Abstract: Control devices and the associated methods for programming and using such devices for irrigation systems are described. The control devices contain an interactive user interface that allows a step-through programming method that can be initiated upon first use or reset of the control device. The user interface is simple and easily understood and be easily toggled between one part of the programming and any other part, allowing immediate modification of any part of the program. The user interface also contains quick set options in the user interface. The control devices therefore have a gentle learning curve and the programming is simple and easily navigated.

Abstract: Control devices for irrigation systems and the associated methods for making and using such devices to control irrigation systems are described. The control devices contain a timer that can be mounted to a fixed location that is remote from a plurality of valves for the sprinkler system. The timer receives instructions that can be entered directly into the timer or the instructions can be entered remotely using another remote interface tool, such as a wirelessly connected personal computer (PC) or radio frequency (RF) programming device. Thus, the control devices are portable and can be easily removed and programmed away from the electrical interface typically used to control its programming when they are mounted at a fixed location. Second, when the control devices are removed from the fixed location containing the electrical interface, they still retain their programming even though it is no longer connected to the electrical interface.