Vertiv Liebert Trinergy Cube Installation Manual
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Vertiv Liebert Trinergy Cube Installation Manual

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Summary of Contents for Vertiv Liebert Trinergy Cube

  • Page 1 Liebert® Trinergy Cube Installation Manual...
  • Page 2 Liebert Trinergy ™ Cube UNINTERRUPTIBLE POWER SUPPLY INSTALLATION MANUAL 10H52243IM60 - rev. 7...
  • Page 3 Liebert Trinergy™ Cube All rights, including rights of translation, reproduction by printing, copying or similar methods, even of parts, are reserved. Transgressors will be liable for damages. All rights, including rights deriving from patent license or registration of utility model or design, are reserved. Delivery subject to availability.

  • Page 4: Table Of Contents

    Liebert Trinergy™ Cube 1. INTRODUCTION......................... 5 1.1. Notes to the CE Declaration of Conformity ....................5 1.2. Symbols and pictograms ............................5 1.3. Documentation structure............................5 2. MECHANICAL INSTALLATION ..................7 2.1. Transport ..................................7 2.2. Delivery and storage ..............................7 2.3.
  • Page 5 Liebert Trinergy™ Cube XP19A, XP19B..............................118 5.2.2 RJ-45 Ethernet interface for synchronization with external signal - XP3 ....119 5.2.3 Connector for backfeed status (output) - XP29..............119 5.2.4 Slot for LIFE™ products - XP60 ......................119 5.2.5 RJ-45 connection with battery interface board - XP2............120 5.2.6 Serial interface for service (serial input/output) - XP3A...........

  • Page 6: Introduction

    • IEC/EN 62040-2: 2006 Additional information regarding adherence to these directives is included in appendices NSR and EMC to the Declaration of Conformity. If needed, the Declaration of Conformity can be requested from Vertiv. 2011/65/EU Directive of the council for adapting the legal regulations of member states on the restriction of the use of certain hazardous substances that can be used in the manufacture of electrical and electronic equipment.
  • Page 7 Liebert Trinergy™ Cube Introduction BLANK PAGE Page 6 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...

  • Page 8: Mechanical Installation

    MECHANICAL INSTALLATION Liebert Trinergy™ Cube 2. MECHANICAL INSTALLATION 2.1. Transport The equipment must be kept upright at all times and handled with care. Damage may be caused if it is dropped or subjected to severe impact. When moving the equipment with a forklift, secure it against tilting.

  • Page 9: Pre-Installation Planning

    (see chap. 8. on page 129 and chap. 9. on page 131). Notice Vertiv will not accept liability or pay costs, fees, or damages arising from storing or operating the UPS outside of the specified environmental, performance, or operating ranges and conditions as set forth herein or in other product documentation.
  • Page 10 Keep all protective shrink wrap on the unit and remove only 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 external protection material that must remain attached to the UPS to protect potential areas of foreign debris ingress to the UPS.

  • Page 11: Storing The Ups And Batteries For Delayed Installation

    However, it is not possible for Vertiv. to ensure that foreign bodies will not be introduced during on-site installation, or when the UPS doors and covers are open and the electrical terminals are exposed to allow power line connections to be made by the electrical contractor/installer.

  • Page 12: Unpacking And Unloading The Cabinets From The Pallet

    MECHANICAL INSTALLATION Liebert Trinergy™ Cube 2.6. 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 all packaging materials to ensure that no important items are discarded. To remove the cabinets from the pallet and place them in the definitive installation position, it is necessary to remove the L profile that fixes them to the pallet (Fig.

  • Page 13: Environmental Conditions

    Liebert Trinergy™ Cube MECHANICAL INSTALLATION Warning • Do not tilt cabinets more than 10° from vertical • Lift the cabinets only with a forklift, or damage may occur • If you do not plan to use the UPS within seven days of delivery, be sure to store it under the proper conditions.

