Trane SCXG-SVX01B-EN manual Model Number Description Scwg

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Model

Number

Description SCWG

Model Number Description

Each IntelliPak self-contained unit has a multiple character model number unique to that unit.To determine a unit’s specific options, reference the model number on the unit nameplate using the model number explanation below.

S C

W G N 20

4

2 JO A

B 2

10 085

B

A

1 0 1 0 A A C F

 

A

 

1

1 0 T 2 0

1

2

3

4

5

67

8

9 10 11 12

13 14

15 16 17 18 19

20

21

22 23 24 25 26 27 28 29

30

31

32 33 34 35 36

Digit 1 - Unit Model

S = Self Contained

Digit 2 - UnitType

C= Commercial I = Industrial

Digit 3 - Condenser Medium

W = Water-Cooled

R = Remote Air-Cooled

Digit 4 - Development Sequence

G = Modular Series

Digit 5 - Refrigerant Circuit Configuration

N= Independent, R-22 Refrigerant R = Independent, 407C Refigerant

Digit 6, 7 - Unit Nominal Capacity 20 = 20Tons (Water or Air Cooled) 25 = 25Tons (Water or Air Cooled) 30 = 30Tons (Water Cooled Only) 32 = 32Tons (Air Cooled Only)

35 = 35Tons (Water Cooled Only)

