Electric steering must complete its full range of travel within which time period against 500 ft. lbs opposing torque?

Electric steering systems are designed to enhance maneuverability and control, allowing for efficient steering under various conditions. One of the critical requirements for electric steering systems is the specification for the time it must take to complete its full range of travel when faced with a specified opposing torque.

The correct answer indicates that electric steering must complete its full range of travel within 3.2 seconds against an opposing torque of 500 ft. lbs. This timeframe is essential because it ensures that the steering responds quickly enough to allow for safe navigation and control of the vessel, particularly in emergency situations where quick maneuvering is crucial. A delay beyond this time could hinder the operator's ability to steer effectively, potentially compromising safety.

Understanding this requirement helps in designing and assessing the performance of electric steering systems in marine applications, ensuring compliance with ABYC standards and enhancing overall vessel handling.