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TEKLİF AL
TEKLİF AL
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TEKLİF AL

SSB Conventional
Boilers

SSB series consist of fire-tube Scotch type steam boilers, designed for high-pressure steam production and suitable for gas and liquid fuels. With an operating pressure of 3-16 bar and an efficiency rate of 89%-94%, they provide a reliable solution for industrial facilities.

%94
maximum efficiency (with economizer)
12.000 kg/h
maximum steam capacity
up to 16 bar
operating pressure range
ÜRÜN İÇİN TEKLİF AL

Environmentally Friendly Technology with SSB Series

Operating pressure ranging from 3 to 16 bar
High efficiency rate between 90% and 95%
Low combustion chamber load
Corrugated furnace resistant to pressure of 8 bar and above
Product Features

SSB Series

Akdes Isı’s SSB series Scotch type steam boilers are efficient and durable systems designed for high-pressure steam production. They operate at a pressure range of 6-16 bar and produce steam at temperatures between 110°C and 204°C. With an efficiency rate of 90%, the boilers can reach up to 95% efficiency when equipped with an economizer. Thanks to low gas flow resistance, the burner fan operates with minimal energy consumption. The corrugated furnace structure, resistant to pressures of 8 bar and above, ensures long service life and safety. The SSB series can operate with various fuel types, including gas, liquid, biogas, and biofuel, offering economic solutions by reducing energy costs. Manufactured in compliance with EN12953 standards, the boilers can be customized to meet the needs of industrial facilities and stand out for their user-friendly design.

