Attachment A Basis of Design Narrative.pdf

JULY 10

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Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA

2.1 Scope of Work/Basis of Design:

General Requirement and Design Concept

Provide all labor, materials, tools, equipment, engineering, and services to design replacement services telecommunications rooms on the main campus of Loma Linda VA Medical Center (LLVAMC).

The renovated areas are 40 telecommunications rooms (TRs) on the main campus of LLVAMC and will require a near-complete recabling of the main hospital. Design should further include addition of temperature and humidity monitoring stations in every TR, as well as the addition of two new electrical circuits in each TR, details to be specified below. The removal of water lines in the affected area is required in one

TR.

The use of LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00 is a requirement for acceptance of this project.

2.2 References and Design Criteria:

References: Design will be in accordance with current (as of NTP date), VA Design Guides, VA Design Manuals, FGI 2018, NFPA, OSHA, and all other applicable standards.

NFPA 70 National Electrical Code (NEC) VA Design Manuals VA CADD Standards OSHA Standards State and Local codes and guidelines (as applicable) ANSI/TIA 606-B – Administration Standard for Telecommunications Infrastructure, June 2015 ANSI/TIA-568-C.2 – Balanced Twisted-Pair Telecommunications Cabling and

Components Standards, Ed C, Err. April 2016 EIA/ECA 310-E – Cabinets, Racks, Panels, and Associated Equipment LLVAMC Local Cabling Specifications dated 19 June 2019.

OEHRM Requirements Specification Dated June 5, 2019

2.3 Design Objectives and Provisions:

GENERAL

The project at LLVAMC consists of 35 (thirty-five) TRs and 4 (four) outbuildings. There are 2 (two) server rooms, 1C04E and 3E18, at the main facility which are in the process of being consolidated and located in the first and third floor, respectively.

The assessment as it currently stands has the potential to change following the arrival of the Cerner team. A projected increase of 15% for both power and data must be anticipated by the contractor as part of the bidding process. If the facility has 1000

Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA data drops scheduled for replacement in the scope of the project at time of bid, the contractor is hereby directed to design and plan for 1150 CAT6a drops.

1 Gbe connectivity to desktops, and other end-user devices (EUDs) is required at this facility, and this will include the replacement of wall jacks at EUDs to become CAT6A compliant.

A pictorial layout drawing of each telecom room will be submitted by vendor as each room is expected to be installed and configured IAW local cabling standards section 1.3A.1. This submittal may be part of the final 100% design and does not need to be separate.

The designs for temperature and humidity monitoring in all telecom rooms in a centralized unit to be installed near the door to the TR will be included in vendor’s proposal.

Network equipment will be provided by owner and installed by contractor.

Existing OM1 fiber cable for the Public Address (PA) system shall be replaced with 12 strand OM4 fiber cable. Existing infrastructure shall be reused.

ROOM

No walls will be moved as part of this redesign. All work will be done within the existing spaces, and space will be designed for best utilization by removing existing (wall-mounted) ITS racks and replacing with floor-mounted racks.

1 Gbe connectivity to desktops, and other end-user devices (EUDs) is required at this facility, and this will include the replacement of wall jacks at EUDs to become CAT6A compliant.

RACK

Two-post racks in each telecom room sufficient to hold all switches and structured cabling with a minimum of 40% room for future growth will be installed by vendor.

Racks will be standard and comply to EIA/ECA 310-E dimensions to facilitate the installation of standard patch panels and fiber cans (lockable enclosures).

Racks will be grounded in compliance with TIL Section 27 05 26 to provide a low impedance path for possible ground fault currents.

Racks will be bolted to the floor of the space in a manner designed to prevent movement in the event of a seismic occurrence.

Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA

CAT 6a 48 Port Flat (non-angled) patch panels sized to conform to EIA/ECA 310-E dimensions suitable for installation in standard racks, cabinets, and enclosures will be utilized by vendor.

Patch panels will have holes for RJ45 jacks aligned in two horizontal rows per panel.

Jack specifications (keystones) can be found in specification 27 15 00.

Both vertical and horizontal cable management for every two-post rack. Will be used:

i. Horizontal cable managers will be placed in between each 48-port patch panel.

ii. Vertical cable managers will be placed between each two-post rack, with vertical cable managers on each end of the final assembly as well.

Labeling

i. All labeling for racks and patch panels Shall be coordinated with COR.

