FAG 7320-B-XL-MP-UO
Angular contact ball bearing 73..-B-XL-MP, single row, X-life, solid brass cage
(BRAND)：FAG
(Availability)：In Stock
Main Dimensions & Performance Data
d
100 mm
Bore diameter
D
215 mm
Outside diameter
B
47 mm
Width
Cr
214,000 N
Basic dynamic load rating, radial
C0r
197,000 N
Basic static load rating, radial
Cur
10,900 N
Fatigue load limit, radial
nG
5,300 1/min
Limiting speed
nϑr
3,550 1/min
Reference speed
≈m
8.168 kg
Weight
Mounting dimensions
da min
114 mm
Minimum diameter of shaft shoulder
Da max
201 mm
Maximum diameter of housing shoulder
Db max
208 mm
Maximum diameter of housing shoulder
ra max
2.5 mm
Maximum fillet radius of shaft
ra1 max
1 mm
Maximum fillet radius of housing
FAG 7320-B-XL-MP-UO Angular Contact Ball Bearing Introduction
What is the 7320-B-XL-MP-UO?
The 7320-B-XL-MP-UO is a FAG single-row angular contact ball bearing in the 73..-B-XL-MP design. The supplied product description identifies it as an X-life bearing with a solid brass cage.
- Brand: FAG
- Product series: Angular Contact Ball Bearings
- Bore diameter: 100 mm
- Outside diameter: 215 mm
- Width: 47 mm
7320-B-XL-MP-UO Dimensions and Performance Data
What load, speed, and dimensional values are supplied?
The bearing data lists the following main dimensions and radial performance values for the 7320-B-XL-MP-UO:
- Basic dynamic load rating, radial (Cr): 214,000 N
- Basic static load rating, radial (C0r): 197,000 N
- Fatigue load limit, radial (Cur): 10,900 N
- Limiting speed (nG): 5,300 1/min
- Reference speed (nϑr): 3,550 1/min
- Weight: 8.168 kg
Mounting, Geometry, and Temperature Details
What mounting and geometric specifications are documented?
The supplied data includes mounting dimensions, bearing geometry, a 40° contact angle, and an operating temperature range from -30 °C to 150 °C.
- Mounting dimensions: da min 114 mm; Da max 201 mm; Db max 208 mm; ra max 2.5 mm; ra1 max 1 mm.
- Chamfer and shoulder dimensions: rmin 3 mm; r1 min 1.1 mm; D1 171.72 mm; d1 146.26 mm.
- Additional geometry: a 89.6 mm distance between the apexes of the pressure cones and a 40° contact angle.
