SKF 7305 BEGAP bearings

7305 BEGAP Single row angular contact ball bearing, SKF Explorer

SKF Single row angular contact ball bearing

Measurement system: Metric
Bore diameter: 25.000 mm
Outside diameter: 62.000 mm
Width: 17.000 mm
Cr: 26500 N
C0r: 15300 N
Limiting speed: 15000 r/min
Net weight: 0.223 kg
Number of rows: 1
Contact angle deg: 40
Sealing: Without
Cage: Resin cage
Bore type: Cylindrical
Outer diameter type: Cylindrical
Arrangement: Universal matching
Bearing material: Steel
Rolling material: Steel
Tolerance class: Class6 (P6)
Lubricant in bearing: None
Relubrication feature: Without

In stock

Technical specification for SKF 7305 BEGAP

SKF 7305 BEGAP
Dimensions
Part Number	7305 BEGAP
Description	Single row angular contact ball bearing P : Glass fibre reinforced PA66 cage, rolling element centred
Cage	Glass fibre reinforced PA66 cage, ball centred
Contact angle	40°
Number of rows	1
d	25.0 mm	Bore diameter
D	62.0 mm	Outside diameter
B	17.0 mm	Width
d1	≈ 39.75 mm	Shoulder diameter of inner ring (large side face)
d2	≈ 32.38 mm	Shoulder diameter of inner ring (small side face)
D1	≈ 48.1 mm	Shoulder diameter of outer ring (large side face)
a	26.8 mm	Distance side face to pressure point
r1,2	min. 1.1 mm	Chamfer dimension
r1,2	min. 0.6 mm	Chamfer dimension
Abutment Dimensions
da	min. 32.0 mm	Diameter of shaft abutment
Da	max. 55.0 mm	Abutment diameter housing
Db	max. 57.8 mm	Diameter of housing abutment
ra	max. 1.0 mm	Radius of fillet
rb	max. 0.6 mm	Radius of fillet
Calculation Data
C	26.5 kN	Basic dynamic load rating
C0	15.3 kN	Basic static load rating
Pu	0.655 kN	Fatigue load limit
	15000.0 r/min	Limiting speed
	14000.0 r/min	Reference speed

7305 BEGAP, Single row angular contact ball bearing, Bore diameter: 25.0 mm; Outside diameter: 62.0 mm; Width: 17.0 mm; Contact angle: 40°; Class P6 (P6);.

SKF 7305 BEGAP, These single row angular contact ball bearings can accommodate radial and axial loads acting simultaneously, where the axial load acts in one direction only. They can operate at high speeds and, depending on the variant, even very high speeds. They are more suitable than deep groove ball bearings for supporting large axial forces acting in one direction.

Comments