GTLAB

GTLAB

GTLAB

Product catalog summary
Overview: The GTLAB software is designed for calculating conductance and transmittance by utilizing data from a heat flux meter. It provides a systematic approach to these calculations, ensuring accuracy and compliance with relevant standards.
Conductance Calculation: The software employs the progressive averages method for conductance calculation. This method does not rely on instantaneous temperature and heat flux values. Instead, it uses averages derived from the total readings, enhancing the reliability of the results.
Transmittance Calculation: Transmittance is calculated by selecting appropriate surface coefficients of heat exchange. These coefficients are influenced by various phenomena and are documented in the UNI 7357/76 Regulations and subsequent adaptations. The calculations also consider the geometrical context, such as vertical or horizontal structures, and adhere to the UNI regulations accompanying Law 10/91, including UNI 10345 for window elements.
Methodologies: The document mentions the measurement of thermal flow, indicating the use of advanced geophysics instruments by MAE s.r.l, located in Zona Ind. Fresilia, Frosolone (IS).
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Catalog excerpts

GTLAB-1

GTLAB Software Software for calculating CONDUCTANCE and TRANSMITTANCE The GTLAB program enables conductance and transmittance calculations by importing data measured with an heat flux meter. CONDUCTANCE The conductance calculation is carried out with the progressive averages method. By this method, the conductance is obtained not by using instantaneous values for temperature and heat flux, but by taking account of the values calculated on averages obtained from the total of the readings performed. TRANSMITTANCE The transmittance calculation is carried out by selecting the surface coefficients of heat exchange, which combine the effects of the above phenomena and are tabulated in UNI 7357/76 Regulations and subsequent adaptations according to the geometrical situation (e.g. vertical, horizontal structure, etc.), and in the UNI regulations accompanying Law 10/91 (e.g. in the UNI 10345 regulations for window elements). Methodologies Measure of thermal flow MAE s.r.l advanced geophysics instruments Zona Ind. Fresilia - 86095 Frosolone (IS)

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GTLAB-2

Flasiftteniiflnpccfco__TemperatureSuperficiili [inijuttaftraistantanea llapilm llenjEslia MAE s.r.l advanced geophysics instruments Zona Ind. Fresilia - 86095 Frosolone (IS)

 Open the catalog to page 2

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
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