Semc Sale 200ton Dry Wet Combined Cycle Closed Cooling Tower

• Customization: Available
• After-sales Service: One Year
• Warranty: One Year
• Model NO.: FBN-200
• Cooling Method: Counter Flow
• Ventilation Mode: Natural Ventilation
• Material: Metal
• Air Contact Form: Wet and Dry
• Air Contact Way: Closed
• Tower Shape: Square
• Noise Level: Ordinary
• Application Fields: Industrial
• Certification: ISO, CE
• Condition: New
• Model: Fbn-200
• Motor Power: 3.7kw
• Colour: Customizable
• Packing: Ship in Wooden Box
• Transport Package: Plywood Case
• Specification: IEC60034
• Trademark: SEMC
• Origin: China
• Production Capacity: 1000set/Year

Product Description

SEMC supply 200T cooling tower

Closed cooling tower model FBN-200
Closed cooling tower flow / wet bulb temperature 200 (t / h) / 28 ºC
Cooling capacity of 1163KW
Overall dimensions (length × width × height) 5600 * 2200 * 3800
Pipe diameter into the outlet (mm) DN200
Overflow outlet (mm) DN40
Outfall (mm) DN65
Replenishment port (mm) DN32


Pump manufacturers Boli source
Spray pump model PDM150-3.7
The number of 1 Taiwan
Single pump flow 180m3 / h
Motor power 3.7kw


Fan manufacturer Ashland
Model YSL2000-7.5
The number of 2 units
Motor power 7.5 kW
Structure Features Direct connection IP55 F rating
  Heat exchange tube (plate) structure coil
Pipe diameter 19 mm

Cooling towers are primarily used for heating, ventilation, and air conditioning (HVAC) and industrial purposes. Cooling towers provide a cost-effective and energy efficient operation of systems in need of cooling. More than 1,500 industrial facilities use large quantities of water to cool their plants
Cooling towers are essentially large boxes designed to maximize evaporation of water. To do this, they contain material, typically PVC plastic sheets, that create large surface areas for water evaporation to occur. This material is what fills the inside of the cooling tower and is called "Cooling Tower Fill".
The cooling tower's capacity is the product of the mass flow rate of water, specific heat, and temperature difference. This can also be expressed as heat rejected in kCal/hr (Btu/h). Evaporation loss. This is the amount of water that is evaporated during the cooling process.