CINICALC Tool<\/h1>\n<\/div>THIS ARTICLE IS UNAVAILABLE UNTIL FURTHER NOTICE.
\nFOR THE TIME BEING, CALOSOFT WILL CONTINUE TO CARRY OUT ITS ONGOING SUPPORT ACTIVITIES<\/p>\n
Cinicalc is an\u00a0independent calculation tool<\/strong> that is available through CINI. The following calculations can be performed:<\/p>\n– Economic insulation thickness
\n– Energy loss from non-insulated systems
\n– Energy loss from insulated systems
\n– Temperature gradient in systems with running or stationary product<\/p>\n
The amount of CO2 emissions<\/strong> is also defined when calculating the energy loss.<\/p>\nWhen calculating the economic insulation thickness, the costs for both insulation materials and assembly, maintenance and ‘energy losses’ of the insulation system are taken into account.<\/p>\n
These costs are project-dependent<\/strong> and must be entered by the user himself, taking the local conditions into account.<\/p>\n<\/div><\/div><\/div>
THIS ARTICLE IS UNAVAILABLE UNTIL FURTHER NOTICE.
\nFOR THE TIME BEING, CALOSOFT WILL CONTINUE TO CARRY OUT ITS ONGOING SUPPORT ACTIVITIES<\/p>\n
Cinicalc is an\u00a0independent calculation tool<\/strong> that is available through CINI. The following calculations can be performed:<\/p>\n – Economic insulation thickness The amount of CO2 emissions<\/strong> is also defined when calculating the energy loss.<\/p>\n When calculating the economic insulation thickness, the costs for both insulation materials and assembly, maintenance and ‘energy losses’ of the insulation system are taken into account.<\/p>\n These costs are project-dependent<\/strong> and must be entered by the user himself, taking the local conditions into account.<\/p>\n<\/div><\/div><\/div>
\n– Energy loss from non-insulated systems
\n– Energy loss from insulated systems
\n– Temperature gradient in systems with running or stationary product<\/p>\n
![](\"https:\/\/cini.eu\/wp-content\/uploads\/2020\/10\/DSCN8182_352x250.jpg\" "\\"DSCN8182_352x250\\"")
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