Which circuit breaker is responsible for controlling the rotation of the radar antenna?

The circuit breaker that controls the rotation of the radar antenna is the one associated with the azimuth drive. This component is specifically designed to manage the lateral movement or rotation of the radar antenna, allowing it to scan over a wide area.

In radar systems, azimuth refers to the horizontal plane and is critical for tracking targets effectively across different angles. The azimuth drive circuit breaker ensures the antenna can move smoothly and respond quickly enough to track threats. If this circuit breaker were to trip or fail, the radar’s ability to rotate and maintain situational awareness would be compromised, severely impacting air defense operations.

It’s important to understand the distinction between the azimuth drive and other circuit breakers. While the elevation drive circuit breaker manages up and down movements of the radar, and the power supply circuit breaker maintains the general electrical supply to the system, the system reset circuit breaker serves a different function related to resetting the entire system rather than controlling the specific movement of the antenna.