Ladder Racks / Cable Runway

i. A series of welded cabling support structures (“ladder racks”) around the perimeter of the telecom room to support the weight of the cable will be installed and utilized by vendor.

ii. Anywhere where cables leave the ladder racks to enter an area lower than the ladder rack, cable radius drops will be used to prevent future damage to the cable.

iii. Ladder racks will be connected to provide structural support and seismic bracing for the two-post rack assembly in each telecom room.

iv. Contractor will remove old racks (no longer in use) and old ladder in all telecom rooms in the main facility (building 1) and dispose of / recycled. . Rooms 1H114 (CLC1), 1G110 (CLC2), SB02-7A, SB02-8A, and SB04-8 do not require any demolition work related to racks and ladder rack. These rooms will require new fiber patch panels, fiber cable, and terminations. Existing fiber patch panels shall be demolished. Existing fiber cable shall be removed back to source.

The cable managers shall be 1U. This should allow for sufficient room in rack 3 to place non-VA equipment in all locations. Guest Wi-Fi, Philips Patient Monitoring, Bedside Television, and CCTV are all examples of non-VA equipment.

Patch panels will not occupy either the top or last U of the rack.

Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA

FIBER

Un-terminated "future capacity" cables are not permitted. All installed cables shall be terminated at each end and documentation, labeling, and (where applicable) test results provided. This applies to all permanently installed cable types.

All fiber in the facility will be replaced for the telecommunications and PA system.

i. Intra-building: Fiber will be smoke-rated OM4 per the specifications in LLVAMC Cabling Specifications Dated 19 June 2019 section 2.2.A.4(a-g).

ii. All inter-building: Fiber will be OS-2 single-jacket non-armored fiber per the specifications in OEHRM Requirements Specification Dated June 5, 2019 section 2.2.J (complete).

Fiber pathway for interior

i. All telecom rooms in the main facility will run two (2) separate OM4 fiber paths back to the first-floor server room, 1C04E for telecommunication system.

ii. OM4 12 strand fiber will run from 3E18 (3rd floor server room) to the telecommunication rooms indicated on the riser diagram for the PA system. A total of thirty-four (34) 12 strand fiber cables will be provided. Cable will run through existing PA system infrastructure.

iii. A new 96-strand (48-pair) fiber run will be installed between the first-floor server room, 1C04E, and the basement “PBX” room. This fiber will be an equal mix (24-pair each) of OS2 and OM4 fiber for the express purpose of connecting the equipment moved into the first-floor service room with basement equipment. All fiber will terminate to LC connectors in fiber cans identical to those being installed elsewhere under this contract.

Fiber pathway for outlying buildings

i. All OS2 fiber from exterior buildings will run directly to the first-floor server room.

OS2 fiber will be split between cores in a manner identical to the OM4 fiber installation.

ii. Building 51, which is scheduled for demolition will receive fiber, and rack space in both the basement and the first-floor server rom (1C04E). Conduit will be set aside in the design but with the understanding that this is for future use.

iii. All Campus Area Network (CAN) fiber connections will be unbroken (non-bridged/spliced) homeruns back to the main fiber distribution panel (FDP). Fiber connections at building should not be run through additional buildings unless pass-through or mesh; no “daisy chaining” of fiber will be allowed.

Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA

All fiber optic cables will terminate in LC connectors per OEHRM Requirements Specification Dated June 5, 2019, and LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00) section 2.3.E.2.c.

Fiber cans (lockable enclosures)

i. Fiber cans in the telecom rooms will be rack mounted, and stacked, with the top-most can connecting to first-floor server room, 1C04E, Core 1 (left-hand side), and the second can connecting to 1C04E Core 2 (right-hand side).

ii. Fiber cans in the first-floor server room (1C04E) will be separated into two banks of cans. Each bank will begin with telecom rooms 1SB1 through 4SB8, installed and labeled in order before moving on to outlying buildings, which will also be installed in numerical order.

iii. The order for all fiber can installation shall be coordinated with the Coting Officer’s Representative on sire.

iv. Multimode:

Rack mounted patch or distribution panels installed inside a lockable cabinet or “breakout enclosure” that accommodates a minimum of 24 strands of single mode fiber shall be provided by the vendor and these counts do not include 50 percent spare requirement, and cable management system for each panel shall also be provided.

v. Single mode:

