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    Altitude Controlled Valve

    Manufacturer: Armas Valves & Filters

    Altitude Controlled Valve controls the water volume without float in an elevated tank.

    Connection
    :
    Flanged - Threaded - Grooved End
    Material
    :
    GG25 - GGG40
    Coating
    :
    Epoxy
    Temperature
    :
    -10 to 80 °C
    Max Operating Pressure
    :
    10 - 16 - 25 bar
    Made in
    :
    Turkey
    Manufacturer part number: 600-ALT
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    Armas 600 Series - Altitude Controlled Valve

    Applications

    • Irrigation
    • Industrial

    FEATURES

    • The valve will be direct diaphragm closing automatic hydraulic control valve which works with line pressure. No wearable parts
      such as stem, bearing and seat exist in main valve body.
    • The valve position will be controlled by a hand operated selector valve.
    • Valve size same as main line or one size smaller.
    • Maximum flow speed for continuous operation 5.5 m/sec (18 ft/sec).
    • Made in Turkey

     

    Altitude Controlled Valve 600 series parts

    ARMAS 600 Series Altitude Controlled Valve

    Armas Altitude Controlled Valve is an automatic, high sensitive pilot controlled, level control valve, activated by the static pressure of the tank tower. The high sensitive pilot valve opens or close the main valve in response to the static pressure of water level in tank. The pilot valve located outside the tank tower. There is no need any floats.

    COMPONENTS:

    1. Altitude Pilot
    2. Ball Valve
    3. 3- Way Selector Valve
    4. Ball Valve
    5. In-line Finger Filters

    ARMAS 600 Series Altitude Controlled Valve Sample Application

    Altitude Controlled Valve 600 series sample
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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.


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    Time:
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    Volume:
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    Pressure:
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    Power:
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    Precipitation (Water Application) Rate:
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    Salinity:
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    Speed:
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    Reference: Washington State University