The GOODMAN brand stands as one of the most renowned manufacturers specializing in rooftop air conditioning units. These units, commonly referred to as "roof-tops," derive their name from the English term "roof-top," which literally translates to "at the apex of the roof." This innovative air conditioning solution is designed to be installed either directly on the roof or in close proximity to a building. Its functions encompass indoor ventilation, air conditioning, and even air heating. Notable for their compactness, straightforward installation process, and cost-effectiveness, GOODMAN's ongoing advancements in this field have birthed an extended lineup of units with enhanced features and improved attributes.
Structurally, the rooftop unit is fashioned as a pre-assembled monoblock, ensuring a hassle-free installation experience. The unit's operational process involves the intake of fresh air through a grille into a mixing chamber (1). In this chamber, exterior air gets mixed with recirculating air. This air mixture subsequently traverses a filter (2), passes through a heat exchanger (3), and finally enters the indoor space. The precise blend of fresh air and recirculating air is achieved by manipulating the position of air dampers (4). For colder periods, a heating section (5) is integrated to warm the air; this can be powered by electricity, water, or gas. The unit further comprises a condenser (6), cooled through a fan-driven airflow. Goodman Air Conditioning Installation in San Jose.
Rooftop units find widespread application in large-scale settings, such as industrial complexes, supermarkets, exhibition centers, sports facilities, and cinemas, to name a few. Conversely, smaller rooftop air conditioners are prevalent in the USA and Canada, catering to residential homes, thus enabling the creation of a comfortable indoor microclimate. Presently, these air conditioning units are gaining popularity in the San Jose region.
Characteristics of GOODMAN Rooftop Units:
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The gas-heated GOODMAN furnaces feature direct spark ignition complemented by a flame sensor, along with display-based fault diagnosis. Gas consumption varies between 2.5 to 12 m3/h, contingent upon operational conditions and unit performance. These furnaces utilize a closed burner and specialized heat exchanger, ensuring swift air heating without direct exposure to the flame or combustion products. The integration of a forced draft fan bolsters the efficiency of combustion product expulsion.
Dual-position gas valves (50/100%) facilitate optimal regulation while minimizing operating expenses. The control system is programmed to deactivate gas burners in case of substantial gas pressure deviations or air overheating.
The economizer, constituted of adjustable dampers, facilitates controlled introduction of fresh air into the space, adjustable from 0 to 100%. This system concurrently enables energy savings by utilizing outdoor air temperature for heating or cooling without engaging compressors or heating components.
Economizer Systems are available in both single- and dual-enthalpy configurations. They enable operations based on variables like room temperature, humidity, carbon dioxide (CO2) levels indoors, or external temperature and humidity (single-enthalpy). Alternatively, they can monitor both indoor and outdoor temperature and humidity simultaneously (two-enthalpy).
For installations involving multiple GOODMAN rooftop units within a single entity, comprehensive management and control functions can be executed via computerized systems. Goodman Heat Pump Installation in San Jose.