Used BLUE M DCA 1406C #9165822 for sale

BLUE M DCA 1406C is an electric furnace designed and manufactured by BLUE M. This furnace is primarily used for industrial applications, such as heat treating, annealing, and tempering metals. DCA 1406C features a 6 cubic foot chamber that is designed for moisture-free, uniform heat treatment. It has heavy aluminum construction, with an additional powder-coated interior to ensure lasting performance. The chamber is specifically designed with features that promote efficient air circulation, temperature uniformity, and consistent heating throughout the chamber. This allows for uniform heat treatment throughout the chamber, without cold spots or hot spots. BLUE M DCA 1406C comes equipped with a digital temperature controller, allowing users to set and maintain temperatures with precision. With a temperature range of 250-1500°F, this furnace is perfect for heat treating metals like steel and aluminum, annealing, and tempering. The controller features an auto-tune function that compensates for any sudden changes in temperature, ensuring consistent temperatures and reliable results. This furnace also comes with safety features, including adjustable high and low temperature limits. If the temperature exceeds either limit, the furnace will automatically shut off and alert the user. The audio and visual alarm senses temperature irregularities and will alert the user to potential problems. DCA 1406C has a high efficiency heating element that increases process speed and reduces power consumption. This helps reduce operational costs and improves energy efficiency. Its large interior has plenty of room to process parts, and its recessed door handle allows more accessible loading and unloading. BLUE M DCA 1406C is the perfect furnace for industrial settings requiring precise, uniform heat treatment. With its high-efficiency heating element, adjustable temperature controller, and safety features, users can rest assured that their heat treatment processes will always be fast, efficient, and accurate.