Vertiv Liebert Trinergy Cube User manual

Liebert® Trinergy Cube
Installation Manual

Liebert Trinergy™ Cube
UNINTERRUPTIBLE POWER SUPPLY
INSTALLATION MANUAL
10H52243IM60 - rev. 7

Liebert Trinergy™ Cube
Page 2 Insta ation Manua - 10H52243IM60 - rev. 7 - 06/2020
A rights, inc uding rights of trans ation, reproduction by
printing, copying or simi ar methods, even of parts, are
reserved.
Transgressors wi be iab e for damages.
A rights, inc uding rights deriving from patent icense or
registration of uti ity mode or design, are reserved.
De ivery subject to avai abi ity. Right to make technica
modifications is reserved.
Liebert TrinergyTM Cube may differ from the mode
disp ayed on the front cover.

Liebert Trinergy™ Cube
Insta ation Manua - 10H52243IM60 - rev. 7 - 06/2020 Page 3
1. INTRODUCTION................................................................................................................. 5
1.1. Notes to the CE Dec aration of Conformity .................................................................................................. 5
1.2. Symbo s and pictograms ......................................................................................................................................... 5
1.3. Documentation structure........................................................................................................................................ 5
. MECHANICAL INSTALLATION ...................................................................................... 7
2.1. Transport .......................................................................................................................................................................... 7
2.2. De ivery and storage ................................................................................................................................................. 7
2.3. Pre-insta ation P anning......................................................................................................................................... 8
2.4. Pre iminary Checks .................................................................................................................................................... 8
2.5. Environmenta Considerations............................................................................................................................ 8
2.5.1 UPS room ............................................................................................................................................................. 8
2.5.2 Storing the UPS and Batteries for De ayed Insta ation....................................................... 10
2.6. Unpacking and un oading the cabinets from the pa et...................................................................... 11
2.7. Environmenta conditions..................................................................................................................................... 12
2.7.1 Insta ation a titude....................................................................................................................................... 12
2.8. Access to service area and coo ing system .............................................................................................. 13
2.9. Insta ation and footprint ...................................................................................................................................... 14
2.10. Physica appearance ............................................................................................................................................ 42
2.11. CORES assemb y procedure ........................................................................................................................... 47
2.11.1 I/O BOX 600-1200A with the CORES assemb y procedure (RIGHT SIDE CORES) 48
2.11.2 I/O BOX 2400A with the CORES assemb y procedure (RIGHT/LEFT SIDE CORE) 51
2.11.3 I/O BOX 3000A IN ROW assemb y procedure.......................................................................... 55
2.11.4 I/O BOX 4000-5000A BACK-TO-BACK assemb y procedure ....................................... 59
2.11.5 I/O BOX 4000-5000A IN ROW assemb y procedure............................................................ 65
3. ELECTRICAL CONNECTIONS I/O BOX TO CORES .................................................. 69
4. ELECTRICAL INSTALLATION ...................................................................................... 75
4.1. System and protective earthing ...................................................................................................................... 75
4.2. TN power distribution systems ....................................................................................................................... 75
4.3. TT power distribution systems........................................................................................................................ 78
4.4. IT power distribution systems ......................................................................................................................... 79
4.5. Externa protection devices in TN-C, TN-S, TT, IT systems......................................................... 80
4.5.1 Use of differentia protection devices............................................................................................ 80
4.5.2 Primary ine power input.......................................................................................................................... 81
4.5.3 Bypass ine power input ........................................................................................................................... 81
4.5.4 Battery input................................................................................................................................................... 81
4.5.5 Backfeed protection................................................................................................................................... 81
4.6. Customer power wiring: current and suggested cab e sizes......................................................... 83
4.6.1 UPS output ine............................................................................................................................................. 84
4.7. Externa power connections.............................................................................................................................. 85
4.7.1 Power connections (CORE and I/O BOX)...................................................................................... 86
4.8. Configuring Ground Connections ............................................................................................................... 104
4.9. Connecting the batteries .................................................................................................................................. 105
4.10. Connections between battery compartments and UPS............................................................... 107
4.11. Hand ing the batteries ....................................................................................................................................... 108
4.11.1 Recharging batteries .............................................................................................................................. 108
4.11.2 Rep acing batteries................................................................................................................................. 108
4.11.3 Connecting externa batteries ......................................................................................................... 108
5. CONNECTIVITY............................................................................................................. 109
5.1. UPS signa wiring: interconnecting the communication cab es................................................. 109
5.2. Customer signa wiring ........................................................................................................................................ 116
5.2.1 SUB-D connector for para e UPS: centra ized para e system cab e connection -

