VOLGA - HVAC, FRP Round Cooling Tower

VWT Series

Components Instruction

CASING AND WATER 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

All cooling tower fans with adjustable pitch blades are applied to being balanced, it operates stably and quietly. Material chosen are A.B.S, aluminum alloy for normal standard, F.R.P or stainless steel material available for option.Small capacity cooling tower adopts direct drive low noise fan. Bigger capacity fan equipped with Belt drive speed reducer or Gear box.    

WATER DISTRIBUTION

Using high coefficient rotating sprinkler head made of plastic or aluminum alloy could reduce the pressure of friction loss, and the water can be distributed evenly to achieve the max thermal cooling performance. 

FILL PACKING

Used high quality & improved performance PVC with good material, it is high cooling efficiency and anti-corrosive & UL V-0. The surface of infill is corrugated to increase the filling pitch to make sure that infill is clog-free and overcome the problem of water quality. Special material for option if high entering water temperature.

FRAME

The framework is made of hot dip galvanized steel (HDGS), to makes the cooling tower in rust-free, durable and long service life.
 

Optional Accessories

♦ Noise reduction upgrade                    

 ♦ Anti-Freeze heater
♦ Vibration isolator & rubber mat             ♦ Stainless steel framework / bolts and nuts (304 / 316)
♦ High-temperature upgrade             

 ♦ Dual-speed Motor & VFD motorAnti-Freeze heater

VWT Series 

The VOLGA Saudi Cooling Tower FRP (Bottle shape) Cooling Tower consists of Honeycomb PVC fills and eliminators in a design that maximizes economy and efficiency and directly driven fan and Motor 'Minimum drift Losses'. Uniform distribution of hot water by rotating arm sprinkler.

Hot dipped Galvanized hardware to withstand wind forces. The bottle shape makes possible to provide maximum cooling efficiency in minimum plan area with lower energy consumption.