FAG

K81106-TV-A-HLA/0-8

K81106-TV-A-HLA/0-8

Regular price €0,00
Regular price Sale price €0,00
Sale Sold out
Taxes included.

Delivery time approx. 2-4 working days

Produkteigenschaften
Material Rolling bearing steel
Außenring without groove
Dichtung open
Käfig Polyamide, glass fiber reinforced (TVH)
Temperaturbereich -30°C to +120°C
Toleranzklasse Normal (P0)
Bohrung without drilling
Abmessungen
Innen Ø (mm) 30Außen Ø (mm) 47Breite (mm) 5
K81106-TV-A-HLA/0-8 – Axial cylindrical roller ring for minimal installation space with smooth running.

Quality that safeguards processes
The axial cylindrical roller ring, in combination with suitable counter-running surfaces, carries very high axial loads in one direction, while maintaining a low overall height and smooth running characteristics. Defined axial guidance combined with high rigidity ensures reproducible results; radial loads must be guided separately.

Design and manufacturing quality
The design is based on a precision-manufactured cage with cylindrical rollers, ensuring optimal load distribution through linear contact. The contact surfaces are finely machined, keeping frictional torque low. Furthermore, the separable and easy-to-assemble design simplifies joining with the mating surfaces. This is achieved through flat, hardened, and sufficiently load-bearing raceways on both the shaft and housing sides, while the angular adjustability remains minimal due to the design. Depending on the version, the ring is constructed with a polyamide cage (TV), manufactured to tolerance class P0, and implemented with raceway-compatible steel components.

Convincing in everyday life
In operation, the design achieves high axial stiffness in a very compact footprint, which promotes stable temperature and vibration levels. Furthermore, the separate discs allow for quick handling, thus reducing downtime. In addition, a suitable lubrication and fit concept ensures consistently stable performance over the long term.

Summary
In summary: flat design, high axial load-bearing capacity and low frictional resistance – for reliable results under axially dominant loads.
View full details