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Project Electric Steam Boiler, ELECTRIC STEAM GENERATOR, AUXILIARY BOILER, HEAT ONLY BOILER, PURE STEAM, STEAM GENERATOR, SUPERHEATER, ELECTRIC SUPERHEATER, SUPERHEATER BOILER |
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ON/OFF(MC), SCR, SSR, TPR,PLC |
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ASME,ASTEM,SS41,STS304, STS316 |
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220V,380V,440V,460V |
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ELECTRIC STEAM BOILER, ELECTRIC STEAM GENERATOR, AUXILIARY BOILER, HEAT ONLY BOILER, PURE STEAM, STEAM GENERATOR, SUPERHEATER, ELECTRIC SUPERHEATER, SUPERHEATER BOILER, ELECTRIC SUPERHEATER BOILER |
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Features of Electric Steam Boiler
Eco
- Noise and smell are very low, and carbon emission can be reduced.
- You can participate in the realization of RE100 by linking it with new and renewable energy.
- Suitable for environmental improvement projects.
Economics
- Low fuel cost compared to gas and oil.
- Parts replacement cost is low by using an electric heater instead of a burner.
- It is economical because the thermal efficiency is close to 98%.
- Steam of 145¡É or higher is reached within 7 minutes of operation, saving fuel costs.
- Various inspections (installation inspection, continuous use inspection) are exempted.
durability
- The SHELL and HEATER are made of stainless, so the life span is long.
- The use of groundwater requires the use of a water softener (optional)
convenience
- There is no need for a separate fuel supply device, and space utilization is convenient.
- Since the ON/OFF switch is simple, even beginners or foreigners can operate it easily.
- Various inspections are exempted, so management is easy.
safety
- Thorough safety devices such as earth leakage cutoff, pressure cutoff, temperature control, etc.
- Steam pressure can be controlled step by step (optional) |
MODEL
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KS-SS41
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KS-STS304
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ASME-STS316
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500kw/h
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Mechanical Part
1.Steam Flow 650kg/h
2.Power Consumption 500kw/h
3.Pump 1.2~2.2kw/h
4.Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 430,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,100*1,300*1,800mm
- b Type 1,400*1,500*2,200mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, SS41
13.PreheatIing Tank, SS41
14.Steam Tank, SS41
15.Connection, SS41
16.Hand Hool 80A, SS41
17.Enclosure, SS41
18.Heating Element, SS41
19.Lagging, Cerak Wool
20.Local Control Panel, SS41
21.Feed Water Pump, Cascad
-Maker Standard
-1.2~2.2kw/h
22.Feed Water Tank(200L)
-Maker Standard
400W*650L*1,160H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Mechanical Part
1.Steam Flow 650kg/h
2.Power Consumption 500kw/h
3.Pump 1.2~2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 430,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,100*1,300*1,800mm
- b Type 1,400*1,500*2,200mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, STS304
13.PreheatIing Tank, STS304
14.Steam Tank, STS304
15.Connection, STS304
16.Hand Hool 80A, STS304
17.Enclosure, STS304
18.Heating Element, STS304
19.Lagging, Cerak Wool
20.Local Control Panel, STS304
21.Feed Water Pump, Cascad
-Maker Standard
- 1.2~2.2kw/h
22.Feed Water Tank(200L)
-Maker Standard
400W*650L*1,160H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Mechanical Part
1.Steam Flow 650kg/h
2.Power Consumption 500kw/h
3.Pump 1.2~2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 430,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,100*1,300*1,800mm
- b Type 1,400*1,500*2,200mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, A312-316
13.PreheatIing Tank, A312-316
14.Steam Tank, A312-316
15.Connection, A182-F304
16.Hand Hool 80A, STS316
17.Enclosure, STS304
18.Heating Element, STS304
19.Lagging, Cerak Wool
20.Local Control Panel, STS304
21.Feed Water Pump, Cascad
-Maker Standard
- 1.2~ 2.2kw/h
22.Feed Water Tank(200L)
-Maker Standard
400W*650L*1,160H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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MODEL