Data
Heating surface
15 m²
Steam capacity
400 kg/saat
Heating capacity
224 (1000 kcal/saat)
Flue outlet diameter
250 mm
Weight (3 bar boiler, dry)
2200 kg
Gas side resistance
5 mbar
Steam volume
0,19 m³
Minimum water volume
1,28 m³
Steam output
DN 50
Safety connection
DN 40
Feed inlet
DN 32
Dimensions (width x length x height)
1550x2600x1700 mm
Data
Heating surface
25 m²
Steam capacity
1000 kg/saat
Heating capacity
560 (1000 kcal/saat)
Flue outlet diameter
300 mm
Weight (3 bar boiler, dry)
3200 kg
Gas side resistance
5 mbar
Steam volume
0,32 m³
Minimum water volume
1,64 m³
Steam output
DN 65
Safety connection
DN 40
Feed inlet
DN 32
Dimensions (width x length x height)
1600x2900x1750 mm
Data
Heating surface
40 m²
Steam capacity
1600 kg/saat
Heating capacity
896 (1000 kcal/saat)
Flue outlet diameter
400 mm
Weight (3 bar boiler, dry)
5200 kg
Gas side resistance
6 mbar
Steam volume
0,46 m³
Minimum water volume
2,85 m³
Steam output
DN 65
Safety connection
DN 40
Feed inlet
DN 32
Dimensions (width x length x height)
1800x3500x1950 mm
Data
Heating surface
50 m²
Steam capacity
2000 kg/saat
Heating capacity
1120 (1000 kcal/saat)
Flue outlet diameter
450 mm
Weight (3 bar boiler, dry)
6000 kg
Gas side resistance
6 mbar
Steam volume
0,55 m³
Minimum water volume
3,65 m³
Steam output
DN 80
Safety connection
DN 40
Feed inlet
DN 32
Dimensions (width x length x height)
1900x3500x2050 mm
Data
Heating surface
60 m²
Steam capacity
2400 kg/saat
Heating capacity
1344 (1000 kcal/saat)
Flue outlet diameter
450 mm
Weight (3 bar boiler, dry)
6300 kg
Gas side resistance
7 mbar
Steam volume
0,60 m³
Minimum water volume
4,10 m³
Steam output
DN 80
Safety connection
DN 40
Feed inlet
DN 40
Dimensions (width x length x height)
1900x3700x2050 mm
Data
Heating surface
70 m²
Steam capacity
2800 kg/saat
Heating capacity
1568 (1000 kcal/saat)
Flue outlet diameter
500 mm
Weight (3 bar boiler, dry)
7300 kg
Gas side resistance
7 mbar
Steam volume
0,73 m³
Minimum water volume
4,50 m³
Steam output
DN 100
Safety connection
DN 50
Feed inlet
DN 40
Dimensions (width x length x height)
2100x3900x2250 mm
Data
Heating surface
80 m²
Steam capacity
3200 kg/saat
Heating capacity
1792 (1000 kcal/saat)
Flue outlet diameter
500 mm
Weight (3 bar boiler, dry)
8200 kg
Gas side resistance
8 mbar
Steam volume
0,70 m³
Minimum water volume
5,00 m³
Steam output
DN 100
Safety connection
DN 100
Feed inlet
DN 40
Dimensions (width x length x height)
2100x4200x2250 mm
Data
Heating surface
90 m²
Steam capacity
3600 kg/saat
Heating capacity
2016 (1000 kcal/saat)
Flue outlet diameter
550 mm
Weight (3 bar boiler, dry)
9000 kg
Gas side resistance
8 mbar
Steam volume
0,80 m³
Minimum water volume
5,90 m³
Steam output
DN 100
Safety connection
DN 50
Feed inlet
DN 40
Dimensions (width x length x height)
2100x4300x2250 mm
Data
Heating surface
100 m²
Steam capacity
4000 kg/saat
Heating capacity
2240 (1000 kcal/saat)
Flue outlet diameter
550 mm
Weight (3 bar boiler, dry)
9300 kg
Gas side resistance
8 mbar
Steam volume
0,90 m³
Minimum water volume
6,70 m³
Steam output
DN 100
Safety connection
DN 50
Feed inlet
DN 40
Dimensions (width x length x height)
2150x4400x2350 mm
Data
Heating surface
125 m²
Steam capacity
5000 kg/saat
Heating capacity
2800 (1000 kcal/saat)
Flue outlet diameter
650 mm
Weight (3 bar boiler, dry)
11000 kg
Gas side resistance
9 mbar
Steam volume
1,20 m³
Minimum water volume
8,60 m³
Steam output
DN 125
Safety connection
DN 65
Feed inlet
DN 50
Dimensions (width x length x height)
2350x5100x2500 mm
Data
Heating surface
150 m²
Steam capacity
6000 kg/saat
Heating capacity
3360 (1000 kcal/saat)
Flue outlet diameter
650 mm
Weight (3 bar boiler, dry)
13000 kg
Gas side resistance
9 mbar
Steam volume
1,40 m³
Minimum water volume
9,20 m³
Steam output
DN 150
Safety connection
DN 80
Feed inlet
DN 50
Dimensions (width x length x height)
2400x5200x2550 mm
Data
Heating surface
175 m²
Steam capacity
7000 kg/saat
Heating capacity
3920 (1000 kcal/saat)
Flue outlet diameter
700 mm
Weight (3 bar boiler, dry)
15000 kg
Gas side resistance
9 mbar
Steam volume
1,60 m³
Minimum water volume
10,50 m³
Steam output
DN 150
Safety connection
DN 80
Feed inlet
DN 50
Dimensions (width x length x height)
2500x5600x2700 mm
Data
Heating surface
200 m²
Steam capacity
8000 kg/saat
Heating capacity
4480 (1000 kcal/saat)
Flue outlet diameter
750 mm
Weight (3 bar boiler, dry)
17500 kg
Gas side resistance
9 mbar
Steam volume
1,80 m³
Minimum water volume
12,10 m³
Steam output
DN 200
Safety connection
DN 80
Feed inlet
DN 65
Dimensions (width x length x height)
2600x6000x2800 mm
Data
Heating surface
250 m²
Steam capacity
10000 kg/saat
Heating capacity
5600 (1000 kcal/saat)
Flue outlet diameter
800 mm
Weight (3 bar boiler, dry)
20000 kg
Gas side resistance
10 mbar
Steam volume
2,20 m³
Minimum water volume
14,10 m³
Steam output
DN 200
Safety connection
DN 80
Feed inlet
DN 65
Dimensions (width x length x height)
2750x6800x2950 mm
Data
Heating surface
300 m²
Steam capacity
12000 kg/saat
Heating capacity
6720 (1000 kcal/saat)
Flue outlet diameter
850 mm
Weight (3 bar boiler, dry)
23000 kg
Gas side resistance
11 mbar
Steam volume
2,80 m³
Minimum water volume
15,20 m³
Steam output
DN 250
Safety connection
DN 100
Feed inlet
DN 80
Dimensions (width x length x height)
2900x7000x3150 mm
Product Advantages

With our commitment to customer satisfaction and quality, we strive to provide the best heating solutions

High Operating Pressure Resistance

Provides safe steam production in industrial facilities with an operating pressure range of 6-16 bar.

Up to 95% Efficiency

Offers energy savings and low operating costs with an efficiency rate of up to 95% when used with an economizer.

Low Combustion Chamber Load

Low combustion chamber load ensures complete combustion, energy savings, and long-lasting, high performance.

Increased Durability with Corrugated Furnace

The corrugated furnace structure, resistant to pressures of 8 bar and above, provides long-lasting and safe operation.

Low Gas Flow Resistance

Ensures the burner fan operates with minimal energy consumption, offering lower energy costs.

Compatible Operation with Various Fuel Types

Provides flexible operation with various fuel options, including gas, liquid, biogas, and biofuel.

Frequently Asked Questions

We work to provide the best heating solutions with our commitment to customer satisfaction and quality.

