BAC S15E 1018-10 LE opin kæliturnBAC
S1500E
BAC S15E 1018-10 LE opin kæliturn
BAC
S1500E
VB aukaskattur bætist við
26.800 EUR
Ástand
Notað
Staðsetning
Borken 

Upplýsingar um vélina
Verð og staðsetning
VB aukaskattur bætist við
26.800 EUR
- Staðsetning:
- 46325 Borken, Deutschland

Hringdu
Tilboðsupplýsingar
- Auglýsingarauðkenni:
- A21340202
- Tilvísunarnúmer:
- 60821
- Uppfærsla:
- síðast þann 02.06.2026
Lýsing
BAC S1500E Cooling Tower
The BAC S15E 1018-10-LE is a high-performance open cooling tower from the S1500E series by Baltimore Aircoil Company (BAC).
This specific model is designed for industrial cooling applications and large HVAC systems where high efficiency and ease of maintenance are top priorities.
Technology
Patented BACross III fill system, which allows for easy inspection of the fill sheets to prevent biological growth (e.g., Legionella).
Key Features of the S1500E Series
Maintenance Access: A large, inward-swinging access door and internal maintenance platforms allow technicians to comfortably perform inspections while standing inside the unit.
Hygiene Control: The design minimizes stagnant water and, thanks to special air inlet louvers, provides protection against sunlight, thereby reducing algae growth.
Flexibility: Due to the single-sided air inlet, the cooling tower can be installed even in confined spaces or positioned directly against walls.
Materials: Galvanized steel with Baltibond hybrid coating.
Typical Applications
Industrial Cooling: Used in factories for process cooling.
HVAC: Deployed in large building complexes as part of the central cooling plant.
Refrigeration: Serves as a condenser in commercial refrigeration circuits.
Cooling Capacity
An open evaporative cooling tower does not possess a single, fixed kW cooling capacity, as the actual performance depends entirely on thermodynamic ambient conditions and system temperatures.
Fpedpfxeynkbme Acrjh
The model is designed for maximum flow rates of up to 198 liters per second. Under typical industrial or standard HVAC conditions, the nominal cooling capacity of this model ranges from approximately 1,200 kW to 2,100 kW.
Why does cooling capacity vary?
Wet-bulb temperature (ambient air): The cooler and drier the ambient air, the more water can evaporate, resulting in a higher cooling capacity.
Water temperatures: Performance varies significantly depending on the incoming hot water temperature (e.g., 35 °C) and the outgoing cold water temperature (e.g., 29 °C).
Air volume flow: According to BAC’s technical specifications, the S15E 1018-10 LE model actively moves 60.0 m³/s of air using three installed 11.0 kW fan motors.
If this airflow volume is reduced via a variable frequency drive (e.g., during night operation or in winter), the cooling capacity decreases in a controlled manner.
Approach: This represents the most critical thermodynamic limit. It describes the temperature difference between the desired cold water temperature and the prevailing wet-bulb temperature. The closer the cold water is required to be cooled to the wet-bulb temperature (i.e., a smaller approach), the lower the cooling capacity the tower can deliver. Technical Specifications:
Fan & Air Data
Airflow Rate: 60.0 m³/s (generated in suction mode)
Fan Motors: 3x 11.0 kW (Axial fans)
Technology: Integrated belt drive
Water Flow Rate: 198 l/s
Hydraulic Connections
Water Inlet (Fluid Inlet): 1x DN 250 (Nominal Diameter ND 250 mm)
Water Outlet (Fluid Outlet): 1x DN 300 (Nominal Diameter ND 300 mm)
Fresh Water Connection (Make-up): 1x DN 40 (ND 40 mm)
Overflow / Drain: DN 80 (ND 80 mm) / DN 50 (ND 50 mm)
The BAC S15E 1018-10-LE is a high-performance open cooling tower from the S1500E series by Baltimore Aircoil Company (BAC).
This specific model is designed for industrial cooling applications and large HVAC systems where high efficiency and ease of maintenance are top priorities.
Technology
Patented BACross III fill system, which allows for easy inspection of the fill sheets to prevent biological growth (e.g., Legionella).
Key Features of the S1500E Series
Maintenance Access: A large, inward-swinging access door and internal maintenance platforms allow technicians to comfortably perform inspections while standing inside the unit.
Hygiene Control: The design minimizes stagnant water and, thanks to special air inlet louvers, provides protection against sunlight, thereby reducing algae growth.
Flexibility: Due to the single-sided air inlet, the cooling tower can be installed even in confined spaces or positioned directly against walls.
Materials: Galvanized steel with Baltibond hybrid coating.
Typical Applications
Industrial Cooling: Used in factories for process cooling.
HVAC: Deployed in large building complexes as part of the central cooling plant.
Refrigeration: Serves as a condenser in commercial refrigeration circuits.
Cooling Capacity
An open evaporative cooling tower does not possess a single, fixed kW cooling capacity, as the actual performance depends entirely on thermodynamic ambient conditions and system temperatures.
Fpedpfxeynkbme Acrjh
The model is designed for maximum flow rates of up to 198 liters per second. Under typical industrial or standard HVAC conditions, the nominal cooling capacity of this model ranges from approximately 1,200 kW to 2,100 kW.
Why does cooling capacity vary?
Wet-bulb temperature (ambient air): The cooler and drier the ambient air, the more water can evaporate, resulting in a higher cooling capacity.
Water temperatures: Performance varies significantly depending on the incoming hot water temperature (e.g., 35 °C) and the outgoing cold water temperature (e.g., 29 °C).
Air volume flow: According to BAC’s technical specifications, the S15E 1018-10 LE model actively moves 60.0 m³/s of air using three installed 11.0 kW fan motors.
If this airflow volume is reduced via a variable frequency drive (e.g., during night operation or in winter), the cooling capacity decreases in a controlled manner.
Approach: This represents the most critical thermodynamic limit. It describes the temperature difference between the desired cold water temperature and the prevailing wet-bulb temperature. The closer the cold water is required to be cooled to the wet-bulb temperature (i.e., a smaller approach), the lower the cooling capacity the tower can deliver. Technical Specifications:
Fan & Air Data
Airflow Rate: 60.0 m³/s (generated in suction mode)
Fan Motors: 3x 11.0 kW (Axial fans)
Technology: Integrated belt drive
Water Flow Rate: 198 l/s
Hydraulic Connections
Water Inlet (Fluid Inlet): 1x DN 250 (Nominal Diameter ND 250 mm)
Water Outlet (Fluid Outlet): 1x DN 300 (Nominal Diameter ND 300 mm)
Fresh Water Connection (Make-up): 1x DN 40 (ND 40 mm)
Overflow / Drain: DN 80 (ND 80 mm) / DN 50 (ND 50 mm)
Bjóðandi
Athugasemd: Skráðu þig ókeypis eða skráðu þig inn, til að fá aðgang að öllum upplýsingum.
Skráð frá: 2008
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