Bearings
Needle Roller Bearings
Combined Bearings
NKX / NAX Series (Thrust Ball)
Quick Code: BB-498478
NKX17Z-XL INA Needle Roller/Thrust Ball Bearing with Cover
Also Try
NKIB / NATB Series (Angular - Double Direction)
NKIA / NATA Series (Angular - Single Direction)
ZARN Series (Axial Cylindrical Roller)
ZARF Series (Axial Cylindrical Roller)
NKXR / NBX Series (Cylindrical Roller)
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Product Specification
Brand
INA
Cage
Sheet steel cage
Inside Dia (Fw)
17mm
Lubrication
For grease lubrication
Material
Standard bearing steel
Operating direction
Single direction bearing
Outside Dia (D)
26mm
Temperature range
-20 to +120 °C
Tolerance class
Tolerance class P0/PN2 / ABEC 1
Version
Self-retaining
Width (C)
25mm
Reference
NKX17-Z-XL
Additional Reference:
10047439
Equivalent to:
NKX17Z
Quick Order Code
BB-498478
Product Description
The NKX17Z-XL INA Needle Roller/Thrust Ball Bearing is a precision-engineered component designed to deliver exceptional performance in compact mechanical systems. This innovative bearing combines a radial needle roller bearing with a full complement thrust ball bearing, offering versatile load-handling capabilities in a single, space-efficient design.
Key Features:
- Accommodates both moderate radial and lighter axial loads
- Single-direction bearing operation
- Low-profile, compact construction ideal for space-constrained applications
- Cover with gap-type seal for effective grease retention
- Sheet steel cage for enhanced durability
- Operates within a temperature range of -20°C to +120°C
Technical Specifications:
- Inside Diameter: 17mm
- Outside Diameter: 26mm
- Width: 25mm
- Material: Standard bearing steel
- Tolerance Class: P0/PN2 / ABEC 1
- Lubrication: Grease lubrication
Typical Applications:
- Precision machinery
- Automotive components
- Industrial robotics
- Compact mechanical systems
- Equipment with limited installation space
The NKX17Z-XL's self-retaining design and robust construction make it an excellent solution for engineers and designers seeking a reliable, versatile bearing that can perform efficiently in demanding mechanical environments while maintaining a minimal footprint.
