• WNS Three Pass Conical Shell Type Oil ( Gas ) Steam Boiler System 1
  • WNS Three Pass Conical Shell Type Oil ( Gas ) Steam Boiler System 2
  • WNS Three Pass Conical Shell Type Oil ( Gas ) Steam Boiler System 3
  • WNS Three Pass Conical Shell Type Oil ( Gas ) Steam Boiler System 4
  • WNS Three Pass Conical Shell Type Oil ( Gas ) Steam Boiler System 5
WNS Three Pass Conical Shell Type Oil ( Gas ) Steam Boiler

WNS Three Pass Conical Shell Type Oil ( Gas ) Steam Boiler

Supplier:
Nantong Wanda Power Co., LTD.
Ref Price:
get latest price
Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
1 set
Supply Capability:
30 set/month

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Rated capacity:1~20 t/h

Rated work pressure:1.0~1.6Mpa

Adaptive fuel:Natural gas, city gas, blast furnace gas and coke oven gas mixture, biogas, waste gas and gas diesel, heavy oil, light oil, residue and other liquid fuels

Application industry : industrial and mining enterprises, schools, hospitals, etc.

           Main Technical Parameters of  oil(gas)fired  Boiler

Boiler Type

Rated Capacity

(t/h)

Rated Work Pressure

(MPa)

Rated Steam Pressure

(℃)

Feed Water   Temperature

(℃)

Thermal Efficiency   (%)

Max.Transport Weight

(t)

Max. Transportation   Size

L×W×H(m)

WNS1-1.0-Y(Q)

1

1.0

184

20

≥92

4.58

3.7╳1.84╳2.22

WNS1-1.0-Q

1

1.0

184

20

≥96

4.58

3.7╳1.84╳2.22

WNS1.5-1.0-Y(Q)

1.5

1.0

184

20

≥92

6.23

4.15╳1.84╳2.23

WNS2-1.0-Y(Q)

2

1.0

184

20

≥92

7.6

4.63╳2.03╳2.46

WNS2-1.0-Q

2

1.0

184

20

≥96

7.4

4.63╳2.03╳2.46

WNS2-1.25-Y(Q)

2

1.25

193

20

≥92

8.25

4.54╳2.03╳2.56

WNS2-1.25-Q

2

1.25

193

20

≥96

8.1

4.54╳2.03╳2.56

WNS3-1.25-Y(Q)

3

1.25

193

20

≥92

11.3

5.5╳2.3╳2.63

WNS4-1.25-Y(Q)

4

1.25

193

20

≥92

15.2

5.7╳2.48╳2.87

WNS4-1.25-Q

4

1.25

193

20

≥96

15.2

5.7╳2.48╳2.87

WNS4-1.6-Q

4

1.6

204

20

≥96

16.5

5.7╳2.48╳2.87

WNS6-1.25-Y(Q)

6

1.25

193

104

≥92

18

6.5╳2.64╳3.13

WNS6-1.25-Q

6

1.25

193

20

≥96

19

6.5╳2.64╳3.13

WNS6-1.6-Y(Q)

6

1.6

204

104

≥92

19.5

6.53╳2.67╳3.13

WNS6-1.6-Q

6

1.6

204

104

≥96

19.5

6.53╳2.67╳3.13

WNS8-1.25-Q

8

1.25

193

104

≥96

21.4

6.8╳2.84╳3.26

WNS10-1.25-Y(Q)

10

1.25

193

104

≥92

25.9

7.62╳2.94╳3.37

WNS10-1.25-Q

10

1.25

193

20

≥96

25.9

7.67╳2.94╳3.37

WNS10-1.6-Q

10

1.6

204

104

≥96

28

7.67╳2.94╳3.37

WNS15-1.25-YQ

15

1.25

193

104

≥92

35

8.65╳3.24╳3.55

WNS15-1.25-Q

15

1.25

193

104

≥96

35

8.65╳3.24╳3.55

WN15-1.6-Q

15

1.6

204

104

≥96

39

8.65╳3.24╳3.55

WNS20-1.25-Q

20

1.25

193

104

≥96

45.4

8.76╳4.12╳4.08

WNS20-1.6-Q

20

1.6

204

104

≥96

45.4

8.76╳4.12╳4.08

 

1.Structure introduction :

The boiler is a horizontal internal combustion three-circuit wet-back fire tube fast-loading boiler. The boiler body is assembled and shipped from the factory, and the tail is equipped with economizer and condenser to reduce the exhaust gas temperature.  

