6900ZZ는 공간이 부족하고 무게 감소가 중요한 응용 분야를 위해 설계된 프리미엄 얇은 벽 베어링입니다.. 10mm 보어와 6mm의 슬림한 너비가 특징, 이 베어링은 방사형 하중 용량과 컴팩트한 설치 공간 사이의 탁월한 균형을 제공합니다..
모델: 6900ZZ
보어 직경 (디): 10 mm
외경 (디): 22 mm
너비 (비): 6 mm
실드형: 이중 금속 방패 (ZZ)
재료: 고품질 크롬강 (GCR15) / 스테인레스 스틸 (선택 과목)
정밀등급: P6 (ABEC-3) / P5 (ABEC-5)
내부 정리: C0 (기준) / C3 (고속)
속도 제한: 최대 30,000 RPM (그리스 윤활)
In the pursuit of miniaturization and high-speed performance, the 6900ZZ Thin-Walled Deep Groove Ball Bearing serves a vital role.
게다가, it is widely used in modern precision machinery.
It belongs to the 6900 시리즈.
게다가, it features a much smaller cross-section than standard bearings.
그러므로, engineers can design more compact systems without losing rotational accuracy.
결과적으로, machinery becomes more energy-efficient.
그만큼 6900ZZ Thin-Walled Deep Groove Ball Bearing has a thin radial section.
게다가, this reduces the overall space required in the design.
결과적으로, larger shaft diameters can be used in smaller housings.
게다가, this improves structural stiffness.
그 동안에, weight is kept at a minimum.
The bearing uses small ball diameters.
게다가, its raceway geometry is optimized.
그러므로, friction is extremely low.
결과적으로, energy loss is reduced.
This makes it suitable for battery-powered devices.
게다가, it works well in high-frequency oscillating systems.
하지만, heat generation remains very low.
The metal shields are installed on both sides.
게다가, they provide strong protection against dust and debris.
게다가, they help retain internal lubrication.
그러므로, grease stays inside the bearing for longer.
결과적으로, the design becomes “lubricated for life.”
This significantly reduces maintenance requirements.
The raceways are precision-ground.
게다가, high-grade steel balls are used.
그러므로, the bearing can operate at very high RPM.
게다가, vibration is kept to a minimum.
Each unit is tested for noise levels (V1/V2).
결과적으로, it is suitable for quiet environments.
예를 들어, laboratories and office equipment.
The 6900ZZ Thin-Walled Deep Groove Ball Bearing is used across multiple industries.
게다가, it performs well in high-speed and precision systems.
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