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IPR Page 1
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`Raritan v. Server Technology
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`RARITAN EXHIBIT 1029
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`

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`Contents
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`Safety Information .
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`Safety \X/arnings
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`Overview .
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`. I
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`. 7
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`PDU with System Bypass 9
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`I2
`Symmetra 3-Phase UPS
`Netshelter VX Enclosures
`
`I4
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`3-Phase Automatic Transfer Switch
`
`16
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`Metered Rack-Mount PDU I7
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`Information Controller and Hub
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`18
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`. .19
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`Site Planning .
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`PDU with System Bypass
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`21
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`Symmetra 3-Phase UPS 24
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`Emergency Power-Off Switch 26
`NetSheIter VX Enclosures 27
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`Installation .
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`. .29
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`PDU with System Bypass
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`31
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`Symmetra 3-Phase UPS 38
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`Emergency Power-Off Switch 42
`NetSheIter VX Enclosures 44
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`Cable Troughs, Partitions, and Ladders 47
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`Power Cables (Whips) 54
`3-Phase Automatic Transfer Switch 58
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`Metered Rack-Mount PDU 60
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`Information Controller and Hub 63
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`System Start-Up .
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`. .65
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`Start-Up Procedure 67
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`IPR Page 2
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`IPR Page 2
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`

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`Contents
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`Communication Connection .
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`. 75
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`Information Controller and Hub 77
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`Configuration .
`Metered Rack-Mount PDU 89
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`. 97
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`Operation .
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`System Operation 99
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`PDU with System Bypass
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`102
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`1 16
`Symmetra 3-Phase UPS
`3-Phase Automatic Transfer Switch
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`122
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`Metered Rack-Mount PDU 123
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`Information Controller and Hub
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`125
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`. 127
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`Customization .
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`NetShelter VX Enclosures
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`131
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`Metered Rack-Mount PDU 142
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`Specifications .
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`. 145
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`PDU with System Bypass
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`147
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`148
`Symmetra 3-Phase UPS
`3-Phase Automatic Transfer Switch
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`150
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`Metered Rack-Mount PDU 151
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`Information Controller
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`152
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`. 153
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`Maintenance .
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`155
`Symmetra 3-Phase UPS
`Metered Rack-Mount PDU I61
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`Product Information .
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`. 163
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`Warranty 165
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`166
`Life-Support Policy
`How to Obtain Service
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`167
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`How to Contact APC 168
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`Document Information 169
`
`User's Manual—PowerStruXure Type B
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`IPR Page 3
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`IPR Page 3
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`

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`Safety Information
`
`Safety \X/arnings .
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`. 3
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`Safety symbols used in this guide 3
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`General safety warnings
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`3
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`PDU with System Bypass 4
`
`Symmetra 3-Phase UPS
`
`5
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`Other components
`
`5
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`IPR Page 4
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`IPR Page 4
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`

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`IPR Page 5
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`IPR Page 5
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`

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`Safety \X/arnings
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`This manual is intended for use by the following groups:
`0 Users
`
`- Licensed electricians
`
`- APC Field Service Engineers
`
`0 Qualified, APC-trained personnel
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`This manual indicates who must perform specific procedures. Failure to
`follow the instructions in this manual could result in damage to property,
`personal injury, or even deaths
`
`Indicates a hazard, which, ifnot avoided, could result in injury
`or death.
`
`Indicates a hazard, wl1ic11, if not avoided, could result in
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`damage to product or other property.
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`Indicates important information.
`
`l>Electrical
`
`Hazard
`
`DW
`
`arning
`
`(9
`
`Note
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`Safety symbols used in
`this guide
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`Indicates a heavy load that should not be lifted without
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`assistance.9
`
`Heavy
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`General safety warnings
`
`9Note
`
`IMPORTANT SAFETY INSTRUCTIONS
`
`Save these instructions. This manual contains important
`instructions that should be followed during installation and
`maintenance of the PowerStruXure system.
`
`INSTUCTIONS IMPORTANTES CONCERNANT LA
`
`SECURITE
`Conserver ces instructions. Cette notice contient des
`
`instructions importantes concemant la sécurité.
`
`User's Manual—PowerStruXure Type B
`
`3
`
`IPR Page 6
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`IPR Page 6
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`