  • Page 14: Access To Service Area And Cooling System

    MECHANICAL INSTALLATION Liebert Trinergy™ Cube 2.8. Access to service area and cooling system The UPS is fully serviceable from the front. All front doors have a maximum aperture of 90°. The area must have sufficient space for installation procedures to be carried out. Access doors must be wide enough to permit unobstructed transport of the device (“MECHANICAL INSTALLATION”...

  • Page 15: Installation And Footprint

    Liebert Trinergy™ Cube MECHANICAL INSTALLATION 2.9. Installation and footprint The UPS must be installed on a level floor suitable for electronic equipment. No rear-to-wall distance is required. The load-carrying capacity of the floor must be sufficient to support the weight of the UPS; see technical data table (“Technical data - CORE”...
  • Page 16 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 6 - CORE 200kVA (TOP VIEW) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 15...
  • Page 17 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT Figure 7 - CORE 200kVA (BOTTOM VIEW WITH POSITION OF THE FEET) Page 16 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 18 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 8 - CORE 200kVA WITH DOOR OPEN (TOP VIEW) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 17...
  • Page 19 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT Figure 9 - CORE 400kVA (TOP VIEW) Page 18 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 20 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 10 - CORE 400kVA (BOTTOM VIEW WITH POSITION OF THE FEET) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 19...
  • Page 21 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT Figure 11 - CORE 400kVA WITH DOOR OPEN (TOP VIEW) Page 20 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 22 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 12 - CORE DISCONNECTOR LEFT AND CABLE GLAND PLATE (TOP VIEW) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 21...
  • Page 23 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT Figure 13 - CORE DISCONNECTOR LEFT AND CABLE GLAND PLATE (BOTTOM VIEW WITH POSITION OF THE FEET) Page 22 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 24 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 14 - CORE DISCONNECTOR RIGHT AND CABLE GLAND PLATE (TOP VIEW) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 23...
  • Page 25 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT Figure 15 - CORE DISCONNECTOR RIGHT AND CABLE GLAND PLATE (BOTTOM VIEW) Page 24 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 26 MECHANICAL INSTALLATION Liebert Trinergy™ Cube GLAND PLATE FRONT Figure 16 - 600A I/O BOX DIMENSIONS (TOP VIEW WITH TOP CABLE GLAND PLATE) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 25...
  • Page 27 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT GLAND PLATE Figure 17 - 600A I/O BOX DIMENSIONS (BOTTOM VIEW WITH POSITION OF THE FEET AND THE CABLE GLAND PLATES) Page 26 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 28 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 18 - 600A I/O BOX WITH DOOR OPEN (TOP VIEW) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 27...
  • Page 29 Liebert Trinergy™ Cube MECHANICAL INSTALLATION GLAND PLATE FRONT Figure 19 - 1200A I/O BOX DIMENSIONS (TOP VIEW WITH TOP CABLE GLAND PLATE) Page 28 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 30 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT GLAND PLATE GLAND PLATE Figure 20 - 1200A I/O BOX DIMENSIONS (BOTTOM VIEW WITH POSITION OF THE FEET AND THE CABLE GLAND PLATES) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 29...
  • Page 31 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT Figure 21 - 1200A I/O BOX WITH DOOR OPEN (TOP VIEW) Page 30 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 32 MECHANICAL INSTALLATION Liebert Trinergy™ Cube GLAND PLATE FRONT Figure 22 - 2400A I/O BOX DIMENSIONS (TOP VIEW WITH TOP CABLE GLAND PLATE) FRONT GLAND PLATE Figure 23 - 2400A I/O BOX DIMENSIONS (BOTTOM VIEW WITH POSITION OF THE FEET AND THE CABLE GLAND PLATES) Installation Manual - 10H52243IM60 - rev.
  • Page 33 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT FRONT Figure 24 - 2400A I/O BOX WITH DOOR OPEN (TOP VIEW) Page 32 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 34 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 25 - 3000A STS BOX DIMENSIONS (TOP VIEW) FRONT Figure 26 - 3000A STS BOX DIMENSIONS (BOTTOM VIEW WITH POSITION OF THE FEET) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 33...
  • Page 35 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT FRONT Figure 27 - 3000A STS BOX WITH DOOR OPEN (TOP VIEW) Page 34 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 36 MECHANICAL INSTALLATION Liebert Trinergy™ Cube N... L3 N... L3 N... L3 FRONT Figure 28 - 3000A I/O BOX DIMENSIONS (TOP VIEW WITH FLANGES) - see “NOTE” on page 133 OUTPUT - BY-PASS INPUT - MAINS INPUT FRONT (PHASE SEQUENCE FOR EACH FLANGE) Figure 29 - FLANGES of the 3000A I/O BOX (FRONT VIEW - see “NOTE”...
  • Page 37 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT Figure 30 - 3000A I/O BOX DIMENSIONS (BOTTOM VIEW WITH POSITION OF THE FEET) Page 36 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 38 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 31 - 3000A I/O BOX WITH DOOR OPEN (TOP VIEW) - see “NOTE” on page 133 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 37...
  • Page 39 Liebert Trinergy™ Cube MECHANICAL INSTALLATION FRONT Figure 32 - 4000-5000A STS BOX DIMENSIONS (TOP VIEW) FRONT Figure 33 - 4000-5000A STS BOX DIMENSIONS (BOTTOM VIEW WITH POSITION OF THE FEET) Page 38 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 40 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 34 - 4000-5000A STS BOX WITH DOOR OPEN (TOP VIEW) L1...PE L1...PE FRONT Figure 35 - 4000-5000A I/O BOX DIMENSIONS (TOP VIEW WITH FLANGES) see “NOTE” on page 133 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 39...
  • Page 41 Liebert Trinergy™ Cube MECHANICAL INSTALLATION OUTPUT BY-PASS INPUT FRONT (PHASE SEQUENCE FOR EACH FLANGE) Figure 36 - FLANGES of the 4000-5000A I/O BOX (FRONT VIEW - see “NOTE” on page 133) FRONT Figure 37 - 4000-5000A I/O BOX DIMENSIONS (BOTTOM VIEW WITH POSITION OF THE FEET) Page 40 Installation Manual - 10H52243IM60 - rev.
  • Page 42 MECHANICAL INSTALLATION Liebert Trinergy™ Cube FRONT Figure 38 - 4000-5000A I/O BOX WITH DOOR OPEN (TOP VIEW) - see “NOTE” on page 133 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 41...

