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3.2.2 Compressor Installation and Instalment Proposals
The floor where your compressor will be placed must have capacity to carry weight of your
▪
compressor, be level and dry. There is no need for fastening (anchorage bolt etc.) once compressor
is placed on such a floor.
Compressor room must be easily accessible and adequately illuminated.
▪
The compressor room placement sizes, which are specified in the above figures, should be
▪
considered to provide an adequate service field around your compressor.
Situations that may lead to fire or corrosion in the operating area should be prevented.
▪
No pipe load (strained connections or strain caused by seasonal heat difference) should be
▪
transferred to the compressor through external connections. The compressed air outlet of the
compressor should be connected with a hydraulic hose and the connection should be made in a
flexible way.
If your air installation is above the level of compressor, do not connect the pipe, to which your
▪
compressor is connected, to the main pipe from below, water at the compressor outlet might break
minimum pressure valve by backing during stop and idle operation.
Ensure that your air installation equipment conforms to the operating pressures of pipe and fittings
▪
and is undamaged.
Select the pipe dimension, drier and line filters of your air installation according to your air use
▪
capacity. (It will be beneficial to construct your installation with larger pipes, considering the
conditions of your company's growth.) Water drain lines of different machines should not be gathered
in a mutual field. Gathering the drain lines at a mutual point may cause some machines not to drain
properly due to the pressure difference and thereby lead to malfunctions.
Install a separate line for the condensation drain of your filter, drier and air tank.
▪
Add an air outlet and power socket to your compressor room for general use.
▪
Your compressor is manufactured for indoor use.
▪
If there are different needs regarding the compressor or the air system, contact your service or sales
▪
representative.
Determine your air installation by considering company requirements. Preferably, it'll be more useful
▪
to build a ring line than a straight line. End of line pressure decrease might be more depending on
pipe section at straight lines. Having a high consumption or periodic shock consumption client might
lead to pressure decreases.
You can determine the ideal pipe diameter for your air installation using the formula below:
L
=
DP
=
d
=
P
=
Q
=
c
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Pipeline length (metres)
Allowable pressure drop (0.3 bar recommended)
Pipe inner diameter (mm)
Compressor outlet pressure (bar) (manometer pressure + ambient pressure)
Compressor capacity (litre/second)
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× ��
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