Voltage Requirements, Voltage Input Requirements | Emerson XDF

Installation

4.5Voltage Requirements

All XDF systems require two input power circuits. Each power cord is 10 feet (3m) long. For the full load amp requirements of each option, refer to 12.1 - Optional Power Systems or the component’s user manual.

4.5.1Voltage Input Requirements

The first input connection provides power—120V-1ph-60Hz, line-to-neutral—to the controls, evapora- tor fans and condenser fan. This input’s power cord has a NEMA 5-15P plug. This power cord should be connected to a UPS-protected power source.

The second input connection on 60Hz XDF units provides power—208V-3ph-60Hz, with neutral—to the compressor, optional condensate pump and an alternate connection for the condenser fan. (The alternate connection for the condenser fan permits reducing the load on the UPS-protected power source.) The 208V power cord has a NEMA L21-30P locking plug.

Changing Condenser Fan Power Source—Self-Contained, Air Cooled Units

! WARNING

Risk of electric shock. Can cause death or injury.

Disconnect all local and remote electric power before working within and/or installing equipment.

To change the power source connections:

1.Open the front door panel and look for two screws with Torx heads that secure the hinged corner panel. The Torx-head screws are on the front doorjamb.

2.Extract the two screws and swing the panel open.

3.Remove the protective covering over the electrical connections (see Figure 18). The cover is secured with two screws.

4.Find the connectors (see Figure 18) and pull apart the snap connection made at the factory.

5.Connect the alternate power source connector to the supply that feeds the condenser fan.

6.Reinstall the protective cover over the electrical connections.

7.Close the outer panel and reinsert the two Torx screws.

8.Close the front door.

Figure 18 Alternate condenser fan power connection

Power supply

to condenser fan

Default circuit connector (connection made

at factory)

	Protective cover
	over high voltage	Alternate circuit
	electrical
		connector to
	connections
		condenser fan

21

Image 27

Emerson XDF user manual Voltage Requirements, Voltage Input Requirements

Contents

Liebert XDF Page Table of Contents Cable Management Options Piping CONSIDERATIONS-WATER/GLYCOLMODELS onlyFilling the XDF with COOLANT-WATER or Glycol Electrical Connections Specifications Maintenance Tables Important Safety Instructions Indicates ground connection Glossary of SymbolsIndicates weight Hazardous Voltage Present Backup Ventilation Air Intake Compressor Entry Point Condenser Air ICOM ControllerCondenser Coil 1 Brazed Plate Condenser behind grille ICOM Controller Operational Overview Water/Glycol Cooled Model Return Line Female Condenser fanRemovable to reduce Height temporarily Dimensional data, self-contained, air cooled model Plate Connection 139.7mm176.5mm 47.6mm Cable Entry Cutout 114mmEntry Cutouts Doors XDF ComponentsFrame Enclosure Environmental Control Heat Removal-Self-Contained, Air Cooled XDFHeat Removal-Water/Glycol Cooled XDF Front RearBrazed Plate Condenser Liebert iCOM controller Control-Liebert’s iCOM Controller Closed-Loop Water System Coolant Source-Water/Glycol Models Water/Glycol Return Line Cooled Drycooler Loop General Enclosure Options Power Options MP Advanced Power Strips and ControllersUninterruptible Power Supply Optional Equipment Unloading the XDF Recommended Setup EquipmentInstallation Inspection Handling the Unit While It is Packaged Unpack the XDFFork Lift Right front corner detail controls side of XDF Removing the XDF from Skid Roll XDF off the shipping skid XDF Site Preparation 36 915mm915mm Voltage Input Requirements Voltage Requirements Model Feet m 60Hz 50Hz Drycooler Installation-Water/Glycol Cooled ModelOptional condensate pump performance Maximum Head Recommended equipment arrangement Equipment Layout Rear-Mount Rails-Position Frame and Enclosure ConfigurationsMounting Hardware Internal Mounting Rails Quick Door Removal Door-RemoveSide Panels-Remove and Replace Remove the Door Replace a Panel Remove the Right Panel Water supply flow rates GeneralClosed Loop Water System Piping CONSIDERATIONS-WATER/GLYCOL Models only Expansion Tanks, Fluid Relief Valves and Other Devices Corrosion ProtectionFreeze Protection-Coolant Type and Insulation Glycol supply flow rates Glycol SolutionsDrycooler Loop System Ethylene glycol concentrations Filling the XDF with COOLANT-WATER or Glycol XDF Water/Glycol Cooled Unit VolumeVolume in standard Type L copper piping Preparing the System for Filling Electrical Connections Customer Cable Entry PointsDashed line delineates equipment compartment Rear Route Input Power Cables Through the XDF’s Top Utility Power Supply Cable Management Considerations Cable ManagementCable Management Options Cable Access Optional Cable Management ChannelTop Cover and Back Cable Tray Detail View XDF Startup Inspection Checklist StartupSite Conditions Escape Key Down Arrow Key Starting the XDF Environmental Control ICOM Components and FunctionsOperation Icon Key Name Function Keyboard icons and functions OK no Navigating Through the iCOM Display Entering the Password Accessing Menus and Settings Viewing Data Changing Operational Settings Icon Name Description User menu icons Changing iCOM’s Display Settings Changing the XDF’s Default Operating TemperatureHighlight the setting to be changed by pressing Enter Operation With the Door Open Backup Ventilation System Uninterruptible Power SupplyXDF Compressor Periodic Maintenance MaintenanceTroubleshooting Monitoring SpecificationsPhysical specifications Self- Contained Water/Glycol Dimensions Air Cooled XDF Electrical specifications Total heat rejectionSelf- Contained Water/Glycol Electrical Data Air Cooled XDF UPS performance data Optional Power Systems MP Advanced Power Strip specifications Types Quan Port Remote Monitoring and ControlRemote Monitoring Only Page That Ne tIti Ti n