Used TEL / TOKYO ELECTRON D214 #293595952 for sale

TEL / TOKYO ELECTRON D214 Recirculating Heat Exchanger is a robust, cooling solution that eliminates water loss, eliminates cooling media evaporation, and significantly reduces the number of chiller installations. This recirculating equipment consists of single-stage chillers, each of which is connected to a heat exchanger unit. With its design, the chillers can operate in both condensing and evaporating modes - making it an ideal solution for applications that require both cooling and heating. The unit features two heat exchanger plates - one located in the evaporator section and the other located in the condenser section - that transfer energy between the cooling media and the chilled water, respectively. The evaporator comprises a thermally conductive core, which is enclosed by a sheet formed from aluminum-zinc alloy. Similarly, the condenser is also enclosed by a sheet formed from aluminum-zinc alloy, but is also fitted with a copper tape. The copper tape increases the efficiency of the condenser and ensures that less energy is wasted during cooling. The main benefit of the heat exchanger is that it can either cool or reheat the cooling media. This means that depending on the requirements of the system, energy that is collected during cooling can be reused, rather than being wasted (as would be the case with a single stage chiller). In addition, the energy efficient design of the unit results in lower running costs, as well as a smaller environmental footprint. In addition to the heat exchanger, TEL D214 Recirculating Heat Exchanger also includes a wide variety of additional components and systems. This includes a lubrication unit for the internal components, a fan for proper heat transfer, a control machine for precise temperature regulation, and a thermal insulation layer between the exchanger plates to prevent heat exchange between the cooling media and the outside environment. In summary, TOKYO ELECTRON D 214 Recirculating Heat Exchanger is a highly efficient and reliable cooling solution that offers both cooling and heating capabilities. Its energy efficient design results in lower running costs, a smaller environmental footprint, and the ability to reuse and recirculate energy collected during cooling. The unit is equipped with a variety of additional components, such as a lubrication tool, a fan, a control asset, and a thermal insulation layer to efficiently and reliably cool or reheat various types of cooling media.