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`Safety Information: Safety Warnings
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`Total Power Off Procedure:
`
`1. Set the Symmetra 3-Phase UPS System Enable switch to
`the Standby or Off position.
`
`Note
`
`2. Open the Symmetra 3-Phase UPS DC Disconnect
`breaker.
`
`3. Open the PDU with System Bypass Main Input breaker.
`
`4. Open the DC Disconnect breaker of each XR Battery
`Cabinet.
`
`5. Disconnect the batteries in the Symmetra 3-Phase UPS by
`pulling them out approximately one inch (25.4 mm) from
`their normal position.
`
`Hazardous, live parts inside the Symmetra 3-Phase UPS are
`energized from the battery supply even when the AC power is
`Electrical disconnected.
`Hazard
`
`Hazardous, live parts may exist inside the PDU with System
`Bypass due to the Symmetra 3-Phase UPS inverter even when
`the AC power is discomrected. Test before touching any
`electrical parts.
`
`This equipment has been tested and found to comply with the
`
` limits for a Class A digital device, pursuantto Part 15 ofthe
`
`Warning
`
`FCC Rules and the Class A limits for radio noise emissions
`
`PDU with System Bypass
`
`from digital apparatus set out in the Radio Interference
`Regulations of the Canadian Department of Communications.
`These limits are designed to provide reasonable protection
`against harmful interference when the equipment is operated
`in a commercial environment. This equipment generates, uses
`and can radiate radio frequency energy and, if not installed
`and used in accordance with the instruction manual, may
`cause harmful interference to radio communications.
`
`Operation of this equipment in a residential area is likely to
`cause harmful interference in which case the user will be
`
`required to correct the interference at his or her own expense.
`
`i>
`
`Hazardous, live parts inside the PDU with System Bypass are
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`energized from the battery supply of the attached Symmetra
`
`El|_¢'=-acztgircgl 3-Phase UPS even when the AC power is disconnected.
`
`Risk of Electrical Shock. No user serviceable parts inside.
`Refer all servicing to an APC Field Service Engineer.
`
`A licensed electrician must perform the following:
`0 Connection to the branch circuit.
`
`- Connection of PDU power cords in addition to the
`factory -installed power cords.
`
`4
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 7
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`IPR Page 7
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`

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`Safety Information: Safety Warnings
`
`:
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`Warning
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`Changes or modifications to this unitnot expressly approved
`
`by the party responsible for compliance could void the user's
`authority to operate the equipment.
`
`The Branch Circuit conductors are secured to the Main Input
`Circuit Breaker. Ensure that the circuit breaker terminals are
`
`tightened to the torque specified on the circuit breaker's label.
`
`® This product is intended for installation in atemperature-
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`controlled (00 C-40” C), indoor area, free of conductive
`contaminants.
`
`Note
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`Symmetra 3-Phase UPS
`
`The Symmetra 3-Phase UPS contains an internal energy
`source. Hazardous voltage can be present even when
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`Ell;-acztgircdal disconnected from the utility power source.
`
`All power wiring from the Symmetra 3-Phase UPS to the PDU
`with System Bypass must be completed by an APC Field
`Service Engineer.
`
`A battery can present a risk of electrical shock and high short-
`circuit current. The following precautions should be observed
`when working on batteries:
`
`- Remove all conductive jewelry such as chains, watches,
`and ri11gs.
`0 Use tools with insulated handles.
`
`- Wear rubber gloves and boots.
`
`° Do not lay tools or metal parts on top of the batteries.
`
`:> When replacing batteries, replace with same nmnber and type
`
`as installed. For customer-supplied external batteries, see
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`warning manufacturer’s installation and safety instructions.
`
`Other components
`
`Automatic Transfer Switch, Metered Rack-Mount PDU, Information
`Controller, and Information Controller Hub.
`
`This equipment contains potentially hazardous voltages. Do
`not attempt to disassemble the unit.
`
`Warning This equipment contains no user serviceable parts. Repairs are
`performed only by factory-trained service personnel.
`
`User's Manual—PowerStruXure Type B
`
`5
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`IPR Page 8
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`IPR Page 8
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`

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`IPR Page 9
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`IPR Page 9
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`

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`Overview
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`PDU with System Bypass .
`Front veiw 9
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`. .9
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`Front view (interior)
`
`10
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`Rear view (interior)
`
`1 l
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`Symmetra 3-Phase UPS .
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`. I2
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`. l4
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`NetShelter VX Enclosures .
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`.
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`Cable-routing equipment
`
`15
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`Netshelter VX options
`
`15
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`Expansion and mounting hardware
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`15
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`3-Phase Automatic Transfer Switch .
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`. l6
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`AP770l
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`lb
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`Metered Rack-Mount PDU .
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`Information Controller and Hub .
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`Information Controller Hub
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`18
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`Information Controller
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`18
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`. .17
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`. 18
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`IPR Page 10
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`IPR Page 10
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`

`
`IPR Page 11
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`IPR Page 11
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`

`
`PDU with System Bypass
`
`Front veiw
`
`
`
`///7
`\ \
`
`\
`
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`///
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`\
`
`9\\\§\
`
`0
`
`9
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`9
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`Power cable (whip)
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`0 Cable access holes
`
`Display interface
`
`9 Power cable trough
`
`L21-20 outlet
`
`5 Data cable trough
`
`User's Manual—PowerStruXure Type B
`
`9
`
`IPR Page 12
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`IPR Page 12
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`