Rack mounted patch or distribution panels installed inside a lockable cabinet or “breakout enclosure” that accommodates a minimum of 96 strands multimode fiber and 12 strand single mode fiber shall be provided by the vendor and these counts do not include 50 percent spare requirement. Cable management system for each panel shall also be provided.

vi. Patch panels will provide for a minimum 24 female LC connectors, able to accommodate splices and field mountable connectors and have capacity for additional connectors to be added up to OEM’s maximum standard panel size for this type of use. Patch panel sides will be protected, including front and back, by a cabinet or enclosure.

vii. Fiber panels and cabinets will conform to EIA/ECA 310-E dimensions suitable for installation in standard racks, cabinets, and enclosures.

viii. Patch panels with highest OEM approved density of fiber LC termination’s (maximum of 72 each), while maintaining a high level of manageability shall be provided, and proper LC couplers installed for each pair of fiber optic cable LC connectors shall also be provided.

1. Provide and install LC/LC patch cords of matching type for each pair of fiber optic strands with connector to match couplers.

Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA

Fiber labeling:

i. Vendor will work with the COR to develop a fiber labeling plan that is compliant with ANSI 606-B and consistent throughout the facility.

COPPER

The replacement of copper plant will include all cabling rated CAT5e and below throughout the facility, to include jacks/patch panels at both ends, and termination, referencing section 2.1.B.3 of the LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00) for acceptable cabling colors.

The installation of all new CAT-6a cabling from the patch panel all the way to the end-user will be planned for utilizing existing pathway by vendor. This includes utilizing existing hooks or raceways through interstitials, and above ceilings until each cable must branch off to a specific room.

i. Where there is no ability to use existing pathway in interstitial spaces, the installation of the cable will utilize flex-conduit or Electrical Metal Tubing (EMT) conduit in all locations where the cable may touch the interstitial floor. Conduit is not required in the drop-ceiling area nor the walls. Any conduit used will be marked appropriately with “low-voltage/data” at regular intervals to be visible in interstitial spaces with minimal effort.

In accordance with LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00) section 2.1.B.3, copper cabling will follow the specifications as outlined and will be plenum-rated CAT6A terminated to IEEE 568- A guidelines.

Un-terminated "future capacity" cables are not permitted. All installed cables shall be terminated at each end and documentation, labeling and (where applicable) test results provided. This applies to all permanently installed cable types.

CAT6A cabling installed for end user devices (terminated at wall plates) will follow the red/blue/yellow standards as outlined in the LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00) 2.1.B.3, and in Diagram 1 of the same document.

i. The facility has a required 1 Gbe connectivity to desktops, and other EUD, and this will include the replacement of wall jacks at EUDs to become CAT6A compliant.

All in-building copper cabling will be terminated and labeled in accordance with the LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00 specifically sections 3.1.E.1-6.

Cabling will be terminated to CAT6A modular jacks capable of accepting and functioning with other modular (i.e.: RJ11) plugs without damage to the jack.

Patch panels conforming to EIA/ECA 310-3 dimensions and suitable for mounting in standard equipment racks, with 48 RJ45 jacks aligned in two horizontal rows per patch panel will be provided and installed by vendor.

Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA

Cabling will be combed and dressed neatly in all locations within the service bays.

Copper replacement for building 51 is not in the scope of this project.

All faceplates will be labeled in accordance with the LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00) specifically referencing sections 3.1.E.4.

All cabling to all wireless access points will be replaced with CAT6A cabling and terminated to single-jack surface-mounted drops (colloquially called “biscuits”) in the drop-ceiling nearest the access point. No wireless access points will be replaced. All cabling for wireless access points will be labeled in accordance with LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00.

Wireless Access Point cabling shall be purple in color in accordance with LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00) section 3.1.F.2, and meet the standards as referenced in LLVAMC Cabling Specifications Dated 19 June 2019 section 2.1.B.3.

The providing of access points, installation of new access points, certification of access points will NOT be by contractor, nor guarantee FIPS compliance of the access points. All access points will remain in place, and the contractor will replace cabling only.

All new CAT6A patch cables for every device in the telecom room will be supplied and installed by vendor, (NOT at the end user device) to be sized and labeled appropriately in accordance with LLVAMC Cabling Specifications Dated 19 June 2019 (specification section 27 15 00) specifically referencing sections 3.1.E.4(a) and 3.1.F.2.

Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA

Provide all labor, materials, tools, equipment, engineering, and services to design replacement services telecommunications rooms on the main campus of Loma Linda VA Medical Center (LLVAMC).

Design includes the addition of two new electrical circuits in each TR from the critical and equipment branch for each rack.

VA Design Manuals, FGI 2018, NFPA, OSHA, and all other applicable standards.

NFPA 70 National Electrical Code (NEC) VA Design Manuals VA CADD Standards OSHA Standards State and Local codes and guidelines (as applicable)

2.3 Design Objectives and Provisions:

GENERAL

The project at LLVAMC consists of 35 (thirty-five) TRs and 4 (four) outbuildings. There are 2 (two) server rooms, 1C04E and 3E18, at the main facility which are in the process of being consolidated and located in the first and third floor, respectively.

The assessment as it currently stands has the potential to change following the arrival of the Cerner team. A projected increase of 15% for power must be anticipated by the contractor as part of the bidding process.

Each rack in each TR shall have a dedicated double duplex receptacle installed. One side of the double duplex shall be circuited to the nearby critical branch panelboard, while one side of the double duplex shall be circuited to the nearby equipment branch panelboard.

The server room shall have new Nema 6-20R 208V receptacles circuited to PDU A and B installed above the location of the new CERNER racks.

Basis of Design 605-20-420 | EHRM Infrastructure Upgrades Final Construction Documents Loma Linda VA Health Care System, Loma Linda, CA

Provide all labor, materials, tools, equipment, engineering, and services to design replacement services telecommunications rooms on the main campus of Loma Linda VA Medical Center (LLVAMC).

Design includes addition of temperature and humidity monitoring stations in every Telecom room.

The removal of water lines in the affected area is required in room 1E75.

VA Design Manuals, FGI 2018, NFPA, OSHA, and all other applicable standards.

VA Design Manuals VA CADD Standards OSHA Standards State and Local codes and guidelines (as applicable) International Building Code (IBC) Including IMC and IPC ASHRAE Standard 170 – 2013 (Ventilation of Health Care Facilities)

2.4 Design Objectives and Provisions:

GENERAL

The project at LLVAMC consists of 35 (thirty-five) TRs and 4 (four) outbuildings. There are 2 (two) server rooms, 1C04E and 3E18, at the main facility which are in the process of being consolidated and located in the first and third floor, respectively.

The design will include temperature and humidity monitoring in all telecom rooms in a centralized unit to be installed near the door to the TR.

The basis of design will include Andover control integration using the BACnet protocol suite.

The design will include removal of piping dead legs in Telecom room 1E75, capping them off at the junction to eliminate standing water in the plumbing system.

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©2014 Chatsworth Products, Inc. All rights reserved. Chatsworth Products, CPI, CPI Passive Cooling, eConnect, MegaFrame, Saf-T-Grip, Seismic Frame, SlimFrame, TeraFrame, GlobalFrame, Cube-iT Plus, Evolution, OnTrac, QuadraRack and Velocity are federally registered trademarks of Chatsworth Products. Simply Efficient is a trademark of Chatsworth Products. All other trademarks belong to their respective companies. 04/14

800-834-4969 in U.S. & Canada • www.chatsworth.com

P r o d u c t C u t S h e e t

STANDARD RACK 6”D (150 MM)

P/N 66363 (35” W) Shown:

The 6”D (150 mm) Standard Rack is the high-ca-pacity frame that is designed for use with ca-bling sections and is the basic frame around which the XLBET/MDF frames are developed.

Features 6”D (150 mm) upright mounting channels for MDF, IDF and other high-capacity distribution frame applications. The additional rack depth provides extra room for high-density equipment and cable needs.

• High-strength aluminum construction

• Supplied with (2) top angles for additional strength

• EIA-310-D Standard Universal 5/8”-5/8”-1/2” (15.9 mm-15.9 mm-12.7

mm) alternating hole pattern offers greater mounting flexibility and is fully compatible with conventional wide 1-1/4”-1/2” (31.8 mm-

12.7 mm) alternating hole patterns

• Rack-mount unit marks simplify equipment installation

• High-strength, roll-formed threaded mounting holes

• Integrated masked grounding studs on the inside of the rack channel for quick attachment to the Telecom unications Grounding System

• Web channel holes allow easy installation of vertical cable mangers or baying of racks side-by-side

• Ships unassembled and individually packaged

• Includes assembly hardware and (50) pilot point #12-24 mounting screws with combination Phillips/Straight heads

