Seleccion EWK I

General Features

  • FGRP Casing and stainless steel plate heat exchanger
  • Direct driven fan motor (no pulleys and belts)
  • Total corrosion resistance
  • Easy cleaning
  • Easy installation



Model* Dissip. (kW)Dry Weight (kg)Service Weight (kg)Pump Power (kW)Fan Power (kW)Length (mm)Width (mm)Height (mm)Dim. DrawingPlane DWGTechnical Features
EWK-I 1441856359454.02.2204615592825Open open iconDownload download-icon[-]
EWK-I 22526081313825.53.0231917453100Open open iconDownload download-icon[-]
EWK-I 324347122119475.54.0263819883425Open open iconDownload download-icon[-]
EWK-I 441520165627397.55.5300221503459Open open iconDownload download-icon[-]
EWK-I 6807982529508515.07.54132 27244550Open open iconDownload download-icon[-]
EWK-I 90010402640570115.011.0507927244485Open open iconDownload download-icon[-]
EWK-I 126014335051101912 x 15.015.0483643324770Open open iconDownload download-icon[-]
EWK-I 180020805720138102 x 15.015.0553848364805Open open iconDownload download-icon[-]
* Heat rejection at the following conditions: Tin: 35,0 ºC, Tout: 30,0 ºC, Twb: 24,0 ºC

Additional Equipment

  1. Sound Attenuator.
  2. Access ladder & Hand rail to the fan motor.
  3. Vibration Switch.
  4. Electric water control level in the Basin .
  5. Winter Pack (Thermostat & immersion heater)
  6. Variable speed drives, control cabinets.
  7. Water treatment systems (Dosing, bleed)

Working Principles

The fluid to be cooled (usually water) flows through the water passages of the stainless steel plate heat exchanger without coming into direct contact with the external air, preventing dirt or pollution from entering the primary water circuit. The heat is transmitted from the fluid through the wall of the heat exchanger plates to the cooling water from the tower, which is being continuously circulated through the heat exchanger.

The fan at the top of the tower draws air through the tower in counter-flow to the water, thereby evaporating a small amount of the re-circulating secondary circuit water. The evaporative process causes cooling of the remaining water and the heat is released to atmosphere,. The remaining water is re-circulated by the spray water pump from the basin to the spray nozzles. A small quantity of heat is transmitted by sensible heat transfer to the external air, in a similar manner to an air cooler.