Control of speed and power in heat exchangers
Heat exchangers in general, whether for air/air applications or
air/water applications (i.e., condensers), have a considerable weight in terms
of efficiency and energy yield.
Even this element, which is essential for the correct design of the
chiller cycle, must be properly managed and therefore requires electronic
regulation.
The advent of electronically controlled brushless motors allows the
refinement of the adjustments and noise reduction.
Carel offers a series of programmable controllers (pCO) that allow
serial piloting of these loads, thus reducing the space, wiring installation
complexity in general, allowing the management of a large amount of information
in real time and rapid intervention in the event of anomalies or failures.
This is not the only option to satisfy the market: Carel completes the
offer with the gamma inverter and is thus able to meet all of the customer’s
needs. Built-in at either the panel level or for the entire solution, it is
therefore total, a unique, high value package that allows standardization, cost
reduction and new items to complete our customer’s catalogues.
They will then be able to furnish their excellent products with the
new, highly technological offer.
There are different types of exchangers and CAREL is able to offer
dedicated solutions for each application and need based on the available space,
loads, types of motors used and, therefore, the regulation required.
CAREL is certified by the major international players in the
ventilation industry.
The pCO controller, the heart of the regulation system, has software
modules for managing the brushless fans, capable of taking advantage of the
performance offered by the fan manufacturers.
Modbus serial communication allows easy and complete interfacing with
the actuators in action, simplifies their wiring and reduces the space used.
The control panel is smaller thanks to the small number of
electromechanical components since the electromagnetic switches are no longer
necessary for power control.
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