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KS-SS41
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KS-STS304
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ASME-STS316
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1,000kw/h
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Mechanical Part
1.Steam Flow 1,300kg/h
2.Power Consumption 1,000kw/h
3.Pump 2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 860,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,400*1,500*1,900mm
- b Type 1,400*1,500*2,400mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, SS41
13.PreheatIing Tank, SS41
14.Steam Tank, SS41
15.Connection, SS41
16.Hand Hool 80A, SS41
17.Enclosure, SS41
18.Heating Element, SS41
19.Lagging, Cerak Wool
20.Local Control Panel, SS41
21.Feed Water Pump, Cascad
-Maker Standard
-2,080§¤/h, 2.2kw/h
22.Feed Water Tank(600L)
-Maker Standard
600W*850L*1,220H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Mechanical Part
1.Steam Flow 1,300kg/h
2.Power Consumption 1,000kw/h
3.Pump 2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 860,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,400*1,500*1,900mm
- b Type 1,400*1,500*2,400mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, STS304
13.PreheatIing Tank, STS304
14.Steam Tank, STS304
15.Connection, STS304
16.Hand Hool 80A, STS304
17.Enclosure, STS304
18.Heating Element, STS304
19.Lagging, Cerak Wool
20.Local Control Panel, STS304
21.Feed Water Pump, Cascad
-Maker Standard
- 2,080§¤/h, 2.2kw/h
22.Feed Water Tank(600L)
-Maker Standard
400W*850L*1,220H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Mechanical Part
1.Steam Flow 1,300kg/h
2.Power Consumption 1,000kw/h
3.Pump 2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 860,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,400*1,500*1,900mm
- b Type 1,400*1,500*2,400mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, A312-316
13.PreheatIing Tank, A312-316
14.Steam Tank, A312-316
15.Connection, A182-F304
16.Hand Hool 80A, STS316
17.Enclosure, STS304
18.Heating Element, STS304
19.Lagging, Cerak Wool
20.Local Control Panel, STS304
21.Feed Water Pump, Cascad
-Maker Standard
- 2,080§¤/h, 2.2kw/h
22.Feed Water Tank(600L)
-Maker Standard
600W*850L*1,220H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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ELECTRIC STEAM BOILER
MODEL
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KS-SS41
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KS-STS304
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ASME-STS316
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500kw/h
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Mechanical Part
1.Steam Flow 650kg/h
2.Power Consumption 500kw/h
3.Pump 1.2~2.2kw/h
4.Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 430,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,100*1,300*1,800mm
- b Type 1,400*1,500*2,200mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, SS41
13.PreheatIing Tank, SS41
14.Steam Tank, SS41
15.Connection, SS41
16.Hand Hool 80A, SS41
17.Enclosure, SS41
18.Heating Element, SS41
19.Lagging, Cerak Wool
20.Local Control Panel, SS41
21.Feed Water Pump, Cascad
-Maker Standard
-1.2~2.2kw/h
22.Feed Water Tank(200L)
-Maker Standard
400W*650L*1,160H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Mechanical Part
1.Steam Flow 650kg/h
2.Power Consumption 500kw/h
3.Pump 1.2~2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 430,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,100*1,300*1,800mm
- b Type 1,400*1,500*2,200mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, STS304
13.PreheatIing Tank, STS304
14.Steam Tank, STS304
15.Connection, STS304
16.Hand Hool 80A, STS304
17.Enclosure, STS304
18.Heating Element, STS304
19.Lagging, Cerak Wool
20.Local Control Panel, STS304
21.Feed Water Pump, Cascad
-Maker Standard
- 1.2~2.2kw/h
22.Feed Water Tank(200L)
-Maker Standard
400W*650L*1,160H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Mechanical Part
1.Steam Flow 650kg/h
2.Power Consumption 500kw/h
3.Pump 1.2~2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 430,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,100*1,300*1,800mm