Liebert Trinergy™ Cube
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XP19A, XP19B................................................................................................................................................ 118
5.2.2 RJ-45 Ethernet interface for synchronization with externa signa - XP3 ............... 119
5.2.3 Connector for backfeed status (output) - XP29...................................................................... 119
5.2.4 S ot for LIFE™ products - XP60......................................................................................................... 119
5.2.5 RJ-45 connection with battery interface board - XP2........................................................ 120
5.2.6 Seria interface for service (seria input/output) - XP3A................................................... 120
5.2.7 Seria interface for connectivity products (seria input/output) - XP6..................... 120
5.2.8 RJ45 connected to MUN Ethernet 1 - XP10A........................................................................... 120
5.2.9 Ethernet RJ-45 interface for service and commissioning - XP14 ................................ 120
5.2.10 EPO connector - XP10.......................................................................................................................... 120
5.2.11 Input connector - XP11 .......................................................................................................................... 122
5.2.12 Output connector - XP12..................................................................................................................... 122
6. OPTIONS......................................................................................................................... 1 3
6.1. MBSM (up to six UPS).......................................................................................................................................... 123
6.2. SYNCHRO BOX FOR UPS.................................................................................................................................. 123
6.3. KIT I/O BOX Liebert TrinergyTM Cube MODBUS.............................................................................. 123
6.4. BATTERY CABINETS (Empty battery compartment)..................................................................... 124
6.5. RBI (Remote Battery Interface) ..................................................................................................................... 124
6.6. LIFE™ (up to ten UPS)......................................................................................................................................... 124
6.7. SNMP Agent.............................................................................................................................................................. 125
7. TORQUE WRENCH SETTINGS .................................................................................... 1 7
8. TECHNICAL DATA - CORE .......................................................................................... 1 9
9. TECHNICAL DATA - SYSTEM..................................................................................... 131
10. GLOSSARY ................................................................................................................... 133
11. NOTE .............................................................................................................................. 133
APPENDICES ..................................................................................................................... 134

Introduction Liebert Trinergy™ Cube
Insta ation Manua - 10H52243IM60 - rev. 7 - 06/2020 Page 5
1. INTRODUCTION
This manua contains information about insta ing the Liebert TrinergyTM Cube, Uninterruptib e Power
System (UPS) and the batteries.
This equipment must be insta ed and operated by qua ified personne , who are advised to read this
manua before starting.
Afterwards, the manua must be kept and referred to whenever work must be done on the UPS.
1.1. Notes to the CE Declaration of Conformity
Liebert TrinergyTM Cube conforms to the fo owing European directives:
014/35/EU
Directive of the counci for adapting the ega regu ations of member states on e ectrica equipment for
use within specific vo tage imits (superseding 2006/95/EC and successive amendments).
014/30/EU
Directive of the counci for adapting the ega regu ations of member states on e ectromagnetic
compatibi ity, (superseding 2004/108/EC and successive amendments).
Conformity is estab ished through comp iance with the fo owing standards:
• IEC/EN 62040-1 + 1A: 2013
• IEC/EN 62040-2: 2006
Additiona information regarding adherence to these directives is inc uded in appendices NSR and EMC
to the Dec aration of Conformity. If needed, the Dec aration of Conformity can be requested from Vertiv.
011/65/EU
Directive of the counci for adapting the ega regu ations of member states on the restriction of the use
of certain hazardous substances that can be used in the manufacture of e ectrica and e ectronic
equipment.
1. . Symbols and pictograms
The fo owing symbo s and pictograms are used in this handbook:
1.3. Documentation structure
These instructions may be supp emented with additiona sheets describing specific extensions or
options.
Warning
Indicates instructions which, if not fo owed, may resu t in danger to ife, safety, the re iabi ity of
your device or data security.
Notice
Indicates additiona information and tips.
Indicates a step that you must carry out.

Liebert Trinergy™ Cube Introduction
Page 6 Insta ation Manua - 10H52243IM60 - rev. 7 - 06/2020
BLANK PAGE

MECHANICAL INSTALLATION Liebert Trinergy™ Cube
Insta ation Manua - 10H52243IM60 - rev. 7 - 06/2020 Page 7
. MECHANICAL INSTALLATION
.1. Transport
The equipment must be kept upright at a times and hand ed with care. Damage may be caused if it is
dropped or subjected to severe impact. When moving the equipment with a fork ift, secure it against
ti ting.
. . Delivery and storage
The goods are checked thorough y before shipment. On receipt, check the packaging and make sure the
contents are undamaged. Any damage or missing parts must be reported to the supp ier within eight
days of de ivery.
Figure 1

