Bearings
Needle Roller Bearings
Combined Bearings
ZARF Series (Axial Cylindrical Roller)
Quick Code: BB-135889
ZARF2068-L-TV INA Needle Roller/Axial Cylindrical Roller Bearing
Buy Now
Qty:
Product Specification
Inside Dia (d)
20mm
Outside Dia (D)
68mm
Width (H)
60mm
Brand
INA
Quick Order Code
BB-135889
Product Description
The ZARF2068-L-TV INA Needle Roller/Axial Cylindrical Roller Bearing is a sophisticated precision bearing designed for complex industrial applications requiring advanced load management and flexible mounting solutions.
Product Composition
This advanced bearing features a comprehensive design that integrates multiple bearing technologies into a single compact unit:
- Outer ring with integrated radial and axial raceways
- Extended and stepped shaft locating washers (L-type design)
- Inner ring
- Radial needle roller and cage assembly
- Axial cylindrical roller and cage assemblies
Key Technical Specifications
- Inside Diameter (d): 20mm
- Outside Diameter (D): 68mm
- Width (H): 60mm
- Mounting Configuration: Double direction
- Manufacturer: INA
Unique Features
- Extended and stepped shaft locating washer for enhanced adaptability
- Mounting holes in the outer ring for flexible installation
- Capable of screw mounting on adjacent construction
- Adaptable to radial locating bore installations
Special Design Advantages
The L-type variant is specifically engineered for challenging mounting scenarios, such as:
- Applications where shaft locating washers lack adequate axial support from the shaft shoulder
- Situations with space constraints preventing standard shaft locating washer sealing
- Environments requiring complex load distribution
Recommended Applications
- Industrial machinery with limited mounting space
- Construction and mining equipment
- Precision mechanical engineering systems
- Automotive and aerospace components
- Robotics and motion control mechanisms
The ZARF2068-L-TV offers exceptional performance in demanding environments, providing reliable load support and versatile mounting options for complex engineering challenges.


