Power Supply：

RT Multi-Output Power Supply Units can power two or more furnaces simultaneously for greater production with a minimum investment for each ton of metal being poured. Some of the many advantages include:

• A single power unit with the batch production capacity of multiple units
• Uninterrupted melting and precise temperature control for holding or superheating
• Ability to simultaneously preheat, sinter, melt and/or ultra low power hold in multiple furnaces
• Increased alloy flexibility
• Equipment power utilization levels approaching 100 percent
• Increase metal production without increasing power demand levels
• Separate sets of controls for each furnace
• Ability to efficiently match production to varying levels of metal demand
• Only one set of power and water connections needed, greatly reducing installation, operation and maintenance costs
• The ability to direct full rated power to one furnace while fully isolating another during maintenance
• The latest generation of digital computing technology, microcontroller program control.
• Low start frequency, ultra low furnace lining stoving power.
• The rectification is full open, the power factor is high, and the upper harmonics are small.
• Using the latest generation of parallel resonance technology, greatly reducing the power consumption index
• Electrical safety design standards in line with international and domestic standards
• More sophisticated and intelligent protection function

Furnace：

Lower Installation Costs: These furnaces are ideal for installations where overhead clearances impose height restrictions. They also require shallower pit excavation for lower installation costs.

Lower scrap costs: This feature provides a crucible opening that is 20 to 30 percent larger in diameter than a standard profile furnace of the same metal capacity which allows foundries to use larger, bulkier (and often less expensive) charge materials. For foundries with larger returns and long risers, particularly common in ductile iron shops, the larger furnace opening reduces cutoff labor and related scrap processing costs.

Better access to slag: The larger furnace opening also provides better access for the removal of slag or dross buildup on the furnace walls. This is particularly important in furnaces used for nonferrous melting where a melt deck worker must be able to reach to the bottom of the furnace with a refractory scraper.

Expanded function: It can be installed with backslagging device, furnace lining push-out system and furnace pit protection device to improve the convenience and safety of melting operation; it can also be equipped with various fume collecting rings and hoods to help you comply with the strictest air pollution requirements, such as MACT standards.
Casting automation: Weighing frame can be equipped to weigh the weight of molten metal in real time, and transfer various production data to the factory production process execution system (MES) for intelligent factory management.