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.3. Pre-installation Planning
This section describes the requirements that must be taken into account when p anning the positioning
and cab ing of the UPS and re ated equipment.
Insta ing personne shou d observer these genera procedures and practices. The particu ar conditions
of each site wi determine the app icabi ity of such procedures.
.4. Preliminary Checks
This section describes the requirements that must be taken into account when p anning the positioning
and cab ing of the UPS and re ated equipment.
Before insta ing the UPS, carry out the fo owing pre iminary checks:
• Visua y examine the UPS equipment for transit damage, both interna y and externa y. Report
any damage to the shipper and to your Vertiv representative immediate y.
• Verify that the correct equipment is being insta ed. The equipment supp ied has an identification
tag on the interior doors stating the type, size, and main-ca ibration parameters of the UPS.
• Verify that the UPS room satisfies the environmenta conditions stipu ated in the equipment
specification, paying particu ar attention to the ambient temperature and air-exchange system.
.5. Environmental Considerations
This section describes the requirements that must be taken into account when p anning the positioning
and cab ing of the UPS and re ated equipment.
.5.1. UPS room
The UPS shou d be insta ed vertica y, on a eve and even concrete or other non-combustib e surface,
and in an area protected from extremes of temperature and humidity. Refer to chap. 8. on page 129 and
chap. 9. on page 131 for detai ed product specifications.
The UPS modu e is intended for indoor insta ation and shou d be ocated in a coo , dry, c ean-air
environment with adequate venti ation to keep the ambient temperature within the specified operating
range (see chap. 8. on page 129 and chap. 9. on page 131).
The UPS is coo ed with the aid of interna fans. Do not cover the venti ation openings. Coo ing air must
enter and exit the cabinets free y to prevent overheating or ma functioning.
The UPS is equipped with air fi ters behind the front doors. A schedu e for inspection of the air fi ters is
required. The period between inspections wi depend upon environmenta conditions.
When using bottom-entry, the conduit p ate must be insta ed.
Warning
Risk of e ectrica shock. Can cause injury or death. Specia care must be taken when working with the
batteries associated with this equipment. When the batteries are connected together, the battery-
termina vo tage wi exceed 400 VDC and is potentia y etha .
Notice
A equipment not referred to in this manua is shipped with detai s of its own mechanica and e ectrica
insta ation.
Notice
Risk of incorrect input power connection. Can cause equipment damage.
The standard Liebert TrinergyTM Cube Insta er Guide UPS is suitab e for connection to 50Hz, 3-phase,
3-wire or 4-wire p us ground input power.
Notice
Do not app y e ectrica power to the UPS equipment before the arriva of the commissioning engineer.
Connecting power before the commissioning engineer determines the system is proper y insta ed may
void the warranty.
Notice
Vertiv wi not accept iabi ity or pay costs, fees, or damages arising from storing or operating the UPS
outside of the specified environmenta , performance, or operating ranges and conditions as set forth
herein or in other product documentation. P ease contact Vertiv Technica Support for more information.

MECHANICAL INSTALLATION Liebert Trinergy™ Cube
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Keep a protective shrink wrap on the unit and remove on y when required. If the units does not have
an external temporary protection installed on the top of the unit (see image below), contact Vertiv
technical support. The UPS is shipped with externa protection materia that must remain attached to
the UPS to protect potentia areas of foreign debris ingress to the UPS. In addition to the externa
protection materia , fi ters insta ed on the top and front of the UPS must not be removed during
construction activities. A fi ter media is necessary to prevent debris or dust entry to the UPS throughout
the insta ation process. The externa temporary protection at the top of the UPS wi be removed by a
Vertiv Customer Engineer during startup and must be reinsta ed when the UPS is not operating during
construction activities.
Do not remove the protection fixed to the roof;
it must be removed only before the start up

