Ball Bearing Cages Enable For Maintenance-Free, Minor Torque Variation

Ball Bearing Cages Enable For Maintenance-Free, Minor Torque Variation

Capable of reaching its maximum speed of 5,000 rotations per minute while simultaneously collecting up balls in a steep path (DN value: 160,000). Operating at high speeds for extended periods impacts the torque stability. Because of recent advancements in circulation component technology, it is now feasible to create the ideal ball circulation structure by https://inb.co.th/th/products/sda-v-th/. There are 59 different versions, each with a unique combination of lead lengths and shaft diameters ranging from 12 to 50 millimeter’s (4mm to 50mm). If desired, the axial clearances can be changed to zero or a lower value. The Type SDAN-V Caged Ball Nut is considerably more rigid in the axial direction when contrasted with the Type SDA-V Caged Ball Screw.

Full-ball configurations are available for the Type SDA-V and the Type SDAN-V. Both of these types are available. Not only does the Type SDA-V/SDAN-V adhere to ISO and DIN standards, but it also adheres to Japanese Industrial Standards (JIS). THK’s brand-new caged ball screw, called Type SDA-V/SDAN-V, was designed with high-speed machinery, and the company has released it to the public. The Type SDA-V/SDAN-V can spin at a maximum of 5,000 revolutions per minute. This model uses recently designed circulatory components to pick up balls within the tangential direction.

The caged ball screw of type SDA-V can be utilized in various applications, ranging from tiny electronic devices to enormous manufacturing equipment. There are 59 different alternatives available to pick from, with shaft sizes ranging from 12 millimeters to 50 millimeters with leads ranging from 4 millimeter’s to 50 millimeters.

In contrast, the caged ball screw of Type SDAN-V is designed to have higher axial rigidity than its counterpart. It is possible to utilize it in conjunction with NC machines and other precise equipment to lessen the amount of movement brought on by the cutting process. When a double nut is used, the axial clearances can be reduced to zero.

Full-ball configurations are available for the Type SDA-V and the Type SDAN-V. Both of these types are available. The Type SDA-V/SDAN-V implements THK’s proprietary Caged Technology to achieve ultra-quiet operation. The synthetic resin cage employed in Caged Technology has a unique curvature that completely encloses and separates one ball from the others.

The grease is kept between the rolling parts so the rolling mechanism can continue to work without requiring maintenance. In addition to these benefits, Caged Technology also possesses the following characteristics: lower noise and dust generation levels and longer service life.

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