- b Type 1,400*1,500*2,200mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, A312-316
13.PreheatIing Tank, A312-316
14.Steam Tank, A312-316
15.Connection, A182-F304
16.Hand Hool 80A, STS316
17.Enclosure, STS304
18.Heating Element, STS304
19.Lagging, Cerak Wool
20.Local Control Panel, STS304
21.Feed Water Pump, Cascad
-Maker Standard
- 1.2~ 2.2kw/h
22.Feed Water Tank(200L)
-Maker Standard
400W*650L*1,160H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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MODEL
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KS-SS41
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KS-STS304
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ASME-STS316
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1,000kw/h
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Mechanical Part
1.Steam Flow 1,300kg/h
2.Power Consumption 1,000kw/h
3.Pump 2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 860,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,400*1,500*1,900mm
- b Type 1,400*1,500*2,400mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, SS41
13.PreheatIing Tank, SS41
14.Steam Tank, SS41
15.Connection, SS41
16.Hand Hool 80A, SS41
17.Enclosure, SS41
18.Heating Element, SS41
19.Lagging, Cerak Wool
20.Local Control Panel, SS41
21.Feed Water Pump, Cascad
-Maker Standard
-2,080§¤/h, 2.2kw/h
22.Feed Water Tank(600L)
-Maker Standard
600W*850L*1,220H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Mechanical Part
1.Steam Flow 1,300kg/h
2.Power Consumption 1,000kw/h
3.Pump 2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 860,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,400*1,500*1,900mm
- b Type 1,400*1,500*2,400mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, STS304
13.PreheatIing Tank, STS304
14.Steam Tank, STS304
15.Connection, STS304
16.Hand Hool 80A, STS304
17.Enclosure, STS304
18.Heating Element, STS304
19.Lagging, Cerak Wool
20.Local Control Panel, STS304
21.Feed Water Pump, Cascad
-Maker Standard
- 2,080§¤/h, 2.2kw/h
22.Feed Water Tank(600L)
-Maker Standard
400W*850L*1,220H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Mechanical Part
1.Steam Flow 1,300kg/h
2.Power Consumption 1,000kw/h
3.Pump 2.2kw/h
4. Operating Pressure 7kgf/§²
5.Design Pressure 15kgf/§²
6.Quantity 860,000kcal/h
7.Outline Dimension(W*L*H)
- a Type 2,400*1,500*1,900mm
- b Type 1,400*1,500*2,400mm
8.Voltage, 3¥Õ 380V 60Hz
9.Steam Temperature 183¡É
10.Steam Quality 98%
11.Boiler Efficiency 98%
Material Part
12.Heating Tank, A312-316
13.PreheatIing Tank, A312-316
14.Steam Tank, A312-316
15.Connection, A182-F304
16.Hand Hool 80A, STS316
17.Enclosure, STS304
18.Heating Element, STS304
19.Lagging, Cerak Wool
20.Local Control Panel, STS304
21.Feed Water Pump, Cascad
-Maker Standard
- 2,080§¤/h, 2.2kw/h
22.Feed Water Tank(600L)
-Maker Standard
600W*850L*1,220H(mm)
-Stainless Steel 304
-Supply Water 15A
-Feed water 25A
-Condensate 25A
-Drain 20A
23.Controller, ON/OFF System
-Maker Standard
24.Boiler Valve
-Maker Standard
-Globe Valve 50A
-Safety Valve 32A
-Drain 50A*2 32A
-Solenoid Valve 32A
Option
25.SKID Base Plate
26.SCR, SSR, TPR, PLC
27. IP
28.Boiler House
29.Spare Part
30.Inspection
-KOSHA, KESCO, KGS etc
31.Document(Design)
32.Wood Packing
33.Junction box
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Name of device -
Electric boiler for power generation, auxiliary electric boiler for power plant, Ox boiler, auxiliary boiler, auxiliary electric boiler for turbine, electric power plant electric boiler, electric steam boiler, electric steam generator, electric steam boiler, electric steam generator, electric steam generator, steam boiler for power generation, auxiliary electric boiler for power generation, auxiliary steam boiler for power generation, electric Ox boiler, steam boiler, steam generator, steam boiler, steam Generator, Steam Electric Boiler, Steam Generator, Green Hydrogen Electric Boiler, Plant Electric Boiler, RE100 Electric Boiler, SOEC Water Electrolysis Plant Electric Steam Boiler, Water Electrolysis Electric Steam Boiler, SOEC Electric Steam Boiler, Electric Steam Boiler for Hydrogen Production, Green Hydrogen Electric Steam Boiler
Features of Electric Steam Boiler
Eco
- Noise and smell are very low, and carbon emission can be reduced.
