Description
Enhance the performance of your machinery with the SKF BTM110ATN9/DBAVQ496 Super Precision Angular Contact Thrust Ball Bearing. Specifically engineered for high-speed applications, these bearings provide exceptional accuracy and stability and are designed to axially locate the shafts of spindles in both directions. BTM110 ATN9/DBAVQ496 bearings offer a high-speed design and are intended for mounting in combination with NN30 K or N10 K Cylindrical Roller Bearings. The dimensions of this BTM110ATN9/DBAVQ496 bearing are 110x170x54mm.
| BTM | 110 | A | TN9 | /DB | A | VQ496 |
|---|---|---|---|---|---|---|
| High-Speed Design Double Direction Angular Contact Thrust Bearing | 110mm - Bore Size | 30° Contact Angle | Two Glass Fibre Reinforced PA66 Cages, Window-Type, Ball Centered | Two Bearings Arranged Back-to-Back | Light Preload | Dimensional Difference to Normal, Not Specified by SKF |
Key Features
High Precision
Manufactured with tight tolerances, the Super Precision BTM110 ATN9/DBAVQ496 bearing is manufactured by SKF to ensure a consistently high rotational accuracy and optimal performance.
Double Directional Loads
Capable of handling axial loads in both directions, the BTM110ATN9/DBAVQ496 Super Precision Angular Contact Thrust Bearing has a double direction design which provides enhanced versatility and reliability in machinery.
Angular Contact Design
The BTM110 ATN9/DBAVQ496 bearing is made up of two non-separable Single Row Angular Contact Bearings in a back-to-back arrangement and are designed to accommodate axial loads in both directions while providing a high degree of system rigidity. They have a 30° contact angle which can operate at much higher speeds than bearings with a 40° contact angle.
Product Information

Technical Data
Inside Diameter (mm) :
110mm
Outside Diameter (mm) :
170mm
Width (mm) :
54mm
Clearance :
Standard
Seals Or Shields :
Open Type
Cage Type :
Plastic
Dynamic Load Rating (kN) :
57
Fatigue Load Rating (kN) :
4.8
Grease Limiting Speed (r/min) :
5600
Oil Limiting Speed (r/min) :
7100
Preload :
Light
Static Load Rating (kN) :
137
Contact Angle :
30
DescriptionEnhance the performance of your machinery with the SKF BTM110ATN9/DBAVQ496 Super Precision Angular Contact Thrust Ball Bearing. Specifically engineered for high-speed applications, these bearings provide exceptional accuracy and stability and are designed to axially locate the shafts of spindles in both directions. BTM110 ATN9/DBAVQ496 bearings offer a high-speed design and are intended for mounting in combination with NN30 K or N10 K Cylindrical Roller Bearings. The dimensions of this BTM110ATN9/DBAVQ496 bearing are 110x170x54mm.
Key FeaturesHigh PrecisionManufactured with tight tolerances, the Super Precision BTM110 ATN9/DBAVQ496 bearing is manufactured by SKF to ensure a consistently high rotational accuracy and optimal performance. Double Directional LoadsCapable of handling axial loads in both directions, the BTM110ATN9/DBAVQ496 Super Precision Angular Contact Thrust Bearing has a double direction design which provides enhanced versatility and reliability in machinery. Angular Contact DesignThe BTM110 ATN9/DBAVQ496 bearing is made up of two non-separable Single Row Angular Contact Bearings in a back-to-back arrangement and are designed to accommodate axial loads in both directions while providing a high degree of system rigidity. They have a 30° contact angle which can operate at much higher speeds than bearings with a 40° contact angle. Product InformationBRAND: ![]() SKU:btm110atn9/dbavq496-skf AVAILABILITY:In Stock ✅ WEIGHT:4.16 kg Technical DataInside Diameter (mm) :110mm Outside Diameter (mm) :170mm Width (mm) :54mm Clearance :Standard Seals Or Shields :Open Type Cage Type :Plastic Dynamic Load Rating (kN) :57 Fatigue Load Rating (kN) :4.8 Grease Limiting Speed (r/min) :5600 Oil Limiting Speed (r/min) :7100 Preload :Light Static Load Rating (kN) :137 Contact Angle :30 | ||||||||||||||
Bulk PricingFor bulk discount on this product, contact our dedicated sales team today by filling out the form below: | ||||||||||||||





