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THE SMART SOLUTION FOR ENERGY EFFICIENCYALL PRODUCTS GUIDE: 2009*LC007*LC007W AT E R - S O U R C E H E AT P U M P S Y S T E M S7300 SW 44TH STREETO K L A H O M A C I T Y, O K 7 3 1 7 9( 8 0 0 ) - 2 9 9 - 9 7 4 7 FA X ( 4 0 5 ) - 7 4 5 - 6 0 5 8C L I M AT E M A S T E R . C O MR E V. : 1 M AY, 2 0 0 9 SW AT E R - S O U R C E H E AT P U M P S Y S T E M S
ClimateMaster works continually to improve its products. As a result, the design and specifications of each product at the time for ordermay be changed without notice and may not be as described herein. Please contact ClimateMaster’s Customer Service Department at1-405-745-6000 for specific information on the current design and specifications. Statements and other information contained herein arenot express warranties and do not form the basis of any bargain between the parties, but are merely ClimateMaster’s opinion or commendation of its products.The management system governing the manufacture of ClimateMaster’s products is ISO 9001:2000 certified.ClimateMaster is a company of LSB Industries, New York Stock Exchange Symbol: LXU ClimateMaster, Inc. 2007
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the smart solution for energy efficiencyTable of Contents:3 - Commercial HVACThe changing face of commercial heating and coolingrequirements and solutions.41 - Genesis Standard (Gr) SeriesOne-Half to Five TonHorizontal and Vertical UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data69 - Genesis Large (GL) SERIESSix to Twenty-Five TonHorizontal and Vertical UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data45 - Genesis Compact (gc) SeriesOne-Half to Five TonHorizontal and Vertical UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data73 - TRANQUILITY Water-to-water (TMW) SeriesThree to Twenty-Eight TonEarthPure HFC-410A Water-to-Water UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-2 Performance Data21 - The Climatemaster family of products(Foldout)The largest and most diverse family of Water-Sourceproducts of any manufacturer, anywhere on the planet.49 - TRANQUILITY Vertical Stack (TRM) SeriesThree-Quarter to Three TonEarthPure HFC-410A Vertical Hi-Rise Stack UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data77 - Genesis Water-to-water (GSW) SeriesThree, Five, and Ten TonWater-to-Water UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-2 Performance Data25 - Tranquility 27 Two-Stage (TT) SeriesTwo to Six TonTwo-Stage EarthPure HFC-410AHorizontal, Vertical, and Downflow UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data53 - Vertical Stack (VHS) SeriesThree-Quarter to Three TonVertical Hi-Rise Stack UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data81 & 85 - Dedicated Outdoor air(TO & GO) SeriesThree to One Hundred TonEarthPure HFC-410A and R-22Horizontal & Vertical UnitsUnit Features & Benefits, Dimensions7 - The two Water-Source solutionsWhat is Water-Source and Geothermal Heatingand Cooling?15 - the climatemaster advantageWhat makes ClimateMaster the Global Leader in WaterSource Heat Pumps?29 - Tranquility 20 Single-stage (TS) SeriesOne-Half to Six TonSingle-Stage EarthPure HFC-410AHorizontal, Vertical, and Downflow UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data33 - tranquility 16 COMPACT (tc) seriesOne-Half to Five TonEarthPure HFC-410A Compact UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data37 - Genesis Ultra (GS) SeriesOne-and-One Quarter to Six TonHorizontal, Vertical, and Downflow UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data57 - TRANQUILITY Console (TRC) SERIESThree-Fourth to One-and-One Half TonEarthPure HFC-410A Console UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data61 - Console (CCE) SERIESOne-Half to One-and-One Half TonConsole UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data65 - TRANQUILITY LARGE (TL) SERIESSeven to Twenty-Five TonVertical UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data189 - Rooftop (RE) SeriesThree to Twenty TonRooftop UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI/ISO 13256-1 Performance Data93 - Rx (ERV) moduleRooftop Energy Recovery UnitsUnit Features & Benefits, Dimensions, Physical Data, andARI-1060 Performance
