Constant Section (CS) Bearings
Constant section (CS) bearings are a type of thin section bearing that maintains a consistent cross-section regardless of bore size, offering uniform performance across various applications. These bearings are widely used in wind turbines, medical imaging equipment, and industrial machinery.
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Total 200 Results
Part Number
Brand
System of Measurement
Bearing Type
For Load Direction
Bore Dia
Outer Dia
Width
Static Radial Load
Static Thrust Load
Lubrication
Weight
price($)
K16020XP0
TFL
Metric
Ball
Four Point Contact
160 mm
200 mm
20 mm
8977 lbf
22442 lbf
Lubricated
1.3 Kg
161.24
S17003AS0
TFL
Metric
Ball
Angular Contact
170 mm
176 mm
2.5 mm
412 lbf
Lubricated
25.0 g
735.28
S17003CS0
TFL
Metric
Ball
Radial
170 mm
176 mm
2.5 mm
451 lbf
Lubricated
25.0 g
588.13
S17003XS0
TFL
Metric
Ball
Four Point Contact
170 mm
176 mm
2.5 mm
767 lbf
125 lbf
Lubricated
25.0 g
635.24
J17008CP0
TFL
Metric
Ball
Radial
170 mm
186 mm
8 mm
3895 lbf
Lubricated
0.2 Kg
154.71
J17008XP0
TFL
Metric
Ball
Four Point Contact
170 mm
186 mm
8 mm
3895 lbf
9740 lbf
Lubricated
0.2 Kg
160.01
K17008AR0
TFL
Metric
Ball
Angular Contact
170 mm
186 mm
8 mm
4530 lbf
3867 lbf
Lubricated
0.21 Kg
159.78
K17008CP0
TFL
Metric
Ball
Radial
170 mm
186 mm
8 mm
3895 lbf
Lubricated
0.2 Kg
134.53
K17008XP0
TFL
Metric
Ball
Four Point Contact
170 mm
186 mm
8 mm
3895 lbf
9740 lbf
Lubricated
0.2 Kg
139.14
K17013AR0
TFL
Metric
Ball
Angular Contact
170 mm
196 mm
13 mm
7035 lbf
7092 lbf
Lubricated
0.54 Kg
150.19
K17013CP0
TFL
Metric
Ball
Radial
170 mm
196 mm
13 mm
6128 lbf
Lubricated
0.52 Kg
295
K17013XP0
TFL
Metric
Ball
Four Point Contact
170 mm
196 mm
13 mm
6128 lbf
15319 lbf
Lubricated
0.54 Kg
330.5
K17020AR0
TFL
Metric
Ball
Angular Contact
170 mm
210 mm
20 mm
11345 lbf
12810 lbf
Lubricated
1.32 Kg
201.3
K17020CP0
TFL
Metric
Ball
Radial
170 mm
210 mm
20 mm
9618 lbf
Lubricated
1.4 Kg
168.76
Consistent Cross-Section Across Sizes
The defining characteristics of constant section (CS) bearings is their fixed radial cross-section (the dimension between the bore and the outer diameter, and the width), which remains almost constant within a variety of bore diameter ranges in a specific series.
Unlike standard bearings where the cross-section increases with bore size, this “constant bearing” characteristic ensures predictable dimensions regardless of the shaft size chosen from that series, simplifying multi-shaft system designs.
Optimized Space Utilization
The constant section (CS) bearings design excels in applications in the limited space (particularly radial space), but varying shaft sizes might be needed.
Because the cross-section doesn’t grow significantly with the bore, designers can accommodate larger shafts without increasing the housing diameter or overall machine envelope.
If you need to upgrading shaft capacity within an existing design footprint, or standardizing housing components across different models, the constant section (CS) bearing will be your ideal choice.
Simplified Design and Inventory
In constant section (CS) bearings, the “constant” of the cross-section simplifies the design process. Engineers can often utilize similar or identical housing bore dimensions for multiple shaft sizes within the same CS bearing series.
This standardisation can lead to reduced design complexity, easier manufacturing setups, and potentially lower inventory costs, because a series of products may only require a relatively small number of relevant unique components (such as casings or seals).
FREQUENTLY ASKED QUESTIONS
What's the main difference between Constant Section and standard bearings?
The key difference is how the cross-section behaves as the bore size changes within a series.
Constant section (CS) bearings maintain a nearly identical cross-section, while standard bearings have a cross-section that increases with the bore diameter.
Are Constant Section bearings always "thin"?
While many Constant Section (CS) Bearings are also thin section bearings (small cross-section relative to bore), the term "constant section" specifically emphasizes the consistency of that cross-section across different sizes, not just its absolute thinness.
What applications benefit most from Constant Section bearings?
Applications requiring compact design across multiple, similar machines with varying shaft sizes, or where standardizing housing components is advantageous. Examples include robotics, semiconductor equipment, and medical devices.
What payment methods do you offer?
We support multiple payment methods, including Letter of Credit (L/C), bank transfer (T/T), and PayPal, providing convenient options for customers worldwide.
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