The boiler body is mainly composed of a drum, a corrugated furnace, a reburning chamber, two sets of smoke pipes, an inspection hole ring, a front and rear smoke box, and an explosion-proof door. The furnace, the reburning chamber, the smoke pipe, and the inspection hole ring are all installed in the boiler shell and completely immersed in the furnace water.

The flue gas flow process is furnace hearth → reburning chamber → first set of flue pipes → front flue box → second set of flue pipes → rear flue box → economizer → condenser → chimney, and the flue gas flows in an S-shaped flow. The insulation layer of the boiler is aluminum silicate refractory fiber, which ensures that the surface temperature of the boiler shell is lower than the national standard, and the heat loss is very small. 

2.    Uniqueness of WNS boiler

a. continuous innovation

Innovation is the company 's survival, Nantong WNS boiler in 2000 with six innovation points in the domestic patent application, patent number : 00241010.9.

b. energy saving gas

Ⅰ. Gas boiler expensive fuel costs so that owners have to seriously consider how to reduce this expenditure, and the minimum fuel consumption is the subject of our company for many years of tireless research, the company 's design and equipment everywhere the performance of this deliberate pursuit. 

       .The boiler heating surface is rich, the use of efficient heat transfer element threaded pipe, boiler thermal efficiency is high.

     Ⅲ. Configure the energy-saving device and the condenser, within the normal load range neither produce too much condensate, nor make the exhaust temperature is too high.

      . For any type of boiler, the fan pressure of the burner has a considerable amount of abundance, which is enough to overcome the additional resistance caused by the possible installation of energy-saving devices and condensers to ensure that the output of the boiler does not decrease at all.

    Ⅴ.According to the change of the steam pressure at the outlet of the steam boiler, the output of the combustion machine is automatically adjusted and the combustion machine is automatically started and stopped to stabilize the steam pressure in the most suitable range without unnecessary repeated heating and excessive heating.

     Ⅵ.Use the famous European and American brands of burner, and ensure the best match between the boiler and the burner, and automatically adjust the output of the burner according to the boiler load.

      Ⅶ.The proportionally regulated burner can not only operate stably at a desired load, but also save more fuel than the constant size of the fire.

      Ⅷ.The surface temperature of the boiler insulation shell is below 35 °C, and the heat loss is very small.

Ⅸ.High-quality imported valves to avoid leakage caused by the shutdown accident and hot water loss.

c.safe and reliable

      Ⅰ.The overall annealing of the boiler to eliminate welding residual stress, not only improves the safety and reliability, but also greatly extends the service life of the boiler.

      Ⅱ.Gas boiler furnace hearth is longer than the general manufacturers, furnace heating surface is larger, in order to avoid the gas caused by furnace outlet flue gas temperature rise too much.

      Ⅲ.Three-pass full-back structure, the reburning type and the flue pipe in the drum are all immersed in the boiler water. The flue pipe is fully welded with the front tube plate of the reburning chamber, rather than the ordinary angle welding connection. The inner side of the flue pipe inlet is ground into a circular arc to slow down the stress concentration and make the heat transfer easier, effectively preventing the thermal fatigue crack in the tube hole area of the tube plate.

      Ⅳ.Ignition program control, flameout detection and alarm, valve gas leakage detection and alarm, wind pressure and gas pressure detection and alarm to ensure combustion safety.

      Ⅴ.Double boiler temperature display control instruments and safety devices, all use international brand-name products to ensure the safe and economic operation of the boiler.