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the smart solution for energy efficiencyCommercial HVACThe ever-changing environment of commercialconstruction offers exciting breakthroughs intechnology and materials, but it is not without someheartburn. Today, owners, architects, and contractorsface many challenges in the design and constructionof their projects. Challenges such as usable space,indoor air quality, energy efficiency, maintenance costs,building longevity, and the LEED program all come tothe forefront of the design process. When consideringthe solutions to these challenges, the type of HVACsystem chosen directly affects each one.Usable SpaceIt has been said that the reason real estate growsin value is because no one is making any more. Ascities continue to growand spread out, thevalue of maximizingusable space becomesincreasingly important.When selecting an HVACsystem, you positivelyor negatively impactthe usable space on aproject. As an example,VAV (Variable Air Volume) systems utilize complicatedductwork systems along with extensive equipmentrooms to deliver conditioned air into the buildingspace. Additionally, VAV duct systems many timesrequire more ceiling height which increases floorto-floor space thus increasing building costs. Bycomparison, ClimateMaster Water-Source andGeothermal Heat Pump systems require little tono equipment room space and use a very simple,compact, and independent ductwork system.Indoor Air qualityAs important as the actual temperature of abuilding space is, the quality of air within thatspace is equally important. The American Societyof Heating, Refrigerating, and Air ConditioningEngineers (ASHRAE) has implemented Standard62, which requires significantly higher amounts offresh outdoor air for buildings. The challenge nowbecomes how to properly introduce, condition,and deliver this fresh air into the building space.Traditional options like two- and four-pipe Fan Coilsystems must be up-sized significantly to handlethe additional conditioning load. This means larger,more expensive units, larger, more expensivepiping, and larger more expensive boilers andchillers. In comparison, ClimateMaster systemsoffer a variety of options that can actually lower theoverall system size, introduce 100% outdoor air,and lower system usage cost.energy efficiencyToday’s offices equipped with computers, copiersand other office tools can dramatically affect theheating and cooling load of a given space. Whenconsidering heating and cooling loads, risingenergy costs demand an HVAC system that isefficient while building designs require a systemthat is also flexible. ClimateMaster has a solutionfor practically any application, and does so withsome of most energy efficient HVAC systemsavailable on the market today. In fact, all ofClimateMaster’s products either meet or exceedthe new federal mandated efficiency minimums.Maintenance costsComplex systems such as two- and four-pipefan coils and VAV systems require advanced5maintenance and the trained personnel to performit. Large equipment rooms filled with chillers, airhandlers, or large-scale boilers require personnelfor monitoring and maintenance, which consumebuilding space and leasing profits. The effect to thebottom line becomes significant when consideringthe potential of a complete system failure along withcostly parts and equipment replacement. However,Water-Source and Geothermal Heat Pumps requirevery little monitoring and maintenance - aside fromroutine filter changes. With factory installed DDCcontrols, the entire building can be accessed via anyweb-enabled computer for monitoring and set pointcontrol. No muss, no fuss, no worries.Building longevityNew innovations offer longer life expectanciesfor today’s buildings. You should expect the samefrom the HVAC systems being placed inside thesebuildings. However, when it comes to longevity, notall systems are created equal. Complex chillers andair handling systems often have a large number ofmoving parts that will wear out over time. WaterSource and Geothermal Heat Pumps offer theadvantage of very few moving parts. Fewer movingparts lower the occurrence of parts replacementand extend equipment life.This simplicity of designallows ClimateMastersystems to provide averagelife spans of 20 years ormore. In fact, there are anumber of ClimateMasterunits that are stillperforming after 50 years- providing the continualcomfort our customershave come to expect.
