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    Battery Operated Irrigation Controller with Valve | G75-C

    Manufacturer: Baccara
    Operating Temp.
    :
    -10° - 60° C
    Options
    :
    Solar panel, charger, accurate clock
    Battery
    :
    9V alkaline battery included
    Mounting
    :
    Horizontal, vertical, wall mounting
    *

    Programming Key Features

    One Valve Two Valves Four Valves
    Once daily, at the same time Up to three starts per day Up to three starts per day
    Once daily on selected days Starts select Starts select
    Three starts per day Day select Day select
    OFF Season adjustment 10% -
    200%
    Season adjustment 10% -
    200%
      OFF OFF
        Master valve will be opened
    for each command

    Technical Data

    Temperature range -10º to 60ºC
    Mounting Various mounting options :
    Directly on a 28mm diameter solenoid in
    horizontal or vertical position with adaptor
    • Wall mounting with four screws
    • Accessories provided
    Electrical Powered by single 9V alkaline battery; use
    best quality to ensure at least one year
    autonomous operation
    • Back-up memory
    • Low battery warning
    • Power saving LCD
    • Battery included
    Solenoid Compatible with G75 4? latch operator
    Valve Can operate any valve equipped with 3/4"
    UNEF solenoid cavity (Richdel
    ® type)
    Software • 24 hours real time clock
    • See 'Programming key features' table
    Options • Solar panel
    • Charger
    • Accurate clock (low time drift)
    Standard / Certification CE
    Standard protection class • Dust and watertight
    • IP67 and NEMA 4X

    Battery-Operated-Irrigation-Controller-with-Valve-G75-C-dimensions

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    Irrigation Unit Conversions

    Convert a given value and unit to different unit type. Conversions are available for flow rate, area, distance, time, volume, pressure, power, precipitation, salinity, and speed.

    Click here to see unit descriptions.


     to 
    Area:
     to 
    Distance:
     to 
    Time:
     to 
    Volume:
     to 
    Pressure:
     to 
    Power:
     to 
    Precipitation (Water Application) Rate:
     to 
    Salinity:
     to 
    Speed:
     to 

    Reference: Washington State University