`
`Overview: PD U with System Bypass
`
`Front view (interior)
`
`0 Information Controller Hub 9 Wraparound maintenence
`bypass panel
`
`9 Information Controller
`
`0 42-position circuit breaker
`panels
`
`10
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 13
`
`IPR Page 13
`
`

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`Rear view (interior)
`
`m,Bm
`
`mwW7a&.T.nfiUShee0e
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`
`rmU
`
`IPR Page 14
`
`

`
`Symmetra PX UPS
`
`0 Main intellegence module (MIM)
`
`9 Access for data cables
`
`9 Redundant intellegence module (RIM) 0 Static switch module
`9 Power module
`
`0 Documentation tray
`
`0 Battery module (four battery units)
`
`12
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 15
`
`IPR Page 15
`
`

`
`Overview: Svmmelm 3-Phase UPS
`
`
`
`0 DC disconnect breaker
`
`0 External switch gear monitoring card
`
`9 System-enable switch
`
`9 Display/computer interface card
`
`9 System power supply cards 9 Battery monitoring card
`0 Available card slots
`9 Reserved for future use
`
`9 Network Management Card ‘D Extended-Run Frame card
`
`User's Manual—PowerStruXure Type B
`
`I3
`
`IPR Page 16
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`IPR Page 16
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`

`
`Netshelter VX Enclosures
`
`The APC Netshelter® VX enclosure allows 42U (73.50 in) of storage
`height for EIA-310, 19-inch, rack-mount equip1ne11t. It comes i11 two
`models:
`
`- AR2l00BLK—the base enclosure
`
`0 AR2 l0 lBLK—an expansion enclosure
`
`0 Frame posts
`
`Ventilated split rear door for added
`access in narrow aisles
`
`9 Adjustable horizontal
`braces
`
`Quick—release side panels with
`locks (base model only)
`
`9 Vertical mounting rails
`
`8 Ventilated roof
`
`0 Skirt
`
`9 Access on roof, sides, and base
`
`9 Quick-release,Ventilated,
`reversible front door
`
`14
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 17
`
`IPR Page 17
`
`

`
`Cable-routing equipment
`
`Overview: NetShelter W(Encl0sures
`
`
`
`0 Overhead ladders
`
`9
`
`Power cable trough
`
`9 Data partitions
`
`NetShelter VX options
`
`Options for this enclosure include the following:
`
`0 Stabilizer plate
`- Bolt-down brackets
`
`- Cable management devices
`0 Toolless mounting for some accessories
`
`Expansion and mounting
`hardware
`
`AR2100BLK AR2101BLK
`
`Expansion hardware
`
`Baying brackets
`
`Vertical baying trim
`M6 X 12 socket—head screws
`
`M6 caged nuts
`
`Mounting hardware
`
`M6 X 16 mm Phillips/slotted
`screws
`
`Caged nut installation tool
`
`8
`
`—
`
`—
`
`60
`
`1
`
`User's Manual—PowerStruXure Type B
`
`I5
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`IPR Page 18
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`IPR Page 18
`
`

`
`3-Phase Automatic Transfer Switch
`
`AP770l
`
`@@@@®0
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`Network Management Card (AP9617)
`
`Two NEMA L21-20 plugs (cords: 36 inches)
`
`NEMA L21-20R receptacle (cord: 36 inches)
`Rack—rn0unt brackets
`
`Rear rail segments
`
`Front rail segments
`
`16
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 19
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`IPR Page 19
`
`

`
`Metered Rack-Mount PDU
`
`
`
`AP7602
`
`0
`
`9
`
`9
`
`9
`9
`
`NEMA 5-20R outlets
`
`Cord retension clip holes
`
`Digital display
`
`L21-20 power cord
`NEMA L6-20R outlets
`
`(9
`
`0
`
`9
`
`9
`
`Serial cable (940-0144)
`
`Hardwire end cap (870-70803)
`
`Hardwire access cover (870-70804)
`
`C d
`t
`t‘
`l' —AP760l :42;
`A;76:)e2:e2n11E)§17((:)_1§0945>
`
`User's Manual—PowerStruXure Type B
`
`I7
`
`IPR Page 20
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`IPR Page 20
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`

`
`Information Controller and Hub
`
`Information Controller
`Hub
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`Information Controller
`
`
`
`0 Information Controller Hub (32-port hub)
`
`9 Rack-Inount brackets (2) and screws (6)
`
`
`
`0 Inforrnation Controller
`
`9 Rack-mount brackets (2) and screws (4)
`
`The Information Controller and the Information Controller
`
`Hub connect to powercords pre-installed ill the PDU. These
`
`Note
`
`cords are a 5-15 to IEC C13 and a11IEC C13 to an IEC C14.
`
`I8
`
`User's ManuaI—PowerStruXure Type B
`
`IPR Page 21
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`IPR Page 21
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`

