Description
Hunter XC Hybrid 6, 8 10 or 12 Station Irrigation Controller
Battery-Powered Controller Delivers The Power Without The Plug
The XC Hybrid Controller delivers extensive power without the plug. Built with all the same efficient water management features as the X-Core Controller, the XC Hybrid operates DC latching solenoids with battery power. Ready for outdoor or indoor installation, the XC Hybrid comes in 4, 6, 8, 10 and 12 station plastic models. That means it’s the right solution for a wide range of residential and commercial applications. Small residential areas, parks, gardens, roadway medians and roundabouts are ready for the XC Hybrid. With ‘Easy Retrieve’ memory backup and on-board, non-volatile memory, you’ve got the assurance to recall all of the controller’s watering programs.
Features
Hunter PGV 1" DC Latching Solenoid Valve |
- GLOBAL SEASONAL ADJUSTMENT (0% TO 150%)
- Simple on-screen adjustment modulates watering to accommodate changing weather conditions.
- THREE INDEPENDENT PROGRAMS WITH FOUR START TIMES EACH
- Enables a wide range of watering requirements. Independence for all.
- INDEPENDENT DAY SCHEDULING CHOICE
- Max out your watering flexibility. Select days of the week, true odd/even or interval watering.
- BATTERY OPERATED
- Uses batteries or an optional 24 VAC plug-in transformer utilizing DC latching solenoids.
- NON-VOLATILE MEMORY
- Excellent insurance against unreliable power; retains current time, day, and program data.
- WEATHER SENSOR COMPATIBLE
- Incorporates hook-up capability to rain, temperature and wind sensors, programmable by station.
- EASY-RETRIEVE MEMORY
- The ability to retrieve your preferred program, stored in backup memory.
- RUGGED OUTDOOR CABINET DESIGN
- Ideal for both indoor and outdoor use, with models in 4, 6, 8, 10, and 12 station configurations.
Electrical Specifications
- Operates DC latching solenoids (only) 9-11 VDC
- Pump/master valve
- Sensor inputs: 1
- Operating temperature: 0º F to 140º F
- Operates on battery power
- Uses 6 AA batteries (plastic model)