186
-15%
部件系统
|Components systems
叉架
|
Forks
（面制架可叉求悬要长架挂带求
。满足您架要（需提度
■
耐压
要（架折力发生、可叉架挂带段度我技架工程无分人员
开发出了令人满意架要长挂带求高要长延架几何质品化
折力峰值要小延度
■
挠度
与螺加强挂带架可叉相比求悬这种要长挂带架（面制可
叉架挠，。降低
15%
度这是个实实、、架优点求。有效
厚（升力效率度
■
磨损
如果可叉架供，比原始供，减少
10%
佳以据求折更换可
叉度可叉供，减少
10%
化导致可叉应跟降低
20%
：见
ISO 5057
载度
For highest demands of
quality forks with the
optima heel.
Endurance stress
The highest stress occurs in the heel section of the fork. Our
engineers have developed the famous optima heel with an
optimized geometrical form tominimize stress peaks.
Deflection
The deflection of our quality forks with the optima heel is up
to 15% reduced in comparison to forks without reinforced
heels. This is a real advantage to increase the lift efficiency.
Wear
If the thickness of the fork is reduced by 10% or more of the
original thickness, the fork has to be replaced. A 10% reduc-
tion in thicknesswill result in a 20% loss in fork capacity (see
also ISO 5057).
耐压
|
Endurance stress
挠度
|
Deflection
磨损
|
Wear
