This entry-level residential controller offers simple operation with “smart” Solar Sync compatibility. With easy-to-configure control for up to 8 stations, including 3 programs and 4 start times each, the X-Core is the perfect solution for residential applications. Plug in the revolutionary Solar Sync ET sensor and the X-Core is converted into a “smart controller,” that regulates irrigation runtimes based on locally measured weather. X-Core is also compatible with Hunter remotes for quick, wireless activation of irrigation. Installation, operation and maintenance are designed to be simple while still delivering optimal efficiency or reliability.
Easy Retreive Memory: A manual back-up utility that stores complete controller scheduling and setup information in back-up memory.
Programmable Rain Delay: The Programmable Rain Delay feature enables a user-specified number of days to keep the controller in the OFF mode, following a local rain storm. This will prevent watering during inclement weather, and reverts to automatic scheduled irrigation once the delay period elapses.
Quick Check: The QuickCheck feature makes field wiring issues easy to assess with the push of a button. QuickCheck displays an ERR message when a field wiring short is detected on a particular station number.
Non-Volaatile Memory: This feature offers protection against unreliable power, retaining current time, date, and program data.
Seasonal Adjustment: This feature allows for quick adjustment to irrigation run times based on seasonal weather conditions.
Delay Between Stations: Users can program a delay between stations as the controller advances from one station to the next. This delay can range from a few seconds (to permit slow-closing valves additional time to close) to a much longer period of time (to allow pressure tanks time to recharge), based on user requirements.
Sensor Programmability: The ability to specify which program will be shut down in response to a specific sensor alarm. This allows programs unaffected by the sensor to continue automatic operations.