Motor Actuating Spring

Motor actuating springs are a type of spring used in motorized systems to provide the necessary force for actuation or movement. They are classified under the supply class Coil, Flat, Leaf, and Wire Springs in the supply group Hardware and Abrasives.

Coil springs are helical springs made from wire that are wound in a spiral shape. They are commonly used in motor actuating systems to provide linear force or rotational torque.

Flat springs, also known as clock springs or power springs, are thin, flat strips of metal that store mechanical energy when bent or twisted. They are often used in motor actuating mechanisms where space is limited.

Leaf springs are long, flat strips of metal that are stacked together to form a spring. They are commonly used in motor actuating systems to provide suspension or support.

Wire springs are made from a single piece of wire that is formed into a specific shape, such as a coil or a torsion spring. They are used in motor actuating systems to provide various types of force, such as compression, tension, or torsion.

These motor actuating springs are essential components in motorized systems, providing the necessary force and motion required for proper operation.