Trane BCHC, BCVC manual Rigging and Handling, Improper Unit Lift, Unit Location Recommendations

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Pre-Installation

Figure 2. Top view of blower coil unit showing recommended service and code clearances

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Rigging and Handling

Before preparing the unit for lifting, estimate the approximate center of gravity for lifting safety. Because of placement of internal components, the unit weight may be unevenly distributed, with more weight in the coil area. Approximate unit weights are given in “Dimensions and Weights,” p. 15. Also, you may reference the unit weight on the unit nameplate.

Before hoisting the unit into position, use a proper rigging method such as straps, slings, or spreader bars for protection and safety. Always test-lift the unit to determine the exact unit balance and stability before hoisting it to the installation location.

WARNING

Improper Unit Lift!

Test lift unit approximately 24 inches to verify proper center of gravity lift point. To avoid dropping of unit, reposition lifting point if unit is not level. Failure to properly lift unit could result in death or serious injury or possible equipment or property-only damage.

Unit Handling Procedure

1.Position rigging sling under wood skid using spreader bars to avoid unit damage.

2.Use a forklift with caution to prevent unit damage. The fork length must be at least 68 inches long to safely fork the unit from front or back.

3.The unit center of gravity will fall within the center of gravity block at various locations depending on unit options.

4.See unit nameplate for unit weight.

Unit Location Recommendations

When selecting and preparing the unit installation location, consider the following recommendations.