- You can participate in the realization of RE100 by linking it with new and renewable energy.
- Suitable for environmental improvement projects.
Economics
- Low fuel cost compared to gas and oil.
- Parts replacement cost is low by using an electric heater instead of a burner.
- It is economical because the thermal efficiency is close to 98%.
- Steam of 145¡É or higher is reached within 7 minutes of operation, saving fuel costs.
- Various inspections (installation inspection, continuous use inspection) are exempted.
durability
- The SHELL and HEATER are made of stainless, so the life span is long.
- The use of groundwater requires the use of a water softener (optional)
convenience
- There is no need for a separate fuel supply device, and space utilization is convenient.
- Since the ON/OFF switch is simple, even beginners or foreigners can operate it easily.
- Various inspections are exempted, so management is easy.
safety
- Thorough safety devices such as earth leakage cutoff, pressure cutoff, temperature control, etc.
- Steam pressure can be controlled step by step (optional)
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Where to use the electric steam boiler
power plant auxiliary
Green Hydrogen Production Facility
Eco-friendly improvement construction (RE100)
SOEC water electrolysis facility
power plant turbine room
plywood factory
lumber factory
paper mill
printing plant
rubber factory
Where to use the mold
metal factory
Where to use the press
Plating plant process
For textile factory setting
sewing factory iron
For dyeing plant process
for curing concrete
chemical plant
For sterilization of mushroom growers
For fish farm water temperature control
for drying agricultural and marine products
For food factory processing
Various types of steaming in restaurants and mills
confectionery factory
For brewery liquor production
gardening facility
For hospital sterilization and humidification
laundry iron
bath and sauna facilities
For oil and gas once-through boiler replacement
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Electric boiler delivery performance for important facilities (last 5 years)
2023.07 Daegu Combined Heat and Power Plant (Korea District Heating Corporation) / Electric Steam Boiler (800kWx2units)
2023.07 Cheongju Combined Heat and Power Plant (Korea District Heating Corporation) / Electric Steam Boiler (800kWx2units)
2023.07. Korea Polytechnics Jeju Campus Electric Water Heater 1.5Ton* 2EA
2023.07. Korea Gas Corporation Busan Gyeongnam Regional Headquarters Electric Water Heater 1Ton
2023.06.07 Oreon Life Science Seongnam Factory Electric Steam Boiler 300kw
2023.04.09 Manila, Philippines Samsung Electro-Mechanics 500-37KW * 2EA
2023.06.14 Lotte Magok R&D Center Electric Steam Boiler 7BAR
2023.05.04 Changwon EAC Nursing Hospital / Electric Water Boiler 5Ton
