Used BELLCO 1927 #9035592 for sale

BELLCO 1927 is a medium-frequency induction furnace, designed for efficient and safe melting of various metals including aluminum, copper, stainless steel, brass and bronze. This furnace uses medium frequency and time-controlled power, with a maximum melting capacity of 27kg. It is equipped with a microprocessor control unit and has a built-in operator interface, allowing the user to set up and control its parameters remotely. This furnace boasts superior energy efficiency, reducing heating time, while maximizing safety. The furnace is equipped with a temperature sensor and a safety switch, in order to prevent the furnace from overheating. It is also built with the latest auto-shutdown equipment, as well as an overcharge protection device, a fire delay alarm, and a power failure alarm. 1927 is built with the highest quality materials to ensure structural integrity and durability. The lining is composed of ultra-high quality refractory materials, designed to offer superior heat absorption and even heat distribution. The high-grade construction materials include steel for the bodyside, insulation material for the walls, and tungsten- and molybdenum-alloyed steel for the crucible. This ensures that the furnace is able to withstand even the highest temperature conditions. BELLCO 1927 also has a wide temperature range, making it an ideal choice for a variety of melting processes. It has a melting point range of up to 850°C (1562°F) and a temperature control range of up to 1050°C (1922°F). This allows the user to melt metal mixtures with different melting temperatures, as well as to make precise adjustments in order to achieve the desired results. 1927 requires minimal installation and maintenance, making it cost-effective and easy to operate. It is also an excellent choice for various industries including metal casting, casting and melting, foundries, jewelry making, and metal recycling. This furnace is energy-efficient, safe, and reliable, making it an ideal choice for metal melting processes.