SKF K 30X35X13 30 mm ID Roller Bearing Needle, 35 mm OD

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₩19,383.00

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  • 2026년 6월 30일 부터 배송
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RS 제품 번호:
207-8606
제조사 부품 번호:
K 30X35X13
제조업체:
SKF
제품 정보를 선택해 유사 제품을 찾기
모두 선택

브랜드

SKF

Product Type

Roller Bearing

Inside Diameter

30mm

Race Width

13mm

Bore Type

Round

Roller Material

Round

Cage Material

Steel

Series

K 30X35X13

Bearing Material

Steel

Standards/Approvals

No

Dynamic Load Rating

15.1kN

Static Load Rating

25.5kN

Limiting Speed

15000rpm

Outside Diameter

35mm

Number of Rows

1

Bearing Type

Needle

SKF K 30X35X13 Series Roller Bearing, 30mm Inside Diameter, 35mm Outside Diameter - K 30X35X13


This roller bearing provides a compact, single-row solution for radial load support in rotating assemblies. It is a needle-style roller and cage assembly intended for mechanical and automation equipment where a round bore and slim envelope are required. The component is delivered as a sheet steel-caged set of rollers suited to high-speed rotating shafts and housings.

Features & Benefits


• Dynamic capacity 15.1 kN enables sustained radial load cycling
• Static capacity 25.5 kN resists high standstill loads
• Limiting speed 15,000 r/min supports high-speed usage
• Cage MADE from sheet steel reduces centrifugal deformation

**Applications**


• Suitable for servo motor shaft support in automation
• Ideal for gearbox intermediate shafts in robotics
• Used with precision actuators in electronics assembly
• Can be used for spindle support in electrical equipment

What shaft and housing fit tolerances are relevant?


Design guidance covers shaft and housing tolerances and radial internal clearance to ensure correct preload and running behaviour for needle roller assemblies.

How does mass influence rotating assemblies?


The needle roller and cage assembly mass is 0.014kg which minimises added inertia for responsive servo and high-speed systems.

Are there tools to assist in selection and lubrication?


Selection and lubrication can be supported by specialist calculation and grease selection tools referenced for engineering use, including bearing selection and speed calculators.

What limits should designers observe for thermal and speed performance?


A reference speed of 13,000 r/min and a limiting speed of 15,000 r/min provide practical constraints for thermal rise and lubrication regime planning.

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