What does a three-pass steam boiler mean and what are its advantages?

A three-pass boiler is a system in which combustion gases pass through the heating surfaces in three stages before reaching the chimney. This design maximizes heat transfer. Advantages:

  • Provides higher efficiency.
  • Reduces fuel consumption.
  • Minimizes energy loss by lowering flue gas temperature

Which fuel types can it operate with?

These types of boilers are designed to operate with both liquid and gas fuels. If needed, they can be converted to different fuel types using special kits.

In which applications are these types of boilers used?

Liquid and gas-fired three-pass steel steam boilers are generally preferred in the following applications:

  • Industrial facilities.
  • Food production plants.
  • Hotels.
  • Hospitals.
  • Textile factories.
  • Central heating systems

How is energy efficiency achieved?

Energy efficiency is achieved through high efficiency, a three-pass design, and large heat transfer surfaces. Additionally, low flue gas temperature and optimized combustion chamber design save fuel. In modern models, efficiency can be further increased with energy recovery systems.

What are the maintenance requirements?

  • The combustion chamber should be cleaned regularly.
  • Burners and control panels should be checked periodically.
  • Water level and pressure should be monitored regularly.
  • Safety valves and sensors should be inspected at least once a year by a professional team

What are the safety features?

These boilers include various safety measures:

  • Overtemperature and overpressure protection systems.
  • Automatic shutdown mechanism.
  • Low water level protection.
  • Safety valves and alarm systems

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    Scotch-Type Steam Boilers with Different Features

    As Aktes Isı, designing systems suitable for industrial production processes, we manufacture durable and efficient scotch-type steam boilers for industrial facilities. These boilers stand out with their robust construction and stable operating performance, while adhering to environmentally friendly operating principles. Produced by Aktes Isı’s experienced team, these boilers are long-lasting and reliable. You can review the technical specifications of our scotch-type steam boilers in various capacities to select the model that best suits your needs.

    What is the SSB Series?

    The SSB series is a product group that brings together scotch-type steam boilers. Steam generation units with a horizontal design and cylindrical structure are called scotch-type boilers. They are high-efficiency, fire-tube and smoke-tube boilers that can operate with liquid and gas fuels, designed for production facilities requiring high pressure. These boilers are engineered to meet the high-pressure steam demands of industrial plants.
    What Are the Features of Scotch-Type Steam Boilers?

    With its innovative design, the SSB series meets the needs of modern industrial facilities and offers high efficiency rates ranging from 89% to 94%. Equipped with an economizer, these boilers can achieve up to 94% efficiency, while delivering 89% performance on their own. Scotch-type steam boilers feature low gas flow resistance, with the burner fan consuming minimal energy. Designed to withstand pressures above 8 bar, these products comply with international certification standards. With a design that meets the EN12953 criteria specifically developed for cylindrical boilers, they can be used reliably for many years.

    Boilers designed to withstand pressures of 8 bar and above are equipped with a corrugated furnace. This not only enhances the product’s pressure resistance but also increases the heat transfer surface, improving efficiency. The SSB series, with its wide range of applications, offers advantages that may vary depending on the usage. Scotch-type steam boilers, capable of serving diverse purposes—from heating large residential areas to meeting the steam demands of textile, paint, dairy, and other industrial facilities—operate at pressures ranging from 3 to 16 bar.

    The SSB series, capable of producing steam between 110 and 204 degrees, has technical specifications that vary depending on the model. Scotch-type steam boilers support various fuel types, including gas, liquid, biogas, and biofuel. By reviewing the features of the SSB series, you can select the model that suits your facility and helps reduce energy costs. Delivered ready for operation, the SSB series is very easy to use. After loading the system with fuel, you can quickly start the energy flow and generate steam.

    Advantages Offered by the SSB Series

    Thanks to their modular structure, scotch-type steam boilers can be customized and easily adapted to production facilities with different requirements. With the option of a dual furnace design, these boilers provide an ideal solution for high-capacity projects and can be optionally equipped with an electronic control panel or a water softening unit. Boilers with user-friendly components help you manage production processes more efficiently. The SSB series eliminates the need for turbulators in the fire tubes, making cleaning practical and straightforward. Optional features such as a steam flow meter and automatic surface and bottom blowdown system allow you to easily optimize energy management.

    Scotch-Type Steam Boilers Suitable for Your Budget

    The prices of our products in the SSB series vary according to the steam and heating capacity of the boilers. High-capacity steam boilers have their own specific price range. The steam output and minimum water volume of the SSB products in our category can also affect the budget required for these boilers. By considering the requirements and capacity of your production facility, you can select the scotch-type steam boiler that best suits your needs. With boilers produced by Aktes Isı, carrying over 30 years of experience and expertise, you can make your manufacturing processes more efficient.

     

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