Control System
Powerful PCL Color Touch Screen Fully Automatic Intelligent Control System
•Equipped with a powerful PCL color touch screen fully automatic intelligent control system, the system reserves a 485 interface to enable centralized control of multiple water heaters.
•Subverts Traditional Combustion Methods
•Traditionally, combustion methods usually involve burners. However, the Fushide LZ8 series of commercial volumetric gas water heaters adopt a direct combustion method with a two-stage ignition device for heating, providing fast heat transfer efficiency and reducing costs for users.
•High-Quality, Safe, and Quiet Operation
•Using the manufacturing techniques and monitoring methods of gas industrial boilers, these heaters can operate using residential natural gas without the need for a dedicated commercial gas pipeline, saving users on gas hookup fees. PVC pipes can be used as chimneys. Through advanced control systems, the heaters ensure high quality, safety, and quiet operation.
•Corrosion and Scale Resistant
•Enamel-lined tanks are used, providing strong corrosion resistance, longer lifespan, and excellent anti-corrosion and anti-scaling performance.
•Low Nitrogen, Energy-Saving, and Environmentally Friendly
•With ample heat exchange surfaces and low system resistance on the flue gas side, the heaters can improve thermal energy utilization by over 8%, save nearly 10% on fuel consumption, and meet environmental standards.
•Simple and Convenient Installation
•The water heaters do not require water to pass through a heat exchanger, the hot water heater occupies a small footprint, is aesthetically pleasing, and can be installed close to the point of use, making it convenient for users.
LZS Series Commercial Volumetric Gas Water Heater
•The LZS series commercial volumetric gas water heaters adopt the manufacturing techniques and inspection methods of gas industrial boilers, with strict quality control at every stage.
•Equipped with a fully automatic intelligent combustion control system, the heaters reserve a 485 interface to enable centralized control of multiple units.