Digit 8 - UnitVoltage

6= 200Volt/60 Hz/3 ph

4= 460 Volt/60 Hz/3 ph

5= 575 Volt/60 Hz/3 ph

Digit 9 - AirVolume/Temp Control

1= I-Pak & IGV and Supply AirTemp Ctrl

2= I-Pak & VFD and Supply Air Temp Ctrl

3= I-Pak & VFD w/ Bypass and Supply AirTemp Ctrl

4= I-Pak w/oVol. CTRL, w/ ZoneTemp Cool

5= I-Pak w/oVol. CTRL, w/ ZoneTemp Heat/Cool

6= I-Pak w/oVol. CTRL, w/ Supply Air Temp Ctrl

8 = Thermostat Interface

Digit 10, 11 - Design Sequence

JO= “J” Design

Digit 12 - Unit Construction

A= Vertical Discharge

B= Vertical Discharge with DoubleWall

C= Horizontal Discharge

D= Horizontal Discharge w/ Double Wall

E= Vertical Discharge, Ship Separate

F= Vertical Discharge w/ Double Wall, Ship Separate

G= Horizontal Discharge, Ship Separate

H= Horizontal Discharge w/ Double Wall, Ship Separate

Digit 13 - PlenumType

B= Std Plenum w/ Factory Cut Holes

C= Low Plenum w/ Factory Cut Holes

E= Std Plenum w/ Field Cut Holes

F= Low Plenum w/ Field Cut Holes

H= Std Plenum Double Wall (Perf) w/ Field Cut Holes

J= Low Plenum Double Wall (Perf) w/ Field Cut Holes

L= Std. Plenum w/Factory Cut Holes, Ship Separate

M= Low Plenum with Factory Cut Holes, Ship Separate

P= Std Plenum w/ Field Cut Holes, Ship Separate

R= Low Plenum w/ Field Cut Holes, Ship Separate

U= Std Plenum Double Wall (Perf) w/ Field Cut Holes, Ship Separate

V= Low Plenum Double Wall (Perf) w/ Field Cut Holes, Ship Separate

0 = Without Plenum

Digit 14 - MotorType

1= Std. Efficiency ODP

2= Premium Eff. ODP

3= Std. EfficiencyTotally Enclosed

Digit 15, 16 - Motor HP

05 = 5 HP Motor

07 = 7.5 HP Motor

10 = 10 HP Motor

15 = 15 HP Motor

20 = 20 HP Motor

25 = 25 HP Motor

Digit 17, 18, 19 - Fan RPM

085= 850 rpm

090= 900 rpm

095= 950 rpm

100= 1000 rpm

105= 1050 rpm

110= 1100 rpm

115= 1150 rpm

120= 1200 rpm

125= 1250 rpm

130= 1300 rpm

135= 1350 rpm

140= 1400 rpm

145= 1450 rpm

150= 1500 rpm

155= 1550 rpm

160= 1600 rpm

165= 1650 rpm

170= 1700 rpm

175= 1750 rpm

180= 1800 rpm

185= 1850 rpm

Digit 20 - HeatingType

A= Steam Coil, LH

B= Hot Water Coil, LH

C= Electric Heat, 1 Stage

F= Hydronic Heat Ctrl Interface

G= Elec. Heat Ctrl Interface, 1 stage

K= Steam Coil Ship Separate, LH

L= Hot Water Coil Ship Separate, LH

M= Steam Coil, RH

N= Hot Water Coil, RH

P= Steam Coil Ship Separate, RH

R= HotWater Coil Ship Separate, RH

T= Hi-cap. hot water coil, LH

U= Hi-cap, hot water coil LH, Ship Seperate

V= Hi-cap. hot water coil, RH

W= Hi-cap. hot water coil, RH, Ship Seperate

0 = None

Digit 21 - Unit Isolators

A= Isopads

B= Spring Isolators

0 = None

SCXG-SVX01B-EN

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Contents Models JO and later design sequenceHazardousVoltage w/Capacitors IntroductionHazard Identification Special Note on Refrigeration EmissionsContents Refrigerant Handling Procedures Features and BenefitsModular Series Self-Contained Unit Components Unit Nameplate Installation informationModel Number Description Model Number Description ScwgDigit 24 Unit Connection Digit 31 Compressor ServiceValvesDigit 22 Unit Finish DigitModel Number Description Pswg Self-Contained Ship-WithAccessory Model Number DescriptionAfter-ShipmentAccessory Model Number Shipping Package Receiving and HandlingInstallation Preparation TopView CCRC/CIRC 20, 29 ServiceAccessTable I-PC-1. Service and code clearance requirements SectionLifting Equipment Capacity Rigging and Unit HandlingFigure I-PC-7.Assembled modular unit proper rigging Unit Handling ProcedureUnits with Thermostat Only Split-Apart Unit AssemblyIntelliPak UnitsUCM Only Remove panels FML, FMM, and FMRFigure I-PC-9 How to assemble the split apart modular unit Skid Removal Pre-Installation ChecklistExternal Unit Isolation Left-side view DimensionsWeights SCWG/SIWG Dimensions,SCRG/SIRGWeight, lbs SCRG/SIRG Dimensions,Left-side View Right-side view Top view Detail Dimensions, Dimensions WeightsCCRC/CIRC Refrigerant connections, CCRC/CIRC Air-cooled condenser dimensions & weight, in-lbsCCRC/CIRC -Air-Cooled Condenser CCRC/CIRC Electrical connections,Hot Water Coil Hot water coil dimensions & weight, in-lbsSteam Coil Steam coil dimensions, in-lbsElectric Heat Coil Electric heat coil dimensions & weight, in-lbsFlexible Horizontal Discharge Plenum Waterside Economizer Waterside economizer weight, in-lbsAirside Economizer Airside economizer dimensions & weight, in-lbsDetail a Detail B Result in death or serious injury Mounting Requirements Dimensions Weights VFDVariable Frequency Drive Option VFD Control and LineVoltageVFD with bypass dimensions, Electrical Installation ProcedureVariable Frequency Drive with Bypass Hazardous Voltage w/Capaci- tors Mechanical SpecificationsDuct Connections Water PipingTable I-MR-1. Water Connection Sizes Waterside Piping ArrangementsRefrigerant Piping Air-Cooled Units Only Brazing ProceduresHazard of Explosion and Deadly Gases Equipment Damage Unit Wiring DiagramsSupply PowerWiring Live Electrical ComponentsSelection Procedures Shipping bracket Installation requirementsPre-Startup Procedures Supply Fan IsolatorsFigure I-PR-3. Correct plenum insulation placement Unit Handling Airside Economizer InstallationUnit Installation Field Wiring ConnectionsInstalling theTransducer Static PressureTransducer Installation VAV units onlyTransducer Location Figure I-PR-7. Installing the waterside economizer Waterside Economizer Installation ProcedureTubing assemblies for waterside econo Mizer left-hand