YY(Q)W系列燃油（气）导热有炉以油（气）为燃料，以导热油为介质，利用热油轮回油泵强制介质进行液相轮回，将热能输送给用热设备后再返回导热油炉重新加热，从而实现了在低压力下获得高工作温度介质的功能，并且能对介质运行进 Product introduction: YY (Q) W series fuel oil (gas) heat-conducting furnace uses oil (gas) as fuel and heat-conducting oil as medium. It uses a hot oil tank oil return pump to force the medium to perform liquid-phase circulation. It then returns to the heat-conducting oil furnace to reheat, so that the function of obtaining a medium with a high working temperature under low pressure is achieved, and the medium can be run into the medium.
YY (Q) W series fuel (gas) heat-conducting furnace uses oil (gas) as fuel and heat-conducting oil as medium. It uses a hot oil tank oil return pump to force the medium to perform liquid-phase recirculation. The heat energy is transferred to the heat equipment and then returned to heat conduction The oil furnace is reheated, so that the function of obtaining a medium with high working temperature under low pressure is realized, and the operation of the medium can be controlled with high precision. And because the boiler module can be installed as a whole, it is convenient to operate and maintain, and it is an ideal heating equipment with safety, high efficiency and energy saving. The combustion oil (gas) has a high-temperature flame generated after the burner enters the inner coil to form a radiant heating surface. After passing through the inner part of the furnace tube, it rotates 180 ° forward to enter the interlayer area of the inner tube, middle tube and outer tube to form a convection heating surface. . Then in the upper part of the mezzanine, it enters the second mezzanine area of the middle and outer pipes, and finally it is discharged into the atmosphere through the chimney at the rear of the second mezzanine area.
1. Liquid-phase circulating heating, no heat loss due to condensate discharge, and high thermal efficiency of the heating system.
2. Obtain low-pressure and high-temperature heat medium with uniform heating and convenient adjustment, which can meet the requirements of precise process temperature.
3, the working medium is heated and exothermic and the temperature changes the volume change, there are compensation technical measures in the system.
4. Prior to circulating heating, there are technical measures to strictly control the air, moisture and other low volatile matter content in the working medium.
5. Large-diameter combustion chamber: The boiler combustion chamber is composed of large-diameter coils, with sufficient fuel combustion space, complete combustion, and high thermal efficiency.
6. Coil design: The spiral coils inside and outside the furnace are made of multiple-head, small-diameter steel pipes. The coils have good thermal expansion performance, low stress, and are safe and reliable.
7. Process design: three-way smoke, the medium flows through the inner and outer coils, the flow rate is uniform, and the operation is safe and stable.
8. Sufficient output: The heating surface is reasonably arranged, the area is large, the heat transfer effect is good, the efficiency is high, and the output is stable and sufficient.
9, the unique sealing of the smoke box: the furnace cover adopts the overall structure, multi-stage labyrinth seal, special sealing technology and materials, good compressibility, completely block the leakage of smoke, and can be reused.
10. Perfect automatic control measures: (1) accurately control the oil temperature; (2) set multiple control protections for medium temperature, pressure and super smoke, etc. to ensure safe and reliable operation.
11, leading level of automatic control: the boiler controller uses Siemens / Delixi electrical components, reliable performance. Realize man-machine dialogue and remote control functions.
|Data model parameters||YY (Q) W-300Y (Q) (25)||YY (Q) W-350Y (Q) (35)||YY (Q) W-600Y (Q) (50)||YY (Q) W-900Y (Q) (75)||YY (Q) W-1200Y (Q) (100)||YY (Q) W-1500Y (Q) (125)||YY (Q) W-1800Y (Q) (150)||YY (Q) W-2400Y (Q) (200)||YY (Q) W-3000Y (Q) (250)||YY (Q) W-3500Y (Q) (300)||YY (Q) W-4000Y (Q) (350)||YY (Q) W-4600Y (Q) (400)||YY (Q) W-6000Y (Q) (500)||YY (Q) W-7100Y (Q) (600)|
|Rated thermal power (KW)||300||350||600||900||1200||1500||1800||2400||3000||3500||4000||4600||6000||7100|
|Thermal efficiency(%)||> 90|
|Design working pressure (MPa)||1.0||1.0||1.0||1.0||1.0||1.0||1.0||1.0||1.0||1.0||1.0||1.1||1.1||1.1|
|Medium temperature (℃)||320|
|Furnace oil content (m3)||0.21||0.25||0.28||0.44||0.7||1.0||1.48||2.2||3.5||4.7||5.7||7.2||8.5||9.5|
|Amount of circulating oil (m3 / h)||40||40||60||80||100||100||150||200||200||250||250||250||300||300|
|Piping connection diameter (DN)||100||100||100||100||125||125||125||150||150||200||200||200||250||250|
|Complete system installed capacity (KW)||17||17||27||40||40||42||45||70||70||85||85||85||100||100|
|Overall dimensions (mm)||A||1016||1016||1216||1416||1716||1716||2000||2000||2320||2500||2520||3080||3220||3400|
|Total equipment weight (Kg)||1750||1950||3580||4290||4900||5450||6550||11400||14600||16600||25000||28200||30760||35340|
|Basic size (mm)||890||1190||1750||1770||2000||2470||2620||3700||3900||4600||4820||5000||6600||7000|