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Return Line Filter XNL-400×10-583-Y

The XNL series return line filter is a new type filter.It is used in the return line of hydraulic system to remove all the contaminants and keep the oil cleaning when the oil returns to the tank.If you choose XNL series filter,the indicator should be equipped.When the pressure drop across the element reaches 0.35Mpa,the element must be changed.

    Product Specifications
    Huahang

    Model

    Flow rate (L/min)

    Filtration accuracy (μm)

    Dia. (mm)

    Press (Mpa)

    Weight (kg)

    Model of element

    XNL-25x*-C/Y

    25

     

     

    1

     

    3

     

    5

     

    10

     

    20

     

    30

    20

     

     

     

     

     

     

     

    0.6

    1.2

    NLX-25x*

    XNL-40x*-C/Y

    40

    1.5

    NLX-40x*

    XNL-63x*-C/Y

    63

    32

    2.3

    NLX-63x*

    XNL-100x*-C/Y

    100

    2.5

    NLX-100x*

    XNL-160x*-C/Y

    160

    50

    4.6

    NLX-160x*

    XNL-250x*-C/Y

    250

    5.1

    NLX-250x*

    XNL-400x*-C/Y

    400

    80

    10.1

    NLX-400x*

    XNL-630x*-C/Y

    630

    10.8

    NLX-630x*

    XNL-800x*-C/Y

    800

    90

    14.2

    NLX-800x*

    XNL-1000x*-C/Y

    1000

    14.9

    NLX-1000x*

     

    Huahang Return Line Filter XNL-400×10-583-Y (3)ga0Huahang Return Line Filter XNL-400×10-583-Y (4)yc5Huahang Return Line Filter XNL-400×10-583-Y (5)atg

    Product featuresHuahang

    1. It can be installed on the top of tank

    2. The check valve will not let the oil flow out of the tank during maintenance

    3. There is a by-pass valve on the top of element,when the pressure drop across the filter element attains 0.4Mpa,the valve will open to protect the hydraulic system safety

    4. The permanent magnents inside the filter can filter the magnetic particles above 1μm dia. from the oil.

    Product ApplicationHuahang

    1. Unable to filter small particles

    Magnetic filters can only filter particles larger than a certain size, and small particles and colloidal impurities cannot be filtered.

    2. Restricted by ambient temperature

    The magnetic adsorption force of magnetic filters may be weakened due to the influence of environmental temperature, and their effectiveness may not be satisfactory when used in high-temperature environments.

    3. Affected by acidity and alkalinity

    When using magnetic filters, it is important to avoid contact with corrosive substances such as strong acids and alkalis, as this may affect the adsorption capacity of the magnetic filter.

    Overall, magnetic filters are a relatively reliable filtering device, but due to their limitations in the filtering field, they need to be selected and used according to different application scenarios.