{"en":"RT CTI Certified Cooling Tower "}

RT CTI Certified Cooling Tower

RT CTI Certified Cooling Tower

RT series CTI certified cross flow square  cooling tower is available in capacity for single cell from 100 tons to 1000 tons, various modular combinations of cooling towers are designed to meet different requirements.This cooling tower is highly used in heating, ventilation, air-conditioning, and light to medium processing applications.



Model Description

                  


Features

♦ Thermal isolated  casing, Stainless steel 304 /316L material
♦ Prevents external heat into the tower and insulation, damps the vibration
♦ Resistant to acid and alkali, effectively eliminate the oxidation on the surface of the galvanized
♦ Modular design, high strength, good rigidity, nice appearance
♦ Factory assembled, easy installation and maintenance
              


Components Instruction

 

Casing and Basin

Fiberglass reinforced polyester (FRP) is applied with water-resistance resin and high quality fiberglass mat. With good moisture, high gel,high strength, spray the gel-coat on FRP parts by machine and is thermal formed.
 

Fan & Driving System

Adopting low speed, big chord length and width of blade fan, with stable wind speed, low noise, and high efficiency, etc. Enough air flow can be easily get at low rotating speed of the fan, what’s more, blade angle can  be  adjusted according to different climate condition. Used aluminum alloy fan blades, solid fan or hollow type available for different customers' request.
Using motor with IP55 protection grade, F class insulation grade, smooth operation, low failure rate. Options: Siemens, ABB
 

Distribution system

Using the unique overflow device to realize smooth and even water distribution under different sustem load, the device completely eliminates the drift loss of coolig tower. Hot water basin cover avoids water pollution by foreign objects falling into hot basin. Meantime, it avoids direct sunlight and inhabit growth of algae.
 

Fill Packing

Used high quality & improved performance PVC with good material, it is high cooling efficiency and anti-corrosive & UL V-0. Brand new PVC materials, integrated eliminators and louvers. The infills are hanging type, environmental friendly and  big coefficient of heat transfer, good hydrophilicity. Small wind resistance, high ventilation performance. Special material for option if high entering water temperature.
 

Frame structure and fasteners

Leading structure design and high-quality materials to make frame structure and fasteners, the standard configuration of structure and fasteners is superior hot-dip galvanized steel, good anti-corrosion, design lifespan is more than 15 years. Stainless steel or F.R.P frame structure available for poor water soltion, and SUS304 or SUS316L for fasteners.  
 

Optional Accessories

♦ Noise reduction upgrade                      ♦ Anti-Freeze heater                             
♦ Vibration isolator & rubber mat             ♦ Handrail & Safety caged ladder
♦ High-temperature upgrade                   ♦ Dual-speed Motor & VFD motorAnti-Freeze heater

 
For more detailed description and specification, please click the above Download to get more information about NST series cross flow stainless steel cooling towers. 
Technical Specification of RT Series CTI Certified Cooling Tower
 
Tower Model  Water
Flow
(m 3 /h)
Dimensions( mm)  Fan Assembly Cooling 
capacity
(Kcal/h)
Width Length Height  Motor Fan Dia
(mm)
RT L H h1 h2 h3 Kw  Hp  Set  
100L/SB 100 3200 1960 3820 3320 500 0 4 5 1 1500 500000
100U/SB 105 3200 1960 4420 3320 500 600 4 5 1 1500 525000
125L/SB 125 3600 2300 3820 3320 500 0 4 5 1 1800 625000
125U/SB 130 3600 2300 4420 3320 500 600 4 5 1 1800 650000
150L/SB 150 3800 2580 3820 3320 500 0 5.5 7.5 1 2120 750000
150U/SB 155 3800 2580 4420 3320 500 600 5.5 7.5 1 2120 775000
175L/SB 175 3800 2910 4440 3940 500 0 5.5 7.5 1 2120 875000
175U/SB 180 3800 2910 5040 3940 500 600 5.5 7.5 1 2120 900000
200L/SB 200 4300 3000 4440 3940 500 0 7.5 10 1 2400 1000000
200U/SB 210 4300 3000 5040 3940 500 600 7.5 10 1 2400 1050000
250L/SB 250 5300 3000 5300 4600 700 0 7.5 10 1 2400 1250000
250U/SB 260 5300 3000 5900 4600 700 600 7.5 10 1 2400 1300000
300L/SB 300 5550 3250 5300 4600 700 0 11 15 1 2850 1500000
300U/SB 310 5550 3250 6200 4600 700 900 11 15 1 2850 1550000
350L/SB 350 5800 3500 5300 4600 700 0 11 15 1 2850 1750000
350U/SB 365 5800 3500 6200 4600 700 900 11 15 1 2850 1825000
400L/SB 400 6050 3750 5450 4600 850 0 15 20 1 3100 2000000
400U/SB 420 6050 3750 6350 4600 850 900 15 20 1 3100 2100000
450L/SB 450 6300 4000 5450 4600 850 0 15 20 1 3200 2250000
450U/SB 470 6300 4000 6350 4600 850 900 15 20 1 3200 2350000
500L/SB 500 6300 4000 6050 5200 850 0 18.5 25 1 3200 2500000
500U/SB 520 6300 4000 6950 5200 850 900 18.5 25 1 3200 2600000
600L/SB 600 6800 4500 6050 5200 850 0 18.5 25 1 3350 3000000
600U/SB 620 6800 4500 6950 5200 850 900 18.5 25 1 3350 3100000
700L/SB 700 6800 4500 6700 5800 900 0 22 30 1 3700 3500000
700U/SB 730 6800 4500 7700 5800 900 1000 22 30 1 3700 3650000
800L/SB 800 7800 5500 6100 5200 900 0 30 40 1 4250 4000000
800U/SB 820 7800 5500 7100 5200 900 1000 30 40 1 4250 4100000
900L/SB 900 8300 6000 6100 5200 900 0 30 40 1 4550 4500000
900U/SB 925 8300 6000 7100 5200 900 1000 30 40 1 4550 4625000
1000L/SB 1000 8300 6500 6100 5200 900 0 30 40 1 4550 5000000
1000U/SB 1030 8300 6500 7100 5200 900 1000 30 40 1 4550 5150000
 

DESIGN CONDITION:   

Entrance temp.  t1=37°C                    Leaving temp.    t2= 32°C          
Wet bulb temp.  tWB=28°C                Dry bulb temp.   tDB=31.5°C          Atmospheric pressure=99.4 KPa
 
 

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