      Ⅵ.Explosion-proof door, check the door cover and seat are conical shape side seal ( rather than plane seal form ), smoke box door cover convex seal, ensure the good sealing of the boiler.

Ⅶ.Before leaving the factory, each boiler has passed the sealing test of 300mm H2O pressure.

d. Intelligent

Perfect start-up and shutdown procedures, automatic detection of operating conditions and faults, identification and prompts, reliable self-locking and interlocking functions, automatic adjustment of boiler and burner load functions, and imported internationally renowned brand control components not only make the operation of the boiler very simple, but also ensure that the boiler is always in a safe and economical condition.

e.easy to operate,appearance is neat and tidy

Ⅰ.The touch screen on the control system makes you clear about the boiler situation, and the operating parameters can be set at any time.

Ⅱ.Although the manhole device on the top and side of the drum increases a lot of manufacturing costs, it provides great convenience for inspection and maintenance.

Ⅲ.The outer packaging of stainless steel makes the boiler beautiful and durable.

f.Strong technical support and perfect after-sales service

Ⅰ.The regular safety and thermal testing continuously provide complete technical data for the safe and economic operation of the boiler.

Ⅱ.Repeated technical training, and operation guidance until the operator is fully skilled to master the operation, management, maintenance of the boiler skills, to achieve the professional level.

Ⅲ.regular and irregular inspection, commissioning, maintenance, so that the boiler is always in the best condition.

Ⅳ.24 hours a day all-weather service and adequate supply of accessories.

g. Applicable to a variety of fuels, whether liquid fuels such as light oil, heavy oil, residual oil and coal tar, or gas fuels such as natural gas, city gas, blast furnace gas and coke oven gas mixture, biogas, waste gas and gas can be well used.

