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HP Modular Cooling System MCS 5042 component locations, Cooling unit 2 User display 3 IT rack

Models: Modular Cooling System

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Figure 3: MCS 5042 component locations

Figure 3: MCS 5042 component locations

Item

Reference

1Cooling unit

2User display

3IT rack

Item

Reference

1Condensation pump

2Condensation pump controller

3Control valve

4Flow meter

5Humidity sensor

6Rear extension

7Heat exchanger unit

8Fan units

9Management module

7

Image 7

HP Modular Cooling System manual MCS 5042 component locations, Cooling unit 2 User display 3 IT rack, Reference

Contents

Site Preparation Guide HP mc-Series 5042 RackTable of contents Acronyms and abbreviations Safety and regulatory informationPreface Notational conventionsJapanese notice Safety in material handlingChapter 1 Overview Product overview Key MCS 5042 components 4 Flow meter 5 Humidity sensor 6 Rear extension 7 Heat exchanger unit Figure 3 MCS 5042 component locations1 Cooling unit 2 User display 3 IT rack 1 Condensation pump 2 Condensation pump controller 3 Control valveFan module AC transfer switchReference Water modulePhysical specifications MCS 5042 specificationsElectrical specifications Overview Chapter 2 Facility planning for MCS 5042 implementationSpace and positioning considerations Page HP mc-Series 5042 Expansion Rack ReferenceMCS 5042 shock-pallet 4 piece rampOperational space requirements System positioning Cable openings 9B Bottom view 10B Bottom view Cabinet leveling feet 11B IT rack-side view 12B Right IT rack-side view Floor loading considerations91 kg 200 lb Unit weightTotal weight Component #1 HP ProLiant S6500 SL230sDead load Table 5 Tate All Steel 1250 raised floor specificationsWeight RatingElectrical considerations System grounding Voltage fluctuations and outages Electrical planning around water handling components Figure 18 Single-source AC power connection Coolant source planning Plumbing considerations Description Quantity B Above the floor Figure 22 Main coolant line hookup options for the MCSA Through raised floor cutouts C Above the unit180 cm 71 inches Approximate length supply hoseApproximate length return hose 200 cm 79 inchesPreferred piping location Piping approachesDirect rear approach Left rear approach Right rear approach Figure 24 shows the recommended facility piping approaches to the MCSC Rear MCS 5042 hose openingsFigure 25 Hose openings for the MCS A BottomRaised floor cutouts for MCS Standard rack configurationThe wider opening in the back of the IT rack is optional The wider opening in the back of the IT rack is optional The wider opening in the back of the IT rack is optional The wider opening in the back of the IT rack is optional Chilled water system components Page Typical plumbing installation guidelines General thermal requirements Coolant requirementsCooling loop sizing After calculating the total expected required heat load, use the charts in “Determining heat load capacities” to determine required water flow and pressure based on potential chilled water temperatures. The pressure PSID must be measured prior to the cold water inlet/after warm water outlet. All water system equipment, materials, and installation must comply with any applicable construction codes and LAHJ Determining heat load capacities Page Page Page Water quality requirements Additional water precautions HP mc-Series 5042 User Guide Before installing and running active componentsEnvironmental considerations Control systemDelivery survey form Appendix A Forms and checklistsSite preparation checklist Pre-installation checklistsPage kVA conversions Appendix B Conversion factors and formulasConversion factors for refrigeration Metric equivalentsGlossary Represents the expected power consumption of a given configuration. The typical http//h18000.www1.hp.com/products/servers/platforms/rackandpower.html Legal noticesFor more information Restricted rights legend