Used TEL / TOKYO ELECTRON D240 / AQA-K4 #293650661 for sale

TEL / TOKYO ELECTRON D240 / AQA-K4 is a recirculating chiller with a built in heat exchanger. It is used for controlling the temperature of liquids and gases for processes such as heating, cooling, and thermal management. The chiller is a semi-hermetic condensing unit with a double-wall evaporator and suction line baffle. It is designed to be energy efficient, and to minimize the environmental impact while providing superior thermal performance. The AQA-K4 unit is designed to accurately regulate and stabilize the temperature of hazardous liquids and gasses. It features an adjustable refrigerant charge pressure and magnetic float control to ensure accurate and efficient thermal regulation. The chiller also features a high-efficiency oil separator, an insulation jacket that promotes heat transfer, and an adjustable core bore evaporator design that provides superior performance and stability. The chiller also features a built-in heat exchanger, which allows the system to maintain highly precise temperature control. The heat exchanger lets the system exchange heat between two separate parts of the chiller, which helps with maintaining accurate temperatures. The heat exchanger has a large-area heat transfer surface that maximizes efficiency and minimizes the noise and vibration generated during operation. TEL D240 / AQA-K4 is constructed from stainless steel and aluminum, making it corrosion resistant and durable. It is designed for indoor or outdoor operation and can operate in a wide range of environments and climates. Additionally, its innovative design reduces the cross-section area of the evaporator and suction lines for improved efficiency. Overall, TOKYO ELECTRON D240 / AQA-K4 is a recirculating chiller that features a powerful heat exchanger to regulate and stabilize temperatures of liquids and gasses. It is designed to be energy efficient, and to minimize environmental impact while providing superior thermal performance. Additionally, its large-area heat transfer surface maximizes efficiency and minimizes noise and vibration during operation, making it an ideal choice for industrial and laboratory applications.