The Fangkuai gas combi boiler series adopts excellent design concepts and advanced technology. As a new type of energy-saving and environmental protection technology, it can condense the high-temperature flue gas discharged from the boiler in combination with the thermal energy changes in each stage, and the flue gas The heat is used in stages to fully absorb the sensible heat in the flue gas and the latent heat released by the condensation of water vapor. The flue gas temperature after passing through the condensation recovery device is only about 90 °C, and the thermal efficiency of the boiler can be increased by more than 10%, which not only saves fuel costs but also reduces harmful gas emissions and environmental pollution.
By condensing and recovering the flue gas, the combustion efficiency is greater than 98% and the thermal efficiency is equal to or greater than 104%, resulting in a reduction of fuel consumption by over 4%.
The PLC automatic intelligent control system independently developed and designed by the gas condensing boiler greatly improves the reliability of the boiler operation.
Various protection systems such as water level, pressure, temperature, power supply, scale detection, etc., guarantee the safe operation of the boiler in an all-around way.
The smoke box door and a panel of the condensing gas boiler adopt a double-layer sealing structure, and the intelligent welding equipment is welded at one time to prevent air leakage and smoke leakage.
The gas-fired combined boiler has a high-sensitivity scale detection system, which can monitor the scale accumulation inside the boiler in real-time. Once it reaches a situation that will cause harm to the efficiency and performance of the boiler, the alarm device will be activated immediately to remind the user to deal with the scale in time to avoid the boiler The reduction of thermal efficiency and the emergence of other critical situations.
The gas combination boiler has a high-sensitivity scale detection system, which can monitor the scale accumulation inside the boiler in real-time. Once it reaches a situation that will cause harm to the efficiency and performance of the boiler, the alarm device will be activated immediately to remind the user to deal with the scale in time to avoid the boiler The reduction of thermal efficiency and the emergence of other critical situations.
Types | Evaporation | Steam pressure | Steam temperature | Feed water temperature | Thermal efficiency | Fuel | Power requirement | Length * Width * Height | Weight | Chimney |
---|---|---|---|---|---|---|---|---|---|---|
Unit | t/h | MPa | °C | °C | % | V/Hz | mm | t | mm | |
WNS1-1.0-Y.Q | 1 | ≤3.82MPa | (184) 194 (204) |
20 | 100-104 | Diesel, heavy oil, natural gas, city gas |
380/50 | 3650 * 2320 * 2970 | 5.1 | 300 |
WNS2-1.25-Y.Q | 2 | 4650 * 2920 * 3640 | 9.3 | 350 | ||||||
WNS3-1.25-Y.Q | 3 | 5340 * 2990 * 3860 | 11.8 | 450 | ||||||
WNS4-1.25-Y.Q | 4 | 6170 * 2930 * 4170 | 12.9 | 450 | ||||||
WNS6-1.25-Y.Q | 6 | 6760 * 3160 * 4390 | 16.3 | 550 | ||||||
WNS8-1.25-Y.Q | 8 | 7720 * 3710 * 5210 | 24.1 | 700 | ||||||
WNS10-1.25-Y.Q | 10 | 7940 * 3770 * 5210 | 25.5 | 700 | ||||||
WNS15-1.25-Y.Q | 15 | 9300 * 5390 * 5490 | 36.2 | 900 | ||||||
WNS20-1.25-Y.Q | 20 | 9500 * 5770 * 5930 | 47.4 | 900 |
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