  • Page 43: Physical Appearance

    Liebert Trinergy™ Cube MECHANICAL INSTALLATION 2.10. Physical appearance Legend: • QS1 = PRIMARY MAINS INPUT SWITCH • QS2 = BYPASS RESERVE INPUT SWITCH • QS3 = MAINTENANCE BYPASS SWITCH • QS4 = OUTPUT SWITCH • QS44 = STATIC OUTPUT BYPASS SWITCH •...
  • Page 44 MECHANICAL INSTALLATION Liebert Trinergy™ Cube QS4_1 QS44 QS9_1 QS1_1 QS4_2 QS9_2 QS1_2 Connectivity panel Figure 40 - Liebert Trinergy Cube 1200A - FRONT VIEW WITH CORE DISCONNECTOR RIGHT Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 43...
  • Page 45 Liebert Trinergy™ Cube MECHANICAL INSTALLATION QS4_1 QS4_3 QS9_1 QS44 QS9_3 QS1_1 QS1_3 QS4_2 QS4_4 QS9_2 QS9_4 QS1_2 QS1_4 Connectivity panel Figure 41 - Liebert Trinergy Cube 2400A - FRONT VIEW WITH CORE DISCONNECTOR RIGHT + CORE DISCONNECTOR LEFT Page 44 Installation Manual - 10H52243IM60 - rev.
  • Page 46 MECHANICAL INSTALLATION Liebert Trinergy™ Cube QS4_1 QS4_5 QS4_3 QS44 QS9_3 QS9_5 QS9_1 QS1_5 QS1_3 QS1_1 QS4_2 QS4_6 QS4_4 QS9_6 QS9_4 QS1_6 QS1_4 QS9_2 QS1_2 Connectivity panel Figure 42 - Liebert Trinergy Cube 3000A - FRONT VIEW WITH CORE DISCONNECTORS ONE CORE LEFT + TWO CORES DISCONNECTOR RIGHT - see “NOTE”...
  • Page 47 Liebert Trinergy™ Cube MECHANICAL INSTALLATION NOTE: how to handle the switches. Page 46 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...

