Used HITACHI / KOKUSAI DJ-1223VN #9270967 for sale

HITACHI / KOKUSAI DJ-1223VN is a diffusion furnace and accessories kit, designed for medium-range applications. It utilizes a total of three heating elements - two main elements and one sub-element. The main elements, powered by a three-phase AC power source, are installed in a refractory stainless steel chamber, while the lower temperature-controlled sub-element, powered by a single-phase AC power source, is installed at the bottom of the diffusion chamber. HITACHI DJ-1223VN has an integral safety control system as well, designed to monitor temperature and shut down in the event of unsafe conditions. The diffusion furnace itself is constructed of 16mm thick alumina-silica fiber insulation, sealed with a molded cover to ensure even heating inside the chamber. It features a maximum operating temperature of 1350°C, as well as excellent temperature uniformity, allowing for accurate temperature control. Additionally, its mass-heat balance design ensures fast heating and cooling times even when treating large volumes of material. KOKUSAI DJ1223VN comes with an array of accessories. These include a vacuum package, degassing valve, various thermocouples for precise temperature control, a ceramic plate, a replacement heater jacket, an air nozzle, and an endoscope window. The accessories allow for the treatment of a variety of materials in varying environments and enable precise temperature control. KOKUSAI DJ-1223VN is designed to be user-friendly. It features a high-contrast LCD touch screen for easy operation and an integrated PC interface for data transfer and remote control of the furnace system. It also comes with a choice of software packages, enabling users to customize their equipment settings for various applications. DJ-1223VN has been designed and manufactured to meet industry safety requirements and is CE-certified. It is delivered ready for installation in a choice of two sizes, both of which include all components necessary for safe and successful operation.