piping Waterside Economizer Ship-Separate Parts List Installation Procedure Hydronic Coil InstallationUnit Structural Integrity Electric Heat CoilWiring Procedure Electric Heat InstallationTable I-PR-2.Available Electric Heat kW BAYSENS077* Description Standard with All IntelliPak UnitsZone Sensor Options for IntelliPak Control Units CV Unit Zone Sensor OptionsBAYSENS073 Description CV andVAV Unit Zone Sensor OptionsVAV Unit Zone Sensor Option BAYSENS074 DescriptionMounting the Subbase Zone Sensor InstallationWiring Mounting LocationRight Mounting Directly to the Wall Mounting to Junction Box Variable AirVolume Zone Sensor BAYSENS020B Description ConstantVolume Zone Sensor BAYSENS019 DescriptionProgrammable Zone Sensors Airflows from adjacent zones or other units Programmable Zone Sensor InstallationTime Clock Option Time Clock InstallationTime Clock Installation Checklist Wiring theTimeclockLocation Recommendations Remote Human Interface Panel InstallationHuman Interface HI Panel Remote Human Interface PanelMounting the Remote Human Interface RHI Panel ProcedureWall Mounting the RHI Panel Pre-startup Interprocessor Communication Bridge ModuleWiring Wiring the Remote Human InterfaceLowVoltage AC FieldWiring Connections Communication Link ShieldedTwisted PairWiringPre-Startup Checklist Connecting toTracer SummitProgrammable Zone Sensor Options Installation programmingDuring Programming Indicates Heat supply air Cool supply air Warmup temperatureKeypad Operation Up and Down Button Arrows Temporary Manual OverrideTime Button Keypad LockoutFigure I-P-6.Temporary manual override menu screen Temporary Override Run ModeTable I-P-1. Zone sensor BAYSENS019 option menu settings Figure I-P-7.Temporary manual override run mode screenOff Flashing Remote Panel Indicator Signals From UCM to ZSMIntelligent Copy To use Intelligent CopyFigure I-P-9.BAYSENS019 complete icon display Icon DescriptionsFigure I-P-10.BAYSENS020 complete icon display To review and change programs Setting theTimeProgramming theTime Clock Option ProgrammingCompressor Damage Installation startupUnit Startup Procedures Pre-Startup ChecklistEvaporator Startup LogCompressor Amp Draw Air Cooled Units Water Cooled UnitsPoints List -TracerTMLCI-I Module Points List RTM ModulePoints List Gbas Module Points List Ecem ModuleRTM Module Board Standard on all Units Unit Control ComponentsVAV Box Option Table O-GI-2. RTM sensor resistance vs. temperatureTable O-GI-3. RTM setpoint analog inputs Heat Module Human Interface Module Standard on all UnitsVentilation Override Module VOM Option Supply fan on Supply fan VFD on if equipped Purge sequence DGeneric BuildingAutomation System Module Option Table O-GI-7. Gbas input voltage corresponding setpoints Table O-GI-6. Gbas analog input setpointsWaterside Components Figure O-GI-3. Basic water piping, constant water flow UnitAirside Components General Operation information Air-Cooled Condensers Airside Economizer Interface with Comparative EnthalpyProperWaterTreatment Input Devices and System FunctionsFilter Switch Return AirTemperature SensorSupply Air Temperature Sensor Supply Airflow Proving SwitchesTracer Summit System Operation operationControl Sequences Operation Unoccupied Sequence of OperationCycling Capacity Morning Warmup MWU Morning WarmupTimed Override Activation ICS Occupied Sequence Electric Heat Supply Air Setpoint Reset VAV Units OnlyMechanical Cooling Water-Cooled Units OnlyCompressor Lead/Lag Operation CompressorsTable O-SO-1. Compressor Stages Evaporator Coil Frost Protection Step ControlTable O-SO-2. Pressure cutouts Operation Service Valve OptionTable M-GI-1. SCWG/SIWG/SCRG/SIRG General Maintenance Data Maintenance informationMaintenance Procedures Maintenance proceduresAir Filters Inspecting and Cleaning the Fan Inspecting and Cleaning the Drain PanRemove all standing water Variable Frequency Drive VFD Supply FanFan Drive Table M-MP-3. Compatible Fan Bearing Grease Fan BearingsTable M-MP-1. Baldor Fan Bearing Lubrication Schedule Table M-MP-2.AO Smith Bearing Lubrication ScheduleDeflection = belt span/64 Fan BeltTensionTable M-MP-4. Fan shaft bearing torques Belt Adjusting BeltTensionConfined Space Hazards Refrigerant SystemRefrigerant Evacuation R407c Refrigerant LeakTestingMotor Winding Damage Use of Pressure Regulator Valves GaugesMaintenance Proper Coil CleaningAgent Coil Fin CleaningInlet GuideVanes Coil Freezeup Piping Components Chemical Cleaning of Condenser and Economizer CoilFlow Switch Maintenance Cleaning the Flow SwitchAnnual Maintenance Maintenance Periodic ChecklistsMonthly Checklist Semi-Annual MaintenanceSystem Checks Check the zone thermostat settingsOperating Procedures Common Unit Problems and SolutionsDiagnostics Maintenance diagnosticsEntering Water Temp Sensor Fail Heat Module Auxilliary Temperature Sensor FailEmergency Stop Entering Cond WaterTemp Sensor FailMCM Communications Failure Mode Input FailureLow Air Temp Limit Trip Low Pressure Control Open Circuit 1, 2, 3, orTemp. Sensor Failure NSB Panel ZoneTemperature Sensor FailureCheck Field/unit wiring between RTM and NSB Panel Humidity Sensor FailureRTM Zone Sensor Failure RTM Data Storage ErrorLCI-I Module Comm Failure Supply Fan VFD Bypass EnabledProblemThe LCI-I has lost communication withTracer Summit Supply Fan FailureVOM Communications Failure Render all HI keystrokes ineffectiveWSM Communications Fail Water Flow Fail WSM Mixed AirTemp Sensor Fail114 115 Literature Order Number