• Weight capacity 1000 lb (453.6 kg) — weight must be evenly distributed and rack must be properly secured to the floor

• UL Listed; File E140851; Category DUXR (US), DUXR7 (Canada) –

Communications Circuit Accessory

Part Number

Description H x W

Height - ft (m)

Shipping Weight lb (kg)

66353-X03 7 (2.1) x 19”, 45U 38 (17.2)

66383-X03 7 (2.1) x 23”, 45U 42 (19.1)

66363-X03 7 (2.1) x 35”, 45U 52 (23.6)

X=color; 1=Gray, 2=Computer Beige, 5=Clear, 7=Black, E=Glacier White

Rack Dimensions

Dimension 19” EIA Rack in (mm)

23” EIA Rack in (mm)

35” EIA Rack in (mm)

A 17.79 (451.9) 21.79 (553.5) 33.79 (858.3)

B 18.31 (465.1) 22.31 (566.7) 34.31 (871.5)

C 20.31 (515.9) 24.31 (617.5) 36.31 (922.3)

66353-X03 7 (2.1) x 19”, 45U 38 (17.2)

, 7=Black, P R O D U C T D ATA S H E E T

K E Y F E AT U R E S

ADJUSTABLE SERVERRACK AND QUADRARACK®

The Adjustable ServerRack and the Adjustable QuadraRack® provide a sturdy, cost-effective solution for supporting rack-mount network, computer server and data storage equipment in data centers, computer equipment rooms and other IT facilities. Both racks offer the strength and stability of an enclosure in an open four-post frame that provides easy access to equipment and cabling.

Each rack will support up to 2,000 lb (907.2 kg) of equipment. The corner posts are C-shaped equipment mounting channels that provide front and rear support for 19” wide rack-mount equipment or shelves. The front and rear frames are welded to reduce assembly time. Four brackets connect the front and rear corners of the rack. The rack is available in four heights and four depth ranges. The front-to-rear depth of the mounting channels can be adjusted up to 5.91” (150 mm) in depth in .98” (25 mm) increments during assembly. The mounting channels are fixed in place once assembled to surround and protect equipment.

The Adjustable ServerRack has square-punched holes that let you change mounting hardware (Clik-Nut Hardware Kit or standard cage nuts) to match specific computer server and data storage equipment mounting requirements. The Adjustable QuadraRack has threaded mounting holes that make installation time of patch panels, fiber enclosures and network switches shorter. Each rack-mount unit is marked and numbered on the channels making it easy to locate and position equipment. A second set of holes along the sides of the channels lets you add optional side-mounted Equipment Support Rails that use no additional rack-mount space.

The Adjustable ServerRack and the Adjustable QuadraRack can be used in combination with CPI Standard Racks (two-post racks), Cabling Sections (vertical cable managers) and overhead Cable Runway (ladder rack) to support a wide range of equipment storage applications. Attach 6” (150 mm) wide to 24” (600 mm) wide CPI Cable Runway to the top of the rack with a Cable Runway Mounting Bracket. CPI Cabling Sections bolt directly to the side of the channels, and the base of the rack is punched for easy floor attachment.

See reverse for product specifications and ordering information. Please contact CPI Technical Support for configuration assistance.

• Stability and strength of a welded steel enclosure in an open four-post frame

• Open design for unrestricted airflow and easy access to equipment and cabling

• Self-squaring assembly with welded front and rear frames reduces assembly time

• Mounting channels adjust in depth to provide front and rear support for equipment

• Maximizes floor space with a minimal rack footprint

• Rack components are bonded together during assembly in accordance with industry standards

• Includes a Two Mounting Hole Ground Terminal

Block for easy attachment to the Telecommunications Grounding Busbar

• Choose square-punched or threaded equipment mounting holes

• Rack-mount units are marked and numbered on the mounting channels

• Easy to bay together to create multi-rack configurations

• Use with any CPI Cabling Section to manage cables

• Support large equipment on heavy-duty shelves or on side-mounted Equipment Support Rails

• The Adjustable ServerRack with EIA Universal square-punched equipment mounting holes support rack-mount server and data storage equipment in data centers or computer equipment rooms

• The Adjustable QuadraRack™ with EIA Universal threaded equipment mounting holes support large modular network or voice switches and routers in communications equipment rooms

• Use with shelves or rails to support large, heavy computer and data processing equipment

