Application Scenario
Description
Industrial Automation
Used in robotic arms, conveyors, and assembly lines for precise linear motion.
CNC Machines
Ensures high-precision movement in milling, cutting, and engraving equipment.
3D Printers
Provides smooth and accurate motion control for print heads and build platforms.
Medical Equipment
Enables precise positioning in MRI machines, surgical robots, and imaging systems.
Semiconductor Manufacturing
Critical for wafer handling, lit...
Application Scenario
Description
Industrial Automation
Used in robotic arms, conveyors, and assembly lines for precise linear motion.
CNC Machines
Ensures high-precision movement in milling, cutting, and engraving equipment.
3D Printers
Provides smooth and accurate motion control for print heads and build platforms.
Medical Equipment
Enables precise positioning in MRI machines, surgical robots, and imaging systems.
Semiconductor Manufacturing
Critical for wafer handling, lit...
Application Scenario
Description
Industrial Automation
Used in robotic arms, conveyors, and assembly lines for precise linear motion.
CNC Machines
Ensures high-precision movement in milling, cutting, and engraving equipment.
3D Printers
Provides smooth and accurate motion control for print heads and build platforms.
Medical Equipment
Enables precise positioning in MRI machines, surgical robots, and imaging systems.
Semiconductor Manufacturing
Critical for wafer handling, lit...
Application Scenario
Description
Industrial Automation
Used in robotic arms, conveyors, and assembly lines for precise linear motion.
CNC Machines
Ensures high-precision movement in milling, cutting, and engraving equipment.
3D Printers
Provides smooth and accurate motion control for print heads and build platforms.
Medical Equipment
Enables precise positioning in MRI machines, surgical robots, and imaging systems.
Semiconductor Manufacturing
Critical for wafer handling, lit...
Application Scenario
Description
Industrial Automation
Used in robotic arms, conveyors, and assembly lines for precise linear motion.
CNC Machines
Ensures high-precision movement in milling, cutting, and engraving equipment.
3D Printers
Provides smooth and accurate motion control for print heads and build platforms.
Medical Equipment
Enables precise positioning in MRI machines, surgical robots, and imaging systems.
Semiconductor Manufacturing
Critical for wafer handling, lit...
Application Scenario
Description
Industrial Automation
Used in robotic arms, conveyors, and assembly lines for precise linear motion.
CNC Machines
Ensures high-precision movement in milling, cutting, and engraving equipment.
3D Printers
Provides smooth and accurate motion control for print heads and build platforms.
Medical Equipment
Enables precise positioning in MRI machines, surgical robots, and imaging systems.
Semiconductor Manufacturing
Critical for wafer handling, lit...
Application Scenario
Description
Industrial Automation
Used in robotic arms, conveyors, and assembly lines for precise linear motion.
CNC Machines
Ensures high-precision movement in milling, cutting, and engraving equipment.
3D Printers
Provides smooth and accurate motion control for print heads and build platforms.
Medical Equipment
Enables precise positioning in MRI machines, surgical robots, and imaging systems.
Semiconductor Manufacturing
Critical for wafer handling, lit...
No.
Bearing type
Dimension
Rated dynamic load Cr(Kn)
Raled static load Cor(Kn)
Weight(Kg)
Current code
Original code
d
D
B
C
T
Rmin
rmin
7
30206
7206E
30
62
16
14
17.25
1
1
43.3
50.5
0.231
Application Scenario
Specific Equipment or Component
Detailed Description of Function
Key Characteristics
Crushing Equipment
Cone Crusher Main Axle
Bear large radial and axial loads during the crushing process, ensuring stable operation of the main axle
High rigidity, wear resistance, ...
No.
Bearing type
Dimension
Rated dynamic load Cr(Kn)
Raled static load Cor(Kn)
Weight(Kg)
Current code
Original code
d
D
B
C
T
Rmin
rmin
8
30207
7207E
35
72
17
15
18.25
1.5
1.5
54.4
63.5
0.332
Application Scenario
Specific Equipment or Component
Detailed Description of Function
Key Characteristics
Crushing Equipment
Cone Crusher Main Axle
Bear large radial and axial loads during the crushing process, ensuring stable operation of the main axle
High rigidity, wear resistan...
No.
Bearing type
Dimension
Rated dynamic load Cr(Kn)
Raled static load Cor(Kn)
Weight(Kg)
Current code
Original code
d
D
B
C
T
Rmin
rmin
9
30208
7208E
40
80
18
16
19.75
1.5
1.5
63
74
0.417
Application Scenario
Specific Equipment or Component
Detailed Description of Function
Key Characteristics
Crushing Equipment
Cone Crusher Main Axle
Bear large radial and axial loads during the crushing process, ensuring stable operation of the main axle
High rigidity, wear resistance, ...
No.
Bearing type
Dimension
Rated dynamic load Cr(Kn)
Raled static load Cor(Kn)
Weight(Kg)
Current code
Original code
d
D
B
C
T
Rmin
rmin
10
30209
7209E
45
85
19
16
20.75
1.5
1.5
67.9
83.6
0.473
Application Scenario
Specific Equipment or Component
Detailed Description of Function
Key Characteristics
Crushing Equipment
Cone Crusher Main Axle
Bear large radial and axial loads during the crushing process, ensuring stable operation of the main axle
High rigidity, wear resista...
No.
Bearing type
Dimension
Rated dynamic load Cr(Kn)
Raled static load Cor(Kn)
Weight(Kg)
Current code
Original code
d
D
B
C
T
Rmin
rmin
11
30210
7210E
50
90
20
17
21.75
1.5
1.5
73.3
92.1
0.529
Application Scenario
Specific Equipment or Component
Detailed Description of Function
Key Characteristics
Crushing Equipment
Cone Crusher Main Axle
Bear large radial and axial loads during the crushing process, ensuring stable operation of the main axle
High rigidity, wear resista...