High Speed 7008 DB DT DF Angular Contact Ball Bearing
- Samples:
- 40 mm , 68mm , 7008 DB DT DF
$23.09/Piece | 1 Piece (Min. Order) |
- Lead Time If you finish the payment today, your order will ship out within the delivery date.
:
Quantity(Pieces) 1 – 2000 >2000 Est. Time(days) 3 To be negotiated
- Customization:
- Customized logo(Min. Order: 1000 Pieces)Customized packaging(Min. Order: 1000 Pieces)
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Single row angular contact ball bearings can carry axial load acting in one direction only. In many applications, angular contact ball bearings in pairs or muti-arrangement should be used. The axial load carrying capacity of angular contact ball bearings increases with the increase of contact angle.
Model | 7008 DB DT DF | |||
MASS | 0.22 | kg | ||
Dimension | ||||
d | 40 | mm | ||
D | 68 | mm | ||
T | 15 | mm | ||
Frequently Asked Questions
What are the specifications of the 7008 DB DT DF angular contact bearing?
The 7008 DB DT DF angular contact bearing typically has a 40 mm bore, 68 mm outer diameter and a width of 15 mm. It features a contact angle design that allows it to support both axial and radial loads, thus improving its performance in high precision applications. The DB, DT and DF configurations refer to different arrangements of bearings to handle specific axial load directions.
How does the 7008 DB DT DF bearing improve high-speed machinery performance?
7008 DB DT DF angular contact bearings improve high-speed machinery performance by providing high rigidity and reducing friction, ensuring smooth rotation even at high speeds. It is able to accommodate axial and radial loads while maintaining precise alignment, thereby improving operating stability, reducing vibration and extending service life of high-precision machinery.
What applications are suitable for the 7008 DB DT DF angular contact ball bearing?
7008 DB DT DF angular contact ball bearings are suitable for high-precision mechanical applications such as CNC machine tools, robots, spindles and high-speed motors. It is an ideal choice for situations where both radial and axial loads need to be supported and high-speed stability is critical.
