Emerson XDF Door-Remove, Side Panels-Remove and Replace, Remove the Door, Quick Door Removal

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Installation

4.10Door—Remove

The XDF’s doors are removable for convenience when installing equipment.

4.10.1Remove the Door

1.Remove the bolts securing the lower half of each two-piece hinge to the door.

2.Remove the lower half of each hinge.

3.Lift the door straight up until the pins clear the hinges.

4.Set the door in a safe place.

4.10.2Quick Door Removal

For minimum-security installations that also require frequent and fast removal of the door, the lower half of the hinge assembly may be perma- nently removed. This allows for quick removal of an open door by lifting the door straight up until the pins clear the hinge mount.

4.11Side Panels—Remove and Replace

XDF side panels are simple to remove and replace, making it easier to install equipment and to ser- vice the XDF. Panel removal also improves access for equipment maintenance and replacement.

4.11.1 Remove the Left Panel

Remove this bolt first

! WARNING

Risk of electric shock. Can cause injury or death.

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

To remove the left panel from the XDF:

1.The left panel is secured with two internal security quarter-turn fasteners and four panel retainers. Open the doors and locate the internal security quarter-turn fasteners on the left side panel. The security fasteners are at the top front and top rear corners of the panel.

2.Using the factory-supplied T-handle Allen wrench, turn the internal security fasteners counterclockwise 90 degrees.

3.Locate the four panel retainers on the outside of the left XDF panel. One retainer is in each corner of the panel.

4.Using the factory-supplied T-handle Allen wrench, turn the panel retainers counterclockwise 90 degrees.

! CAUTION

Risk of heavy panel falling off. Can cause injury and/or equipment damage.

Support the panel when removing it. Unlocking the security fasteners and removing the panel retainers will allow unsupported panel to fall.

5. Lift the panel off the lip at the bottom of the XDF and set it in a safe location.

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Contents Liebert XDF Page Table of Contents Cable Management Options Piping CONSIDERATIONS-WATER/GLYCOLMODELS onlyFilling the XDF with COOLANT-WATER or Glycol Electrical ConnectionsSpecifications MaintenanceTables Important Safety Instructions Indicates ground connection Glossary of SymbolsIndicates weight Hazardous Voltage PresentEntry Point Condenser Air ICOM Controller Backup Ventilation Air Intake CompressorCondenser Coil 1 Brazed Plate Condenser behind grille ICOM Controller Operational Overview Water/Glycol Cooled ModelReturn Line Female Condenser fanRemovable to reduce Height temporarilyDimensional data, self-contained, air cooled model Plate Connection 139.7mm176.5mm 47.6mmCable Entry Cutout 114mmEntry CutoutsDoors XDF ComponentsFrame EnclosureHeat Removal-Self-Contained, Air Cooled XDF Environmental ControlHeat Removal-Water/Glycol Cooled XDF Rear FrontBrazed Plate Condenser Liebert iCOM controller Control-Liebert’s iCOM ControllerClosed-Loop Water System Coolant Source-Water/Glycol ModelsWater/Glycol Return Line Cooled Drycooler LoopGeneral Enclosure Options Power Options MP Advanced Power Strips and ControllersUninterruptible Power Supply Optional EquipmentUnloading the XDF Recommended Setup EquipmentInstallation InspectionUnpack the XDF Handling the Unit While It is PackagedFork Lift Right front corner detail controls side of XDF Removing the XDF from SkidRoll XDF off the shipping skid 36 915mm XDF Site Preparation915mm Voltage Input Requirements Voltage RequirementsModel Feet m 60Hz 50Hz Drycooler Installation-Water/Glycol Cooled ModelOptional condensate pump performance Maximum HeadRecommended equipment arrangement Equipment LayoutRear-Mount Rails-Position Frame and Enclosure ConfigurationsMounting Hardware Internal Mounting RailsQuick Door Removal Door-RemoveSide Panels-Remove and Replace Remove the DoorReplace a Panel Remove the Right PanelWater supply flow rates GeneralClosed Loop Water System Piping CONSIDERATIONS-WATER/GLYCOL Models onlyCorrosion Protection Expansion Tanks, Fluid Relief Valves and Other DevicesFreeze Protection-Coolant Type and Insulation Glycol supply flow rates Glycol SolutionsDrycooler Loop System Ethylene glycol concentrationsFilling the XDF with COOLANT-WATER or Glycol XDF Water/Glycol Cooled Unit VolumeVolume in standard Type L copper piping Preparing the System for FillingCustomer Cable Entry Points Electrical ConnectionsDashed line delineates equipment compartment Rear Route Input Power Cables Through the XDF’s Top Utility Power SupplyCable Management Cable Management ConsiderationsCable Management Options Optional Cable Management Channel Cable AccessTop Cover and Back Cable Tray Detail View Startup XDF Startup Inspection ChecklistSite Conditions Escape Key Down Arrow Key Starting the XDFICOM Components and Functions Environmental ControlOperation Icon Key Name Function Keyboard icons and functionsOK no Navigating Through the iCOM DisplayEntering the Password Accessing Menus and Settings Viewing DataChanging Operational Settings Icon Name Description User menu iconsChanging the XDF’s Default Operating Temperature Changing iCOM’s Display SettingsHighlight the setting to be changed by pressing Enter Operation With the Door Open Uninterruptible Power Supply Backup Ventilation SystemXDF Compressor Maintenance Periodic MaintenanceTroubleshooting Monitoring SpecificationsPhysical specifications Self- Contained Water/Glycol Dimensions Air Cooled XDFTotal heat rejection Electrical specificationsSelf- Contained Water/Glycol Electrical Data Air Cooled XDF UPS performance data Optional Power SystemsTypes Quan Port Remote Monitoring and Control MP Advanced Power Strip specificationsRemote Monitoring Only Page That Ne tIti Ti n