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Closed Cell Cooling Tower System

Indoor-Outdoor Closed Loop Cooling Towers
Capacity Range: 10 to 500 Ton
Classification: Closed-Loop

CLIO-Series Specifications

Model Tower Tons / KW Flow: GPM HX Type PUMP Strainer In/Out Strainer Max Flow
CLIO650-10 10 Ton/44KW 30 GPM PHX 1.0 HP, #11, 4.88" 2" NPT Bottom 100 gpm
CLIO650-15 15 Ton/66KW 45 GPM PHX 1.5 HP , #126, 5.25" 2" NPT Bottom 100 gpm
CLIO850-20 20 Ton/88KW 60 GPM PHX 2.0 HP, # 16, 4.75" 2" NPT Bottom 100 gpm
CLIO850-25 25 Ton/110KW 75 GPM PHX 2.0 HP, #16, 4.88" 2" NPT Bottom 100 gpm
CLIO1250-30 30 Ton/132KW 90 GPM PHX 3.0 HP, #17, 4.75" 2" NPT Bottom 100 gpm
CLIO1250-40 40 Ton/176KW 120 GPM PHX 3.0 HP, #17, 4.75" 3" NPT Bottom 200 gpm
CLIO1550-50 50 Ton/220KW 150 GPM PFHX 5.0 HP, #17, 5.25" 3" NPT Bottom 200 gpm
CLIO1550-75 75 Ton/330KW 225 GPM PFHX 7.5 HP, #15, 4.88" 4" flange side 350 gpm
CLIO1850-100 100 Ton/440KW 300 GPM PFHX 10 HP, #15, 5.25" 4" flange side 350 gpm
CLIO1850-125 125 Ton/550KW 375 GPM PFHX 10 HP, #56F, 5.00" 4" flange side 350 gpm
CLIO2-1850-200 200 Ton/880KW 600 GPM PFHX 20 HP, #57, 5.50" 6" flange side 750 gpm
CLIO2-1850-250 250 Ton/1100KW 750 GPM PFHX 20 HP, #57, 5.50" 6" flange side 750 gpm
CLIO3-1850-300 300 Ton/1320KW 900 GPM PFHX 20 HP, #96, 8.90" 8" flange side 1300 gpm
CLIO3-1850-375 375 Ton/1650KW 1125 GPM PFHX 25 HP, #96, 9.38" 8" flange side 1300 gpm
CLIO4-1850-400 400 Ton/1760KW 1200 GPM PFHX 25 HP, #96, 9.38" 8" flange side 1300 gpm
CLIO4-1850-500 500 Ton/2200KW 1500 GPM PFHX 30 HP, #96, 10.0" 10" flange side 2000 gpm

*Standard Site Conditions:  95°F/35°C Leaving Water Temperature,  95°F/35°C Dry Bulb (Ambient) Temperature,  78°F/25.6°C Wet Bulb Temperature*
*Indoor heat transfer skid dimensions will vary by application*
*Voltages available: 208-240V/1ph, 208-240V/3ph, 440-480V/3ph, 380-415V/3ph, 575-600V/3ph*

 The need for a closed loop cooling tower system that operates at the industry's highest possible electrical efficiency and water loss rates led to the conception and subsequent design of the CLIO-Series.  CLIO-Series systems consists of an elevated outdoor evaporative cooling tower which gravity feeds to an indoor cooling tower water reservoir and isolation heat transfer skid.  In addition to providing operation electrical efficiency and low water loss, CLIO provides a zero electricity freeze protection that works in literally any and all harsh site conditions.  No basin heaters or other heat tape/tracing is required.  In the event of a power outage, whether it be a brown-out or black-out, the outdoor cooling tower simply drains to the indoor holding reservoir.  This reservoir is typically installed in a mechanical room, or on a production/warehouse floor of the facility.  The reservoir is typically accompanied by a heat transfer skid.  This heat transfer skid could have a variety of components including control panels, pumps, valves, filtration, heat exchangers, or evaporators.

 Another benefit of Whaley's cooling tower systems is the fact all WPI cooling towers' overall weights are substantially lower than conventional metal (galvanized or stainless steel) cooling towers.  Galvanized cooling towers tend to rust from the inside out over time, and stainless steel cooling towers are dramatically more expensive then any material.  WPI's FRP (fiberglass reinforced polyester) cooling towers are made from the same material sporting boats are made from.  This FRP material make-up allows WPI to offer a cooling tower that can withstand as much heat, ultraviolet sun, rain, snow, and wind that mother nature can throw at them.

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