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AW2000-02/AW2000-02D AW Filter Regulator

The NANPU Piggyback Compressed Air Filter - Regulator Assembly is equipped with a 5 - micron brass filtration element, a durable polycarbonate bowl, and a semi - automatic drainage system. Supported by a sturdy metal mounting bracket and featuring a precision 0 - 150 psi pressure gauge, this integrated unit ensures efficient air purification and accurate pressure regulation for industrial compressed air applications. 

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    AW2000-02AW2000-02D AW Filter Regulator (4)

    AW2000-02/AW2000-02D AW Filter Regulator

    Manual Drain AW2000-02 Portsize:1/4" AW Filter Regulator

    Auto Drain AW2000-02D Portsize:1/4" AW Filter Regulator

    NANPUAW2000-02/AW2000-02D AW Filter Regulator

    AW2000-02AW2000-02D AW Filter Regulator (6)
    AW 2000 02 BSP D
    Series Number Body Size Port Size Thread Type Drainage Method
      2000 02:1/4" BSP Blank: Differential Pressure Drain
      3000 03:3/8" NPT A: Manual Drain
      4000 04:1/2" PT D: Auto Drain
      4000/5000 06:   3/4"    
      5000 10:   1"    

    NANPUTechnical Specifications

    Model Model 
    Manual Drain Auto Drain (L/min)Rated Flow Rate
    AW2000-02  AW2000-02D 500
    AW3000-02 AW3000-02D 2000
    AW3000-03 AW3000-03D 2000
    AW4000-04 AW4000-04D 4000
    AW4000-06 AW4000-06D 4500
    AW5000-06 AW5000-06D 5000
    AW5000-10 AW5000-10D 5000
    Max Input Pressure 1.2Mpa{12.24kgf/cm²} /174.04Psi
    Max Operating Pressure 1.0Mpa{10.2kgf/cm²} /145Psi
    Temperature Range 5~60℃
    Filtration Accuracy 0.01μm, 5μm, 40μm
    Bowl Material Polycarbonate
    Bowl Guard AC2000(None) AC3000~5000(YES)
    Pressure Range AC2000~5000/0.05~0.85Mpa (0.51~8.7kgf/cm² )/0~125Psi
    AW2000-02AW2000-02D AW Filter Regulator (5)
    Installation and Operating

    1. Preparation

    Every calibration assembly must comply with the specified maximum flow capacity.

    Before installation, meticulously cleanse the ports and connectors to efficiently stop debris from infiltrating the air system.

    Check that the airflow orientation aligns with the directional indicators on the product casing, and confirm that the port and thread sizes match appropriately.

    2. Pressure Adjustment

    Raise the pressure gauge knob and start turning it. Turning it to the right will produce a steady and uniform rise in pressure, while turning it to the left will lead to a proportional drop. After reaching the target pressure level, stop turning and firmly secure the knob. If the knob isn't locked correctly, it might cause leakage problems, undermining the system's stability.

    AW2000-02AW2000-02D AW Filter Regulator (3)
    Pressure Adjustment and Drainage

    3. Dial Reading

    5-Micron Brass Filter Element: Offers outstanding filtration performance, enhanced durability, and the ability to be reused multiple times.

    0.5 and 0.01-Micron Filter Elements: Effectively capture tiny contaminants.

    The drainage column is equipped with a self-acting system. It opens to release substances when there is no pressure and closes when air passes through. Once the water level surpasses the set maximum threshold, prompt drainage is essential; otherwise, the dehumidification efficiency will significantly decline.

    4. Drainage

    The drainage column features a self - operating mechanism. It unlocks to discharge collected materials when pressure is not present and shuts tightly as air circulates. Once the water level hits or goes beyond the permitted maximum, immediate draining is crucial; neglecting this will cause reduced dehumidification efficiency.

    The connector on the drain head functions as a uniform attachment spot for air hoses and can be removed according to particular operating needs or system setups.

    AW2000-02AW2000-02D AW Filter Regulator (2)
    Notice

    Employ a calibrated torque wrench to fasten the connectors to the designated tightness level to avoid any seepage. When first installing the system, an air - expulsion event might take place. This is not a leakage; instead, it stems from the pressure difference between the inside and outside, requiring the release of surplus air. In these circumstances, let the system settle for a suitable period, after which it will function as expected.

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