`
`Site Planning
`
`PDU with System Bypass .
`
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`.
`
`.
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`.
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`.
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`.
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`.
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`. .21
`
`\X/eight/Dimensions 21
`
`Space considerations 21
`
`Weight considerations 21
`BTU Considerations 22
`
`Operating conditions 22
`
`Electrical requirements 23
`
`Electrical specifications 23
`
`Symmetra 3-Phase UPS .
`
`.
`
`.
`
`.
`
`.
`
`.
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`. .24
`
`\X/eight/Dimensions 24
`
`Space considerations 24
`
`Weight considerations 25
`BTU Considerations 25
`
`Operating conditions 25
`
`Electrical Requirements 25
`
`Emergency Power-Off Switch .
`Overview of EPO 26
`
`.
`
`.
`
`.
`
`.
`
`.
`
`NetShelter VX Enclosures .
`
`.
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`.
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`.
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`.
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`. .26
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`. .27
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`\X/eight/Dimensions 27
`
`Space considerations 27
`
`Weight considerations 27
`
`IPR Page 22
`
`IPR Page 22
`
`

`
`IPR Page 23
`
`IPR Page 23
`
`

`
`PDU with System Bypass
`
`\X/eight/Dimensions
`
`PDU with System Bypass
`1500 lb (680 kg)
`
`85 in. (215 cm)
`
`1I1Cl11d]I1g power
`cable trough:
`S9 in. (226 cm)
`
`Data Cable Troughs
`
`\\
`V \x £\i%*\7\
`0
`4.8 in
`23 in
`g
`I
`(58 em)
`‘.12 Cm)
`
`Power Cable Trough
`
`Space considerations
`
`Study the figure below to deter111i11e your space requirements for
`installing the PDU with System Bypass. The clearances listed below are
`required to comply with Table 110-26 of the 1999 National Electric
`Code. In accordance with section 110-26 of this code, the 36-inch depth
`is required for all 120/208V products and the majority of 277/480V and
`346/600V products. If 277/480V and 346/600V products are installed
`adjacent to an iminsulated concrete wall, you must have a working depth
`space of 42 inches. Consult your local code for additional requirements.
`
`Floor-to-Ceiling Ventilation
`>l 01 in. (236 cm)
`
` , 24 in.
`
`(86 cm)
`
`(50 mm)
`
`X.’
`‘/ 36 111
`(91 cm)
`
`Weight considerations
`
`Ensure that the floor and sub-floor can support the total weight of the
`configuration when concentrated on the leveling feet. If you are placing
`equipment on a raised floor, consult the flooring manufacturer for
`loading requirements prior to installing equipment.
`
`PDU with System Bypass Weight: 1500 lb (680 kg)
`
`See “Weight considerations” on page 25 and on page 27 for weight
`measurements for the Symmetra 3—Phase UPS and NetShelter VX
`enclosures.
`
`User's Manual—PowerStruXure Type B
`
`2]
`
`IPR Page 24
`
`IPR Page 24
`
`

`
`Site Planning: PDU with S1/stem Bypass
`
`BTU Considerations
`
`Consider the BTU ratings of equipment to determine cooling
`requirements. Additional cooling equipment may be required. Refer to
`the table below for BTU output of the PDU with System Bypass.
`
`Product Voltage
`
`480 V
`
`600 V
`
`3425 208 V
`
`BTU Output
`4645
`
`4617
`
`BTU was calculated with the following formula:
`[(LOad X % 2 X Mfg. specified load loss)
`specified core loss] X 3.414
`
`+ Mfg.
`
`This calculation is based on the following Square D transformers:
`0 208 V: 60T2llHCUOCSW3
`
`- 480 V: 60T3HCUOCSW3
`
`- 600 V: 60T65HCUOCSW3
`
`The BTU output is higher while batteries are charging. Under
`normal operating conditions, battery recharge periods are
`
`Note
`
`relatively infrequent.
`
`Operating conditions
`
`Operating enviromnent
`
`PDU with System Bypass
`Protected from water and conductive
`contaminates
`
`
`
`Temperature class (transformer)
`
`Class H 220° C
`
`Storage elevation (for shipping
`by air)
`
`33,000 ft(l0 000 m)
`
`Relative humidity (for operating
`and storage)
`
`95% nomcondensing
`
`Operating temperature
`Acoustic noise emission
`
`32- 104° F (O—40° C)
`
`Maximum 50 dB(A) at l m
`
`22
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 25
`
`IPR Page 25
`
`

