Used KOKUSAI DJ-802V #9183612 for sale

KOKUSAI DJ-802V is a diffusion furnace and accessories designed for rapid cooling processes, such as wire bonding and gold plating applications. It is well-suited for both small and large scale production. KOKUSAI DJ 802 V is a high-performance electronic diffusion furnace with a wide range of specialised features. It is easy to install and maintain thanks to an intuitive control panel featuring a digital temperature display, enabling quick adjustment and precise temperature settings. The unit also includes a wide selection of accessories, such as a built in thermocouple and an electronic circuit board, to expand the scope of its usage. DJ-802V has a single-zone configuration with a maximum temperature up to 1350 ºC (2462ºF). It is equipped with a two-stage cycle, whereby the rapid cooling phase can start and stop automatically after the annealing process is completed. This system allows for high quality results with minimal waiting time. The diffuser plate of DJ 802 V is copper with an even heat distribution, while the insulated cover provides additional thermal protection. This play ensure that heat damage to the components is minimized and heat loss is reduced. It also has a Peculiar Cooling technology, which accelerates the cooling process and eliminates residual heat. The power consumption of KOKUSAI DJ-802V is relatively low, resulting in lower operational costs. As for the safety measures, the unit is built in accordance with UL/CSA standards for hazardous location use protection. It has a built-in alarm system to lockout incorrect settings, and an open-cell guard to prevent unintentional human contact with the heating elements. In conclusion, KOKUSAI DJ 802 V is a user-friendly and safe diffusion furnace with a wide range of advanced features. It is ideal for rapid cooling applications, such as wire bonding and gold plating, as well as many other industrial purposes. With its excellent thermal insulation and efficient heat distribution, DJ-802V ensures a safe and efficient operation.