Spout autorotate for a grain cart

A grain cart comprising:

• a frame;
• ground wheels rotatable attached to the frame;
• a hitch assembly attached to a front end of the frame;
• a storage hopper provided on the frame;
• an auger assembly operatively connected to the storage hopper to discharge particulate material from the storage hopper out of the grain cart, the auger assembly comprising:
• a lower auger section having an intake end and a top end;
• an upper auger section having a bottom end and a discharge end;
• a discharge assembly pivotally attached to the discharge end of the upper auger section;
• a spout provided on the discharge assembly;
• a pivot actuator connected to the discharge assembly to pivot the discharge assembly and the spout relative to the discharge end of the upper auger section;
• a pivot hinge pivotally connected to the upper auger section to pivot the upper auger section from an operating position coaxial with the lower auger section to a transport position with the upper auger section pivoted towards the lower auger section;
• a fold actuator operably connected to the upper auger section to pivot the upper auger section around the pivot hinge;
• an auger in switch;
• a spout pivot front switch;
• a first fold electrical connection electrically connected between the auger in switch and a fold solenoid valve, the fold solenoid valve operative, in response to an electrical voltage on the first fold electrical connection, to cause the fold actuator to pivot the upper auger section into the transport position;
• a first pivot electrical connection electrically connected between the spout pivot front switch and a spout pivot solenoid valve, the spout pivot solenoid valve operative, in response to an electrical voltage on the first pivot electrical connection, to cause the pivot actuator to pivot the discharge assembly towards a front of the grain cart;
• and
• a cross-over electrical connection electrically connecting the first fold electrical connection and the first pivot electrical connection,
• wherein when a voltage is supplied on the first fold electrical connection to the fold solenoid valve, the cross-over electrical connection supplies the voltage to the first pivot electrical connection and the first pivot electrical connection supplies the voltage to a spout pivot solenoid valve.