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  14. 52232-MP
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52232-MP

Axial deep groove ball bearing
Axial deep groove ball bearing 522..-MP, double direction, solid brass cage
Replaces
52232MP
​
​
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52232-MP
52232-MP
Main Dimensions & Performance Data
d
140 mm
Inner diameter shaft washer
D
225 mm
Outer diameter housing washer
T2
90 mm
Height
Ca
240,000 N
Basic dynamic load rating, axial
C0a
770,000 N
Basic static load rating, axial
Cua
25,500 N
Fatigue load limit, axial
nG
1,900 1/min
Limiting speed
nϑr
2,400 1/min
Reference speed
≈m
12.253 kg
Weight
Mounting dimensions
da max
160 mm
Maximum diameter shaft shoulder
Da max
186 mm
Maximum diameter of housing shoulder
ra max
1.5 mm
Maximum filled radius
ra1 max
1 mm
Maximum filled radius
Dimensions
D1
163 mm
Inner diameter housing washer
B
20 mm
Height shaft washer
rmin
1.5 mm
Minimum chamfer dimension
r1 min
1.1 mm
Minimum chamfer dimension
Temperature range
Tmin
-30 °C
Operating temperature min.
Tmax
150 °C
Operating temperature max.
Calculation factors
A
3.2
Minimum load factor

Knowledge Center

  • Criteria for bearing selection

  • Axial Deep Groove Ball Bearings

  • Bearing Data

  • Design of Bearing Arrangements

  • Friction and Increases in Temperature

  • Load Carrying Capacity and Life

  • Lubrication

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  • Noise

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  • Sealing of Bearing Positions

  • Speeds

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Operating conditions for bearing 52232-MP
In work for 52232-MP
CO₂e caused by friction during operation
Comprehensive information with immediate calculations of the CO2e emissions of our rotative products in various application scenarios.
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Load
*Mandatory
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Motion Influences
*Mandatory
Preset calculation parameters
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Arcanol MULTI2
Grease
mop
normal cleanliness
Contamination
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70°C
Operating Temperature
device_thermostat
20°C
Ambient Temperature
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CO₂e emissions
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Rating life
Total Rating Life (Lh10)
-
Static safety (S0)
-
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Schaeffler Group USA

Schaeffler Group USA Inc 308 Springhill Farm Fort Mill, SC

Fort Mill, 29715

© Schaeffler Group USA

Preset calculation parameters are based on typical operating conditions and can be adjusted by the user to provide even more accurate results for their specific application.
A CO₂ equivalent (CO₂e) is a unit to standardize the climate effects of various greenhouse gases. Thus, different mixtures of greenhouse gases emissions can be compared.
This is the sum of all CO₂ equivalents emitted for the production of the rolling bearing, including necessary resources and energy.