michenfelder elektrotechnik

MICOMP UNI type G-MC
(alternative type G-91)
the moisture control
system for mixer coolers
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MICOMP UNI
The fully automatic moisture control system for
type G-MC/G-91/G-FBK
mixer coolers and fluidised bed coolers
When you make a decision,
choose the market leader!
Over 500 mixer coolers throughout the world have been fitted
with Michenfelder systems. Well-known manufacturers of
mixer coolers have regularly placed their trust in them over the
past number of years
Only by measuring in the cooler, is a high-precision, reliable
output moisture content guaranteed. Initial temperature and
moisture fluctuations are successfully compensated for in
every phase of production
Freely adjustable moisture value, moisture display in % H 2O directly (type G-MC)
Versatile software and hardware expansion options available (type G-MC)
Practical expansion of the FoMaSys moulding sand management system
MICOMP UNI type G-FBK
the moisture control system for fluidised bed coolers
Fluidised bed and/or vibration cooler users are familiar with the problem of serious output moisture fluctuations.
Moisture control that is purely temperature-dependent is not a suitable solution. There are too many situations
that you cannot control. For example, no water is added to cold, dry sand and what’s worse, the exhaust system
also extracts the loose character-forming superfines (the typical “Monday problem”). The sand becomes
inhomogeneous. Cold and unpoured sand is not identified either. The sand becomes too wet, resulting in
problems
.
on the conveyor belt, in bunkers and in bucket elevators. For fear of over-wetting, there is a temptation
to operate at a too dry level from the fluidised bed cooler, with all the problems this entails for subsequent
conditioning. If you choose the leading technology in the form of the MICOMP UNI type G-FBK, you will get
constant moisture at the fluidised bed cooler outlet at every phase of production. The interaction of precision
measurement technology (moisture probes and temperature gauges) and optimum water addition (valve and
nozzle kits) will be the major factor in your success.
� Reference projects are proof of success and cost-effectiveness
� Achievable precision of ±0.1 -0.2% H 2O (in the 1 st standard deviation)
� Freely adjustable moisture value, moisture display in % H 2O directly
� Versatile software and hardware expansion options
� Practical expansion of the FoMaSys moulding sand management system
FoMaSys-Module
FoMaSys-Modul
Michenfelder Elektrotechnik GmbH & Co. KG
info@michenfelder.com | www.michenfelder.com
AUTOMATIC MOISTURE CONTROL SYSTEM FOR COOLERS