FAG 7240-B-MP-UO Angular Contact Ball Bearing Overview
The 7240-B-MP-UO is an FAG angular contact ball bearing in the 72..-B-MP design, supplied as a single-row bearing with a solid brass cage. It belongs to the Angular Contact Ball Bearings product series and is listed under FAG ball bearings.
What is the basic configuration of this bearing?
The supplied data identifies the bearing as model 7240-B-MP-UO, brand FAG, with a 40° contact angle, single-row angular contact arrangement, and solid brass cage.
7240-B-MP-UO Dimensions and Performance Data
- Bore diameter (d): 200 mm
- Outside diameter (D): 360 mm
- Width (B): 58 mm
- Basic dynamic load rating, radial (Cr): 325,000 N
- Basic static load rating, radial (C0r): 480,000 N
- Fatigue load limit, radial (Cur): 14,900 N
- Limiting speed (nG): 2,750 1/min
- Reference speed: 1,990 1/min
- Weight: approximately 26 kg
What are the bearing's principal dimensions?
The 7240-B-MP-UO has a bore diameter of 200 mm, an outside diameter of 360 mm, and a width of 58 mm. Additional listed dimensions include a distance between pressure-cone apexes of 146.5 mm.
Mounting, Geometry, and Temperature Details
The product data includes mounting limits, chamfer dimensions, ring shoulder diameters, and an operating temperature range for reference during installation and design review.
- Shaft shoulder minimum diameter (da min): 217 mm
- Housing shoulder maximum diameter (Da max): 343 mm
- Housing shoulder maximum diameter (Db max): 351 mm
- Maximum shaft fillet radius (ra max): 3 mm
- Maximum housing fillet radius (ra1 max): 1.5 mm
- Minimum chamfer dimensions: rmin 4 mm; r1 min 1.5 mm
- Outer-ring shoulder diameter (D1): 297.65 mm
- Inner-ring shoulder diameter (d1): 265.95 mm
- Operating temperature range: -30 °C to 200 °C
Which mounting and geometry values are provided?
The supplied information lists shaft and housing shoulder limits, maximum fillet radii, minimum chamfer dimensions, ring shoulder diameters, a 40° contact angle, and an operating temperature range from -30 °C to 200 °C.