Brief: Explore what sets this solution apart in an easy-to-follow presentation. In this video, you'll see a detailed walkthrough of the IGBT Type 1000kg Tilting Aluminum Industrial Induction Melting Furnace. Watch as we demonstrate its advanced medium frequency IGBT technology, durable furnace construction, and precise hydraulic tilting system in action, showcasing how it delivers superior melt quality and operational efficiency for aluminum, zinc, lead, and copper processing.
Related Product Features:
Advanced 300KW IGBT power supply with a 98% start success ratio for reliable melting cycles.
High-efficiency operation with electrical consumption of ~300 KWH during melting and ~68 KWH during holding.
Durable furnace body with a heavy-duty steel shell and high-conductivity copper induction coil.
Graphite crucible designed for aluminum melting with a capacity of 1000 kg.
Precise temperature control with a standard working temperature of 950°C and maximum of 1200°C.
Hydraulic tilting system for smooth, controlled pouring and enhanced workplace safety.
Output frequency range of 2000 to 10000 Hz, optimized for aluminum applications.
Operates on a standard 3-phase, 380V/50Hz input for easy integration into industrial settings.
Faqs:
What is the melting capacity of this induction furnace?
This IGBT induction melting furnace has a capacity of 1000 kg (1 metric ton) specifically designed for aluminum melting, making it ideal for high-volume industrial production.
How does the IGBT technology benefit the melting process?
The medium frequency IGBT technology ensures high efficiency with a 98% start success ratio, precise power and temperature control, and energy savings, resulting in consistent melting cycles and superior metal quality.
What safety features are included in the tilting system?
The furnace is equipped with a fully integrated hydraulic tilting system that allows for smooth, controlled pouring, precise angle stopping, and resetting, significantly reducing the risk of spills and enhancing operator safety.
What is the power consumption of this 300KW furnace?
The electrical consumption is approximately 300 KWH during the melting phase and 68 KWH during the holding phase, contributing to low operating costs and energy efficiency.