Standard Closed Loop Cooling Tower 1635kw Heat Reject For Industrial Architecture
Description
1.closed cooling towers are Using the counter flow cooling way; few cooling blind area, high thermal efficiency:
2. Efficiency of cooling tower is to adopt the professional and efficient water collector to control the running floating rate ,that is less or equal to 0.001%;
3.Closed cooling tower in high air duct design to make sure the equipment to meet the demand of cooling air flow rate during operation;
4. Reduce the occupied area compare to other types of cooling tower to meet the users' space demanding;
5.The tank of cooling tower adopts closed loop, eliminate clutters go into the tower body to produce spraying blocked;
6.The important part of counterflow cooling tower is the cooler that uses the antifreeze energy-saving design, to ensure the circulating water drain up and avoid freezing in the northern region with low temperature;
7.Design two-circuit cycle according to the demands of custom's devices, even if one circulation failure, anther cycle can be still normally operating;
8.The cooling tower design of units are elegant appearance, automatic digital display, easy to maintain.
Item
FBN-300T Specifications | |
Heat Reject | 1635kw |
Nominal Flow Rate | 300 m3/h |
Work Flow Rate | 235 m3/h |
Fan Power | 2×11kw |
Wind Flow Rate | 2×120000m3/h |
Spray Pump Power | 7.5kw |
Spray Water Flow Rate | 172m3/h |
Spray Pump Raise | 9.6m |
Inlet/Outlet Diameter | DN 200mm |
Makeup Connection | DN40 (Please specify adopted screw standards) |
Bleed Line Diameter | DN50 (Please specify adopted screw standards) |
Net Weight | 5150kg |
Operate Weight | 9500kg |
Dimensions | 5100×2300×4950mm |
The biggest difference between closed cooling tower and open cooling tower: The closed cooling tower will be cooled by the cooling medium through the coil and the cooling water and air outside the tube,formed a closed loop system, to avoid the cooling medium due to contact with air and lead to pollution, resulting in a waste of the cooling medium, equipment congestion and other failures affect the normal use. This equipment is suitable for use in harsh environments such as drought, water shortage and dust storms. It can be used in central air conditioning, instrumentation, metallurgical intermediate frequency electric furnace, converter, power plant generating units, steam turbine nuclear power plant, substation, chemical, pharmaceutical, welding, rolling aluminum, copper foil cooling oil, large hydraulic machinery hydraulic Oil and other industrial manufacturing use.