`
`Site Planning: PDU with System Bypass
`
`Electrical requirements
`
`AElectrical
`
`All power wiring, including connection to the branch circuit,
`must be installed by a qualified electrician and must comply
`
`Hazard with local and country codes.
`
`Electrical specifications
`
`Service distribution breaker
`
`(provided by customer)
`
`Conductors to main input
`breaker (provided by
`customer)
`
`3/0 conductors #3 conductors #4 conductors
`
`‘ 2°”
`Transformer type
`
`Transformer configuration
`
`-W
`Step—down
`Delta to WYE
`
`“AV
`Step—down
`
`Delta to WYE
`
`Voltage requirements, nominal 208/120 V
`
`208/1 20V
`
`208/ 120V
`
`Input voltage AC
`
`Output voltage AC
`
`“~63 HZ
`3-phase
`3-wire plus
`ground, 208V
`
`“~63 HZ
`3 -phase
`3-wire plus
`ground, 480V
`
`“~63 Hz
`3 -phase
`3-wire plus
`ground, 600V
`
`3-phase
`4-wire plus
`ground, 120/
`208V
`
`3 -phase
`4-wire plus
`ground, 120/
`208V
`
`3 -phase
`4-wire plus
`ground, 120/
`208V
`
`Output rating (full load)
`
`40 kW
`
`40 kW
`
`Maximum continuous input
`current (at minimum mains)
`Maximum continuous output
`current + 125% overload
`
`(Bypass mode only)
`
`Internal static switch ruses
`
`External output breaker
`
`155 A
`
`139A
`
`111 A
`125 A
`175 A
`
`150A
`
`67 A
`
`139A
`
`111 A
`54 A
`175 A
`
`150A
`
`40 kW
`
`_
`>4 A
`
`139A
`
`1“ A
`43A
`
`175 A
`
`150A
`
`User's Manual—PowerStruXure Type B
`
`23
`
`IPR Page 26
`
`IPR Page 26
`
`

`
`Symmetra 3-Phase UPS
`
`\X/eight/Dimensions
`
`Symmetra 3-Phase UPS
`Full 1700 lb (775 kg)
`.-/\
`
`Symmetra 3-Phase UPS
`Empty 600 lb (265 kg)
`
`(208 cm)
`
`82 111.
`
`Power Module
`
`60 lb (26 kg)
`
`Battery Module
`4 >< 50 lb (4 >< 23 kg)
`
`
`
`Space considerations
`
`Study the figure below to determine your space requirements for installing
`the Symmetra 3-Phase UPS. The clearances listed below are required to
`comply with Table 110-26 of the 1999 National Electric Code. ln
`accordance with section 110-26 of this code, the 36-inch depth is required
`for all 120/208V products and the majority of 277/480V and 346/600V
`products. If 277/480V and 346/600V products are installed adjacent to an
`uninsulated concrete wall. you must have a working depth space of 42
`inches. Consult your local code for additional requirements.
`
`Floor-to-Ceiling Ventilation
`> 91 in. (230 cm)
`
` 23.5
`
`.
`(50 Cm)
`
`(91 cm)
`
`24
`
`User's Manual—PowerStruXure Type B
`
`[PR Page 27
`
`IPR Page 27
`
`

`
`\X/eight considerations
`
`BTU Considerations
`
`Operating conditions
`
`Electrical Requirements
`
`Site Planning.‘ Symmetra 3-Phase UPS
`
`Ensure that the floor and sub-floor can support the total weight of the
`configuration when concentrated on the leveling feet. If you are placing
`equipment on a raised floor, consult the flooring manufacturer for
`loading requirements prior to installing equipment.
`
`Symmetra 3-Phase UPS Weight:1700 lb (775 kg)
`
`See “Weight considerations” on page 21 and on page 27 for weight
`measurements for the Power Distribution Unit and NetShelter VX
`enclosures.
`
`Consider the BTU ratings of equipment to determine cooling
`requirements. Additional cooling equipment may be required. BTU
`output of the Symmetra 3-Phase UPS is: 12,682 BTU/hr (North
`America)
`
`The BTU output is higher while batteries are charging. Under
`normal operating conditions, battery recharge periods are
`
`Note
`
`relatively infrequent.
`
`Symmetra 3-Phase UPS
`
`Temperature range
`
`32- 1 04°F (0— 40°C)
`
`Maximum elevation
`Nominal full load
`Full load loss at nominal mains
`
`0- 10,000 ft (0—3048 m)
`12,682 BTU/h
`3716 W
`
`Operating environment
`
`Keep ventilated; lieep dust and
`corrosive fumes away from the
`
`A Power wiring must be installed by an APC Field Service
`
`Electrical En glneer‘
`Hazard
`
`Input voltage AC, nominal
`
`Output voltage AC, nominal
`
`3-phase 208 V
`
`3-phase 208 V
`
`Symmetra 3-Phase UPS.
`162 A
`
`40 kw
`
`()0 Hz
`
`Synchronized to mains in normal
`operation; 60 Hz in battery operation.
`
`140 A
`
`1,, 9 A
`3
`111 A
`
`Full load output rating (in maximum
`configuration)
`
`Input frequency
`
`Output frequency
`
`Maximum input current
`
`Maximum output current (125%
`load—Bypass mode only)
`Output current per phase, nominal
`
`Output per neutral, nominal
`(APC recommends the neutral to be
`2 X phase.)
`
`Input current, nominal
`
`Input current limit
`
`User's Manual—PowerStruXure Type B
`
`25
`
`IPR Page 28
`
`IPR Page 28
`
`

