© by WilTec Wildanger Technik GmbH
Seite 4
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Spezifikation
Type:
Diaphragm-compressor
Power:
250W (1/3-HP)
Rotation speed:
1450 rpm
Standard volume:
68 l/min
Presssure adjustment range:
max. 3,5 bar
Weight:
9,5 kg
Dimensions:
360x165x230 mm
Suitable for all airbrush types with guns with nozzles from 0, 2 up to 1, 0 mm
User notes
Usually the compressor outlet has a ¼- inch-external thread. If you need a 1/8- inch-external thread
you need to use an adapter to connect it to different air hoses.
The original air hose is airtight. If the air hose is not airtight this affects the auto stop function (repeated
switch on and off).
The sealing of the screw connections can be made with the help of Teflon band.
Connect the compressor, the air hose, and the airbrush-gun or other air tools, connect the compressor
to the voltage, turn it on and the compressor starts running. The manometer will show maximal
pressure and you can adjust the operating pressure with the pressure regulator.
Check for air leaks Check for air leaks
Please do not use the air tool if the auto stop-function deactivates itself. Turn on the compressor untill
it goes on auto-stop. Then switch the compressor and check the manometer. When the needle holds
the setting constant, this shows that the air-tightness is very good. If the displayed setting goes down
very fast it means that at some joint there is an air leak. Please check it and seal it. Otherwise every
leak will affect the compressor’s efficiency (repeated auto-stop- and auto-start-operations).
The difference between maximum pressure and operating pressure
The maximum working pressure of a compressor is the highest pressure that the compressor can
reach. If a connected airbrush is opened, the compressed air is shot initially through the Airbrush-
nozzle. In contrast to this the working pressure is the constant pressure that the compressor can
maintain during airbrushing. The pressure level depends on the other hand on the nozzle diameter of
the airbrush to which is connected; the bigger the nozzle diameter is, the larger the air quantity that
can escape and the lower the working pressure of the compressor.
