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    Horizontal Fertilizer Tank

    Manufacturer: Aytok Filters
    Body Material : ST37-2 (DIN 17100)
    Operating Pressure : 0.3-8 bar
    Working Temperature : -10° C to 60° C
    Connection : Threaded BSPT
    Made in : Turkey
    Manufacturer part number: H-FT

    AYTOK HORIZONTAL FERTILIZER TANK

    APPLICATIONS

    • Chemical fertilization applications by pressure agricultural irrigation systems
    • Pesticide administration by pressure agricultural irrigation systems

    FEATURES

    • It provides ease of use and of maintenance due to simple structure.
    • Pre-painting phosphorization is performed for maximum resistance against corrosion and chemical solution.
    • It has long economic life based on Epoxy – Polyester coating.
    • It operates based on line pressure of the system.

     

    Aytok horizontal fertilizer tanks are developed for chemical fertilizer or pesticide applications directly to root region of the plant using irrigation water of drip or sprinkler irrigation systems. It ensures very practical and convenient fertilizing and pesticide administration in irrigation systems due to simple structure and ease of use. Different models with varying capacities are available including horizontal and vertical types depending on different needs of present irrigation system. Operating based on pressure difference principle in the irrigation systems, Aytok horizontal fertilizer tanks will operate long years without requiring maintenance due to resistant construction.

    Armas fertilizer tank operating principle

    OPERATING PRINCIPLE

    Aytok fertilizing tank is connected parallel to main pipe of irrigation system using elastic hoses via by-pass method. Irrigation water enters into the tank containing soluble chemical from the inlet hose of fertilizer tank connected to the line. Due to pressure gradient created using a valve or pressure reducer assembled on the irrigation line, chemical fertilizer is solved and it is blended within the tank. Solved chemical fertilizer is supplied to the root region of the plant using irrigation water.

     

     Download Product Catalogue

     

    Material List

     

    Armas ferilizer tank parts Part No Part Name Material
    1 Body ST37-2 (DIN 17100)
    2 Lid Seal NBR/EPDM
    3 Lod DIN EN 10131
    4 Arm STEEL (DIN 2458)

     

    Technical Specifications

     

    Max. Operating Pressure Test Pressure Temperature Connection Coating
    8(bar) 120(psi) 12(bar) 175(psi) -10°C–80°C (14°F–176°F) DIN 2401 /2

    Flanged: ISO / ANSI

    Threaded: BSPT / NPT

    1. Phase: Phosporization

    2. Phase: Electrostatic Powding Polyster - Epoxy

     

    Available models and recommended flow rates

     

    Horizontal Fertilizer tank dimensions Model Capacity ØD G,C,T H H1 Weight
      litre galon inch mm inch mm inch mm inch mm kg lbs
    H1100 100 26 18" 457 3/4" 19 19.6" 500 29.5" 740 33 72
    H1200 200 52 24" 609 1" 25 23.6" 600 33.8" 860 59 130
    H1300 300 79 24" 609 1" 25 29.5" 750 33.8" 860 66 145
    H1400 400 106 24" 609 1" 25 39.4" 1000 33.8" 860 85 187
    H1500 500 132 24" 609 1" 25 59" 1500 33.8" 860 108 238

     

    Tank Injection Rate

     

    Armas ferilizer tank injection rate Pressure Difference Injection Rate 3/4" inlet - 3/4" outlet Injection Rate ½" inlet- ½" outlet Injection Rate 1" inlet- 1" outlet
    0.9 bar 1400 l/h 3980 l/h 5120 l/h
    0.8 bar 1340 l/h 3750 l/h 4830 l/h
    0.7 bar 1250 l/h 3510 l/h 4520 l/h
    0.6 bar 1160 l/h 3250 l/h 4180 l/h
    0.5 bar 1050 l/h 2970 l/h 3800 l/h
    0.4 bar 940 l/h 2650 l/h 3420 l/h
    0.3 bar 820 l/h 2300 l/h 2950 l/h
    0.2 bar 670 l/h 1880 l/h 2400 l/h
    0.1 bar 450 l/h 1320 l/h 1700 l/h
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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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    Area:
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    Distance:
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    Time:
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    Volume:
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    Pressure:
     to 
    Power:
     to 
    Precipitation (Water Application) Rate:
     to 
    Salinity:
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    Speed:
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    Reference: Washington State University