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.5. . Storing the UPS and Batteries for Delayed Installation
If the UPS system wi not be insta ed immediate y, store it indoors in a c ean, dry, and coo ocation (see
chap. 8. on page 129 and chap. 9. on page 131). If the system inc udes a battery cabinet, the batteries’
requirements dictate the storage conditions. Unpacked, insta , and charge batteries as soon as possib e
after de ivery.
Notice
There is a potentia risk to the operationa integrity of an insta ed UPS system by the presence of foreign
materia inside or in the vicinity of the UPS modu e. This risk is especia y high if conductive materia s find
their way inside the UPS modu e. The risk potentia y invo ves damage to the insta ed UPS equipment and
subsequent degradation or oss of power to the connected critica site oad. Vertiv app ies the highest safety
standards in equipment design to ensure that no ive parts are exposed to externa contact, and a so to
ensure that the equipment is protected against the introduction of foreign bodies during operation.
However, it is not possib e for Vertiv. to ensure that foreign bodies wi not be introduced during on-site
insta ation, or when the UPS doors and covers are open and the e ectrica termina s are exposed to a ow
power ine connections to be made by the e ectrica contractor/insta er. To prevent major disruption to site
operations and risk to property and personne , inc uding the possibi ity of a fata ity, each site’s faci ity
manager or construction manager must prevent foreign bodies from being introduced into the UPS modu e.
A UPS modu es are thorough y inspected by Vertiv engineers before being p aced into service and testing
on-site. However, the person responsib e for the site must ensure that the UPS modu e and the immediate
surroundings are kept c ean and free from any possib e conductive materia such as meta foi , food
wrappers, cab e shie ds, washers and other hardware, scrap meta and dust. If the UPS system is shut-down
after p acement into service and testing are comp eted, the UPS room must be kept c ean to avoid the
possibi ity (during restart) of the considerab e vo ume of air-f ow produced by UPS operation to dis odge
and/or drag any foreign bodies into the equipment, which wou d resu t in system fai ure and possib e supp y
interruption to the critica site oad, and severa hours of downtime resu ting from the damage typica y
associated with such events. If the UPS is eft running/operationa after p acement into service and testing,
the room must be kept c ean to prevent foreign bodies from entering the UPS modu e via its forced air-f ow.
Notice
Ensure the top of the UPS is protected from any meta shaving or debris by using the temporary externa
fi ter materia that shipped with the UPS. It is the responsibi ity of the insta er to ensure no conductive
materia enters the unit. Insta er wi be bi ed at Vertiv’s prevai ing abor wage for any c eaning or fai ure
as a resu t of debris entering the unit
Notice
Risk of fai ure to proper y charge batteries. Can cause permanent damage to batteries and void the
warranty. Batteries wi discharge during storage. Batteries must be recharged as recommended by the
battery manufacturer. Storage at a higher temperature wi increase the rate of se f-discharge, which
requires ear ier recharge. Consu t the battery manufacturer on how to determine when the batteries need
to be recharged.

MECHANICAL INSTALLATION Liebert Trinergy™ Cube
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.6. Unpacking and unloading the cabinets from the pallet
The utmost care must be taken when removing the packaging to prevent damage to the equipment.
Check a packaging materia s to ensure that no important items are discarded. To remove the cabinets
from the pa et and p ace them in the definitive insta ation position, it is necessary to remove the L profi e
that fixes them to the pa et (Fig. 2).
Figure 2 - Removing the L-profi e
Only for 4000/5000A, after removing the L profi e, screw the supp ied support brackets to the
mountings (Fig. 3) and mate the kick p ates to the support brackets to fix them together using the
magnets present inside the kick p ates (Fig. 4).
Figure 3 - Screwing the supp ied support brackets to the mountings
Figure 4 - Fixing the kick p ates and the support brackets together using the magnets
L PROFILE
SUPPORT BRACKET
KICK PLATE
MAGNET

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.7. Environmental conditions
The UPS must be insta ed vertica y, on a eve and even surface, and in an area protected from extreme
temperatures, water and humidity. Do not stack the units or p ace objects on top of them.
The typica operating temperature range of the UPS is 0°C - 40°C.
The idea environmenta temperature range for the battery is 15°C to 25°C.The battery ife is specified for
20°C. Each increment of 10°C above 25°C reduces the expected ife by 50%.
.7.1. Installation altitude
The maximum operating a titude of the UPS, without derating, is 1000 m. At higher a titudes the oad
must be reduced according to Tab e 1 on page 12.
Refer to Tab e 1 of IEC/EN 62040-3.
Warning
• Do not ti t cabinets more than 10° from vertica
• Lift the cabinets on y with a fork ift, or damage may occur
• If you do not p an to use the UPS within seven days of de ivery, be sure to store it under
the proper conditions.
• If the batteries or the equipment are to be stored, they must be kept in a c ean, dry
environment and away from extreme temperatures and free from corrosion.
• Packing materia s must be disposed of in accordance with the app icab e aws in the
country where the UPS is insta ed.
Tab e 1
Altitude (m) Derating Factor
1000 1.000
1200 0.990
1500 0.975
2000 0.950
2500 0.925
3000 0.900
3500 0.875
3600 0.870
4000 0.850
4200 0.840
4500 0.825
5000 0.800

