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Cooling Towers
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S3000 Series (Crossflow)
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S3000 Series 'Crossflow' Cooling Tower
Capacity Range
Single Cell Capacity from 40 l/s to 260 l/sFan System
Axial Fan, Induced DraftMaximum Entering Fluid Temperature
50°C standard wet deck, 55°C alternative wet deck materialTypical Applications
Medium to large HVAC and industrial applications. Replacement of timber field erected towers.
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PCT Series (Counterflow)
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PCT Series 'Counterflow' Cooling Tower
Capacity Range
Single Cell Capacity from 40 l/s to 145 l/sFan System
Axial Fan, Induced DraftMaximum Entering Fluid Temperature
55°C standard wet deck, 65°C alternative wet deck materialTypical Applications
Small to medium industrial applications. Dirty Water applications.
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VXT Series (Counterflow)
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VXT Series 'Counterflow' Cooling Tower
Capacity Range
Single Cell Capacity from 1,6 l/s to 1230 l/sFan System
Centrifugal Fan, Forced DraftMaximum Entering Fluid Temperature
55°C standard wet deck, 65°C alternative wet deck materialTypical Applications
Small to medium HVAC and industrial applications. Indoor installations. High temperature industrial applications. Tight enclosures and installations requiring a single or bottom air inlet.
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VTL Series (Counterflow)
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VTL Series 'Low Profile Counterflow' Cooling Tower
Capacity Range
Single Cell Capacity from 4 l/s to 90 l/sFan System
Centrifugal Fan, Forced DraftMaximum Entering Fluid Temperature
55°C standard wet deck, 65°C alternative wet deck materialTypical Applications
Small to medium HVAC & Industrial applications. Extremely low height, tight enclosure, indoor or high temperature applications. Installations requiring a single air inlet.
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S3000 Series (Crossflow)
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Closed Circuit Coolers
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RCF Series (Counterflow)
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RCF Series 'Counterflow' Closed Circuit Cooler
Capacity Range
Single Cell Capacity from 1 to 100 l/sFan System
Axial Fan, Induced DraftTypical Applications
Small to medium Industrial applications.
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VXI Series (Counterflow)
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VXI Series 'Counterflow' Closed Circuit Cooler
Capacity Range
Single Cell Capacity from 1 l/s to 200 l/sFan System
Centrifugal Fan, Forced DraftMaximum Entering Fluid Temperature
82°CTypical Applications
Small to medium HVAC & industrial applications such as water source heat pump loops and air compressor cooling. Indoor installations. High temperature applications. Tight enclosures & installations requiring a single air inlet. Extremely sound sensitive.
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FXV Series (Combinedflow)
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FXV Series 'Combinedflow' Closed Circuit Cooler
Capacity Range
Single Cell Capacity from 3 l/s to 149 l/sFan System
Axial Fan, Induced DraftMaximum Entering Fluid Temperature
82°CTypical Applications
Small to medium HVAC & industrial applications such as water source heat pump loops and air compressor cooling. Tight enclosures & installations requiring a single air inlet. Unit replacements.
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VFL Series (Counterflow)
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VFL Series 'Counterflow' Closed Circuit Cooler
Capacity Range
Single Cell Capacity up to 65 l/sFan System
Centrifugal Fan, Forced DraftMaximum Entering Fluid Temperature
82°CTypical Applications
Small to medium HVAC and industrial applications. Tight enclosures and installations requiring a single air inlet. Low high and indoor installations. High temperature industrial applications. Dry operation in winter time. Sound critical installations.
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RCF Series (Counterflow)
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Evaporative Condensers
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RCC Series (Counterflow)
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RCC Series 'Counterflow' Evaporative Condenser
Capacity Range
Single Cell Capacity up to 2700kWFan System
Axial Fan, Induced DraftTypical Applications
Small to medium Industrial applications.
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VXC Series (Counterflow)
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VXC Series 'Counterflow' Evaporative Condenser
Capacity Range
Single Cell Capacity from 60kW to 6930kWFan System
Centrifugal Fan, Forced DraftTypical Applications
Sound sensitive industrial refrigeration projects. Installations with limited plan area. Indoor Installations.
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VC1 Series (Containerised)
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VC1 Series 'Containerised' Evaporative Condenser
Capacity Range
Single Cell Capacity from 950kW to 2000kWFan System
Centrifugal Fan, Forced DraftTypical Applications
Sound sensitive industrial refrigeration projects Installations with limited plan area; Indoor Installations.
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CXV Series (Combinedflow)
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CXV Series 'Combinedflow' Evaporative Condenser
Capacity Range
Single Cell Capacity from 300kW to 2100kWFan System
Axial Fan, Induced DraftTypical Applications
Industrial refrigeration applications.
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VCL Series (Counterflow)
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VCL Series 'Low Profile Counterflow' Evaporative Condenser
Capacity Range
Single Cell Capacity from 180kW to 1380kWFan System
Centrifugal Fan, Forced DraftTypical Applications
Sound sensitive industrial refrigeration and HVAC projects. Installations with extremely low height requirements. Indoor Installations. Skid packages.
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RCC Series (Counterflow)
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Water Saving Devices
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HXI Series (Combinedflow)
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HXI Hybrid Series 'Combinedflow' Closed Circuit Cooling Towers
Capacity Range
Single Cell Capacity from 45 to 150 l/sFan System
Axial Fan, Induced DraftMaximum Entering Fluid Temperature
82°CTypical Applications
Medium to large HVAC & industrial applications. Installations requiring plume abatement. Installation requiring water conservation. Low energy consumption. Easy maintenance.
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HXC Series (Combinedflow)
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HXC Hybrid Series 'Combinedflow' Evaporative Condenser
Capacity Range
Single Cell Capacity from 550kW - 2060kWFan System
Axial Fan, Induced DraftTypical Applications
Industrial refrigeration applications in geographical regions where water cost is high.
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HXI Series (Combinedflow)
BAC's philosophy is to have their Cooling Tower performance CTI (Cooling Tower Institute) certified. All BAC Cooling Towers are manufactured under ISO 9000 to ensure repeatability of manufacturing standards and tolerances.
Most cooling tower manufacturers are receiving certification from an independent body which verifies the performance claims within their literature and selection software. This process is called CTI Certification and is described in CTI Standard STD-201. The purpose of CTI STD-201 is to provide a procedure whereby the Cooling Technology Institute certifies that all models of a line of Cooling Towers offered for sale by the manufacturer will perform in accordance with the manufacturer's published ratings. Worldwide there are over 70 cooling tower lines making available more than 8,500 Certified Models to choose from.
This program provides customers with the assurance that CTI Certified Cooling Towers will perform as represented to negate the requirement of expensive field performance testing. The cost of which has already been borne by the manufacturer.
To obtain Certification, an independent body tests the product line utilizing the procedures set forth in CTI Code ATC-105 and compares the results to published claims. Every year, a re-verification test is performed on another model within the product line by the independent body to confirm that the as-built product is faithful to the original expectations. The confidence given to the industry has allowed specifications to delete the requirement for additional and expensive field acceptance tests to CTI Acceptance Test Code ATC 105 by the Cooling Technology Institute or other independent third party testing agency.
Cooling towers can be sized neatly for a particular project without false safety margins. There is no need to test the cooling tower beyond inspections for adequate ventilation, appropriately connected pipework, shipping damage, checking of power supply, fan rotation and drive setup etc.
