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Why not electrify the preheating of the pot?
The fuel is not burned; the pot is heated with electricity. A metal heater with a heating length of 500mm is used. It has a lid, so it does not waste heat. It comes with a lifting device for easy handling. - High efficiency and energy-saving - Reduced environmental impact - Gentle preheating for the pot - Environmental improvement (heat mitigation, noise reduction)
![[Example of using the Rie Ropa Package Burner] Pot Preheating Device](https://image.mono.ipros.com/public/product/image/09c/2000406262/IPROS2684016457379407909.jpg?w=280&h=280)
The adoption of the Riero fully automatic package burner has completely transformed the concept of preheating burners for pots!
We would like to introduce the "Preheating Device for Cooking Pots" using the Liero fully automatic package. The burner has achieved a lightweight integration of the "main unit + blower + piping unit," and since it is based on a standard burner, significant cost reductions have been realized. Additionally, with easy operation via a switch, fully automatic ignition, and interlock functions, safety has been thoroughly ensured. Furthermore, the water inlet uses a sealed installation heating method, which significantly improves the working environment while also achieving a substantial increase in heating efficiency, leading to a reduction in unit consumption and a shortening of operating time. 【Features】 ■ Prevents heat loss and significantly improves fuel efficiency ■ Achieves cost reduction with a package burner ■ No heat radiation, greatly improving the working environment *For more details, please refer to the PDF document or feel free to contact us.
Keep the pot at the appropriate temperature to stabilize casting quality! Easy operation with just lifting and turning on the power.
The "Preheating Device for Cooking Pots" developed by our company warms the cooking pot using infrared light, resulting in no exhaust gas loss and high efficiency without the need for large amounts of air for combustion, which offers the advantage of low energy consumption. It is also possible to automatically control the output and ON/OFF, providing high energy-saving performance and significantly contributing to CO2 reduction. Additionally, since it uses clean electricity, there is no soot generation, and because there is no exhaust gas loss or localized overheating, it is expected to alleviate measures against heat stress and the impact of localized overheating on the lifespan of containers. 【Implementation Effects】 ■ CO2 reduction (energy consumption reduction through high-efficiency heating and output control) ■ Automation possible ■ Improvement of working environment (lower surrounding temperature due to reduced exhaust gas loss) ■ Since it does not generate soot, it can address issues related to product quality reduction ■ Elimination of cooking pot distortion caused by localized overheating of the burner *For more details, please refer to the related links or feel free to contact us.
