Abstract: A system and method for overriding an alignment circuit of an electric center pivot irrigation system. The system may include a local controller wired to the alignment circuit and a remote control wirelessly communicating with the local controller. The remote control may receive an alignment fault alert from the local controller indicating that the alignment circuit has switched to the open circuit configuration. Next, the remote control may send an auto-alignment signal to the local controller. The auto-alignment signal may instruct the local controller to command a relay to switch to a bypass mode. In the bypass mode, signals between the local controller and operational elements of the electric center pivot irrigation system bypass the alignment circuit. The auto-alignment circuit may also command the operational elements to reverse travel directions of the electric center pivot irrigation system simultaneously while the alignment circuit is bypassed.

Abstract: A system and method for retrofitting an electric center irrigation pivot to have a standardized user interface and remote control functionality. A local control element having a standardized local user interface is installed at a pivoting point of the pivot by bypassing an existing control logic of an original control system while using an existing transformer of the original control system. A remote control element having a standardized remote user interface is also installed at the pivoting point of the pivot, and is functionally integrated with the local control element. A position-determining element is mounted on a movable portion of the electric pivot. Retrofitting multiple pivots provides each with the same standardized user interfaces. Because existing elements of the original control system are either bypassed or used, uninstalling the system and reverting to the original control system can be quickly and easily accomplished.

Abstract: A system and method for overriding an alignment circuit of an electric center pivot irrigation system. The system may include a local controller wired to the alignment circuit and a remote control wirelessly communicating with the local controller. The remote control may receive an alignment fault alert from the local controller indicating that the alignment circuit has switched to the open circuit configuration. Next, the remote control may send an auto-alignment signal to the local controller. The auto-alignment signal may instruct the local controller to command a relay to switch to a bypass mode. In the bypass mode, signals between the local controller and operational elements of the electric center pivot irrigation system bypass the alignment circuit. The auto-alignment circuit may also command the operational elements to reverse travel directions of the electric center pivot irrigation system simultaneously while the alignment circuit is bypassed.

Abstract: A system and method for retrofitting an electric center irrigation pivot to have a standardized user interface and remote control functionality. A local control element having a standardized local user interface is installed at a pivoting point of the pivot by bypassing an existing control logic of an original control system while using an existing transformer of the original control system. A remote control element having a standardized remote user interface is also installed at the pivoting point of the pivot, and is functionally integrated with the local control element. A position-determining element is mounted on a movable portion of the electric pivot. Retrofitting multiple pivots provides each with the same standardized user interfaces. Because existing elements of the original control system are either bypassed or used, uninstalling the system and reverting to the original control system can be quickly and easily accomplished.