2023.02.17 Kyowon University / Electric Boiler 2Ton
2023.01.26 Gimhae Daecheong High School / Electric Water Heater 6Ton
2023.01.11 NEXEN TIRE / Electric Water Heater 2Ton
2022.12.20 Korea Gas Corporation Pyeongtaek Base / Electric Steam Boiler 60kW 4EA
2022.12.16 Chungnam Science Education Center / Electric Water Heater 3Ton
2022.11.30 Yeonggwang Plug Nursery / Electric Boiler 250kW/h
2022.11.29 Daesang Group Central Research Institute Electric Steam Boiler 7BAR
2022.11.15 Navy 2nd Fleet / Electric Water Heater 100BU,300SUS
2022.11.09 Air Force Academy / Electric Water Heater 1.5Ton
2022.09.23 Naepo Gas Combined Cycle Power Plant (Naepo Green Energy) / Electric Steam Boiler (900kWx3units)
2022.08.17 Seogwipo Gangjeong Village / Electric Water Heater 100L 350EA
2022.08.12 Gumi Cogeneration Plant / Electric Water Heater 3Ton, 500SUS
2022.08.09 Cheongju Yullyang Middle School / Electric Water Heater 500SUS
2022.04.05 Korea Biochem Pharmaceutical Electric Boiler 24kw 2EA
2022.02.07 Pyeongtaek Cheongdam High School / Electric Boiler 5Ton
2021.12.24 Namyangju Welfare Center for the Disabled / Electric Water Heater 300SUS
2021.12.20 Changwon Seongjin Nursing Home / Electric Floor Heater 60kW
2021.11.04 Air Force Academy / Electric Water Heater 600SUS
2021.08.10 SK Yeoju Natural Gas Power Plant / Electric Boiler 1Ton, 2Ton
2021.05.20 Paju Raon Nursing Home / Electric Boiler 250kW/h 2EA, 1.5Ton
2021.05.20 Paju Unjeong Nursing Home / Electric Boiler 250kW/h 2EA, 1.5Ton
2021.02.19 Changwon Annam Elementary School / Electric Water Heater 6Ton
2020.10.28 Pocheon Nogok Elementary School / Electric Water Heater 1.5Ton
2020.10.10 National Institute of Forest Science / Electric Boiler 5Ton
2020.11.23 Daishin Securities / Electric Water Heater 0.5Ton 12EA
2020.08.29 Daelim Corporation / Electric Boiler 1.5Ton, Steam 0.5Ton
2020.07.30 LG Electronics Production Technology Center / Electric Water Heater 300SUS 12EA
2020.02.14 Cheongsong Prison / Electric Water Heater 6Ton
2020.01.21 Gwangyang Works / Electric Boiler 3Ton
2019.12.18 Gyeongju Civic Stadium / Electric Water Heater 0.6Ton
2019.12.13 Seocho Hyundai Tower / Electric Hot Water Heater 1Ton
2019.12.03 SK Hynix Cheongju / Electric Storage Heater 2.9kW 7EA
2019.11.22 Wonju Noblesse Nursing Home / Electric Boiler 2.7Ton 7EA
2019.11.13 Credit Guarantee Fund Gwangjin Branch / Electric Boiler 1Ton
2019.10.28 Yongin Animal Protection Center / Electric Floor Heater 54EA
2019.09.09 Inha University School of Medicine Affiliated Hospital / Electric Water Heater 430
2019.07.29 Hyundai Mobis Cheongju Plant / Electric Boiler 0.5Ton 2EA
2019.04.22 Yeongyang-gun Youth Training Center / Electric Water Heater 2Ton 4EA
2019.04.08 Chuncheon City Parenting Support Center / Electric Boiler 1.5Ton 2EA