`
`Emergency Power-Off Switch
`
`Overview of EPO
`
`A remote switch (not included) is attached at the EPO interface in the
`PDU with System Bypass. The EPO interface 0 is connected to the
`PDU with Sy ste111 Bypass Main breaker 9 a11d to the Sy111n1etra 3-Phase
`UPS internal EPO switch (9 (connection to the Symmetra 3-Phase UPS
`is made during installation of PowerStruXure). When the remote EPO
`Switch is enabled, power will be terminated at the PDU with System
`Bypass and the Symmetra 3-Phase UPS, providing a single point for
`emergency shutdown of the PowerSlruXure system.
`___________________‘
`
`Switch
`‘\
`\_,/
`
`__________________.1
`
`26
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 29
`
`IPR Page 29
`
`

`
`Netshelter VX Enclosures
`
`\X/eight/Dimensions
`
`The American Power Conversion (APC) NetShelter® VX is a high-
`quality enclosure for storage of industry-standard (EIA-310) 19-inch
`equipn1ent, which includes servers, voice, data, networking,
`internetworking, and APC power protection equipment. Both the base
`enclosure (AR2100BLK) and the expansion enclosure (AR2101BLK)
`provide 42U of mounting space.
`
`Netshelter VX
`(base enclosure)
`
`A Vv\23.5 in. (59.60 cm)
`%$\ Na,‘
`%
`
`Data Cable Troughs
`
`81.5 in.
`
`(206.92 cm)
`
`Space considerations
`
`Study the figure below to determine your space requirements for
`installing NetShelter VX enclosures.
`
`Floor-to-Ceiling Ventilation
`>91 in. (231 cm)
`
` 23.6 111.
`
`/
`
`4%. in.
`(lO7.l9 cm)
`
`(59 94 cm)
`
`\X/eight considerations
`
`
`
`Ensure that the floor and sub-floor can support the total weight of your
`system configuration when concentrated on the leveling feet. If you are
`placing equipment on a raised floor, consult the flooring manufacturer
`for loading requirements prior to installing equipment.
`
`Enclosure weight (empty): 359 lb (162.8 kg)
`
`The rack is rated at 2000 lb for a static load, and 1400 lb for a dynamic
`load. See “Weight considerations” on page 21 and on page 25 for weight
`measurements for the PDU with System Bypass and the Symmetra 3-
`Pl1ase UPS.
`
`User's Manual—PowerStruXure Type B
`
`27
`
`IPR Page 30
`
`IPR Page 30
`
`

`
`IPR Page 31
`
`IPR Page 31
`
`

`
`Installation
`
`PDU with System Bypass .
`
`.
`
`.
`
`.
`
`.
`
`.
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`.
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`.
`
`.
`
`.
`
`. .31
`
`Tools required 31
`
`Exchange side panels 32
`
`Join the Symmetra 3-Phase UPS enclosure to the PDU
`with System Bypass enclosure 33
`
`Connection to be performed by a licensed electrician
`only! 33
`
`Connect main utility power 34
`
`Symmetra 3-Phase UPS .
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
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`.
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`.
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`.
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`.
`
`. .38
`
`Tools required 38
`
`Position, level, and attach the Symmetra 3-Phase
`UPS 38
`
`Ensure that all power is off 38
`Connect the PDU to the UPS 40
`
`.
`
`. .42
`
`.
`.
`Emergency Power—Off Switch .
`Choose a connection method 42
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`Connect a switch to the EPO interface 43
`
`NetShelter VX Enclosures .
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`. .44
`
`Tools required 44
`Position the enclosures 44
`
`How to level an enclosure 44
`
`How to stabilize the enclosure 45
`
`How to join enclosures together 45
`
`Cable Troughs, Partitions, and Ladders .
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`. .47
`
`Troughs and partitions for overhead wiring along
`rows 47
`
`How to install power cable troughs 48
`
`How to install data cable partitions 49
`
`Ladders for overhead wiring across rows 50
`
`IPR Page 32
`
`IPR Page 32
`
`

`
`Installation.‘ Contents
`
`How to install ladders across rows
`
`51
`
`Power Cables (Whips)
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
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`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`. 54
`
`Route and attach overhead wiring 54
`
`\X/iring under the floor 57
`
`3-Phase Automatic Transfer Switch .
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`. 58
`
`Placement 58
`
`Attach mounting brackets 58
`
`Disassemble segments of the adjustable bracket 58
`
`Attach rear segments to the rack 58
`
`Attach front segments to the switch 59
`Mount the Automatic Transfer Switch in the
`enclosure 59
`
`Metered Rack—Mount PDU .
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
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`.
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`.
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`.
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`.
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`.
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`.
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`.
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`.
`
`.
`
`.
`
`. 60
`
`Mounting options 60
`
`Toolless mounting 60
`
`Bracket-mounting 61
`
`Information Controller and Hub .
`
`.
`
`.
`
`.
`
`.
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`.
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`.
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`.
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`.
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`.
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`.
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`.
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`.
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`.
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`.
`
`. 63
`
`Attach mounting brackets to the Controller and
`Hub 63
`
`Mount the Controller and Hub in the PDU with
`
`System Bypass 63
`
`30
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 33
`
`IPR Page 33
`
`

