Brief: Let’s dive in — see this solution in action and notice the key moments. This video provides a detailed walkthrough of the Six Station Braze Welding Induction Heat Equipment, demonstrating its operation, technical setup, and application in welding electric heating products like pans and kettles. You'll learn how the machine's induction heating technology ensures fast, uniform heating and high-quality brazing results.
Related Product Features:
Features six independent stations for simultaneous brazing operations, enhancing production efficiency.
Utilizes high-power IGBT technology and a pneumatic drive system for stable and precise control.
Offers a wide operating voltage range of 360V-520V with an output power of 80KW for robust performance.
Supports fluctuating frequencies from 30-80KHZ, adaptable to various metal heating requirements.
Enables fast heating with rates adjustable to less than one second, improving cycle times.
Designed for easy operation and installation, with comprehensive overpressure, over-current, and water shortage protection.
Capable of 24-hour continuous operation with energy-saving design, reducing power consumption by up to 70%.
Applicable for brazing stainless steel, aluminum, and tubular electric heating elements in kitchenware manufacturing.
FAQs:
What types of products can this induction heating equipment weld?
This equipment is ideal for brazing electric heating products such as electric heating pans, hot-water kettles, frying pans, and coffee pots, joining stainless steel plates, aluminum sheets, and tubular elements into integral parts.
How does the induction heating process work in this machine?
It uses electromagnetic induction to convert power into a specific frequency range, creating an alternating magnetic field through the induction coil that produces eddy currents in the metal workpiece, resulting in fast and uniform heating for brazing.
What are the key safety and protection features of this equipment?
The machine includes comprehensive protection functions such as overpressure, over-current, overheat, and water shortage alarm indications, along with automatic control to ensure safe and reliable operation during continuous use.
How energy-efficient is this induction heating machine compared to traditional options?
It consumes up to 70% less power than conventional vacuum tube high-frequency equipment, thanks to its advanced IGBT technology and efficient design, making it cost-effective for high-volume production.