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ASTEC training has two components: (1) the theory and (2) the practice. Details of the theory training program are provided below. The practical aspects of ASTEC training are based on a specific field application (metal roof, EPDM roof, asphalt roof, concrete deck, asbestos-cement roof, sidewall, etc.). Training is available at the manufacturing site at no cost to new dealers except their own out-of-pocket expenses. Should a new dealer prefer to have training in-country or on (his) site, he would then be responsible for the trainer's out-of-pocket expenses.
This Program was developed by ICC International
to provide its
Dealers with a simple but thorough examination of heat transfer
management using ASTEC coatings to reduce cooling loads and increase
energy savings. The three primary objectives of this program are:
a) to achieve a solid understanding of heat transfer by radiation
b) to effectively measure energy savings (kWh) using ASTEC coatings,
and
c) to calculate the savings in terms of dollars and return on
investment for each application.
This short module compares the concept of heat gain in matter,
establishes the two fundamental laws of thermodynamics, and
introduces the three modes of heat transfer:
(a) Radiation
(b) Conduction
(c) Convection
This important module defines the three modes of heat transfer, examines solar radiation, and illustrates how the sun's radiation is carried to earth on electromagnetic waves. The analysis of the electromagnetic spectrum focuses on critical radiation from infrared, visible, and ultraviolet rays. This section also addresses the concept of absolute temperature, and introduces the proper-ties of emissivity, reflectivity, and absorptivity.
This part explains ASTEC's solar reflectivity and thermal emissivity.
This segment defines the "perfect" customer requirements and how the ASTEC System addresses the customer's needs. The module also highlights the ASTEC strengths.
This technical section develops a mathematical model for precise calculation of ASTEC's energy savings. The model is expressed in the form of an equation which takes into consideration all three modes of heat transfer: conduction, convection, and radiation. This scientific approach quantifies the heat flux reduction, the energy savings in financial terms, and the cooling load reduction in terms of W/m2 [Btu / (hr-ft2)] or tons of refrigeration (TR).
In this section, the following terms are clearly defined: British Thermal Unit (Btu), Conductivity (k factor), Conductance (C factor), Overall Coefficient of Heat Transfer (U-factor), Resistance (R-value), Emissivity (e value), Absorptivity (a), and Reflectivity (p).
This very important module establishes a mathematical formula for calculating the energy impact, the maintenance cost reduction, and the repair savings of ASTEC's Total Solution on a given structure.
This important component literally "surfs through the net" and allows the dealers to visit the ICC-ASTEC Web Site for any technical assistance. The ICC-ASTEC Web Site provides direct access to the Engineer's Guide, Frequently Asked Questions (F.A.Q.) About ASTEC, Material Safety Data Sheets, Application Specifications, Sales Literature, Project Report Form, Project Photo Album, References, Dealer Application Form, and a Glossary of technical terms. We are constantly updating our website to reflect new information.
