14.5.6.1. Rolling Bearing

14.5.6.1.1. Deep Groove Ball Bearing

14.5.6.1.1.1. General

Figure 14.231: Deep groove ball bearing General tab

Figure 14.232: Parameters in the Deep groove ball bearing General tab

Parameter	Description	Dimension (Range)
1. Name	Use to set the bearing name.	N/A
2. Bearing Type	Bearing type (read only)	N/A
3. Color(inner)	Select the color of the inner raceway.	N/A
4. Color(outer)	Select the color of the outer raceway. This is also applied to ball color.	N/A
5. Damping ratio	Use to set the damping ratio.	N/A

14.5.6.1.1.2. Dimensions

Figure 14.233: Rolling bearing Dimensions tab

Figure 14.234: Parameters in the Rolling bearing Dimensions tab

Parameter	Description	Dimension (Range)
1. Bore	Use to set the bore.	Length (mm)
2. Outer diameter	Use to set the outer diameter.	Length (mm)
3. Width	Use to set the width.	Length (mm)
4. Ball pitch diameter	Use to set the ball pitch diameter.	Length (mm)
5. Number of ball	Use to set the number of balls.	N/A
6. Ball diameter	Use to set the ball diameter.	Length (mm)
7. Inner raceway shoulder diameter	Use to set the shoulder diameter the of inner raceway.	Length (mm)
8. Outer raceway shoulder bore	Use to set the shoulder diameter of the outer raceway.	Length (mm)
9. Rounding radius	Use to set the rounding radius.	Length (mm)

14.5.6.1.1.3. Internal

Figure 14.235: Deep Groove Ball Bearing Internal tab

Figure 14.236: Parameters in the Deep groove ball bearing Internal tab

Parameter	Description	Dimension (Range)
1. Outer raceway groove radius	Use to set the groove radius of the outer raceway.	Length (mm)
2. Inner raceway groove radius	Use to set the groove radius of the inner raceway.	Length (mm)
3. Radial internal clearance	Use to set the radial clearance.	Length (um)

14.5.6.1.1.4. Component Analysis

Stiffness

Figure 14.237: Component Analysis tab - Deep groove ball bearing designer (Stiffness)

Figure 14.238: Parameters in Component Analysis tab - Stiffness of Deep groove ball bearing

Parameter	Description	Dimension (Range)
1. Calculate Stiffness	Use to run the stiffness calculation.	N/A
2. Radial Stiffness	Show the radial stiffness graph on plot window.	N/A
3. Axial stiffness	Show the axial stiffness graph on plot window.	N/A
4. Tilt stiffness	Show the tilt stiffness graph on plot window	N/A
5. Plot Window	Show the deformation-stiffness graph	N/A
6. Export Plot	Use to export the plot result. This will create a file including the radial, axial, and tilt stiffness results.	N/A
7. Export Matrix	Use to export the matrix result. This will create a file including the matrix result.	N/A
8. Matrix Result	Show the bearing stiffness matrix.	N/mm Or Nmm/deg
9. Show Advanced…	Use to set whether you want to set advanced parameters. If selected, you can modify the parameters to calculate stiffness and when you click the calculate stiffness button again, the program will use these parameters.	N/A
10. Number of Data	Use to set the number of data to calculate the stiffness plot result.	EA
11. Maximum Deformation for Radial Direction	Use to set the maximum deformation for radial direction to calculate the radial stiffness plot result.	mm
12. Maximum Deformation for Axial Direction	Use to set the maximum deformation for axial direction to calculate the axial stiffness plot result.	mm
13. Maximum Deformation for Tilt	Use to set the maximum deformation for tilt to calculate the tilt stiffness result.	deg
14. Deformation X (mm)	Use to set the deformation x to calculate the stiffness matrix result.	mm
15. Deformation Y (mm)	Use to set the deformation y to calculate the stiffness matrix result.	mm
16. Deformation Z (mm)	Use to set the deformation z to calculate the stiffness matrix result.	mm
17. Tilt X (deg)	Use to set the tilt x to calculate the stiffness matrix result.	deg
18. Tilt Y (deg)	Use to set the tilt y to calculate the stiffness matrix result.	deg

Bearing stiffness is defined by explicit equations as follows:

(14–52)

(14–53)

Strength

Figure 14.239: Component Analysis tab - Deep groove ball bearing designer (Strength)

Figure 14.240: Parameters in Component Analysis - Strength tab of Deep groove ball bearing

