Trane ctv-prc007-en manual System Auxiliary Options Condenser, Auxiliary Condenser

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System Auxiliary

Options Condenser

Auxiliary Condenser

The Trane auxiliary condenser provides economical heat recovery for applications with small heating demand. It’s well-suited to preheat applications including domestic hot water, boiler makeup water and swimming pools.

The Trane auxiliary condenser option consists of a separate condenser connected in parallel with the standard condenser to provide simple heat recovery capability for applications where full heat recovery or high heating water temperatures are not required. Heat which normally would be rejected to the regular condenser water is picked up in the auxiliary condenser before the water enters the hot water heating system. Typical uses for this water include domestic water preheat, boiler makeup water preheat, and reheat air conditioning systems, as opposed to traditional heat recovery applications where higher temperature water is used to satisfy a building heating load, provide full heat input for domestic hot water, or provide the typically larger flow rates of hot water for process applications.

The auxiliary condenser not only captures energy otherwise lost, it also increases chiller efficiency.

Auxiliary condensers are available in two sizes: standard and large. Because the auxiliary condenser is a separate condenser, there is no cross contamination between the cooling tower water and the heat recovery water circuits.

No temperature controls are required. Auxiliary condensers are factory mounted and tested.

Benefits

Simplicity

No temperature controls are required. Auxiliary condensers are factory- mounted and tested.

Flexibility

Two auxiliary condenser sizes are available — standard and large. Either auxiliary condenser can be applied to any size CenTraVac™.

Safe

Because the auxiliary condenser is a separate condenser, there is no possibility of cross contamination between the cooling tower water and the auxiliary condenser water circuits.

Efficient

Use of the auxiliary condenser option actually increases the chiller’s efficiency by increasing condenser heat transfer surface area and lowering the pressure differential the compressor must generate.

Decreased life cycle operating costs result through use of the auxiliary condenser option because heat, which normally would be rejected by the cooling tower circuit, is now used for building heating requirements.

Application

A simultaneous demand for heating and cooling is necessary to apply any heat recovery system. Common uses for heated water from an auxiliary condenser include domestic water preheat, reheat air conditioning systems, and boiler makeup water. Building use is not limited to the traditional heat recovery candidates. Schools, hospitals, office buildings, and hotels have all proved to be excellent applications for the auxiliary condenser option.

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CTV-PRC007-EN

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Contents CenTraVac Liquid Chillers Introduction World’s MostEfficient Lowest Emissions ChillerContents Trane Hermetic CentrifugalWater Chillers Tradition of InnovationIntroduction Lhcv CenTraVac Modular Chiller systemFeatures BenefitsAttributes Low PressureControl PanelOperator Control Panel Capabilities includeFeatures Benefits ComponentsFeatures and and Optional Benefits Features Standard FeaturesOptional Features StandardFactory Features and Performance Benefits TestingFactory Testing for Assured Performance CenTraVac Chiller Operating Cycle RefrigerationCycle Two-Stage CenTraVac P-H Diagram Unit OptionsUnit Mounted StarterOperation FeaturesReliability Available options include Integral Bypass ContactorsAdaptive Frequency DrivesBenefits Large number of part-load operating hours annuallyCondenser water temperature relief of chilled water reset High kW ChargesEase of Installation UnitFree Cooling Ease of OperationFigure O-5 Compressor Operation Schematic System Auxiliary Options Condenser Auxiliary CondenserSystem AuxiliaryCondenser ControlsSystem Ice StorageHeat Recovery System OptionsHeat Recovery ContSimultaneous Heating and Cooling System Design ConsiderationsChilled Water ResetChilled Water Reset Chilled water For Applications Requiring Tons 60 Hz Choose Lhcv ApplicationConsiderations Condenser Water Limitations Electrical InformationSelection Procedure Evaporator and Condenser Data Tables Roughing-in DimensionsPart Load Performance Performance DataEvaporator Flow RatesMinimum/Maximum Condenser Flow Rates GPM Jobsite Connections Supply and Motor Lead Wiring and ConnectionsShipment and Assembly Systems Performance ControlsAdvanced Controls Building Automation and Chiller Plant Control Controls ControlChiller Plant Machine Protections Functions Controls ProtectionsControl Functions Functions Controls Diagnostics Controls Modules/SequenceOperation ModulesUnit is Running Capacity Limited by High Current Weights Hz CompressorsCvhg English Units DimensionsPhysical SI Units ML &LL 10630 3867 4080 4724 1327 4578 2908 2419 2632 Dimensions Arrangement Waterbox Physical ConnectionPhysical Dimensions Waterbox Lengths English UnitsWaterbox Lengths Metric Units Evaporator Mechanical SpecificationCompressor Condenser/Heat Recovery Condenser EconomizerPurge System Unit Control PanelIsolation Pads Refrigerant and Oil ChargeThermometer Wells and Sight Glasses InsulationAFD Design Features Trane Adaptive Frequency Drive AFDEnvironmental ratings Input Line Reactor OptionTrane Company is a participant in the Green Seal Program

ctv-prc007-en specifications

The Trane CTV-PRC007-EN is an advanced air conditioning unit that epitomizes efficiency and reliability in temperature control. Designed for commercial and industrial applications, this unit stands out with a multitude of features aimed at enhancing performance, energy savings, and sustainability.

One of the key characteristics of the CTV-PRC007-EN is its high cooling and heating capacities, allowing it to cater to a variety of environments. The unit utilizes a scroll compressor, known for its energy efficiency and durable design, which contributes to substantial energy savings over time. The inclusion of variable speed technology further optimizes energy use by adjusting to the specific cooling or heating demands of the space.

Equipped with Trane’s proprietary Sintesis technology, the CTV-PRC007-EN offers superior temperature control while minimizing noise levels. This feature makes it ideal for settings where quiet operation is essential, such as offices, hotels, and conference rooms. The unit’s sound-dampening design reduces operational noise, ensuring a comfortable environment for occupants.

Another significant advantage of the CTV-PRC007-EN is its advanced control system. The integration of Smart Temperature Management allows for precise monitoring and adjustment, enhancing the overall user experience. Additionally, the system is compatible with various building management systems, enabling remote monitoring and control, which can significantly reduce operational costs and improve efficiency.

The CTV-PRC007-EN also embraces eco-friendly refrigerants, aligning with global sustainability goals. By using refrigerants with low global warming potential, Trane demonstrates its commitment to reducing environmental impact while maintaining high performance.

Maintenance is straightforward with the CTV-PRC007-EN. The unit's robust design includes accessible components that simplify servicing, helping to minimize downtime and operational costs. It comes with a comprehensive warranty, underscoring Trane’s confidence in the durability and reliability of its products.

In conclusion, the Trane CTV-PRC007-EN stands as a testament to cutting-edge technology in HVAC solutions. With its energy efficiency, advanced control systems, quiet operation, and eco-friendly features, it is an ideal choice for businesses seeking effective climate control solutions that do not compromise on sustainability or performance.
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