SKF FRB 10/110 Locating Ring -, 55 mm ID

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£6.79

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£8.15

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RS Stock No.:
506-864
Mfr. Part No.:
FRB 10/110
Brand:
SKF
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Brand

SKF

Inside Diameter

55mm

Product Type

Locating Ring

Material

Grey Cast Iron

Centre Height

70mm

Mount Hole Size

16 mm

Length

255mm

Depth

95mm

Mount Hole Centre-to-Centre

210mm

Series

FRB

Standards/Approvals

ISO 113:1994

Bore Type

Split

Limiting Speed

7640rpm

RoHS Status: Exempt

SKF FRB Series Locating Ring, 101mm Inside Diameter, 70mm Centre Height - FRB 10/110


This locating ring is a split-bore component designed to position and secure rotating assemblies in industrial machinery. It is suited to applications where axial location and accurate alignment are required within mechanical and automation systems, offering a Durable construction for routine industrial use.

Features & Benefits


• Grey cast iron construction provides robust wear resistance
• Split design allows installation without shaft removal
• Limiting speed of 7640 r/min supports moderate rotational applications
• Centre height 70mm enables consistent axial alignment
• Depth 95mm offers stable seating in housings
• Mount holes sized 16mm permit secure bolting

Applications


• Suitable for machine-tool spindle locating in production lines
• Ideal for mounting bearings in automation equipment
• Used for aligning motor shafts in electrical drives
• Can be used for fixture positioning in assembly stations

How is the component fixed into a housing?


It uses four mounting holes set at 210mm centres to accept 16mm fasteners for secure attachment to mounting faces.

What internal sising accommodates my shaft?


The internal aperture measures 101mm to fit shafts or components requiring that specific bore clearance.

What physical space should I allow for axial installation?


The overall length of the part is 255 mm, which determines the axial envelope needed for integration.

Which material considerations affect thermal stability?


The grey cast iron composition influences thermal expansion and damping, relevant when assessing fit at operating temperatures.

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