Parameter	Description	Dimension (Range)
1.Calculate Strength	Run the Motion Solver to calculate strength.	N/A
2. Speed	Use to set the operating speed.	Rpm
3. Axial Force	Use to set the operating axial force.	Force
4. Radial Force	Use to set the operating radial force.	Force
5. Temperature	Use to set the operating temperature.	℃
6. C0r	Use to set the basic static radial load rating.	Force
7. Cr	Use to set the basic dynamic radial load rating.	Force
8. Basic load rating type	Use to select a basic load rating type of From Library, ISO or User Input. The From Library option allows you to reference stored libraries. Selecting this type will automatically change the basic load rating to the value contained in the bearing catalog. The ISO option makes and applies a calculation based on ISO. The User Input option references the user-input value.	N/A
9. a1	Use to select the reliability type.	%
10. Lubricant Type	Use to select the lubrication type from Oil with filter, Oil without filter or Grease.	N/A
11. Cleanliness	Use to select the cleanliness type.	N/A
12. Pr	This value is calculated by input parameters. PR : Dynamic equivalent radial load.	Force
13. L10[Rev]	Basic rating life with respect to revolutions (ISO 281)	Rev
14. L10[hr]	Basic rating life with respect to time (ISO 281)	Hr
15. Lnm[Rev]	Modified rating life with respect to revolutions (ISO 281)	Rev
16. Lnm[hr]	Modified rating life with respect to time (ISO 281)	Hr

Rating lives are calculated using the equations below.

(14–54)

(14–55)

(14–56)

(14–57)

(14–58)

Figure 14.241: Reference data for Life factor

	e
	e	X	Y	X	Y
0.172	0.19	1.00	0.00	0.56	2.30
0.345	0.22	1.00	0.00	>0.56	1.99
0.689	0.26	1.00	0.00	0.56	1.71
1.030	0.28	1.00	0.00	0.56	1.55
1.380	0.30	1.00	0.00	0.56	1.45
2.070	0.34	1.00	0.00	0.56	1.31
3.450	0.38	1.00	0.00	0.56	1.15
5.170	0.42	1.00	0.00	0.56	1.04
6.890	0.44	1.00	0.00	0.56	1.00

14.5.6.1.2. Angular Contact Ball Bearing

14.5.6.1.2.1. General

Refer to General.

14.5.6.1.2.2. Dimension

Figure 14.242: Angular contact ball bearing Dimensions tab

Figure 14.243: Parameters in the Angular contact ball bearing Dimensions tab

Parameter	Description	Dimension (Range)
1. Bore	Use to set the bore.	Length(mm)
2. Outer diameter	Use to set the outer diameter.	Length(mm)
3. Width	Use to set the width.	Length(mm)
4. Ball pitch diameter	Use to set the pitch diameter of the balls.	Length(mm)
5. Action point	Use to set the action point. This value determines the contact angle.	Length(mm)
6. Contact angle	This value is calculated by the Action point. (Read only).	Angle(deg)
7. Number of ball	Use to set the number of balls.	N/A
8. Ball diameter	Use to set the diameter of balls.	Length(mm)
9. Inner raceway shoulder diameter (L)	Use to set the shoulder lager diameter of the inner raceway.	Length(mm)
10. Outer raceway shoulder bore (L)	Use to set the shoulder lager diameter of the outer raceway.	Length(mm)
11. Inner raceway shoulder diameter (S)	Use to set the shoulder small diameter of the inner raceway.	Length(mm)
12. Outer raceway shoulder bore (S)	Use to set the shoulder small diameter of the outer raceway.	Length(mm)
13. Rounding radius	Use to set the rounding radius.	Length(mm)

14.5.6.1.2.3. Component Analysis

Stiffness

Refer to Figure 14.237: Component Analysis tab - Deep groove ball bearing designer (Stiffness).

Strength

Refer to Figure 14.237: Component Analysis tab - Deep groove ball bearing designer (Stiffness).

Figure 14.244: Reference data for Life factor

Contact angle		e
Contact angle		e	X	Y	X	Y
5	0.172	0.19	1	0	0.56	2.30
	0.345	0.22	1	0	0.56	1.99
	0.689	0.26	1	0	0.56	1.71
	1.03	0.28	1	0	0.56	1.55
	1.38	0.30	1	0	0.56	1.45
	2.07	0.34	1	0	0.56	1.31
	3.45	0.38	1	0	0.56	1.15
	5.17	0.42	1	0	0.56	1.04
	6.89	0.44	1	0	0.56	1.00
10	0.175	0.29	1	0	0.46	1.88
	0.35	0.32	1	0	0.46	1.71
	0.7	0.36	1	0	0.46	1.52
	1.05	0.38	1	0	0.46	1.41
	1.4	0.4	1	0	0.46	1.34
	2.1	0.44	1	0	0.46	1.23
	3.5	0.49	1	0	0.46	1.1
	5.25	0.54	1	0	0.46	1.01
	7	0.54	1	0	0.46	1
15	0.178	0.38	1	0	0.44	1.47
	0.357	0.4	1	0	0.44	1.4
	0.714	0.43	1	0	0.44	1.3
	1.07	0.46	1	0	0.44	1.23
	1.43	0.47	1	0	0.44	1.19
	2.14	0.5	1	0	0.44	1.12
	3.57	0.55	1	0	0.44	1.02
	5.35	0.56	1	0	0.44	1
	7.14	0.56	1	0	0.44	1
20	-	0.57	1	0	0.43	1
25	-	0.68	1	0	0.41	0.87
30	-	0.8	1	0	0.39	0.76
35	-	0.95	1	0	0.37	0.66
40	-	1.14	1	0	0.35	0.57
45	-	1.34	1	0	0.33	0.5

14.5.6.1.3. Tapered Roller Bearing

14.5.6.1.3.1. General

Refer to General.

