The pCO sistema

pCO Sistema is the result of Carel’s long experience in the design and manufacture of programmable controllers for HVAC/R units.
The pCO sistema, first developed by Carel in 1984, now offers many more benefits to the manufacturer of Air-Conditioning and Refrigeration units and plants.
The pCO Sistema consists of programmable controllers, user interfaces, software tools for the development of applications, gateways and communication interfaces, remote management systems, and a series of optional boards to interface to the more commonly-used Building Management Systems together with a proprietary supervisory system. A system that guarantees reliability, while being easily modifiable, so as to differentiate the control of air-conditioning or refrigeration unit in terms of both appearance and functions.
The pCO sistema family controllers come in a number of sizes, according to the number and type of inputs/outputs, the use of the Built-In terminal, and the size of the flash memory available.
Everything required to offer the OEMs working in HVAC/R a control system that is powerful yet flexible, and can easily be customized in both aesthetic and functional terms using EasyTools or uploading directly to the pCO, setting the parameters for the appropriate configuration of chillers, heat pumps and condensing units:

- water cooled
- air cooled
- up to 4 circuits
- up to 8 compressors.

The standard application programs have been designed to make a modular solution according to needs. This means that a series of pCO platform controllers can be connected together via a pLAN network of up to 8 units.
Sophisticated algorithms have been developed to offer customers the most advanced solutions for screw compressors, semi-hermetic and scroll compressors.
Specifically for Bitzer Screw Compressors and Turbocor centrifugal compressors, CAREL provides a Driver that optimises performance and protects against dangerous suction and discharge pressure conditions.
Moreover, all the controllers can be fitted with accessories that ensure the maximum performance and energy savings, such as the electronic expansion valve, the 4 to 20 mA or ratiometric pressure transducers.

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