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    GALIT | High Flow Electro Hydraulic Relay Irrigation Solenoid Valve

    Manufacturer: Baccara
    Size
    :
    1/8" BSP
    Function
    :
    3 Way, NC, NO
    Valve Operation
    :
    Pilot Operated
    Body Material
    :
    Plastic
    Seal
    :
    NBR
    Pressure Range
    :
    1 - 10 bar
    Media
    :
    Air, water
    *
     
    *

    Technical Data

    Function 3 Way NC, NO
    Ports size 1/8" BSP & NPT
    Orifice size 5mm
    Pressure range 1 to 10 bar
    Temperature range Fluid : 5ºC to 50ºC (no freezing)
    Ambient : -10ºC to 50ºC
    Materials in contact
    with media
    Main Valve:
    Reinforced Nylon
    Solenoid Operator:
    Stainless Steel 300 & 400 series
    Seals:
    NBR
    Spring:
    Stainless Steel AISI 300 series
    Manual override Manual override with 3 positions :
    • 
    AUTO - for automatic operation (valve is
    open when solenoid is energized)
    • 
    MANUAL - valve is kept open
    • 
    CLOSE - valve is kept closed
    Solenoid Assembled with 3W NO 1.2mm G75 operator
    Coil voltage • Voltage and power consumption - see table
    Standard protection class IP66

     

    Voltage and Current Table

    Solenoid Voltage  Inrush [A] Holding [A]
    2W 50 Hz +10%
    n-20%

    V
    0.3 0.19
    2W 60 Hz 0.2 0.14
    3W 50/60 Hz * 0.125 0.125
    DC 4.5W

    * Except 24V AC without Diode

    Voltage and Power Consumption

      AC (W) DC (W)
    50 Hz
    V 2 4.5
    12
     
    •  • 
    24 •  • 

    • Available options

    Coil resistance vs input voltage range

    Resistance [?] Suitable input voltage range [V]
    4 6 - 9
    9 12 - 14
    12 14 - 16
    23 18 - 21

    Galit-High-Flow-Electric-Hydraulic-Relay-Irrigation-Solenoid-Valve-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