What are the non-explosive components found in a fuze?

The correct choice encompasses all of the non-explosive components typically found in a fuze. A fuze is a critical device used in munitions to initiate the explosive charge at the appropriate time, but many of its components do not involve any explosives themselves.

The firing pin, rotators, and escapement device are elements found in certain types of fuzes, functioning to facilitate the mechanical action required to trigger the explosion. The firing pin strikes a sensitive element when activated, while rotators and escapement devices control the timing mechanism.

Detents and sliders are also non-explosive components that contribute to the functioning of fuzes by ensuring that components move only under the correct conditions, thereby helping to prevent premature activation.

Centrifugal force and wound springs can play roles in other specific fuze designs. Centrifugal force can be used to ensure that certain components only move when the munition is in motion, while wound springs can provide the necessary energy to initiate the mechanism.

Overall, each of these components works together to create a reliable fuzing mechanism that operates without involving explosive materials, illustrating the complexity and engineering involved in ensuring safe and effective munition activation.