Air Zone International DBA Air Zone Industries International, Inc. (“AZII”). The Texas Corporation was founded in 1994. Factory offices and manufacturing facilities are located in the northwest business district of Houston, Texas at 5220 Ted Street. The products manufactured by Air Zone are distributed through representatives and distributors across North America and foreign countries. The company is dedicated to quality and service, which keeps our customers returning year after year because of this commitment. Our founder has over 50 years of experience in the design, manufacturing, sales and distribution of air handling equipment and is considered a leading innovator in this field. Air Zone believes that quality is never an accident but a pledge that is never ending. Our company is recognized for this excellence and the products we offer are a reflection of this commitment. Our mission: To formulate improved design of air handling equipment and to manufacture premium products with moderate prices and punctual delivery schedules.

Air Zone works around the clock and around the globe to provide the highest quality products and the best business practices. Our standards and guarantees are unmatched, and our relationships span the globe. The media consistently looks to industry leaders to provide information and guidance on the latest topics. Visit our Resource Center’s Video Library to see Air Zone International in the news.how do portable ac units work Air Zone actively supports and is involved with the US Green Building Council, the Greater Houston Partnership and ASHRAE. samsung window air conditioner prices in indiaWe are donating a custom air unit for the new City of Houston Green Building Resource Center. german ac unitMany individuals at our company support charities including the Houston Livestock Show and Rodeo, and many others.

In January 2008, Andy Bergman joined Air Zone International as the Vice-President of Sales & Marketing. Bergman is a LEED Accredited Professional, CSI Certified Document Technologist, and a founding member of the Greater Houston Partnership's Green Building Committee. Air Zone is a leader that provides in the construction of "green" building and underfloor air systems; these unique air handling units offer reduced pressure, save horsepower, simplify and decrease the cost of LEED projects. Bergman has been involved in Houston's "green" movement since its inception and witnessed the impressive transformation towards "green" building in the 4th largest city in the United States. As an expert in the industry he has helped Air Zone share valuable insights and turn them into opportunities and strategies. We are excited to have him as a significant part of the Air Zone team. Unique modular cabinet design Galvanized Steel Metal Cabinet Stud mount or over the hot water heaterIn the latest version of its design software, GEA Happel Klimatechnik GmbH, of Herne, Germany, has significantly expanded the software functionality.

Beginning with the version Lplus 5.26, the design software calculates the life-cycle costs (LCC) of central air-handling units in the following ranges:  GEA CAIR, GEA ATpicco, and GEA COM4. Thanks to LCC calculation, it is already possible during configuration of the equipment to determine the influence that the energy-saving equipment features will have on operating expenses. In addition to equipment-specific data, Lplus also takes into account data on the type and duration of the planned application, the climate data at the installation site, energy prices, and determining financial conditions. Since the share of energy costs for central air-handling systems often accounts for three-fourths of total life-cycle costs, the potential for savings through energy costs are enormous. As Wolf Hartmann, CEO of GEA Happel Klimatechnik GmbH, emphasizes, “Energy costs are often underestimated. Many will be surprised at the results presented by our new LCC calculation functions:  indeed, the increased initial expenses for enhanced equipment features often amortize themselves within 2 years.”

The following factors especially have positive effects on reduction of energy consumption:  generous equipment cross-sections (which lead to reduced air velocities), installed units with low pressure drops, bypass circuitry for components not constantly required, energy-efficient fans and drives, as well as – particularly – energy recovery systems and intelligent control systems. The latest version of the GEA design software Lplus allows calculation of the life-cycle costs (LCC, see chart) for the GEA central air-handling equipment CAIR, ATpicco, and COM4. This calculation function enables fast and precise estimation of how fast an energy-efficient equipment version will be amortized (graphics:  GEA Happel Klimatechnik). To simplify the selection of optimal features, the design software Lplus compares a number of different equipment variants and visualizes the overall cost benefits of efficiency-enhancing measures. Planners can use such comparative presentations as argumentation aids when meeting with investors.

The calculations performed by Lplus are based on the Eurovent Recommendations for Calculation of Life-Cycle Costs, and take into account important standards and regulation complexes (e.g., DIN V18599-3 and VDI 2067-1). The present LCC calculation features are a constituent part of in-house GEA software, with the result that their use with potential customers is limited to designing cost- and energy-optimized central air-handling equipment together with their GEA specialists. Beginning in spring of 2008, however, the LCC functions will also be available through an operator-friendly interface in the customer version of Lplus. 40RUAA16A2A6-0A0A040RU = Packaged Air Handling Unit with Puron® R-410A RefrigerantA = Standard DX CoilA = None16 = 15 TonA = None - Standard2 = Std Static, Std Efficient Motor / Med DriveA = Standard Aluminum Fin / Copper Tube6 = 460/3/600 = StandardA = Standard0 = NoneA = Standard0 = StandardCarrier’s versatile packaged air-handling units satisfy design requirements with:Multi-position design for horizontal or vertical installation without modification.