SKF Bearing Insert 31.75 mm ID 72 mm OD YET 207-104

小計(1 件)*

TWD2,577.00

(不含稅)

TWD2,705.85

(含稅)

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  • 2026年4月29日 發貨
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RS庫存編號:
463-406
製造零件編號:
YET 207-104
製造商:
SKF
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品牌

SKF

Product Type

Bearing Insert

Material

Steel

Static Load Rating

15.3kg

Dynamic Load Rating

25.5kN

Locking Type

Eccentric Locking Collar

Bore Type

Cylindrical

Overall Width

38.9mm

Standards/Approvals

RoHS

Series

YET 207-104

Limiting Speed

5300rpm

COO (Country of Origin):
IT

SKF Bearing Insert, 31.75mm Inside Diameter, 25.5kN Dynamic Load Rating - YET 207-104


This bearing insert serves as a mounted rolling-element support for shafts in industrial assemblies, providing smooth rotational support within machine frames and housings. Designed for applications requiring a compact, robust insert, it integrates a cylindrical inner bore and a secure eccentric locking mechanism to maintain shaft position under operational loads.

Features & Benefits


• Eccentric locking collar secures shaft position during operation
• Steel construction offers Durable wear resistance for bearings
• High dynamic load capacity of 25.5 kN supports varying radial loads
• Static load capability of 15.3 kN resists heavy stationary forces

Applications


• Suitable for automated conveyor drive shafts in factory lines
• Ideal for motor and gearbox mounting in electrical assemblies
• Used with rotating assemblies in mechanical handling systems
• Can be used for precision spindle support in production equipment
• Suitable for bearing replacements in industrial control panels

What bore type should mating shafts have for correct fit?


Use shafts with a cylindrical journal sized to the 31.75mm inner bore for accurate seating and load transfer.

What outer envelope should housings accommodate?


Design housings to accept the 72mm outside diameter while allowing clearance for the 38.9mm overall width.

Which operational scenarios demand attention to speed limits?


Continuous operation near 5300 r/min should consider bearing lubrication and temperature monitoring to manage thermal and fatigue effects.

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