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HP Modular Cooling System 200/100 Site Preparation Guide Abstract This document provides site preparation guidance for the MCS-200/100. Part Numb

Overview 10 Air flow for MCS-100 (dual-rack configuration)

Overview 11 Air flow for MCS-200 (single-rack configuration)

Overview 12 Air flow for MCS-200 (dual-rack configuration) The special horizontal airflow of the MCS-200/100 fully supports the industry standard f

Overview 13 • Fan controller—Operates the fans, according to the cabinet air temperature • Air bleeder valve—Enables air to manually bleed out of

Overview 14 Item Description 1 Control valve 2 Flow meter 3 Humidity sensor 4 Heat exchanger unit 5 Fan units (1 fan by default, 4 fans maximum) 6

Overview 15 Item Reference 7 Heat exchanger unit 8 TFT touchscreen display (optional) 9 Fan units (1 fan by default, 4 fans maximum) 10 Management

Overview 16 The following illustrations show the MCS-200 optional components. Unit side view Item Reference 1 Condensation pump 2 Condensation pu

Overview 17 For easier viewing, the canopies are not shown in this illustration. Item Reference 1 Water module 2 Fan module 3 Condensation pump t

Overview 18 Parameter Packaged system (as shipped on pallet) Unpackaged system (off pallet, unwrapped) Unpackaged CTO system Height 2159 mm (85 inc

Overview 19 Parameter Value Comments Power cord 230 V, 16 A 208 V, 18 A IEC 309-to-Procon 700105 NEMA L6-20-to-Procon 700105 The following table

© Copyright 2014 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. The only warranties

Facility planning for implementation 20 Facility planning for implementation Facility planning overview The MCS-200/100 offers an incremental data c

Facility planning for implementation 21 Delivery space requirements Be sure your facility has adequate space to receive and remove the MCS-200/100 f

Facility planning for implementation 22 CAUTION: HP recommends that a ramp angle of no greater than 5° be used to move the MCS-200/100 up or down

Facility planning for implementation 23 MCS-200/100 expansion rack Item Reference 1 MCS-200/100 expansion rack shock pallet 2 4-piece ramp 3 MCS-

Facility planning for implementation 24 MCS-100 unit (single-rack configuration) MCS-100 unit (dual-rack configuration)

Facility planning for implementation 25 MCS-200 unit (single-rack configuration) MCS-200 unit (dual-rack configuration) System positioning The MC

Facility planning for implementation 26 Flush front configuration examples When arranging the MCS-100 or MCS-200/100 next to an HP Intelligent Seri

Facility planning for implementation 27 • Bottom view The following figure shows the size and position of the cable openings at the top and bottom

Facility planning for implementation 28 • Top view • Bottom view The following figure shows the size and position of the cable openings at the t

Facility planning for implementation 29 • Top view • Bottom view Cabinet leveling feet

Contents 3 Contents Overview ...

Facility planning for implementation 30 WARNING: Static loading limits cannot be achieved if the rack is not on its leveling feet or is rolled or

Facility planning for implementation 31 o MCS-100 dual-rack configuration • IT rack side view

Facility planning for implementation 32 o MCS-100 single-rack configuration

Facility planning for implementation 33 o MCS-100 dual-rack configuration MCS-200 cabinet leveling feet locations: • Bottom view

Facility planning for implementation 34 o MCS-200 single-rack configuration

Facility planning for implementation 35 o MCS-200 dual-rack configuration • IT rack side view

Facility planning for implementation 36 o MCS-200 single-rack configuration

Facility planning for implementation 37 o MCS-200 dual-rack configuration The leveling feet pads help to ensure weight distribution and help transf

Facility planning for implementation 38 The MCS-200/100 has not been certified for seismic environments. The following table can be used to calculat

Facility planning for implementation 39 The weight distribution on the leveling feet locations in MCS-100 and MCS-200 are very similar. Item Weig

Contents 4 Appendix B: Conversion factors and formulas ... 85 Conversio

Facility planning for implementation 40 Item Weight A 385 kg (849 lb) B 455 kg (1003 lb) C 458 kg (1010 lb) D 385 kg (849 lb) E 375 kg (827 lb) F

Facility planning for implementation 41 The MCS-200 provides two Walther Procon A5 series AC input connections and ships with one set of two power c

Facility planning for implementation 42 MCS-200 Raised floor grounding Item Description 1 Ground wire to power panel 2 Floor panel 3 Hex bolt 4

Facility planning for implementation 43 Voltage fluctuations and outages The MCS-200/100 is designed to provide immunity to power outages of less th

Facility planning for implementation 44 MCS-200/100 power L6-20 connector MCS-200/100 IEC 309 power connector At least one power cord must be used

Facility planning for implementation 45 When using only a single, primary source for power, the AC power cord is connected to the left-most receptac

Facility planning for implementation 46 • The water source should be shared water or dedicated facility water loop. • Maximum and minimum temperat

Facility planning for implementation 47 • Flow rate and pressure capacity of chilled water plant input to the design of the facility feed line and

Facility planning for implementation 48 Item Description (quantity) 4 M6 screw (4) 5 5mm Hex L-key (1) 6 Warning label (2) 7 M5.5 x 10 self-tapping

Facility planning for implementation 49 • Above the floor (for MCS-200 only)

Overview 5 Overview Overview The MCS-200/100 is a supplemental cooling system for data centers. It is offered in four configurations: • MCS-100 uni

Facility planning for implementation 50 • Above the unit An HP Water Hook Up Kit must be installed prior to activating an MCS-200/100. The kit con

Facility planning for implementation 51 of 8 mm (0.31 inch). The preferred method of routing for all hoses is downward at an angle of at least 3º (p

