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HVAC AUTOMATION

Heating of premises, cooling and HVAC are called to organize and control its ventilation systems that. HVAC, English: Heating (heating), Ventilating (ventilation) and Air Conditioning (air conditioning) is acronym formed from the initials of the words. Ventilation covers all branches of industry. In addition, a sub-branch in the field of mechanical engineering can be evaluated within the scope of installation engineering. It is in the category of mechanical systems thermodynamics, fluid mechanics, heat transfer, such as sub-title is the foundation.

Keeping the living conditions of the changing room area and weather conditions is the main objective of the HVAC automation continuously desired. To adjust the temperature and pressure values according to the needs of the HVAC automation with automatic control, unused environment is intended to provide the comfort conditions by inserting the heating and cooling system.

The air in HVAC systems, water vapor, or various streams are often set by the automatic control valves. Under the holding and control dampers regulate the air flow. HVAC Automation, provides automatic control valves and dampers are not.

HVAC systems are significant energy consuming systems is habitat (Residance, housing, shopping centers, industrial facilities, entertainment venues, ... etc.) Characteristics (desired indoor air quality and thermal quality, enlightenment and the ambient temperature is composed of other equipment and building characteristics and location) attention performed by the HVAC automation allows to significantly save energy.

Another benefit associated with the more important contribution to the automation and energy efficiency of the HVAC system is a threat to human health by cleaning the ambient air of harmful organisms. Better regulate the ventilation system that keeps the environment and the desired value, mildew and keeps harmful organisms such as bacteria from the environment they inhabit.

Depending on the ratio of the total energy consumed energy of the building characteristics and the intended use in HVAC systems ranges from 60% to 15%. Efficient use of energy in the system that has such great energy consumption and minimize wasted energy can be also of great importance. Energy savings in HVAC systems can be achieved without compromising the desired level of comfort. Improvements to be made in HVAC systems, building facilities vary according to the application is made in good HVAC operating costs together with automation can improve up to 40%

PUSULA Electric Automation Robots as we, at the request of our customers in air conditioning heating-cooling-goes beyond the standard automation can make the process more efficient and convenient system for ventilation. Changes in the system related software for programming and commissioning procedures we perform in our own facilities, we easily got it. As we use the local control panel for space control, central monitoring and control to ensure the ability of computerized control system or SCADA HMI operator panels we have been building systems. Programming our systems, we are able to monitor and control the possibility of remote access for Internet.
AHU, Fancoils, boiler automation systems, precision PID with pressure, temperature, flow control, Driver, valves, proportional valves, pumps and so on. control are among the types of applications that we have done.

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