BCXC-SVX01B-EN

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Contents April Blower Coil Air HandlerEnvironmental Concerns Refrigerant warning informationResponsible Refrigerant Practices Hazard of Explosion and Deadly Gases Trademarks About This ManualTable of Contents BCXC-SVX01B-EN Digits 1, 2, 3, 4 Unit Model Digit 16 Motor HorsepowerDigits 5, 6, 7 Unit Size Digit 8 Unit VoltageModel Number Description Blower Coil General Information General InformationGeneral Information Receiving and Handling Pre-InstallationJobsite Storage Recommendations Service Access Installation PreparationPre-Installation Unit size Dimension aRigging and Handling Unit Handling ProcedureImproper Unit Lift Unit Location RecommendationsSkid Removal Pre-Installation ChecklistHorizontal blower coil dimensions in. and weights lb Dimensions and WeightsUnit Size RH LH Weight Horizontal Blower CoilVertical blower coil dimensions in. and weights lb Dimensions and WeightsUnit Size Weight Vertical Blower CoilAngle Filter and Mixing Box Angle filter and mixing box dimensions in. and weights lbUnit size AIR Flow Filter Filter Access Panel Bottom or Top Access Filter BoxElectric Heat Electric heat dimensions in. and weights lbSteam Coil Steam coil box dimensions in. and weights lbCoil Connections, NPT Supply ReturnHydronic coil connection sizes, OD Coil ConnectionsDX coil connection sizes, OD Steam coil connection sizes, female connection, NPTBasic Piping Piping PackagesDimensions and Weights Deluxe Piping Actual size Piping NominalInstalling Wall Mounted Controls Installation ControlsZone Sensor Installation Wiring InstructionsInstallation Controls Communication WiringService Communication Wiring Zone Sensors Without Interconnecting WiringTracer Summit Communication Wiring Installation Electrical Zone sensor maximum wiring distances, ft m Installation ElectricalWire size range Max. wiring distance Electrical Grounding Restrictions Hazardous VoltageAvailable electric heat, min-max kW Useful FormulasUnit size Voltage Motor electrical data 240/50/1 220/50/1190/50/3 380/50/3Installing the Unit Installation MechanicalBchc Installation Procedure Horizontal Units, Model BchcVertical Units, Model Bcvc Installation MechanicalMixing Box Option Heating Coil OptionLinkage Installation Procedure Mixing Box Installation ProcedureCondensate Drain Connections Duct Connections Recommended drain trap installation for draw-through unitsWater Coil Connections Installation PipingPotential coil-freeze condition Refrigerant Coil PipingValve Damage Installation PipingSuction Line Field-installed evaporation piping example Field-Installing Evaporator PipingCoil Condensate Steam PipingGeneral Steam CoilsType NS steam coils, horizontal tubes for horizontal airflow Control Options Controls InterfaceTracer Controllers Controls Interface Rover Service SoftwareTracer controller input/output summary Tracer controller ZN010 ZN510 ZN520End Device Option Availability Tracer controller function summaryTracer Control Device ZN010 Tracer ZN510 Tracer ZN520 Pre-Start Pre-Start ChecklistReceiving Unit LocationDuctwork Pre-Start Component OverviewUnit Piping ElectricalSequence of Operation Start-UpTracer ZN Controller Sequence of Operation Unoccupied Mode Occupied ModeSensor type Sensor position Unit occupancy mode Start-UpCooling Operation Occupied Standby Mode Tracer ZN510 or ZN520 onlyOccupied Bypass Mode, Tracer ZN510 or ZN520 Only DX Cooling Tracer ZN520 only Start-Up Economizer Cooling Tracer ZN520 OnlyDischarge Air Tempering Tracer ZN520 Only Heating OperationTracer ZN520 fan configuration Fan Mode Operation Rotating ComponentsAuto fan operation Fan speed default Fan sequence of operationTracer ZN010 and ZN510 Fan Speed SwitchTracer ZN520 Continuous Fan OperationFan mode operation, Tracer ZN010 and ZN510 Fan Off DelayStart-Up Fan Cycling Operation Fan Start on High SpeedLocal fan switch enabled Entering Water Temperature Sampling FunctionTwo- and Four-Pipe Changeover Operation Fan operation in heating and cooling modesUnit type EWT sensor required? Coil water temperature Unit mode as related to water temperatureElectric Heat Operation Economizer Damper Tracer ZN520 OnlyTracer Dehumidification Tracer ZN520 Only BIP1 Low Temperature Detection OptionData Sharing Tracer ZN510 or ZN520 Only Binary InputsBIP2 Condensate Overflow Detection Option Binary input configurationsBIP3 Occupancy Sensor BIP4 Fan Status ZN520 OnlyBinary Outputs Analog InputsAnalog inputs Analog input Terminal Function Range ZN010 ZN510 ZN520Binary output configuration Space Temperature MeasurementZone sensor wiring connections Zone SensorExternal Setpoint Adjustment Fan Mode SwitchFan Switch Local SetpointCommunication Jack On/Cancel ButtonsMaintenance Procedures MaintenanceFan Assembly Set Screws MaintenanceFan Belt Tension Torque in.-lb Ft-lbBCBH/BCVC valve package waterflow limits Belt tensionHydronic coil data BCHC/BCVC coil general dataRow coil Steam coil data Unit Motor Motor sheave Fan sheave Belt Drive data1750 1450 Size Watts Browning Trane 60 Hz 50 Hz Potential unit damage from coil cleaners Coil MaintenanceInspecting and Cleaning Coils Steam, Hot Water, and Cooling Coil Cleaning ProcedureRotating parts Periodic Maintenance ChecklistsMaintenance Troubleshooting DiagnosticsLED Activity Manual Output Test Procedure DiagnosticsManual Output Test Translating Multiple Diagnostics DiagnosticsTracer ZN520 test sequence Fan Cool output a Heat output Damper Steps J1-1, J1-3Automatic Reset by the Controller Resetting DiagnosticsCycling Power Diagnostics Manual Output TestRover Service Tool Diagnostic Reset Tracer ZN510 or ZN520 OnlyTracer ZN520 diagnostics Tracer ZN010 and ZN510 controller diagnosticsDiagnostic Latching Fan Valves Electric heat Damper Diagnostic Fan Other outputsaFan outputs do not energize Common DiagnosticsValves stay closed Probably cause ExplanationElectric heat not operating Valves stay openFresh air damper stays closed DX or electric outputs do not energize Fresh air damper stays openTwo-Pipe Bcxc with Tracer ZN510 Wiring DiagramsFour-Pipe Bcxc with Tracer ZN510 Wiring DiagramsFour-Pipe Bcxc with Tracer ZN510 Two-Pipe Bcxc with Tracer ZN520 Four-Pipe Bcxc with Tracer ZN520 Four-Pipe Bcxc with Tracer ZN520 Four-Pipe Bcxc with Tracer ZN520 Four-Pipe Bcxc with Control Interface Four-Pipe Bcxc with Control Interface Bcxc with DX Coil and Tracer ZN520 Field Installed DeviceBcxc with DX Coil, Hydronic Heating, and Tracer ZN520 BCXC-SVX01B-EN