• Velocity® Cable Management

• Evolution® Cable Management

• MCS Master Cabling Section

• CCS Combination Cabling Section

• VCS Vertical Cabling Section

• Clik-Nut™ Hardware Kit

• Universal Horizontal Cable Manager

• Jumper Trays

• Heavy-Duty Equipment Shelves and Rails

• Vertical and Horizontal Power Strips

A P P L I C AT I O N S

R E L AT E D A C C E S S O R I E S

U S E W I T H

Two Mounting Hole Ground Terminal Block

Adjustable Mounting Channels

Easy attachment to Telecommunications Grounding Busbar

Adjusts front-to-rear in .98” (25mm) increments during assembly

Self-Squaring Assembly Reduce assembly time with welded front and rear frames

Configure This Online

Asia Pacific +86 21 6880-0266 chatsworth.com.cn

Europe +44-1628-524-834 chatsworthproducts.co.uk

Latin America +52-55-5203-7525 Toll Free within Mexico 01-800-01-7592 chatsworth.com.co

Middle East & Africa Dubai, UAE +971-4-2602125 chatsworth.ae

US & Canada +1-800-834-4969 Toronto, Ontario, Canada +905-850-7770 chatsworth.com techsupport@chatsworth.com

P R O D U C T D ATA S H E E T A D J U S TA B L E S E R V E R R A C K A N D Q U A D R A R A C K ™

S P E C I F I C AT I O N S

• Four-post frame with square-punched or threaded mounting holes used to support 19” wide rack-mount network, computer server and data storage equipment and shelves

• For indoor use only, in environmentally controlled areas; may not be used outdoors, in industrial or harsh environments, or in plenum spaces

• Includes:

- (2) mounting frames

- (4) horizontal braces

- Assembly hardware

- (1) Two Mounting Hole Ground Terminal Block and Antioxidant Joint Compound

- Adjustable ServerRack (square-punched mounting holes) includes (25) #12-24 cage nuts and screws. Use Clik-Nut Hardware Kit (sold separately) for easy installation.

- Adjustable QuadraRack (threaded mounting holes) includes (50) #12-24 screws

- Order installation hardware separately (P/N 40604-003 for concrete floors)

• Available sizes:

See Dimensions and Ordering Information

• Usable equipment space:

See Dimensions and Ordering Information

• Equipment Support:

- Front and rear pairs of C-shaped equipment mounting channels

- Adjustable depth at assembly, 5.91” (150 mm) front-to-rear in fixed .98” (25 mm) increments

- 19” wide, EIA-310-D compliant hole pattern

- 1-3/4” (44.45 mm) high rack-mount unit

- Universal hole pattern, 5/8”-5/8”-1/2”

(15.9 mm - 15.9 mm - 12.7 mm) vertical hole spacing

- Adjustable ServerRack has square-punched .375” (9.53 mm) equipment mounting holes

- Adjustable QuadraRack has threaded #12-24 equipment mounting holes

- Rack-mount units are marked and numbered bottom-to-top on the channels

- Order Clik-Nut Hardware Kit for quick installation (sold separately).

• Load capacity:

2000 lb (907.2 kg) of equipment, evenly distributed

• Grounding and Bonding:

- Rack components are bonded together during assembly in accordance with industry standards

- (2) ground connections (two pairs of M6 studs on 5/8” centers) are located at the front and rear of the rack on the bottom center of the frame

- Includes (1) Two Mounting Hole Ground Terminal Block with Antioxidant Joint Compound

• Certifications:

19”W, EIA-310-D compliant

• Material:

Steel

• Construction:

- Welded front and rear frame, bolted assembly

- Ships unassembled

• Finish:

Epoxy-polyester hybrid powder coat paint available in black, gray, computer beige or glacier white

O R D E R I N G I N F O R M AT I O N

D I M E N S I O N S fifl? fi ?fi fi ?