  • Page 48: Cores Assembly Procedure

    MECHANICAL INSTALLATION Liebert Trinergy™ Cube 2.11. CORES assembly procedure Material required for the technician to install the UPS: • Torque wrench setting: refer to chap. 7. on page 127 • Procedure for preparing the contact surfaces of the removable conductors Notice The Phillips (cross-head) screws used in this installation thread the hole the first time they are inserted.

  • Page 49: I/O Box 600-1200A With The Cores Assembly Procedure (Right Side Cores)

    Liebert Trinergy™ Cube MECHANICAL INSTALLATION 2.11.1. I/O BOX 600-1200A with the CORES assembly procedure (RIGHT SIDE CORES) 1) Remove the CORE from the pallet by removing the special mounting screws (see Fig. 44 - on page 48). wrench 10mm Figure 44 - UNPACKING - CORE 2) Remove the I/O BOX from the pallet by removing the special mounting screws (see Fig.
  • Page 50 MECHANICAL INSTALLATION Liebert Trinergy™ Cube 4) Connection of the RIGHT CORES to I/O BOX Figure 46 - Connections I/O BOX 1200A and CORES (RIGHT SIDE - FRONT VIEW TOP) Figure 47 - Connections I/O BOX 1200A and CORES (RIGHT SIDE - REAR VIEW BOTTOM) Installation Manual - 10H52243IM60 - rev.
  • Page 51 Liebert Trinergy™ Cube MECHANICAL INSTALLATION SCREW M6 H16 SELF-FORMING x 12 Figure 48 - assembly TOP - CORE to CORE SCREW M6 H16 SELF-FORMING x 2 WASHER D6 GROWER x 2 WASHER D6 FLAT x 2 Figure 49 - assembly BOTTOM - CORE to CORE 5) After assembling the CORES, mount the panel I/O BOX in the last CORE.

  • Page 52: I/O Box 2400A With The Cores Assembly Procedure (Right/Left Side Core)

    MECHANICAL INSTALLATION Liebert Trinergy™ Cube 2.11.2. I/O BOX 2400A with the CORES assembly procedure (RIGHT/LEFT SIDE CORE) 1) Remove the CORE from the pallet by removing the special mounting screws (see Fig. 44 - on page 48). 2) Remove the right panel in the I/O BOX. wrench 10mm Figure 50 - UNPACKING - I/O BOX 2400A 3) Connection of the RIGHT CORES to I/O BOX...
  • Page 53 Liebert Trinergy™ Cube MECHANICAL INSTALLATION Figure 52 - Connections I/O BOX 2400A and CORES (RIGHT SIDE - REAR BOTTOM VIEW) Figure 53 - Connections I/O BOX 2400A and CORES (LEFT SIDE - FRONT TOP VIEW) Page 52 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 54 MECHANICAL INSTALLATION Liebert Trinergy™ Cube Figure 54 - Connections I/O BOX 2400A and CORES (LEFT SIDE - REAR BOTTOM VIEW) SCREW M6 H16 SELF-FORMING x 12 Figure 55 - assembly TOP - CORE to CORE Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 53...
  • Page 55 Liebert Trinergy™ Cube MECHANICAL INSTALLATION SCREW M6 H16 SELF-FORMING x 2 WASHER D6 GROWER x 2 WASHER D6 FLAT x 2 Figure 56 - assembly BOTTOM - CORE to CORE 4) After assembling the CORES, mount the lateral panels of the I/O BOX in the last CORE on each side Page 54 Installation Manual - 10H52243IM60 - rev.

