Grupo de contenido: Climatización
As of the 2015.i version, CYPECAD MEP allows users to introduce values for the heating and cooling thermal loads of the precincts. These values will then be used to design and check the thermal emitters and air conditioning generators. This way, users can choose to apply, for each precinct, the load calculation carried out by […]
As of the 2015.h version, CYPECAD MEP designs heating installations with heating emitters in series (single-tube system) without limiting the number of emitters in the ring. This way, users will determine the viability of the single-tube heating installation based on the warnings and results provided by the program without limiting the number of emitters to […]
As of the 2015.f version, CYPECAD MEP allows users to export jobs to CYPETHERM ASHRAE LOADS from the “Air conditioning” tab. If more than one precinct group has been defined, users have to select the group to be exported to CYPETHERM ASHRAE LOADS. In upcoming program versions, users will be able to export the complete […]
As of the 2014.l version, CYPECAD MEP allows users to include buffer tanks in heating and air conditioning water handling systems. These elements can be found in the Air conditioning tab > Installation > water handling systems > Buffer tank. The program allows for the buffer tanks to be arranged in two ways: Regarding the […]
The 2014.h version of CYPECAD MEP, within its Air conditioning tab, includes the design and estimate of Mitsubishi Electric variable refrigerant flow (VRF) systems (only for countries for which the Price generator is available). This way, the Mitsubishi Electric VRF systems are added to the Mitsubishi Heavy Industries VRF systems and DAIKIN VRV systems, which were implemented in previous versions (Installation > […]
The 2014.f version includes the new “Radiant and cooling ceiling” module for CYPECAD MEP, integrated in the Air conditioning tab. The module has been conceived to design invisible air conditioning systems using radiant and cooling ceilings of two types: modular technical dropped ceilings and continuous dropped ceilings. More information can be found in the “Radiant […]
Radiant and cooling ceiling is a CYPECAD MEP module integrated in the Air conditioning tab. The module has been conceived to design invisible air conditioning systems using radiant and cooling ceilings of two types: modular technical dropped ceilings and continuous dropped ceilings. Ceiling types and installation components The radiant and cooling ceiling air conditioning systems […]
The calculation of the real power provided by each circuit has been optimised. Furthermore, this data is now included in the analysis reports. This way, the power which theoretically should be covered by a circuit can be seen (required power – which is used to design the circuit) and the real power that it is […]
With the 2014.d version, important improvements have been introduced in the analysis and edition of the radiant floors which provide more adjusted results and greater control on behalf of users. In this sense, the automatic selection of the most unfavourable circuit of each manifold has been optimised, which is what will establish the impulse temperature […]
The “Weather Data Viewer 4.0” of the American Society of Heating, Refrigerating and Air-conditioning Engineers (ASHRAE) has been incorporated in the 2014.d version. Using this database, users can select any of the 5,564 stations located around the world to import the weather data required for the air conditioning design. To access this base, click on […]
As of the 2014.c version, CYPECAD MEP considers the flow temperature of the generating systems to be the temperature limit of the radiant floor system. This way, the thermal emission of the circuits of the radiant floor will be reduced if the flow temperature of the production system is less than (or greater than, in […]
The possibility to define the hygrometric efficiency (for the recovery of latent heat) has been added.
