Fangkuai’s diesel hot water boiler has a downstream wet-back three-pass shell structure. After the fuel is atomized by the burner, it starts micro-positive pressure combustion in the large furnace. The flame burns in the furnace and folds in the back combustion chamber at the bottom of the furnace Turn 180°, enter the first convection heating surface, turn 180° again in the front smoke chamber after heat exchange, and discharge into the atmosphere after fully exchanging heat on the second convection heating surface. The internal pressure of the boiler is a slight positive pressure, and the whole is sealed. It has excellent protection measures in terms of heat preservation and safety so that users can feel more at ease when using the boiler.
Diesel hot water boilers are highly energy-efficient and can save up to 30% on energy costs compared to traditional boilers. And the low-resistance and high-efficiency heat exchange element - threaded smoke pipe replaces the traditional light pipe, heat exchange The rate is faster.
The layout of each nozzle in the furnace is reasonable, and there are hand holes and manholes in the weak link of the circulation, which is convenient for later inspection and maintenance.
The boiler is in fully automatic mode, and the computer controls the operation throughout the whole process, and the heating surface and flue gas flow have been greatly optimized.
The boiler has a large water volume and is not sensitive to load fluctuations, and is also suitable for operating environments with large load changes.
A new type of condensation technology is added to the diesel-fired hot water boiler, and a condenser is connected near the tail of the flue. The high-temperature flue gas releases more heat when it encounters condensed water, and the thermal efficiency is naturally improved. At the same time, the temperature of the flue gas is also greatly reduced (maintained at about 90 ° C), which also makes a contribution to my country's environmental protection.
The PLC building block Luochong module and sufficient reserved ports can meet a variety of needs and reduce the repeated investment of users in the development of special needs. Multiple boilers are networked and controlled without the need to set up a main console. The control system automatically selects the number of boilers to operate according to the user's hot water consumption and distributes the boiler load reasonably, which will not cause a waste of resources.
|Types||Thermal power||Steam pressure||Thermal efficiency||Fuel||Power requirement||Length * Width * Height||Weight||Chimney|
|380/50||3370 * 1660 * 1830||2.32||300|
|CWNS1.4-95/70-Y.Q||1.4||3450 * 1820 * 2030||3.04||350|
|CWNS2.1-95/70-Y.Q||2.1||4200 * 1940 * 2420||5.04||350|
|CWNS2.8-95/70-Y.Q||2.8||5230 * 1940 * 2340||5.24||450|
|CWNS4.2-95/70-Y.Q||4.2||6550 * 2340 * 3640||10.08||550|
|CWNS5.6-95/70-Y.Q||5.6||7580 * 2550 * 3780||16.4||700 * 550|
|WNS0.7-1.0/95/70-Y.Q||0.7||3490 * 1710 * 2880||3.33||300|
|WNS1.4-1.0/95/70-Y.Q||1.4||4320 * 1930 * 2200||4.66||350|
|WNS2.8-1.0/95/70-Y.Q||2.8||5340 * 1990 * 3460||8.14||450|
|WNS4.2-1.0/95/70-Y.Q||4.2||6540 * 2330 * 3630||14.21||600 * 450|
|WNS5.6-1.0/95/70-Y.Q||5.6||7260 * 2580 * 3950||19.85||600 * 450|
|WNS7-1.0/95/70-Y.Q||7||7630 * 2730 * 4410||24.72||700 * 450|
|WNS14-1.0/95/70-Y.Q||14||9340 * 3660 * 4690||46.42||950 * 600|