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  12. RSTO6-TV
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RSTO6-TV

Yoke type track roller
Yoke type track rollers RSTO, without axial guidance, outer ring without ribs
Replaces
RSTO 6 TN, RSTO6TN
​
​
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RSTO6-TV
Main Dimensions & Performance Data
D
19 mm
Outside diameter
Fw
10 mm
Under roller diameter
C
9.8 mm
Width, outer ring
Cr w
3,750 N
Basic dynamic load rating, radial
C0r w
4,600 N
Basic static load rating, radial
Cur w
660 N
Fatigue load limit, radial
nD G
10,000 1/min
Speed on permanent grease lubrication
≈m
12.96 g
Weight
Dimensions
E
13 mm
Raceway diameter outer ring
rmin
0.3 mm
Minimum chamfer dimension
R
500 mm
Radius of outer ring outside profile

Knowledge Center

  • Criteria for bearing selection

  • Bearing Data

  • Design of Bearing Arrangements

  • Friction and Increases in Temperature

  • Load Carrying Capacity and Life

  • Lubrication

  • Mounting and Dismounting

  • Noise

  • Rigidity

  • Sealing of Bearing Positions

  • Speeds

  • Yoke type roller bearing track rollers, stud type roller bearing track rollers

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Engineering Tools

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Operating conditions for bearing RSTO6-TV
In work for RSTO6-TV
CO₂e caused by friction during operation
Comprehensive information with immediate calculations of the CO2e emissions of our rotative products in various application scenarios.
Downstream
compress
Load
*Mandatory
animation
Motion Influences
*Mandatory
Preset calculation parameters
info_outline
water_drop
Arcanol MULTI2
Grease
mop
normal cleanliness
Contamination
device_thermostat
70°C
Operating Temperature
device_thermostat
20°C
Ambient Temperature
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CO₂e emissions
info_outline
For Production info_outline
-
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animation
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.