• Automatic calculation of minimum/maximum flow rates according to DTU 68.3 and RT2012
• Selecting suitable fans
• Detailed technical data sheet with fan power consumption determined according to its operating point, in accordance with Th-BCE rules
• Automatic app update (requires an internet connection)

• Network sizing and selection of the appropriate fan.
• Works for all self-regulating, humidity-controlled and gas installations.
• Calculations in accordance with current standards.
• Provides a detailed and itemized list of the selected equipment.
• Allows the creation of quotes from the VIM product database.
• Possible application in single-flow TERTIARY ventilation systems.

• Sizing and price quote
• Calculating the efficiency of the heat exchanger
  
• Engine fuel consumption
  
• Selection of accessories
  
• Battery characteristics
• Acoustic characteristics
  

• CCreation of a technical data sheet for each fan, including the required operating point on the curve, technical and acoustic characteristics, and dimensional drawings.
  
• Printing possible
  
• Link to all technical catalog pages

Flow rate calculation Ventilation of a Protected Technical Volume

• Calculation based on smoke extraction flow rate, installed extractor, duct network and room characteristics.
• Facilitates the optimization of throughput by adjusting the various parameters
• Selection of air intake grilles or flaps.
• Summary technical data sheets.

• Calculation of extraction, compensation and induction flow rates in kitchens according to standard NF EN 16282-1.
• Automatic sizing of hoods according to standard NF EN 16282-2.
• Incorporates various extraction systems (standard hoods, welded hoods, UV welded hoods, filter ceilings, extraction-only hoods, inductive curtain hoods, etc.)
• Takes into account the characteristics of cooking appliances, the efficiency of the capture system, the method of fresh air diffusion and numerous installation parameters.
• Presents the products and systems offered by VIM in professional kitchens with links to catalogue pages, specification texts and installation instructions.

• Modeling the airflow in a room as a function of supply air temperature and ambient temperature in summer or winter.
• Allows visualization of the air velocity profile in the comfort zone (H
• Allows you to determine the range, noise level and pressure drop of the selected terminal for a given throughput.
• Creation of a comprehensive report on the results obtained.

• Creation of technical data sheets including operating points, acoustic characteristics, and dimensional drawings.

• Sizing of hot/cold/reversible terminal batteries with water or direct expansion.
• Thermal power to be developed or outlet air temperature.
• Water system, glycol water (ethylene and propylene glycol), refrigerant for the battery.
• Limitations of pressure loss on water or fluid and on air, of air velocity.