condenser

CONDENSER = [kın'densı] noun
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CONDENSER
Air-cooled condenser: A heat exchange device that cools and condenses a vapor by using air as the cooling medium, without the need for additional water.
Water-cooled condenser: A heat exchange device that condenses vapor by using water as the cooling medium.
Shell and tube condenser: A type of heat exchanger that consists of a shell (outer vessel) and tubes (inner vessel), used to condense vapor.
Surface condenser: A heat exchanger that condenses steam by transferring heat to a cooling medium on the surface of the tubes.
Steam condenser: A device that reduces steam to water, typically by cooling and condensing it.
Refrigerant condenser: A device in a refrigeration system that condenses the high-pressure, high-temperature refrigerant vapor into a liquid.
Microphone condenser: A type of microphone that uses an electrically charged diaphragm to convert sound waves into electrical signals.
Condenser lens: An optical lens used to direct and focus light in a microscope or other optical system.
Condenser coil: The part of an air conditioning or refrigeration system where the high-pressure refrigerant vapor is condensed into a liquid.
Condenser unit: A component in an HVAC system that includes the condenser coil and other elements to release heat from the system.
Condenser microphone: A high-quality microphone that utilizes an electrically charged diaphragm and backplate to capture sound.
Condenser pump: A pump used to circulate coolant through a condenser, aiding in the heat exchange process.
Condenser fan: A fan that assists in cooling the condenser coil of an air conditioning or refrigeration system.
Condenser water: The cooling water used in water-cooled condenser systems.
Condenser pressure: The pressure at which vapor is condensed in a condenser unit.
Condenser temperature: The temperature at which vapor is cooled and condensed in a condenser unit.
Condenser efficiency: The measure of how effectively a condenser converts vapor into liquid.
Condenser capacity: The maximum amount of vapor that a condenser can effectively convert into liquid within a given time.
Condenser design: The specific configuration and layout of a condenser system, taking into account heat exchange efficiency and other factors.
Vacuum condenser: A condenser designed to operate under reduced pressure, often used in distillation processes.
Condenser water temperature: The temperature of the cooling water used in a water-cooled condenser system.
Finned condenser coil: A condenser coil with extended fins to enhance heat exchange efficiency.
Condenser maintenance: The routine activities carried out to ensure the proper functioning of a condenser unit.
Condenser fouling: The accumulation of deposits on the surfaces of a condenser, reducing its heat exchange efficiency.
Condenser tube cleaning: The process of removing deposits and contaminants from the tubes of a condenser.
Condenser air flow: The movement of air around the condenser coil, crucial for efficient heat exchange.
Condenser discharge pressure: The pressure at which the condensed vapor is released from the condenser.
Condenser subcooling: The process of further cooling the condensed liquid refrigerant to a temperature below its saturation point.
Condenser superheating: The unintentional heating of the condensed liquid refrigerant above its saturation temperature.
Condenser circuit: The path through which the vapor flows and is condensed within the condenser.
Condenser water pump: A pump responsible for circulating cooling water through a water-cooled condenser system.
Condenser water treatment: The methods and chemicals used to maintain the quality of the cooling water in a water-cooled condenser.
Condenser pressure control: The regulation of pressure within the condenser unit for optimal performance.
Condenser air temperature: The temperature of the air surrounding the condenser coil.
Condenser coil cleaning: The process of removing dirt and debris from the external surfaces of a condenser coil.
Condenser evacuation: The removal of non-condensable gases from a condenser to improve its efficiency.
Condenser relief valve: A safety valve that releases excess pressure from the condenser to prevent damage.
Condenser vent: An opening or valve used for purging air or non-condensable gases from the condenser.
Condenser efficiency ratio: A metric that compares the actual heat transfer in a condenser to the theoretical maximum heat transfer.
Condenser bank: A group of condensers connected in parallel or series to handle larger loads.
Condenser vacuum: The level of reduced pressure maintained within a vacuum condenser.
Condenser coil freezing: The undesirable freezing of moisture on the condenser coil, hindering heat exchange.
Condenser outlet temperature: The temperature of the condensed liquid as it exits the condenser.
Condenser water flow rate: The rate at which cooling water circulates through a water-cooled condenser system.
Condenser air-side fouling: Accumulation of dirt and debris on the air-side surfaces of the condenser coil.
Condenser heat transfer: The process of transferring heat from the vapor to the cooling medium in a condenser.
Condenser water makeup: The addition of fresh water to compensate for losses in a water-cooled condenser system.
Condenser leakage: Undesirable escape of vapor or liquid from the condenser unit.
Condenser header: A manifold that collects and distributes cooling water to individual tubes in a water-cooled condenser.
Condenser retrofit: The process of upgrading or modifying a condenser system to improve its efficiency or functionality.