  • Page 56: I/O Box 3000A In Row Assembly Procedure

    MECHANICAL INSTALLATION Liebert Trinergy™ Cube 2.11.3. I/O BOX 3000A IN ROW assembly procedure The 3000A BOX has two cabinets: one for the static and one for the I/O customer connections. These two boxes must be mounted and connected together as the first step of installation. The CORE assembly procedure (para.
  • Page 57 Liebert Trinergy™ Cube MECHANICAL INSTALLATION Figure 58 - STEP 2 - Connections of the bus-bars of the two cabinets. Use contact grease. Page 56 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 58 MECHANICAL INSTALLATION Liebert Trinergy™ Cube Figure 59 - STEP 3 - Connections of the bus-bars of the two cabinets. Use contact grease. Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 57...
  • Page 59 Liebert Trinergy™ Cube MECHANICAL INSTALLATION Figure 60 - STEP 4 - Connections of the bus-bars of the two cabinets. Make sure to insert the loose bus-bars before screwing. Use contact grease. Page 58 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...

  • Page 60: I/O Box 4000-5000A Back-To-Back Assembly Procedure

    MECHANICAL INSTALLATION Liebert Trinergy™ Cube 2.11.4. I/O BOX 4000-5000A BACK-TO-BACK assembly procedure The 4000-5000A BOX has two cabinets: one for the static and one for the I/O customer connections. These two boxes must be mounted and connected together as the first step of installation. The CORE assembly procedure (para.
  • Page 61 Liebert Trinergy™ Cube MECHANICAL INSTALLATION Figure 62 - STEP 1 - The mechanical connections available on the static cabinet are shown in blue. Page 60 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 62 MECHANICAL INSTALLATION Liebert Trinergy™ Cube Figure 63 - STEP 2 - The mechanical connections on the I/O cabinet that match the ones on the static cabinet are shown in blue (N.10 SCREW M6x25 with FLAT and SPLIT WASHER) see “NOTE” on page 133 Installation Manual - 10H52243IM60 - rev.
  • Page 63 Liebert Trinergy™ Cube MECHANICAL INSTALLATION The figures explaining how to assemble the bus-bars on the static cabinet with the ones on the I/O box are found below. • Use contact grease for the correct connection and installation of the bus-bars. •...
  • Page 64 MECHANICAL INSTALLATION Liebert Trinergy™ Cube Figure 66 - STEP 5 - Connections of the bus-bars of the two cabinets N.21 SCREW M16x65 with FLAT WASHER and N21 NUT M16 with FLAT and SPLIT WASHER. Use contact grease. Figure 67 - STEP 6 - Connections of the bus-bars of the two cabinets N.21 SCREW M16x65 with FLAT WASHER and N.21 NUT M16 with FLAT and SPLIT WASHER.
  • Page 65 Liebert Trinergy™ Cube MECHANICAL INSTALLATION Figure 68 - STEP 7 - Connections of the bus-bars of the two cabinets N.10 SCREW M12x50 with FLAT WASHER and N.10 NUT M12 with FLAT and SPLIT WASHER. Use contact grease. Page 64 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...

  • Page 66: I/O Box 4000-5000A In Row Assembly Procedure

    MECHANICAL INSTALLATION Liebert Trinergy™ Cube 2.11.5. I/O BOX 4000-5000A IN ROW assembly procedure The 4000-5000A BOX has two cabinets: one for the static and one for the I/O customer connections. These two cubicles must be mounted and connected together as first step of installation. The CORE assembly procedure (para.
  • Page 67 Liebert Trinergy™ Cube MECHANICAL INSTALLATION N. 2 SCREWS M10x25 with FLAT WASHER and GROWER Figure 70 - STEP 2 - Connections performed on mountings (“NOTE” on page 133) - REAR VIEW Page 66 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 68 MECHANICAL INSTALLATION Liebert Trinergy™ Cube The following figures explain how to assemble the bus-bars on the static cabinet with the ones on the I/ O box. Use contact grease for the correct connection and installation of all bus-bars. Electrical connection of the two cubicles: N.
  • Page 69 Liebert Trinergy™ Cube MECHANICAL INSTALLATION The screw can be inserted from both sides. Always check that the safety distance of 20mm between phase is always present after the assembly. Bus-bars of the static cabinet for the assembly with the bus- bars on the I/O cabinet.