SCXG-SVX01B-EN specifications

The Trane SCXG-SVX01B-EN is an advanced variable refrigerant flow (VRF) system designed to provide efficient and flexible heating and cooling solutions for commercial and residential applications. This system exemplifies Trane's commitment to innovation, energy efficiency, and ease of installation, making it a standout choice in the industry.

One of the main features of the SCXG-SVX01B-EN is its ability to deliver precise temperature control across multiple zones. The system utilizes a modular design that allows for the connection of multiple indoor units to a single outdoor unit, enabling simultaneous heating and cooling in different areas of a building. This zoned comfort not only enhances occupant satisfaction but also contributes to energy savings by allowing for targeted climate control where it is most needed.

Trane's VRF technology is complemented by its inverter-driven compressors, which adjust their speed according to the demand for heating or cooling. This means that the system operates more efficiently than traditional systems by consuming less energy during partial load conditions. The SCXG-SVX01B-EN also integrates advanced heat recovery capabilities, allowing it to transfer heat from one zone to another, further optimizing energy usage.

The unit's compact design simplifies installation, making it suitable for both retrofit projects and new constructions. The flexible piping layout supports various configurations, allowing easy adaptation to the building's architecture. The model also incorporates intelligent controls, offering a user-friendly interface that enhances operational flexibility and promotes energy management.

In addition to its performance features, the Trane SCXG-SVX01B-EN emphasizes sustainability. It uses advanced refrigerants with low global warming potential (GWP), aligning with environmental regulations and helping to minimize the system's ecological footprint. The durable construction of the system ensures longevity and reliability, reducing maintenance costs and enhancing overall operational efficiency.

Finally, Trane supports its products with comprehensive warranties and a network of service professionals, ensuring that customers have access to expert assistance throughout the life cycle of their system. The SCXG-SVX01B-EN represents a blend of technology, efficiency, and versatility, making it an ideal choice for those seeking an effective heating and cooling solution.
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