iACS - Experts in AHU Controls

The Carel rTM monitoring system, is used to monitor temperature, humidity, light intensity and pulse counters from energy meters modules, in combination with Carel, supervisory systems or programmable controllers with special software. Benefits Ideal for retrofits on existing systems, being easy to install: -    No electrical connections required; -    Flexible layout in the event of structural modifications; -    Simple installation and maintenance; -    Existing controllers do not need to be replaced, as the system is completely independent and can be integrated into any installation; -    Simplifies monitoring of the installation (including over remote connections). In the event of alarms, operating status can be notified via SMS, email, FAX; -    Supervisory systems can be customised reports and data log files; Composition -    Battery or mains powered sensors for measurin...

Air-conditioning application programs play a primary role in the range of the Carel solutions. These programs, developed with the Carel EasyTools system, allow the programmable boards in the pCO sistema to operate using different logic according to the unit being controlled (air-conditioning units, roof-top units, chillers, shelters etc.). Being standard programs, and therefore designed for all manufacturers/installers, they perform the greatest number of functions so as to cover all the possibilities. Thanks to the pLAN connection, some programs feature the ability to use more than one board on the same unit to increase the number of I/O or to rotate a series of units. The pCO¹ , pCOˣˢ , pCO² , pCO³ and pCO⁵ boards feature the multi-language function and connection using an optional card to the (BMS, Modbus® and LONTM). Flexibility is further guaranteed by the possibility to use the same software on the different sizes of the boards. Advantages Modularity: with the pCO¹, pCO², ...

The connection of the controllers into networks means that one single supervisory station can manage the parameters and information required to identify the status of the devices present and the processes being controlled. The data collected (temperature graphs, fault signals, service requests, etc.), which can be displayed by the user simply and quickly, are saved and can be made available to access the information saved via a remote connection, in order to analyse or check the correct operation of the system. They can consequently modify the control parameters, modify or force the operating modes, or directly manage any actuators. When required, it is the system itself that alerts the appropriate service centre. Event synchronization The individual control actions can be co-ordinated so as to be performed at certain times and in certain ways, in order to minimise any negative effects on the overall system. One example is the division of the loads due to the defro...