FAG 7319-B-XL-MP-UB
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
95 mm
Bore diameter
D
200 mm
Outside diameter
B
45 mm
Width
Cr
189,000 N
Basic dynamic load rating, radial
C0r
167,000 N
Basic static load rating, radial
Cur
9,600 N
Fatigue load limit, radial
nG
5,700 1/min
Limiting speed
nϑr
3,800 1/min
Reference speed
≈m
6.495 kg
Weight
Mounting dimensions
da min
109 mm
Minimum diameter of shaft shoulder
Da max
186 mm
Maximum diameter of housing shoulder
Db max
193 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 7319-B-XL-MP-UB Angular Contact Ball Bearing
What is the 7319-B-XL-MP-UB?
The 7319-B-XL-MP-UB is an FAG single row angular contact ball bearing in the 73..-B-XL-MP series. Product data identifies it as an X-life bearing with a solid brass cage and a 40° contact angle.
- Brand: FAG
- Product series: Angular Contact Ball Bearings
- Bore diameter: 95 mm
- Outside diameter: 200 mm
- Width: 45 mm
- Weight: 6.495 kg
7319-B-XL-MP-UB Load and Speed Data
What performance values are listed for this bearing?
The supplied product data lists the following radial load ratings and speed values:
- Basic dynamic load rating (Cr): 189,000 N
- Basic static load rating (C0r): 167,000 N
- Fatigue load limit (Cur): 9,600 N
- Limiting speed (nG): 5,700 1/min
- Reference speed: 3,800 1/min
The stated operating temperature range is -30 °C to 150 °C.
7319-B-XL-MP-UB Dimensions and Mounting Data
What dimensions should installation planning reference?
The bearing and related shoulder, fillet, and mounting dimensions provided in the product data are as follows:
- Mounting dimensions: da min 109 mm, Da max 186 mm, Db max 193 mm, ra max 2.5 mm, and ra1 max 1 mm.
- Bearing dimensions: r min 3 mm and r1 min 1.1 mm.
- Additional geometry: D1 159.54 mm, d1 137.14 mm, and a 84.4 mm.
These values are provided for reference when evaluating compatibility with the intended shaft and housing arrangement.
