Open Counter Flow Cooling Tower , Mechanical draft / Wet Type CNTS

Delivery Time:4 weeks

Open Counter Flow Cooling Tower , Mechanical draft / Wet Type CNTS

Quick Detail:

The rigid truss system is used for the tower’s body of FRP cooling tower with steel structure. The connections between all parts are galvanized bolts. The steel pipe with larger turning radius is used as bellied rod to form the truss between beam and column. According to section junctions, the number may be added or reduced. So that it makes the structure of tower’s body not only have better whole rigidity but also the stress distribution have been changed. It is reasonable better for the structure to withstand force. The structure has the function to withstand forces come from all directions, and concentrates load, non-symmetric force and dynamic load caused by earthquake etc. it is very superior to reduce the vibration of cooling tower.

Specifications:

Model	Waterflow per cell (m3/h)	Dimension	Mechnical equipment
L(mm)	W(mm)	H(mm)	Fan Dia. (mm)	Airflow(m3/h)	Motor(KW)
CNTS-2000	2000	11200	11200	8600	7000	1180000	75
Design condition: The inlet temp. and outlet. Temp. is 43℃ and 33 ℃; The WBT is 28℃;  SS is less than 50 ppm.

Description:

CNTS serial counter flow cooling tower applies the full steel structure with FRP enclosure casing, which structure not only greatly decrease weight of tower, but also looks beautiful.

CNTS serial square counter flow cooling tower with steel structure is a advanced kind of cooling tower with perfect technology and reliable performance. The cooling tower has passed the inspection and test for the running tower and all kind of performance data have hit or exceed the national standard value stipulated in GB7190-2008 “Cooling tower of Plastic with enhanced glass fiber”.

Applications:

CNTS serial cooling tower with ascendant performance and good quality have been widely used in the circulating water system in such fields as Air-conditioning, Electric, Chemical, Metallurgy.

Competitive Advantage:

Non-metalizing of the components Streamlining of air-flow field Low energy-consumption of operation Super low loss of drift High-qualified draught device