Condensers
Condensers are commonly made of glass, metals, or plastic. Glass condensers, often used in laboratory settings, are durable and resistant to chemical reactions. Metal condensers such as copper or stainless steel are good conductors of heat and provide efficient cooling. Plastic condensers, made of materials like polypropylene, are lightweight and resistant to corrosion.
They are heat exchangers and steam condensers; fabricated steel plate; steel power boilers, parts, and attachments; metal tanks and vessels (custom fabricated at the factory).
High efficiency condensers refer to a type of equipment that efficiently removes heat from a substance or system, typically through condensation. These condensers are designed to optimize the heat transfer process, leading to reduced energy consumption and improved performance compared to traditional condensers. They are commonly used in HVAC systems, refrigeration units, and industrial processes.
Usually not.
ano bayanwlng sgot.......
shell and tube
Capacitors have not normally been called condensers in the elctronics industry for more than 50 years.
Two broad types of condensers are: (i) Direct contact type condensers; where the condensate and cooling water directly mix and come out as a single stream. (ii) surface condensers; which are shell and tube type heat exchangers where the two fluids do not come in direct contact and heat released by the condensation of steam is transferred through the walls of the tubes in to the cooling water continuously circulating inside them
the paint is cheaper
Condensers are so named because they function to condense or compact a substance into a denser form. In the context of refrigeration and air conditioning systems, condensers help to condense refrigerant gas into liquid form by transferring heat away from the gas.
2 condensers? 2 compressors? Sounds like 2 systems to me.