`
`PDU with System Bypass
`
`Tools required
`
`The following table lists all tools required for installation if your
`configuratio11 places the PDU witl1 System Bypass adjacent to the
`Symnietra 3—Phase UPS. For an installation in which the PDU with
`System Bypass is not adjacent to the Symmetra 3—Phase UPS, you will
`also need a selection of tools that are part of a standard electrician’s tool
`set.
`
`Standard screwdriver
`
`Tool Required
`
`Supplied?
`No
`
`
`
`Phillips screwdrivers (Various sizes)
`Metric socket wrench (13 mm) or adjustable open-ended wrench,
`for connecting input and output wires between the PDU with
`System Bypass and the UPS
`Hex driver (3/16 in.)
`
`Open—ended wrench (14 mm) for adjusting the leveling feet of the
`PDU with System Bypass
`17 mm socket wrench
`
`es
`Y
`
`No
`
`User's Manual—PowerStruXure Type B
`
`3]
`
`IPR Page 34
`
`IPR Page 34
`
`

`
`Installation .' PDU with System Bypass
`
`Exchange side panels
`
`Before installing the PDU with System Bypass and the Symmetra
`3-Phase UPS, you will need to exchange side panels so that the adjacent
`panels will have matching holes for joining the enclosures together and
`for routing input and output wiring between them. Perform these steps
`before moving the enclosures to adjacent positions.
`
`1. Remove the side panel from the side of the
`Symmetra 3-Phase UPS that will be adjacent
`to the PDU with System Bypass in your
`planned configuration. (For instructions on
`removing side panels, see “How to remove
`and install the side panels” on page 131.)
`
`2. Remove the side panel from the side of the
`PDU with System Bypass that will not be
`adjacent to the Symmetra 3-Phase UPS.
`
`3. Install on the Symmetra 3-Phase UPS the side panel (with the pre-
`punched hole) that you removed from the PDU with System Bypass
`in Step 2.
`
`4. Install, 011 the PDU with System Bypass, the solid side panel that
`you removed from the Symmetra 3-Phase UPS in Step 1.
`
`
`
`32
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 35
`
`IPR Page 35
`
`

`
`Installation .' PDU with System Bypass
`
`Join the Symmetra
`3-Phase UPS enclosure to
`the PDU with System
`
`1. Move the Symmetra 3-Phase UPS into position next to the PDU
`with System Bypass, aligning the two openings in the lower part of
`the adjacent side panels.
`
`B)/P355 enclosure
`
`2. Level both the PDU with System Bypass and the Symmetra 3-Phase
`UPS. For instructions, see “How to level an enclosure” on page 44.
`
`3. Thread the chase nipple (p/n 820-0071), through the opening in the
`adjacent side panels of the PDU with System Bypass and the Sym-
`metra 3-Phase UPS.
`
`
`
`4. Tighten the lock-nut and the bushi11g 011 the chase nipple.
`
`A licensed electrician must connect the PDU with System
`Bypass to the main utility power. Procedures requiring a
`licensed electrician include:
`
`A - connection of main utility conductors
`
`Efiacztgircgl
`
`0 connection to the input circuit breaker of the PDU
`with System Bypass
`- connection to a branch circuit
`
`This PDU with System Bypass contains no parts that are
`serviceable by general users. Refer all servicing to APC Field
`
`Note
`
`Service Engineers.
`
`Connection to be
`
`performed by a licensed
`electrician only!
`
`User's Manual—PowerStruXure Type B
`
`33
`
`IPR Page 36
`
`IPR Page 36
`
`

`
`Installation .' PDU with System Bypass
`
`Connect main utility
`
`power
`
`& Ensure that utility power is OFF before beginning
`
`Electrical
`Hazard
`
`installation.
`
`A licensed electrician must connect the main utility power:
`
`1. Run three-wires with an equipment ground wire and a GEC
`(grounding electrode conductor) from the main utility service ofthe
`building to the PDU with System Bypass.
`
`2. Open the back doors of the PDU with System Bypass, using the
`provided key for the top, smaller door and loosen the two screws
`holding the larger hinge door in place.
`
`La) . Remove the rectangular gland plate by loosening the captive
`screws, using a Phillips or standard screw driver:
`
`a.
`
`in the bottom of the PDU with System Bypass for wiring under a
`raised floor.
`
`
`
`34
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 37
`
`IPR Page 37
`
`