2019.03.05 Poongsan Angang Factory / Electric Boiler 3Ton 14EA
2019.02.22 Ulsan Hyundai Heavy Industries / Electric Boiler 1.5Ton 5EA
|
HEATER
|
kg/h
|
kcal/hr
|
kgf/§²
|
¡É
|
PUMP
|
Steam
|
Water
|
Drain
|
W(mm)
|
D(mm)
|
H(mm)
|
5kw |
6.5kg |
4,300 |
2~5bar |
145 |
0.2kw |
15 |
15 |
15 |
520 |
730 |
780 |
10kw |
13kg |
8,600 |
2~5bar |
145 |
0.2kw |
15 |
15 |
15 |
520 |
840 |
820 |
15kw |
19.5kg |
12,900 |
2~5bar |
145 |
0.2kw |
15 |
15 |
15 |
520 |
840 |
820 |
20kw |
26kg |
17,200 |
2~5bar |
145 |
0.2kw |
15 |
15 |
15 |
520 |
840 |
820 |
30kw |
39kg |
25,800 |
2~5bar |
145 |
0.2kw |
15 |
15 |
15 |
520 |
840 |
970 |
40kw |
52kg |
34,400 |
2~5bar |
145 |
0.2kw |
15 |
15 |
15 |
520 |
840 |
970 |
50kw |
65kg |
43,000 |
2~5bar |
145 |
0.2kw |
20 |
15 |
20 |
520 |
840 |
970 |
60kw |
78kg |
51,600 |
3~7bar |
145 |
0.2kw |
20 |
15 |
20 |
520 |
840 |
970 |
70kw |
91kg |
60,200 |
3~7bar |
145 |
0.2kw |
20 |
15 |
20 |
780 |
920 |
1250 |
80kw |
104kg |
68,800 |
3~7bar |
145 |
0.35kw |
20 |
15 |
20 |
780 |
920 |
1250 |
90kw |
117kg |
77,400 |
3~7bar |
145 |
0.35kw |
20 |
15 |
20 |
780 |
920 |
1250 |
HEATER
|
kg/h
|
kcal/hr
|
kgf/§²
|
¡É
|
PUMP
|
Steam
|
Water
|
Drain
|
W(mm)
|
D(mm)
|
H(mm)
|
100kw |
130kg |
86,000 |
4~7bar |
158 |
0.35kw |
25 |
15 |
25 |
780 |
920 |
1250 |
120kw |
156kg |
103,200 |
4~7bar |
158 |
0.35kw |
25 |
15 |
25 |
1,000 |
1,150 |
1,550 |
150kw |
195kg |
129,000 |
4~7bar |
158 |
0.35kw |
25 |
20 |
25 |
1,600 |
1,000 |
1,600 |
200kw |
260kg |
172,000 |
4~7bar |
158 |
0.35kw |
32 |
20 |
32 |
1,600 |
1,000 |
1,600 |
300kw |
390kg |
258,000 |
4~7bar |
158 |
0.75kw |
32 |
20 |
32 |
1,800 |
1,000 |
1,800 |
400kw |
520kg |
344,000 |
4~7bar |
158 |
0.75kw |
40 |
20 |
40 |
1,800 |
1,000 |
1,800 |
HEATER
|
kg/h
|
kcal/hr
|
kgf/§²
|
¡É
|
PUMP
|
Steam
|
Water
|
Drain
|
W(mm)
|
D(mm)
|
H(mm)
|
500kw(A) |
650kg |
430,000 |
5~10bar |
179 |
1.5kw |
40 |
20 |
40 |
2,100
|
1,300
|
1,800
|
500kw(B) |
650kg |
430,000 |
20bar |
187 |
1.5kw |
40 |
20 |
40 |
1,400 |
1,500 |
2,200 |
600kw(A) |
780kg |
516,000 |
5~10bar |
179 |
1.5kw |
40 |
32 |
40 |
2,100
|
1,300
|
1,800
|
600kw(B) |
780kg |
516,000 |
20bar |
187 |
1.5kw |
40 |
32 |
40 |
1,400 |
1,500 |
2,200 |
700kw(A) |
910kg |
602,000 |
5~10bar |
179 |
2.2kw |
50 |
32 |
50 |
2,400
|
1,500
|
1,900
|
700kw(B) |
910kg |
602,000 |
20bar |
187 |
2.2kw |
50 |
32 |
50 |
1,400 |
1,500 |
2,200 |
800kw(A) |
1,040kg |
688,000 |
5~10bar |
179 |
2.2kw |
50 |
32 |
50 |
2,400
|
1,500
|
1,900
|
800kw(B) |
1,040kg |
688,000 |
20bar |
187 |
2.2kw |
50 |
32 |
50 |
1,400 |
1,500 |
2,400 |
900kw(A) |
1,170kg |
774,000 |
5~10bar |
179 |
2.2kw |
50 |
32 |
50 |
2,400
|
1,500
|
1,900
|
900kw(B) |
1,170kg |
774,000 |
20bar |
187 |
2.2kw |
50 |
32 |
50 |
1,400 |
1,500 |
2,400 |
1MW(A) |
1,300kg |
860,000 |
5~10bar |
179 |
2.2kw |
50 |
32 |
50 |
2,400
|
1,500