  • Page 70: Electrical Connections I/O Box To Cores

    Electrical CONNECTIONS I/O BOX TO CORES Liebert Trinergy™ Cube 3. ELECTRICAL CONNECTIONS I/O BOX TO CORES The connections must be performed by qualified personnel. Placement of the modules inside the unit is shown below. RECT./INV. RECT./INV. MODULE - PH. U MODULE - PH.
  • Page 71 Liebert Trinergy™ Cube Electrical CONNECTIONS I/O BOX TO CORES 1) Parts to remove on the roof of the CORE to perform power electrical connections. SCREW M6 H16 x 10 WASHER D6 GROWER WASHER D6 FLAT ROOF GRILLE NUT M6 WASHER D6 GROWER WASHER D6 FLAT LEXAN TERMINAL COVER FRONT...
  • Page 72 Electrical CONNECTIONS I/O BOX TO CORES Liebert Trinergy™ Cube U V W D- C+ U2 V2 W2 N FRONT Figure 75 - TOP VIEW FRONT Figure 76 - I/O BOX - RIGHT SIDE CONNECTION to the CORE 2nd CORE 1st CORE C+ D- NW2 V2U2 W V U...
  • Page 73 Liebert Trinergy™ Cube Electrical CONNECTIONS I/O BOX TO CORES 4th CORE 3rd CORE 2nd CORE 1st CORE C+ D- NW2 V2U2 W V U Figure 78 - I/O BOX UP TO FOUR CORES IN THE ROW - ELECTRICAL CONNECTIONS 3) Connections between I/O BOX and CORES - LEFT SIDE U V W D- C+ U2 V2 W2 N FRONT Figure 79 - TOP VIEW...
  • Page 74 Electrical CONNECTIONS I/O BOX TO CORES Liebert Trinergy™ Cube 2nd CORE 1st CORE C+ D- NW2 V2U2 W V U Figure 81 - /O BOX UP TO TWO CORES IN THE ROW - ELECTRICAL CONNECTIONS 4th CORE 3rd CORE 2nd CORE 1st CORE C+ D- NW2 V2U2...
  • Page 75 Liebert Trinergy™ Cube Electrical CONNECTIONS I/O BOX TO CORES Figure 84 -I/O BOX to CORES - POWER CABLES CONNECTIONS FRONT VIEW Page 74 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...

  • Page 76: Electrical Installation

    Electrical INSTALLATION Liebert Trinergy™ Cube 4. ELECTRICAL INSTALLATION Warning For safety reasons the second access panels may be removed only by authorized personnel in accordance with the safety instruction and procedure. Any operation performed without following the safety rules can cause serious injuries and damage the equipment.
  • Page 77 Liebert Trinergy™ Cube Electrical INSTALLATION Figure 85 - TN-C Power Distribution System Page 76 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 78 Electrical INSTALLATION Liebert Trinergy™ Cube Figure 86 - TN-S Power Distribution System Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 77...

  • Page 79: Tt Power Distribution Systems

    Liebert Trinergy™ Cube Electrical INSTALLATION 4.3. TT power distribution systems TT power distribution systems have one point directly earthed, the parts of the equipment that need to be earthed are connected at the user’s premises to earth electrodes that are electrically independent of the earth electrodes of the power distribution system (see Fig.

  • Page 80: Power Distribution Systems

    Electrical INSTALLATION Liebert Trinergy™ Cube 4.4. IT power distribution systems IT power distribution systems are isolated from earth, except that one point may be connected to earth through an impedance or a voltage limiter. The parts of the equipment that need to be earthed are connected to earth electrodes at the user’s premises (see Fig.

