Foshan Xunwell Industrial Equipment Co., Ltd.

1. Equipment features: 01. High efficiency: reduces system loss and completely eliminates equipment failures from the water system. 02. Stable operation: Perfect limiting protection measures enable the equipment to maintain continuous and safe operation under various working conditions. 03. High reliability: High reliability and high redundancy design enable the equipment to operate 24 hours a day without interruption, and significantly improve the life and safe operation capability of the equipment. 04. High technology: built-in harmonic control and power factor correction circuit measures for the power supply 2. Equipment advantages: 1. Structural analysis: Based on accurate and reliable digital IGBT soft switching technology, the air-cooled induction heating power supply adopts a full air-cooling structure, which not only improves efficiency, but also does not cause scale blockage, structural water pipe leakage, water pipe aging and other failures, thereby greatly improving the stability of the equipment and completely eliminating equipment failures from the water system. This product is an output isolated secondary series resonance. Output isolation is conducive to safe operation; due to the use of digital control, extremely low inverter DC components can be achieved, so it is possible to adopt a secondary series resonance method; the isolation transformer of the secondary series resonance only carries active power, and also adopts an air-cooled structure. 2. Energy-saving analysis: For induction heating systems, the savings in cooling water are also considerable. The equipment has its own internal heat dissipation system, and does not require water circulation cooling. When heating at high temperatures, only a small amount of cooling water is needed to cool the induction coil, which greatly saves the user's supporting investment costs; if tap water is used for cooling and direct discharge, the loss of water charges is greater than the loss of electricity charges caused by equipment efficiency; if the user uses circulating water cooling or a closed water chiller, the electrical power required for water cooling and the electrical power of the water pump should still be included as part of the loss. 3. The life of air-cooled equipment is longer than that of water-cooled equipment.