Movie - Moisture Removal Test Using WELL AIR | ||||
English Version mp4(x264) file / 5'05"(20.8MB) 320-240px |
Japanes Version mp4(x264) file / 4'45"(15.4MB) 220-176px |
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Contents | ||||
The lubricator just before the inlet of the
WELL AIR adds moisture to the air. |
To make it easy to see results, water mixed
with blue-ink is poured into the lubricator.
Then we test whether the WELL AIR can remove
this water, or not. |
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This unit is used to conduct tests of the
water-removal performance of WELL AIR
units.
From the left, you will see: a compressed
air inlet, a lubricator, an air gun
(A),
and then the WELL AIR (in front of
the lady),
and then another air gun (B).
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This is air gun (A), located between the
lubricator and the WELL AIR. That is, in
the compressed air line before the WELL AIR. |
As you can see, air which has not passed
through the WELL AIR will spray lots of ink.
This means that moisture and drains are contained
in air. |
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This is air gun (B), located at the outlet
of the WELL AIR. |
When we trigger air gun (B), it does not
spray any moisture or ink, just air. While
pulling the trigger, the ink-water level
in the lubricator drops, meaning that the
WELL AIR is eliminating the drain. |
The results clearly show the moisture removal
efficiency of the WELL AIR. The drain, ink,
and moisture are discharged from the auto
drain at the bottom of the WELL AIR. |
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To see how this works in action, you can watch a CD-ROM video about the WELL AIR, or see an actual demonstration of the machine. |
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