14.5.6.1.3.2. Dimension

Figure 14.245: Dimensions tab in Tapered Roller Bearing designer

Figure 14.246: Parameters in Dimensions tab of Tapered Roller Bearing

Parameter	Description	Dimension (Range)
1. Bore	Use to set the bore.	Length(mm)
2. Outer diameter	Use to set the outer diameter.	Length(mm)
3. Width	Use to set the width.	Length(mm)
4. Width of Cone	Use to set the width of the cone.	Length(mm)
5. Width of Cup	Use to set the width of the cup.	Length(mm)
6. Roller pitch diameter	Use to set the pitch diameter of the roller.	Length(mm)
7. Action point	Use to set the action point. This value determines the contact angle.	Length(mm)
8. Contact angle	This value is calculated by the Action point. (Read only)	Angle(deg)
9. Number of roller	Use to set the number of rollers.	Length(mm)
10. Roller diameter	Use to set the diameter of the rollers.	Length(mm)
11. Roller center point	Use to set the roller center point.	Length(mm)
12. Roller length	Use to set the roller length.	Length(mm)
13. Roller tapered angle	Use to set the tapered angle for the roller.	Length(mm)
14. Cone shoulder diameter	Use to set the diameter of the cone shoulder.	Length(mm)
15. Rounding radius of cone	Use to set the rounding radius of the cone.	Length(mm)
16. Rounding radius of cup	Use to set the rounding radius of the cup.	Length(mm)

14.5.6.1.3.3. Component Analysis

Stiffness

Refer to Figure 14.237: Component Analysis tab - Deep groove ball bearing designer (Stiffness).

Strength

Figure 14.247: Component Analysis tab in the Tapered roller bearing designer (Strength)

Figure 14.248: Parameters in Component Analysis - Strength tab for a Tapered roller bearing

Parameter	Description	Dimension (Range)
1. Calculate Strength	Run the Motion Solver to calculate strength.	N/A
2. Speed	Use to set the operating speed.	Rpm
3. Axial Force	Use to set the operating axial force.	Force
4. Radial Force	Use to set the operating radial force.	Force
5. Temperature	Use to set the operating temperature.	℃
6. C0r	Use to set the basic static radial load rating.	Force
7. Cr	Use to set the basic dynamic radial load rating.	Force
8. Basic load rating type	Use to select a basic load rating type of From Library, ISO or User Input. The From Library option allows you to reference stored libraries. Selecting this type will automatically change the basic load rating to the value contained in the bearing catalog. The ISO option makes and applies a calculation based on ISO. The User Input option references the user-input value.	N/A
9. a1	Use to select the reliability type.	%
10. Lubricant Type	Use to select the lubrication type from Oil with filter, Oil without filter or Grease.	N/A
11. Cleanliness	Use to select the cleanliness type.	N/A
12. Pr	This value is calculated by input parameters. Pr : Dynamic equivalent radial load.	Force
13. L10[Rev]	Basic rating life according to revolutions (ISO 281)	Rev
14. L10[hr]	Basic rating life according to time (ISO 281)	Hr
15. Lnm[Rev]	Modified rating life according to revolutions (ISO 281)	Rev
16. Lnm[hr]	Modified rating life according to time (ISO 281)	Hr

Rating lives are calculated using the equations below.

(14–59)

(14–60)

(14–61)

(14–62)

(14–63)

Figure 14.249: Reference data for Life factor

				e
X	Y	X	Y	e
1	0	0.4	0.4cotα	1.5tanα

14.5.6.1.4. Cylindrical Roller Bearing

General

Refer to General.

Dimension

Figure 14.250: Cylindrical Roller Bearing Dimensions tab

Figure 14.251: Parameters in the Cylindrical Roller Bearing Dimensions tab

Parameter	Description	Dimension (Range)
1. Bore	Use to set the bore.	Length(mm)
2. Outer diameter	Use to set the diameter of outer.	Length(mm)
3. Width	Use to set the width.	Length(mm)
4. Roller pitch diameter	Use to set the pitch diameter of roller.	Length(mm)
5. Number of roller	Use to set the number of roller.	N/A
6. Roller diameter	Use to set the diameter of roller	Length(mm)
7. Inner raceway shoulder diameter (L)	Use to set the shoulder lager diameter of inner raceway.	Length(mm)
8. Outer raceway shoulder bore (L)	Use to set the shoulder lager diameter of outer raceway.	Length(mm)
9. Rounding radius	Use to set the rounding radius	Length(mm)
10. Roller length	Use to set the roller length	Length(mm)

Component Analysis

Stiffness

Refer to Figure 14.237: Component Analysis tab - Deep groove ball bearing designer (Stiffness).

Strength

Refer to Figure 14.237: Component Analysis tab - Deep groove ball bearing designer (Stiffness). Note that the equation is slightly different, when calculating P_r. P_r is defined by F_r.