Thermal heating and cooling (for cooling the Carterm module is required)
Plumbing and sanitation
Winter heat losses, verification of Law 10/91, water heating systems, and radiant floor and wall, plumbing systems, gas systems
Two-phase fluid
Network drawing to shaft circulators and a series of terminals of energy use
Customizable terminal databases with indication of the thermal properties (specifications) and dimensional: ability to associate custom .dwg blocks two and three-dimensional
Unified network of components and design (with ASHRAE symbolism) or three-dimensional scale
Automatic sizing the radiators in various ways.
Distribution networks graphical input and the possibility of manual insertion of a fictitious external pipe section
Automatic link between the pipelines network and designed terminals (multiple selection)
Trunks lengths calculation and singularity, diameters dimensioning, terminal balancing, effective range of the distribution, dispersed energy along the path (actual temperature at the terminals), insulation thickness based on the pipe location
Plumbing networks sizing calculation on the load unit basis (UNI 9182) and statistics courses (DIN 1988)
Creating and customizing tables for the association between unit load and flow
Displayed objects modifications and update the results of real-time calculation
Detailed calculation report in RTF format and bill of materials (.RTF and .XLS)
Automatic drawing of the Return network for heating systems and Heat network for plumbing systems
Disegno e dimensionamento di reti a fancoil canalizzato con scelta della taglia del fancoil
Special pieces manual entry (balancing valves, gate valves)
Management changes in elevation of the drawing through anchor building objects
Enter grip point and Osnap point on designs drawn by the user terminal
Ability to export drawings
Radiant cooling
Heating calculation according to ASHRAE
Cooling calculation according to ASHRAE (in combination with Carterm)
Ability to input room tabular powers for heating and cooling
The new window for the supply temperature control allows a higher level of interaction with the project directly allowing the modification of parameters such as: power environment, the number of circuits, the type of step, covering, etc.
Customizable databases finishes, radiant systems, pipes, panels and steps of the circuits, manifolds
Automatic design of circuits for floors, walls, and ceilings
Design of spirals, serpentines, guided serpentines, double serpentines, and more in general of the radiant systems following categories:
Embedded pipes in wet concrete structures
Pipes placed in wooden or dry structures
Immersed pipes in drywall panels or capillaries
Dynamic design of the conduits
Extended data not modal for editing the project in each component
Possibility of manually editing the circuit coils
Preparing the radiant systems design, prefabricated air-conditioning
Control Panel for the detailed results analysis for central heating, for manifold, for room
Calculations of dimensioning, balance, and quantity surveys
Multilingual technical reports in RTF format
Bill of materials in multilingual RTF and .XLS formats.
Ability to export drawings
Thermal and energy calculations
Thermal transmittance calculation of any structure and opaque glass windows horizontally and vertically in accordance with the UNI EN ISO 10077-1
Calculation of winter heat losses with dispersants structures statistical overview (UNI EN 12831:2006)
Sizing of air treatment plants for thermoventilation systems
Guidance system for the graphical input enforcement via a browser that allows you to run the project in sequential order
Quickly and accurately graphical input with automatic three-dimensional modeling
Automatic detection of thermal bridges and implementation schedule of thermal bridges enforced by CESTEC SPA, ANCE Lombardy and the Politecnico di Milano
Automatic detection of thermal bridges and exchanging borders
Archive materials compiled according to UNI EN ISO 10456:2008, UNI EN ISO 10351:2015, and fully customizable
Control of errors and warnings on tabular and positioning input through the navigator on the field and concerned form
Dynamic labels summary of all the romms characteristics
Generating summary legends, Windows, and custom print layouts
Production of calculation reports and the technical report in RTF format
Costs summary of the calculation results
Ability to export drawings
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