Q:Built in the 50's, nameplate is wore out, I do have install manual MN. ou-2650. It apprears to have been manufactered by US Radiator Corporation. Any help is appreciated.
Rule of thumb. Count the burners, each burner equals 20,000 BTU's. But don't tell anyone that's an old trade secret.
Q:i am looking to buy a home built before 1890 and it MUST remain as is with it's natural gas boiler. how efficent is this system v's using forced air heating. keep in mind this home is 4800 sq ft and is all plaster walls and hardwood floors. i am sure i could help by using the 3 fireplaces but i am still concerned about the boiler having never seen one before.
The economical efficiency of your current boiler depends on its age, current condition and if was sized correctly for your home and current radiators. New gas fired boilers can reach 98.5% A.F.U.E which is comparable to any forced air system. Comparing hydronic heating to forced air as far as comfort the boiler system is typically much more comfortable, especially in older looser homes. Forced air does give you the benefit of sanitizing and cleaning the air,cooling it adding moisture and replenishing oxygen levels. Hope I haven't confused you. Good Luck.
Q:what is the difference between a boiler and water heater?? are they the same?
Generally a Boiler is a form of a furnace used in hot water heating systems, while a Water Heater supplies fresh hot potable water to your home (sink, shower, etc.).
Q:What are the pipes and tubes of the boiler?
Pipe screen is arranged in the furnace in the screen heating surface, generally water-cooled heating surface (belonging to the water cycle system), screen superheater, because the layout in the furnace and made of screen
Q:I used a boiler to heat milk (the one with the coil inside) after a few seconds it started smelling bad like burnt food, i immediately drained the milk inside i noticed the coil was burnt it had this cracked up texture .. why did this happen? i had no idea it was wrong to use other liquid products with this heater besides water :(
What happened is that the milk solids congealed on the coil and insulated it so that it overheated. If the cracked-up material does not clean off or if any part of the coil is now exposed, the boiler is toast and must be discarded.
Q:I just noticed our boiler (upright, gas, cylindrical type) is leaking HOT water. Our boiler is outside the house and currently in the sun. It is housed, however. Anyways, it's leaking hot water---actually it's more running than leaking. EDIT: upon further inspection, it seems the water is coming from the top of the boiler and then going down the sides. The water is hot and has some steam to it...there's a puddle below...since then we've just shut the water off so it stops, but we need water so where do we go from here?-Is it dangerous? -What to we need to do? Note: ---that we've had a leak the last few weeks in the bathroom---and temps outside were in the 50/60's for a few days and now are at the upper 80's, but that shouldn't matter, right? HELP--I'm pretty scared of boilers...it's not going to explode, right?
Boilers need to have relief valves. You can probably look up how to test the relief valve to ensure that it won't explode It sounds like the tank could have been damaged by something... You need to look it over carefully. Might be that the pipes weren't properly secured and supported allowing for things to move them around putting stress on the joint at the tank. Could be a broken pipe, a cracked tank, a damaged connector... you just need to look at it. If it's a cracked tank, you need a new one. If it's damaged pipes you can repair them. Be sure to try and determine what caused the damage to try and prevent it from happening again. Don't use water pipes for clothes hangers. Shield the tank fully from things like flying rocks or tree branches...
Q:The role of superheater and reheater in the boiler?
This part of the steam is reheated into high temperature steam. In the reheater, the pressure can not be increased, but the temperature is raised to a temperature or slightly lower than the superheated steam.
Q:I live in the UK, in a 1970's ex local authority semi and it has the standard 'back' boiler which was fitted to many homes built at that time. After the recent gas bill rises I decided to turn the boiler down to hopefully reduce my energy bills but discovered that the boiler is on setting 2 (out of 5) My question is, would it be better to turn it down to 1 of in fact turn it up to 3 or even 4 making it run hotter and therefore reduce the amount of cutting in and out it does to heat the water tank. Basically I only have hot water on gas (heating is off at the mo) and it seems to be costing me around ?1.50 a day which does seem quite expensive for a couple of showers and some washing up per day.
The hotter you keep your water, the more heat it will lose. The rate of heat loss is directly proportional to the difference in temperature between your boiler and the air around it. The number of times the burner cuts in and out is irrelevant; the only thing that matters is how long the burner is on in total. Answer: keep it as low as you can live with. More important to your heating costs is how much you let out the door (or the window or all of the other holes and cracks). If your water tank is not insulated, insulate it. Replace the weatherstrips on all your doors and windows. Caulk every crack or pin hole. If you can, double the amount of insulation in your attic. Think of your house as a slightly leaky pail, leaking your money -- i.e. your expensive heated air. Every pin hole you plug is money kept in your pocket.
Q:introduce and explain equipment which are attached to the boiler and their aplication in the steam power plant?
A common boiler has at least one steam drum on top of it. Some have as many as 3. The purpose of the drum(s) is to hold water to make steam to send to the turbine. Water gets to this drum(s) by a boiler feed pump. The drum(s) has to be able to keep a certain level so that u dont overflow or run out of water so there is a control valve to control the amount of water that goes into the drum from the feed pump. There are many tubes that are inside the boiler which the water/steam flow through in order to pick up heat from the boiler. The purpose of these tubes is to conduct heat while directing the flow path of water/steam.
Q:We have a 4 bed room colonial (on a Slab no basement) It has a new 38000 btu propane heater in the main floor. However the home was built with Electric baseboard heat. The new heater dose fine on the main floor. I would like to either put a pellet stove in or a pellet boiler and replace the electric baseboard with hot water base board through out the house. That would mean heating with only pellets. I know this could be costly but would it be worth it in the long run? Or is there another option?
If you are going to the expense of installing hot water radiators (baseboard), look into other boiler options such as natural gas (if available in your area), Propane (costly to operate), Oil, Electric (costly to operate). Installing Hot water heating system in a building built on slab can be quite costly. Have you looked into a heat pump? If the area you are in does not consistantly cold temperatures below -10 celcius (14 fahrenheit) an air to air heat pump would be able to heat your home in the winter and cool it in the summer. Ground Source Heat Pumps are more costly to purchase and install but much cheaper to operate (comparable to Natural Gas in operating costs) if you have the space for the loops. Verticle Loops take less space.

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