ROOMS OF
APPLICATION: solvent drying - drying -
packaging - chemical industry - pharmaceutical industry - wood processing -
moulding - painting
LIFE LIFE TIME: One advantage first and foremost that shows the
resistance "cuppella", is the extensive durability of its function, in
as the inner resistive filament is completely immersed in
a solution of enamelled refractory product with high power
irradiating, thus developing a kind of extreme mechanical protection
to the resistive part itself
EXTERNAL FORM
: Cupels are made in various
sizes (they tend to be rectangular in shape), resulting in
variations in power and, of course, yield. They can be connected in
parallel to each other, creating a heated area to suit
one's needs
.
EASE OF
INSTALLATION: secured with a simple metal CLIP
placed at the rear of the cupel, they are very
practical in case of replacement; they can also be supplied with
photosensitive element system, which turns their shade
of the external colour when they heat up; this is very useful for
detecting a non-functioning element within an installed battery
of cupels, saving downtime and
intervention costs
CONTROL
TEMPERATURE: Coppella heating elements can reach
a maximum surface temperature of 750°C and incorporate a temperature probe (usually of the
"K" type) inside
them, used to send its own temperature reading data
perceived directly from the heating surface of the coppella
itself, to a temperature controller that will then manage the
working trend, thus allowing a constant monitoring
temperature trend, guaranteeing a balanced system free from jolts
fluctuating temperatures on the surface to be heated
