Technical data
55 parametersIdentification
- Manufacturer
- FAG
- Type
- Flanged housing unit
- Part number (SKU)
- UCFC203-J7#N1
- EAN
- 4047643337335
Dimensions
- Bore d
- 17 mm
- Outside diameter D
- 47 mm
- Width B
- 31 mm
- Mass
- 740 g
Load ratings and operation
- Dynamic load rating C
- 13600 N
- Static load rating C₀
- 6600 N
Full manufacturer specification45 parameters · expand
- Basic dynamic load rating
- 13600.0 N
- Basic static load rating
- 6600.0 N
- Bearing designation
- UC203
- Bearing included in kit
- UC203
- Bearing inner diameter
- 17.0 mm
- Bearing outside diameter
- 47.0 mm
- Bearing sealed
- yes
- Bearing seat height
- 50.0 mm
- Bearing sort
- RIBB
- Bearing split
- no
- Diameter spigot
- 62.0 mm
- Diameter spigot clearance
- h8
- Distance between mounting bolt centerlines (length)
- 78.0 mm
- Fatigue load limit, radial
- 345.0 N
- Fixing bore
- 12.0 mm
- Fixing bore spacing
- 55.1 mm
- Height flange
- 100.0 mm
- Height housing
- 20.5 mm
- Height spigot
- 5.0 mm
- Housing
- FC204
- Housing height
- 100.0 mm
- Housing included in kit
- UCFC203-J7
- Housing length
- 100.0 mm
- Housing material
- GG
- Housing opening
- durchgehend
- Housing shape
- Rund
- Housing sort
- Flanged
- Housing split
- no
- Housing width
- 31.0 mm
- Location on shaft
- Acc
- Lubrication connection thread
- M6
- Material
- GG
- Max. operating temperature
- 120.0 °C
- Min. operating temperature
- -20.0 °C
- Number of housing bolts
- 4
- Number of housings
- 1.0
- Number of screwing holes
- 4.0
- PFAS
- no
- Pitch circle diameter (holes)
- 78.0 mm
- Raceway distance
- 10.0 mm
- REACH
- REACH compliant with declarable lead proportion
- RoHS
- RoHS compliant with declarable substances
- Sealing type
- LIP
- Thickness of flange
- 8.0 mm
- Total height unit
- 28.3 mm
Classification
- Manufacturer category
- Housings › Radial Insert Ball Bearing Housing Units › Flanged Housings
- eCl@ss class
- 23-05-16-02
- UNSPSC
- 31171501
Description
This bearing housing carries an insert bearing with a 17.0 mm bore and provides a flanged mounting face, allowing the unit to be bolted directly onto a supporting structure through the flange holes. The housing has a width of 31.0 mm and a net mass of 0.74 kg. The basic dynamic load rating of the assembly is 13600.0 N. The flanged design lets the unit take up both radial load and axial positioning through the mounting face, so shaft alignment is set by the flange surface rather than by adjusting the housing position along the shaft. The insert bearing built into the housing carries a spherical outer ring seated in the housing bore, which compensates for shaft misalignment during mounting. Locking of the inner ring to the shaft and the sealing arrangement follow the insert bearing fitted inside, keeping the bore protected from contamination while running.
The same bearing from other manufacturers (9 designations)
Same size and design — suffix notation differs between brands.
FAG
UCFC203-J7
original — this page
equivalent designation
AMI
UCFC203
ASAHI
UCFC203
FAFNIR
UCFC203
KOYO
UCFC203J
NSK
UCFC203
NSK
UCFC203D1
NTN
UCFC203
NTN
UCFC203D1
SNR
UCFC203
This is a dimensional and design equivalent, not the same product. If in doubt, ask us before ordering.
For mounting this bearing
Accessories matching this item. All from our catalogue.
UCFC203-J7
Flanged housing unit
⌀17 × 47 × 31 mm
od EUR 14.68net
+ VAT 23% = EUR 18.06 gross
This item is brought in to order (about 10 working days) and we sell it to business customers. Open a business account.
Cheaper in larger quantities
| from 5 pcs | EUR 14.39 | −2% |
| from 10 pcs | EUR 14.24 | −3% |
| from 25 pcs | EUR 13.95 | −5% |
| from 50 pcs | EUR 13.66 | −7% |
Our own item, temporarily out of stock — write to us for a date.
Shipping within the EU: DHL, GLS, from EUR 13.18 net. Transit time 3–5 business days after dispatch. Shipping and returns →
Buying for a company?
Open a business account →Documentation
Datasheet (PDF)RoHS / REACH compliance declaration (PDF)Opening a document for the first time can take up to a minute while the manufacturer prepares it.