Facility planning for implementation 52 The following figure shows the recommended facility piping approaches to the MCS-200/100. Item Description

Facility planning for implementation 53 • Bottom view • Top view MCS-200 hose openings

Facility planning for implementation 54 • Bottom view • Top view

Facility planning for implementation 55 • Rear view Raised floor cutouts for the MCS unit A complete MCS-200/100 installation typically requires

Facility planning for implementation 56 Recommended floor cutouts (single rack configuration)—Option 1 (MCS-100 cooling unit side flush to tile)

Facility planning for implementation 57 Recommended floor cutouts (single rack configuration)—Option 2 (MCS-100 rack side flush to tile)

Facility planning for implementation 58 Recommended floor cutouts (dual rack configuration)—Option 3 (MCS-100 cooling unit side to tile)

Facility planning for implementation 59 Recommended floor cutouts (dual rack configuration)—Option 4 (MCS-100 right side to tile) MCS-200 floor til

Overview 6 • MCS-100 unit (dual-rack configuration)

Facility planning for implementation 60 Recommended floor cutouts (single rack configuration)—Option 1 (MCS-200 cooling unit side and front flush to

Facility planning for implementation 61 Recommended floor cutouts (single rack configuration)—Option 2 (MCS-200 rack side and front flush to tile)

Facility planning for implementation 62 Recommended floor cutouts (single rack configuration)—Option 3 (MCS-200 cooling unit side and rear flush to

Facility planning for implementation 63 Recommended floor cutouts (single rack configuration)—Option 4 (MCS-200 cooling unit side and rear flush to

Facility planning for implementation 64 Recommended floor cutouts (dual rack configuration)—Option 5 (MCS-200 cooling unit side and front flush to t

Facility planning for implementation 65 Recommended floor cutouts (dual rack configuration)—Option 6 (MCS-200 rack side and front flush to tile)

Facility planning for implementation 66 Recommended floor cutouts (dual rack configuration)—Option 7 (MCS-200 cooling unit side and rear flush to ti

Facility planning for implementation 67 Recommended floor cutouts (dual rack configuration)—Option 8 (MCS-200 cooling unit side and rear flush to ti

Facility planning for implementation 68 Recommended plumbing configuration for the MCS-200/100 Typical plumbing components for an MCS-200/100 confi

Facility planning for implementation 69 Item Description Specifications 6 Strainer isolation valves Valve type: 31.75-mm (1.25-inch), two-piece,

Overview 7 • MCS-200 unit (single-rack configuration)

Facility planning for implementation 70 Item Description Specifications 21 Test plug Type: Corrosion-resistant brass body with core inserts, gask

Facility planning for implementation 71 Coolant requirements General thermal requirements The following table lists the coolant requirements that th

Facility planning for implementation 72 Cooling loop sizing Sizing the cooling loops can be straight forward based on the planned cooling requiremen

Facility planning for implementation 73 Number of fans HP Modular Cooling System 200/100 HP Modular Cooling System 200/100 with Expansion Rack MCS-2

Facility planning for implementation 74 When the minimum heat load is not provided to the MCS-200/100, unstable control of the temperatures and flo

Facility planning for implementation 75 MCS-200 coolant flow requirements with 20°C (68°F) server intake air MCS-100 coolant flow requirements with

Facility planning for implementation 76 MCS-200 coolant flow requirements with 25°C (77°F) server intake air MCS-100 coolant flow requirements with

Facility planning for implementation 77 Flow rate versus delta pressure (water control valve fully open)—MCS-100 Flow rate versus delta pressure (w

Facility planning for implementation 78 available, the provided system pressure difference must be slightly higher than the maximum pressure loss wi

Facility planning for implementation 79 • Be sure facility managers understand that additional load is being added to the facility water supply. Be

Overview 8 • MCS-200 unit (dual-rack configuration) For successful site preparation, consider the following information: • To provide dedicated c

Facility planning for implementation 80 • Be sure the chilled water source is on and flowing prior to the start-up of an MCS-200/100. • Be sure th

Appendix A: Forms and checklists 81 Appendix A: Forms and checklists Delivery survey form WARNING: To prevent possible serious personal injury or

Appendix A: Forms and checklists 82 Pre-installation checklists Site preparation checklist The tables below are site preparation checklists. For eac

Appendix A: Forms and checklists 83 Item Area/condition Yes No Comment/date 6 Is there a dedicated branch circuit for equipment? 7 Is there

Appendix A: Forms and checklists 84

Appendix B: Conversion factors and formulas 85 Appendix B: Conversion factors and formulas Conversion factors and formulas The conversion factors pr

Regulatory information 86 Regulatory information Safety and regulatory compliance For safety, environmental, and regulatory information, see Safety

Regulatory information 87 Under NRC regulations, a general licensee using tritium EXIT signs: • must NOT remove the labeling or radioactive symbol,

Support and other resources 88 Support and other resources Before you contact HP Be sure to have the following information available before you call

Acronyms and abbreviations 89 Acronyms and abbreviations BSPP british standard pipe parallel CHWR chilled water return CHWS chilled water supply

Overview 9 Air flow for MCS-100 (single-rack configuration)

Acronyms and abbreviations 90 UPS uninterruptible power system WSP water steam pressure

Documentation feedback 91 Documentation feedback HP is committed to providing documentation that meets your needs. To help us improve the documentat

Index 92 A acceptable water quality specifications 78 Appendix 81, 85 B battery replacement notice 86 before installing/running activ

Index 93 K key components 12 kVa conversions 85 M Maneuvering space requirements 21 MCS-100 components 13 MCS-200 components