Compressed Air System Network and Components | Manufacturer of Air tools and Pneumatic Hand Tools for 47 years in TAIWAN | GISON

Compressed Air System Network and Components | Manufacturer of Air tools and Pneumatic Hand Tools for 47 years in TAIWAN | GISON

Compressed Air System Network and Components

Compressed Air System Components and Network for using Air Tools - GISON Pneumatic Tools

GISON - Compressed Air System Components and Network for using Air Tools

    Prevent dust and other contaminats from entering air compressor.
    The filtered air is compressed ( typically 80 psig [5.5 bar] ~ 110 psig [7.6 bar] ) using different types of air compressor such as reciprocating, vane, screw or centrifugal.
    1. Compressor Type - Recommendation:
      0 to 80 psig (5.5 Bar) : single stage air compressor
      80 to 250 psig (17.2 Bar) / continuous usage of tools : two-stage air compressor
    2. Total Air Consumption - Determine the total demand SCFM
      Factors to consider: demands of all air tools, equipments, and other air consumption variables.
    3. Air Compressor Capacity - Horsepower (HP)
      Determined total demand SCFM : D
      and add approximately 20% for system variables. Add ? % for future growth. : D1 = D x 1.2
      If D1 <= 100 SCFM : hp = D / 4
      If D1 > 100 SCFM : hp = D / 5
    Compression leaves the air hot and wet. The Refrigerated Dryer can reduce the temperature of the air and removes the excessive water.
    Air reservoir is provided as storage to reduce fluctuations and maintain a smooth flow in the compressed air system.
    Reservoir Tank Size - The more reservoir the better the system.
    The link between supply, storage and demand. To supply adequate amount of compressed air at the required pressure to all work station.
    Filter-Regulator-Lubricator (FRL):

    FRL are needed to ensure that an air tool is receiving a clean, lubricated supply of air at the proper pressure. The filer removes water, pipe deposits, rust and condensation from entering the air motor. The regulator controls air pressure to the tool. The lubricator provides a nearly constant oil/air ratio of air flows.
    The oil drip rate: one drop per minute for each 20 SCFM (566 LPM)
    The maximum air hose length from regulator to air tool should not exceed 2 M, otherwise it will cause the performance of the air tool to decrease.
  1. A hose of excessive length and / or insufficient diameter can restrict the air flow.
  2. If you are using an air tool on a hose over 6 M. long, it is advisable to increase the bore of the hose to the next larger size available, ie. 1/4" increase to 3/8". This will ensure adequate pressure and volume of air to power the air tools.
  3. Usage of air inline filter / regulator.
  4. Total number of air connections / fitting being used.
  5. Prevent any blockage of air flow. Maintain adequate air flow.
  6. Remove or reduce condensation from the air supply.
  7. Note to drain water from the Drain Value regularly.
  8. Regular check for leaks in all piping, joints, drains, relief valves, flexible air hoses.
  1. Use the shortest air supply hoses possible for the task being performed.
  2. Use the air supply hoses with the correct inside diameter as is recommanded by the air tools manufacturer (User Manual).
  3. Longer air supply hoses require larger inside diameters.To increase the length of air supply hoses it will be necessary to increase the inside diameter of the hoses.
  4. Coiled air supply hoses appear much shorter than they actually are. With using a coiled hoses, make sure that inside diameter is large enough to compensate for the length.
  5. Do not use too many air connections or fittings in air supply hoses.
  1. Water in the compressor tank will cause serious corrosion to your air tools and should be drained daily to avoid excessive water in your air supply. Dirty wet air will rapidly shorten the life of your air tools.
  2. Supply tool with 90 psi (6.2 bar) of clean, dry air. Higher pressure drastically reduces life of air tools.
  3. Do not install a quick coupler directly into the throttle handle (body) of air tools.
  4. Prevent contaminates from entering the air motor of air tools.
  5. Every day before and after use, remove the air tool from air line and pour 2 cc suitable motor lubricating oil (SAE#10, ISO VG32) into Air Inlet. Run the air tools at low speed for few seconds to allow air to circulate the oil and well lubricate the cylinder. This will ensure top performance and maximum durability of air tools.
  6. Lubrication : Use an air line lubricator with oil (SAE#10, ISO VG32), adjusted to 2 ~ 3 drops per minute. If an air line lubricator can not be used, add air motor oil to the air inlet before and after use. Gears, bearing, sleeves, and sliders need to be lubricated as well.
  7. Add moly grease "HIGH LUB L2 MO" to lubricate gears / impact assembly when first time using and per 2 weeks using.
  8. Disassemble and inspect air motor, blades, gears and governor assembly every 3 months if the air tool is used every day. Replace damaged or worn parts.
  9. Use original factory supplied tools, spare parts and accessories.
  10. Do not alter or modify the unit from the Original design or function of Air Tools. If the product causes any problems or dangers, the user is responsible, and the manufacturer is not responsible.

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