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1521 Adjustable ServerRack and Adjustable QuadraRack™, 19" EIA

Mounting Hole Style Mounting Channel Depth Range (C) - in (mm) 1 Square-Punched 15.75 to 21.65 (400 - 550) Deep

2 Square-Punched 22.64 to 28.54 (575 - 725) Deep

3 Square-Punched 29.53 to 35.43 (750 - 900) Deep

4 Square-Punched 36.42 to 42.32 (925 - 1075) Deep

5 #12-24 Threaded 15.75 to 21.65 (400 - 550) Deep

6 #12-24 Threaded 22.64 to 28.54 (575 - 725) Deep

7 #12-24 Threaded 29.53 to 35.43 (750 - 900) Deep

8 #12-24 Threaded 36.42 to 42.32 (925 - 1075) Deep

Color 1 Gray

2 Computer White

7 Black

E Glacier White

Height U (A) - in (mm) (B)- in (mm)

01 38U 72 (1800) 67 (1700)

03 45U 84 (2100) 79 (2000)

15 51U 96 (2400) 91 (2300)

08 58U 108 (2740) 103 (2620)

1521 X - X XX

A B

17.78” (451.6 mm)

Opening

18.31” (465.1 mm)

Hole Centers

20.31 (515.9 mm)

A A

C

Side ViewFront View

Note: Mounting channel depth adjusts in .98” (25 mm) increments during assembly. The mounting depth is fixed once the rack is assembled. See the table on page 3 for a list of mounting channel depth settings by part number.

1 Square-Punched 15.75 to 21.65 (400 - 550) Deep

7 Black

03 45U 84 (2100) 79 (2000)

P R O D U C T D ATA S H E E T A D J U S TA B L E S E R V E R R A C K A N D Q U A D R A R A C K ™

Mounting Channel Depth Settings and Dimensions by Part Number

Part Numbers Channel Depth (C) Overall Depth (D) Floor Mounting Holes (E)

Adjustable ServerRack Adjustable QuadraRack™ in mm in mm in mm

15211-XXX 15215-XXX

15.75 400 15.96 405.4 12.47 316.7

16.73 425 16.94 430.3 13.45 341.6

17.72 450 17.93 455.4 14.44 366.8

18.70 475 18.91 480.3 15.42 391.7

19.69 500 19.90 505.5 16.41 416.8

20.67 525 20.88 530.4 17.39 441.7

21.65 550 21.86 555.2 18.37 466.6

15212-XXX 15216-XXX

22.64 575 22.85 580.4 19.36 491.7

23.62 600 23.83 605.3 20.34 516.6

24.61 625 24.82 630.4 21.33 541.8

25.59 650 25.80 655.3 22.31 566.7

26.57 675 26.78 680.2 23.29 591.6

27.56 700 27.77 705.4 24.28 616.7

28.54 725 28.75 730.3 25.26 641.6

15213-XXX 15217-XXX

29.53 750 29.74 755.4 26.25 666.8

30.51 775 30.72 780.3 27.23 691.6

31.50 800 31.71 805.4 28.22 716.8

32.48 825 32.69 830.3 29.2 741.7

33.46 850 33.67 855.2 30.18 766.6

34.45 875 34.66 880.4 31.17 791.7

35.43 900 35.64 905.3 32.15 816.6

15214-XXX 15218-XXX

36.42 925 36.63 930.4 33.14 841.8

37.40 950 37.61 955.3 34.12 866.6

38.39 975 38.60 980.4 35.11 891.8

39.37 1000 39.58 1005 36.09 916.7

40.35 1025 40.56 1030 37.07 941.6

41.34 1050 41.55 1055 38.06 966.7

42.32 1075 42.53 1080 39.04 991.6

Notes:

1. There are seven depth settings for each part number as listed in the table above.

2. Each rack adjusts front-to-rear in depth up to 5.91” (150 mm) in .98” (25 mm) increments.

3. Rack mounting channel depth is fixed once assembled.

4. Overall Depth (D) is Channel Depth (C) + .21” (5.3 mm).

5. Floor Mounting Holes (E) are Channel Depth (C) - 3.28” (83.3 mm).

16.00” (406.4 mm)

20.31” (515.9 mm)

2.16” (54.7 mm)

1.64” (41.6 mm)

D E C

D I M E N S I O N S

Top View Bottom View – Section A-A

X15211-XXX

P R O D U C T D ATA S H E E T A D J U S TA B L E S E R V E R R A C K A N D Q U A D R A R A C K ™

A D J U S TA B L E S E R V E R R A C K A N D Q U A D R A R A C K ™ A C C E S S O R I E S

Solid and Vented Shelves, 19"W x 1U Part Number Description - in (mm) Shipping

Weight lb (kg)Solid Vented Shelf Depth Mounting Channel Depth

15245-X01 15255-X01 13.84 (351.5) 15.75 (400) - 21.65 (550) 10 (4.5)

