CoolTool allows the User to compare different solutions and design variations relating to a specific problem and to select the best available, including Parts Lists and Graphics.  The program has extensive Printouts and can Export the calculated data, which can be used within your company documentation.  CoolTool is available in 8 languages and is structured in Modules.  Each User can create an individual system exactly suited to their needs from the Modules available.

Demo http://www.ingmergl.de/downloads/CT_demo_702_eng.zip
 

Module 1 - One -Stage Compression Systems
Module 2 - Two-Stage Compression Systems
Module 3 - DX Compound Plants
Module 4 - Compound Plants with Secondary Refrigerant
Module 5 - Flooded Evaporation Compound Plants
Module 6 - Mollier and ASHRAE Psychrometric Charts
Module 7 - Coldroom Load Calculation
Module 8 - Air Conditioning Cooling Load
Module 9 - CoolDraw with Technical Libraries
Module 10 - Module Database – Selection of more than 10,000 Refrigeration Components.

Please call for Technical Specification and Pricing.

• Pipework design for suction, discharge, liquid, injection and condensate lines in both copper and steel.
• Design and calculation of hot gas bypass pressure, flow velocity and part load operation.
• Calculation of double risers for design of critical systems.
• Pressure enthalpy graphic resprentation of the system design.
• Detemination of the energy consumption and therefore CO₂ emissions of the plant depending on the different components selectected.
• Over 30 different refrigerants including zeotropic blends.
• Wide range of compressors design characteristics including: reciprocating, scroll, screw, open, semi and fully hermetic.
• All major manufacturers components are included in a large database each of which has a unique graphical representation for easy indentification.
• Automatic calculation of refrigeration system criteria when components have been selected.
• Creating fittings for pipework including reductions and actual assemblies.
• Bill of Materials (BOMs) creation and project managment facilities.
• Interface fully with all CoolTool modules. 

• Pipework design for suction, discharge, liquid, injection and condensate lines in both copper and steel allowing designs and configurations of up to 60 Evaporators.
• Design and calculation of hot gas bypass pressure, flow velocity and part load operation.
• Graphical representation of the final design.
• Calculation of double risers for design of critical systems.
• Pressure enthalpy graphic resprentation of the system design.
• Detemination of the energy consumption and therefore CO₂ emissions of the plant depending on the different components selectected.
• Over 30 different refrigerants including zeotropic blends.
• Wide range of compressors design characteristics including: reciprocating, scroll, screw, open, semi and fully hermetic.
• All major manufacturers components are included in a large database each of which has a unique graphical representation for easy indentification.
• Automatic calculation of refrigeration system criteria when components have been selected.
• Creating fittings for pipework including reductions and actual assemblies.
• Bill of Materials (BOMs) creation and project managment facilities.
• Interface fully with all CoolTool modules.

• Pipework design for flow and return in both copper and steel allowing designs and configurations of up to 60 Radiators.
• Design and calculation of flow velocity.
• Graphical representation of the final design.
• Calculation of double risers for design of critical systems.
• Basic pump design characteristic calculated.
• Hydraulic calculations of pressure in heat exhangers.
• All major manufacturers components are included in a large database each of which has a unique graphical representation for easy indentification.
• Automatic calculation of system criteria when components have been selected.
• Creating fittings for pipework including reductions and actual assemblies.
• Bill of Materials (BOMs) creation and project managment facilities.
• Interface fully with all CoolTool modules.

• Pipework design for suction, discharge, liquid, injection and condensate lines in both copper and steel allowing designs and configurations of up to 60 Evaporators.
• Design and calculation of hot gas bypass pressure, flow velocity and part load operation.
• Calculates all flow parameters
• Graphical representation of the final design.
• Calculation of double risers for design of critical systems.
• Pressure enthalpy graphic resprentation of the system design.
• Detemination of the energy consumption and therefore CO₂ emissions of the plant depending on the different components selectected.
• Over 30 different refrigerants including zeotropic blends.
• Wide range of compressors design characteristics including: reciprocating, scroll, screw, open, semi and fully hermetic.
• All major manufacturers components are included in a large database each of which has a unique graphical representation for easy indentification.
• Automatic calculation of refrigeration system criteria when components have been selected.
• Creating fittings for pipework including reductions and actual assemblies.
• Bill of Materials (BOMs) creation and project managment facilities.
• Interface fully with all CoolTool modules. 

• Graphical representation of the mollier chart.
• Relative and absolute humidity.
• Zoom facility.
• Quick view of permanent substance data by moving over an area with the mouse.
• Calculation of mixing of two different airflows, latent and sensible heat, heating cooling and humidification.
• Transfer of data to CoolTool plant design.

• Calculations of refrigerated products taking into account the input temperature, specific heat capacities before and after solidification and respiratory heat.
• User expandable database of produce.
• Occupancy times and intervals changable together with indoor and outdoor humidity conditions.
• Calculation of temperature difference across evaporator.
• Design and calculation of Evaporator, fan performance or use characteristics from the extensive database. 

• Necessary cooling load from shares of the different internal and external loads like heat transmission, sun radiation, air exchange, persons and electrical power.
• Consideration of the latent and sensitive enthalpy.
• Change of the geografical data for calculation of the specific sun radiation.
• Consideration of the store capacity of the walls.
• Consideration of the air exchange with outside and inside air humidity.
• Individual construction of wall with calculation of the heat transmission from building material database.
• Output of the calculation data to CoolTool plant design.
• Data of the storage are saved together with the plant information in the main project of the CoolTool plant design software.