Inditer Software
EQUIPMENT SELECTOR (INDITER UNIT SELECTOR HYBRID)
This tool will allow you to understand the performance of the selected unit under each operating condition, add the necessary accessories or options, and ultimately determine the purchase price of the unit you need.
Through our software, you will have access to a wide range of products such as Evaporators, Condensers, Water Coolers, Dry Coolers, Adiabatic Coolers, and more.
INDITER UNIT SELECTOR HYBRID will provide you with great calculation and selection agility, allowing you to obtain detailed technical and economic documentation.
A great potential for calculation, being able to select according to;
– Refrigerant gases
– Fin passages
– Maximum dimensions
– Supply voltage
– Altitude above sea level
At the same time, you will be able to configure your unit by choosing from a wide variety of available materials and components:
• Axial and centrifugal fans
• AC or EC fans
• Different fin, header, and casing materials
• Various types of defrosting: electric, hot gas, glycol, etc.
• Condensate trays, with or without insulation
HEAT EXCHANGER SELECTIOR (INDITER COILS CALCULATOR)
Our application will allow the selection for the different geometries that we work in Inditer, with the possibility of adding different materials of fins and frames of the coil according to the degree of corrosion of the environment, to know the purchase price of the selected exchanger.
Through our calculation program, you will have the possibility to select the single-phase heat and cold exchangers, allowing you to add the most common antifreeze liquids on the market, as well as to select exchangers for the case of direct expansion and condensation with the most common gases on the market.
INDITER COILS CALCULATOR can be installed on a local computer or as a calculation engine as an ERP tool, providing price and sketch of the selected coil.
– Power
– Output temperature
– Number of rows
Flexibility of input data entry
The input data can be set:
– Fin pitch
– Air passage dimensions of the coil
– Flow rate for different air density conditions
– Selection of collector diameter and different stages