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Parker BSP-MT 10-95/D3 - Page 17

Parker BSP-MT 10-95/D3
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EN | User Manual Technical product description
BSP-MT 10-95/D3 15
Adsorption
Via a compressor, humid compressed air is
supplied to the upstream  lter. From here, the
compressed air  ows upwards through the
absorption vessel, which is pressurised. In so
doing, the drying agent dehumidi es the air.
The dried compressed air is supplied to the
pipe network via the purifying vessel and the
downstream  lter.
Here, adsorption is shown in the left
vessel.
Regeneration (running in parallel to the adsorption)
At the same time the other chamber is prepared for a renewed take-up of humidity. This
process is called regeneration.
The regeneration is subdivided into three phases: expansion, dehumidi cation, and pres-
sure build-up.
With the dewpoint-sensing control option, the regeneration phase is followed by a standby
phase.
Expansion phase
During the expansion phase the pressure in the
right chamber is released via the muf er down
to ambient pressure within just a few seconds.
The out ow of the compressed air becomes
noticeable due to a sudden powerful  ow noise
at the muf er.
Dehumidifi cation phase
Prior to being released into the pipe network,
dried compressed air is bled by means of an
ori ce plate. This separate regeneration air  ow
is fed through the depressurised chamber. The
humidity stored in the drying agent is taken up
by the air  ow and expelled into atmosphere via
the muf er.
Here, regeneration is shown in the right
vessel.

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