15245-X02 15255-X02 20.73 (526.5) 22.64 (575) - 28.54 (725) 12 (5.4)

15245-X03 15255-X03 27.62 (701.6) 29.53 (750) - 35.43 (900) 15 (6.8)

15245-X04 15255-X03 34.51 (876.6) 36.42 (925) - 42.32 (1075) 18 (8.2)

Equipment Support Rails

Part Number

Description - in (mm) Shipping Weight lb (kg)Mounting Channel Depth

15235-X01 15.75 (400) to 19.69 (500) D 5 (2.3) 15235-X02 20.67 (525) to 24.61 (625) D 6 (2.7) 15235-X03 25.59 (650) to 29.53 (750) D 7 (3.2) 15235-X04 30.51 (775) to 34.45 (875) D 9 (4.1) 15235-X05 35.43 (900) to 39.37 (1000) D 10 (4.5) 15235-X06 40.35 (1025) to 44.29 (1125) D 12 (5.4)

Cable Runway Mounting Bracket

Part Number Description - in (mm)

Shipping Weight lb (kg)

15205-X01 For 6W (150) to 24W (600) Cable Runway 5 (2.3)

X=Color; 1=Gray, 2=Computer Beige, 7=Black, E=Glacier White. Note: May be wider or deeper than the rack footprint.

Center Rail Part Number Description

Rack Height U - in (mm)

Shipping Weight lb (kg)

Square- Punched

Threaded #12-24

15330-X01 15335-X01 38U, 72 (1800) 20 (9.1)

15330-X03 15335-X03 45U, 84 (2100) 23 (10.4)

15330-X15 15335-X15 51U, 96 (2400) 26 (11.8)

15330-X08 15335-X08 58U, 108 (2740) 29 (13.2)

X=Color; 1=Gray, 2=Computer Beige, 7=Black, E=Glacier White. Cannot be used with Equipment Support Rails (P/N 15235-X0X)

32”Deep Sliding Shelf

Part Number Description

Shipping Weight lb (kg)

11913-X19 19”W Vented Shelf 25 (11.3)

11914-X19 19”W Solid Shelf 25 (11.3)

X=Color; 1=Gray, 2=Computer Beige, 7=Black

Solid and Vented Shelves Support heavy peripheral equipment in the Adjustable ServerRack or Adjustable QuadraRack.

• 19” W x 1U shelf with adjustable depth rear mounting brackets

• Supports 200 lb (90.7 kg) of equipment

• Solid or vented support surface; 17.68”W (449.1 mm)

• Made of steel; Includes assembly hardware

Center Rail

• One pair of 19”W mounting rails with square-punched or threaded equipment mounting rails

• Adjustable depth - attach the rails at any point along the side of the rack

• Marked and numbered rack-mount spaces simplify equipment installation

• 1,000 lb (453.6 kg) equipment load bearing capacity when used as an independent pair or rails; rack load remains 2,000 lb (907.2 kg) when Center Rail is used as the front or rear pair of a four-point mounting solution

• Maximum mount depth is 6” (152 mm) less than the channel depth of the rack

• Made of steel, includes installation hardware

32” Deep Sliding Shelf

• 19” Wide x 2U sliding shelf with adjustable depth rear mounting brackets

• Attaches to rack channels set 36.42” (925 mm) to

38.39” (975 mm) deep

• Supports 160 lb (72.5 kg) of equipment

• Solid or vented support surface is 15.5” (393.7 mm) wide by 32” (812 mm) deep

• Shelf extends 32” (812 mm) and locks in the open and closed positions

• Made of steel and available in gray, computer beige and black

Equipment Support Rails Provide additional support for heavy rack-mount equipment.

• Attaches to the side of Adjustable ServerRack or

Adjustable QuadraRack

• Extends to match the depth of the rack

• Provides a 1.5” (38 mm) wide front-to-rear support surface for equipment

• Does not interfere with rack-mount space

• Supports 200 lb (90.7 kg) of equipment

• Includes assembly and installation hardware

Cable Runway Mounting Bracket The Cable Runway Mounting Bracket attaches CPI Cable Runway to the top of the rack.

• Supports 6” (150 mm) wide to 24” (600 mm) wide

CPI Cable Runway

• S-shaped bracket is made of steel

• Measures 3.3” (84 mm) wide by 1.0” (25…