|
1,900
|
1MW(B) |
1,300kg |
860,000 |
20bar |
187 |
2.2kw |
50 |
32 |
50 |
1,400 |
1,500 |
2,400
|
Electric boiler lead-in wire specification guide
- HV, CV wire or higher conductor wire size with the highest permissible temperature value
Incoming wire, proper capacity of circuit breaker
|
POWER |
3¥Õ 380V
|
3¥Õ 380V
|
2¥Õ 220V
|
2¥Õ 220V
|
|
CV(SQ)
|
breaker(A)
|
CV(SQ)
|
breaker(A)
|
2kw/h
|
2.55
|
20
|
2.55
|
20
|
3
|
2.55
|
20
|
2.55
|
20
|
4
|
2.55
|
20
|
4
|
30
|
5
|
2.55
|
20
|
4
|
30
|
6
|
2.55
|
20
|
6
|
40
|
8
|
2.55
|
20
|
1
|
50
|
10
|
2.55
|
20
|
16
|
60
|
12
|
4
|
30
|
16
|
75
|
15
|
4
|
30
|
25
|
100
|
20
|
6
|
40
|
35
|
125
|
25
|
10
|
50
|
50
|
150
|
30
|
16
|
60
|
70
|
200
|
35
|
25
|
75
|
70
|
200
|
40
|
25
|
75
|
95
|
225
|
45
|
35
|
100
|
120
|
250
|
50
|
35
|
100
|
150
|
300
|
POWER
|
380V
|
380V
|
460V
|
460V
|
70
|
50
|
150
|
|
|
80
|
70
|
200
|
|
|
100
|
70
|
200
|
|
|
120
|
95
|
250
|
|
|
150
|
120
|
300
|
|
|
200
|
150
|
350
|
|
|
250
|
200
|
450
|
|
|
300
|
250
|
550
|
|
|
400
|
400
|
700
|
|
|
caution 1. You can use a cable thicker than the table, but you must not use a circuit breaker higher than the allowable current of the cable.
2. There is no allowable cable current in the table, and it must be checked separately.
3. This is a CV cable purchase standard and may vary depending on wire type and exposure, tray, voltage drop according to distance, margin rate, etc.
4. The wire thickness and circuit breaker capacity must be selected by the designer or electrical contractor.
5. If the opinion of the electric construction company differs from the corresponding table for reasons such as margin ratio, the opinion of the electric construction company must be followed entirely.
6. The above information is for reference only, so final selection of cables and circuit breakers should be discussed with the electrical contractor.
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9
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10
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12
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Please check the following before purchasing an electric steam boiler.
1. Steam pressure - design pressure (maximum) and commercial pressure (at all times)
2. Steam temperature - design temperature (maximum) and commercial temperature (constant)
3. Materials of the heating part (SHELL) (SS41, STS304, STS316)
4.HEATER power supply (220V~460V)
5. Water supply pump power
6.Water supply tank capacity and material
7. Control partLCP control method (ON/OFF method, proportional control method)
8. Control partLCP material (SS41, STS304, STS316)
9.Various valve maker standard specifications
10. Types of water quality used
¡ØConsultation application guide¡Ø
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