`
`Installation .' PDU with System Bypass
`
`b. or in top of the PDU with System Bypass for overhead wiring.
`
`E E
`
`‘,/\}~\
`Q o 0
`
`’,/'
`i
`“-.___
`..%i/’ 0 <> ° 0
`z“”"\*> \\‘\.
`// /se /a\
`V
`.2»
`0 0 ° 9
`,./”” } fig//~\\\ K
`/
`/W
`0 ©:\
`\\
`F” </
`\\> //
`R V
`\< fl gr?’ ‘ \
`/‘T % %
`R \
`<§;,_o.§;::©~%<W// /
`‘ N O
`/
`x \ g V
`\.\J:}
`
`4. Cut a11 appropriately-sized hole i11 the gland plate for the conduit.
`
`5. Re-attach the gland plate.
`
`6. Install a lock—nut and bushing to the conduit.
`
`7. Thread the conduit through the hole.
`
`
`
`User's Manual—PowerStruXure Type B
`
`35
`
`IPR Page 38
`
`IPR Page 38
`
`

`
`Installation .' PDU with System Bypass
`
`8. Route the input conductors to the main input circuit breaker of the
`PDU with System Bypass, as follows:
`
`a. For wiring under a raised floor, run the input co11ductors through
`the wireways Q at the right or left side within the PDU with Sys-
`tem Bypass to the main input circuit breaker of the PDU with
`System Bypass.
`
`
`
`b. For overhead wiring, run the cable directly to the main input cir-
`cuit breaker of the PDU with System Bypass.
`
`36
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 39
`
`IPR Page 39
`
`

`
`Installation .' PDU with System Bypass
`
`A licensed electrician must connect the input wiring to the PDU with
`System Bypass:
`
`9. At the main input circuit breaker, connect the input wiring to the
`PDU with System Bypass circuit breaker terminals for phase L1, L2,
`and 13, according to the following color-codin g:
`
`Input
`Voltage
`
`L1
`
`L2
`
`L3
`
`480 V
`
`600 V
`
`Brown
`
`Red
`
`Orange
`
`Black
`
`Yellow
`
`Blue
` Tightenthe lugs on the circuit breaker terminals only to the
`
`torque specified on the circuit breakers label.
`
`Warning
`
`10. Connect the equipment ground wire to the lug on the bracket next to
`the circuit breaker.
`
`11. Connect the GEC to the second lug on the bracket next to the
`breaker and connect to building steel.
`
`
`
`User's Manual—PowerStruXure Type B
`
`37
`
`IPR Page 40
`
`IPR Page 40
`
`

`
`Symmetra 3-Phase UPS
`
`Only qualified personnel trained by APC may connect the
`Symmetra 3-Phase UPS to the PDU with System Bypass.
`
`AW
`
`arning
`
`Tools required
`
`Tool Required
`13 mm socket Wrench
`
`17 mm socket wrench
`
`T-20 screwdriver
`
`Standard screwdriver
`
`Position, level, and attach
`
`the Symmetra 3-Phase
`UPS
`
`Before connecting the Symmetra 3-Phase UPS, you should first position
`and level it and then join the Symmetra 3-Phasc UPS to thc PDU with
`System Bypass. See “Exchange side panels” on page 32, “How to level
`an enclosure” on page 44, and “Join the Symmetra 3-Phase UPS
`enclosure to the PDU with System Bypass enclosure” on page 33.
`
`Ensure that all power is
`off
`
`AElectrical
`
`Hazard
`
`Before electrical installation begins, ensure that power is
`off by following the procedure below:
`
`1. Set utility power to the OFF or Locked Out position.
`
`ON
`
`OFF
`
`OFF
`
`2. Open the DC breaker and set the System Enable switch on the Sym-
`metra 3-Phase UPS to the Off position.
`
`
`
`38
`
`User's Manual—PowerStruXure Type B
`
`IPR Page 41
`
`IPR Page 41
`
`

`
`Installation: Symmetra 3—Phase UPS
`
`3. Open the Main input circuit breaker on the PDU with System
`Bypass.
`
`
`
`
`4. Open the Q1, Q2, and Q3 breakers on the PDU with System
`Bypass.
`
`® Perform all powerWiringbefore installingmodules i11to the
`
`Symmetra 3-Phase UPS.
`
`Note
`
`User's Manual—PowerStruXure Type B
`
`39
`
`IPR Page 42
`
`IPR Page 42
`
`

`
`Installation.‘ Symmetra 3—Phase UPS
`
`Connect the PDU to the
`UPS
`
` Only qualified personnel trained byAPC may connect the
`
`Symmetra 3—Phase UPS to the PDU with System Bypass.
`
`Warning
`
`Attach power wiring to and from the Symmetra 3—Phase UPS. The
`power wires are coiled in the bottom of the PDU with System Bypass.
`Five input wires are at left and four output wires are at the right. Both
`sets are labeled with colors: black for L1, red for L2, blue for L3, white
`
`for neutral, and (input only) green for the equipment ground wire.
`
`@ Refer to the wiring diagram on page 41 as youfollow this
`
`procedure:
`
`Note
`
`1. Rem

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