C l i m at e m a s t e r W at e r - S o u r c e h e at p u m p sMany Choices, One SolutionWhen choosing a HVAC system for a project, thereare four basic types from which to choose.fan coilsSystem ComparisonSystemInstallation SpaceInstallation CostMaintenance RequirementsMaintenance CostsFuture System ExpansionSound LevelsOperating CostsTotal Zone Failure ChanceIndividual Tenant ControlOptionsAdditional AuxiliaryEquipment NeededStructureModification NeedsSystem LongevityVariable Air Volume, or VAV, is one of the mostcommon types of HVAC systems used in largecommercial buildings today. A typical system isusually comprised of a large air handler, centralductwork system, and a relatively large equipmentroom. Conditioned air is distributed throughoutthe building via a central ductwork system and isregulated via dampers in each space. VAV systemstypically have a higher first cost than Water-SourceHeat Pumps, and may have similar operating costs,resulting in overall increased life cycle costs.Water-Source and Geothermal Heat Pump systemsare comprised of individual packaged units thattransfer heat via a single- or two-pipe waterloop. Each unit can be used in either heating orcooling mode year-round and loop temperatureis maintained via a boiler/tower combination orearth-coupled loop. Each zone has completecontrol of its heating/cooling mode and each unitis independent from the others. This means if oneunit goes down, the whole system is not affected.Controls can be as simple as one unit, onethermostat. Water-Source and Geothermal HeatPump systems are the most energy, cost, and spaceefficient of any system in the industry.Ease of InstallationVariable air volume (VAV)Water-Source andgeothermal heat pumpsEase of DesignFan coil systems are comprised of water-to-air coil airhandlers connected via a two- or four-pipe insulatedwater loop. Fan coils require complex chillers andboilers to provide water loop fluid in a particulartemperature range (i.e. chilled water for coolingand hot water for heating). Two-pipe fan coils havea major disadvantage as control is substantiallylimited to whatever mode the system is currently setat (i.e. cooling or heating). A four-pipe version canbe installed that requires both chilled and heatedwater to be available at the same time. Four-pipesystems also require twice the piping and twice thecirculation equipment of a two-pipe system, whichmakes a four-pipe system one of the most expensivesystems to install.RooftopRooftop systems are similar to VAV systemsin that they use a central ductwork system todistribute conditioned air into the building space.However, instead of one central unit, the systemis comprised of multiple units which can betasked for different conditioning requirements.Rooftop systems usually require additionalstructural reenforcement as well as cranes or otherlifting equipment to place the units. Control ina particular zone is limited to what the system iscurrently set to (i.e. cooling or heating). Rooftopinstallation costs are low to moderate, butoperating costs are typically 50% higher thanWater-Source Heat Pumps. Additionally, thesystems are exposed to the elements and aresubject to damage and vandalism.Two-Pipe Fan ighMedFour-Pipe Fan hHighMedPTAC / wLowMedHighMedWater-Source Heat owHighGeothermal Heat owHigh6
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the smart solution for energy efficiencyWater-Source heat pumpsWater-Loop heat pump systems combine watersource heat pumps on a common piping loopwith a heat rejector and boiler, which are used tomaintain the circulating water temperature within acontrolled range, typically from 60 F to 95 F [15 Cto 35 C]. The most common heat rejectors are opencooling towers with isolating heat exchangers,closed-circuit evaporative coolers, or dry coolers.Boilers are usually gas, oil, or electric.Each zone heat pump utilizes the water loop toprovide heating or cooling at any time, duringor after hours, regardless of the operating modeof the other heat pumps. This is accomplishedwithout duplicate heat and cool distributionsystems, without the double waste inherent inreheat modes, and without concurrent operationof the cooling source and boiler unlike most HVACsystems that provide the same capabilities.Water-loop heat pump systems also operate veryefficiently at part-load conditions, such as when asmall portion of the building remains occupied afterhours. Only the required
ClimateMaster works continually to improve its products. As a result, the design and specifications of each product at the time for order may be changed without notice and may not be as described herein. Please contact ClimateMaster’s Customer Service Department at 1-405-745-6000 for specific information on the current design and specifications. Statements and other information contained .