MECHANICAL INSTALLATION Liebert Trinergy™ Cube
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.8. Access to service area and cooling system
The UPS is fu y serviceab e from the front. A front doors have a maximum aperture of 90°.
The area must have sufficient space for insta ation procedures to be carried out. Access doors must be
wide enough to permit unobstructed transport of the device (“MECHANICAL INSTALLATION” on
page 7).
To a ow correct air f ow for the coo ing system, eave a minimum c earance of 610mm above unit required
for air exhaust and service, and 1270mm front access is required for service. No c earance required at
sides or rear of unit.
The UPS air intake is at the front, and the air out et is on the top (see Fig. 5 - on page 13).
Figure 5 - IN/OUT AIR FLOW - CORE
AIR FLOW OUTLET
AIR FLOW INTAKE

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.9. Installation and footprint
The UPS must be insta ed on a eve f oor suitab e for e ectronic equipment. No rear-to-wa distance is
required. The oad-carrying capacity of the f oor must be sufficient to support the weight of the UPS; see
technica data tab e (“Technica data - CORE” on page 129 and “Technica data - SYSTEM” on page 131)
for more detai s. Use the cab e g and p ate insta ed in the I/O BOX to secure the power cab es during
insta ation. If this is not possib e, contact the manufacturer for a ternative suggestions. The maximum
system dimensions for both N or N+1 configurations using the 200 or 400kVA CORE are shown in the
tab es be ow:
The dimensions of the various e ectronic equipment are shown be ow:
System dimensions with 200kVA
CORE (N configurations)
System
dimension
WxDxH (mm)
System
Net
Weight
(kg)
I/O Box
dimension on y
(inc uding CORE
disconnectors)
WxDxH (mm)
I/O Box weight
on y (inc uding
CORE
disconnectors)
(kg)
600A I/O Box + 2x200kVA CORES 2175x910x1950 1820 1150x910x1950 940
1200A I/O Box + 4x200kVA CORES 3975x910x1950 3180 1975x910x1950 1330
2400A I/O Box + 8x200kVA CORES 6850x910x1950 5660 2850x910x1950 1855
System dimensions with 400kVA
CORE (N configurations)
System
dimension
WxDxH (mm)
System
Net
Weight
(kg)
I/O Box
dimension on y
(inc uding CORE
disconnectors)
WxDxH (mm)
I/O Box weight
on y (inc uding
CORE
disconnectors)
(kg)
1200A I/O Box + 2x400kVA
CORES
2975x910x1950 2470 1625x910x1950 1190
2400A I/O Box + 4x400kVA
CORES
4850x910x1950 4240 2150x910x1950 1575
3000A I/O Box + 6x400kVA
CORES
7850x910x1950 7160 3800x910x1950 2820
4000A I/O Box + 8x400kVA
CORES (back-to-back)
5400x1820x1950 9265 2650x1820x1950 3945
5000A I/O Box + 10x400kVA
CORES (back-to-back)
6425x1820x1950 10875 3000x1820x1950 4225
System dimensions for redundant
configuration (N + 1)
Dimension
WxDxH (mm)
Net
Weight
(kg)
I/O Box
dimension
on y
(inc uding CORE
disconnectors)
WxDxH (mm)
I/O Box weight
on y
(inc uding
CORE
disconnectors)
(kg)
600A I/O Box + 3x200kVA CORES 3025x910x1950 2470 1500x910x1950 1080
1200A I/O Box + 5x200kVA CORES 4825x910x1950 3830 2325x910x1950 1470
1200A I/O Box + 3x400kVA
CORES
4000x910x1950 3275 1975x910x1950 1330
2400A I/O Box + 5x400kVA
CORES
5875x910x1950 5045 2500x910x1950 1715
3000A I/O Box + 7x 400kVA
CORES (in row)
8875x910x1950 7965 4150x910x1950 2960

MECHANICAL INSTALLATION Liebert Trinergy™ Cube
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Figure 6 - CORE 200kVA (TOP VIEW)
FRONT

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Figure 7 - CORE 200kVA (BOTTOM VIEW WITH POSITION OF THE FEET)
FRONT

MECHANICAL INSTALLATION Liebert Trinergy™ Cube
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Figure 8 - CORE 200kVA WITH DOOR OPEN (TOP VIEW)
FRONT

Liebert Trinergy™ Cube MECHANICAL INSTALLATION
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Figure 9 - CORE 400kVA (TOP VIEW)
FRONT

MECHANICAL INSTALLATION Liebert Trinergy™ Cube
Insta ation Manua - 10H52243IM60 - rev. 7 - 06/2020 Page 19
Figure 10 - CORE 400kVA (BOTTOM VIEW WITH POSITION OF THE FEET)
FRONT