angle and Polyamide resin cage, bearing is ABEC 7 (P4) quality and made in Japan. 7213CYP4 Nachi Ball Bearing Nachi Angular Ball Bearing Cage: Polyamide resin cage Quality: ABEC 7 (P4 quality) Dimensions: 65mm x 120mm x 23mm Metric ID (inner

The raceways of both the inner and outer rings of this bearing type are made with a set contact angle. These bearings are non-separable. Since the balls are inserted utilizing counter-bore construction, a larger number of balls can be installed than in the case of Deep-groove ball bearings. Standard cage materials may be pressed steel, high-strength brass, or synthetic resin. Cage material is dependent on the bearing series and or service condition. Single-row Angular Contact ball bearings can sustain radial, axial or composite loads, however, any axial load must be in one direction. This bearing type is generally used in pairs to handle the induced load resulting from the internal axial force generated by the applied radial load. When mounting two single bearings in adjacent positions, NACHI provides these combination parts (pairs) with preadjusted clearance. Paired combination bearings are matched sets. Combination or paired bearings can be arranged BACK-TO-BACK (DB), FACE-TOFACE (DF), or in TANDEM (DT). DB or DF sets can sustain bidirectional axial loads.

💡 What Does ABEC-7 Mean?

ABEC-7 is a high-precision rating from the Annular Bearing Engineers’ Committee (ABEC), indicating extremely tight manufacturing tolerances. These bearings provide ultra-smooth, low-friction performance and are often used in high-speed, high-accuracy applications.

ABEC-7 bearings are commonly found in precision instruments, aerospace equipment, high-end electric motors, and demanding industrial machinery. They offer exceptional performance but are typically more expensive due to the level of accuracy involved.