  • Page 81: External Protection Devices In Tn-C, Tn-S, Tt, It Systems

    Liebert Trinergy™ Cube Electrical INSTALLATION 4.5. External protection devices in TN-C, TN-S, TT, IT systems TN-C, TN-S, TT, and IT In the case of systems, the protection devices must be selected in accordance with the applicable local and national regulations and standards. This device is equipped with manual switches intended only for Service Bypass and Internal Service operations.

  • Page 82: Primary Line Power Input

    Notice Vertiv will not accept liability or pay costs, fees, or damages resulting from missing or incorrect sizing of the battery protection device(s). Please contact Vertiv Technical Support for more information. Vertiv recommends using a proprietary battery breaker control option to remotely trip the battery breaker and safely disconnect the battery when an undervoltage condition is detected.
  • Page 83 Liebert Trinergy™ Cube Electrical INSTALLATION from the supply transformer must be connected to the UPS PE and N terminals (see para. 4.7 on page 85). Figure 89 - EXTERNAL PROTECTION DEVICES Page 82 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...

  • Page 84: Customer Power Wiring: Current And Suggested Cable Sizes

    Notice Tinned lugs are required if aluminum cable is to be used. If aluminum cable is to be used, top and bottom cable entry may be required. Contact Vertiv Technical Support for more information. Notice All wiring must be selected in accordance with national and local electrical codes, and coordinated with protection devices installed ahead of the UPS.

  • Page 85: Ups Output Line

    Liebert Trinergy™ Cube Electrical INSTALLATION 4.6.1. UPS output line Since load(s) can be supplied through the Uninterruptible Power System from two sources, the ratings of the following supplies should be taken into account when designing the output line protection system. If a single differential breaker is installed ahead of the UPS, any fault in the installation grounding system will result in the interruption of power to both the line power input and the direct line.

  • Page 86: External Power Connections

    Electrical INSTALLATION Liebert Trinergy™ Cube To allow a CORE to be added to the I/O BOX in the future, the cables and protection device(s) must conform to the rating of the I/O BOX. The protection must be set to the true rating, according to the number of CORES installed.

  • Page 87: Power Connections (Core And I/O Box)

    Liebert Trinergy™ Cube Electrical INSTALLATION 4.7.1. Power connections (CORE and I/O BOX) In the case of connection of two CORES, the installer must wire the first and the second subsequently. The power connections (see Fig. 90 on page 86 and Fig. 91 on page 87) on the front of the CORE disconnector are : •...
  • Page 88 Electrical INSTALLATION Liebert Trinergy™ Cube Figure 91 - POWER CONNECTIONS - LEFT HAND CORE DISCONNECTOR Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 87...
  • Page 89 Liebert Trinergy™ Cube Electrical INSTALLATION Figure 92 -I/O BOX 600A (FULL) WITH CORE DISCONNECTOR - FRONT VIEW - Page 88 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 90 Electrical INSTALLATION Liebert Trinergy™ Cube Figure 93 - CUSTOMER POWER CONNECTIONS I/O BOX 600A (FULL) - FRONT VIEW - CONNECTIONS QUOTATIONS Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 89...
  • Page 91 Liebert Trinergy™ Cube Electrical INSTALLATION V2, N U2, W2 U1, W1 U, W Figure 94 - CUSTOMER POWER CONNECTIONS I/O BOX 600A (FULL) - SIDE VIEW - CONNECTIONS QUOTATIONS Page 90 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 92 Electrical INSTALLATION Liebert Trinergy™ Cube QS44 Figure 95 - CUSTOMER POWER CONNECTIONS I/O BOX 1200A (FULL) - FRONT VIEW - Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 91...
  • Page 93 Liebert Trinergy™ Cube Electrical INSTALLATION Figure 96 - CUSTOMER POWER CONNECTIONS I/O BOX 1200A (FULL) - FRONT VIEW - CONNECTION POINT POSITION INFORMATION Page 92 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 94 Electrical INSTALLATION Liebert Trinergy™ Cube Figure 97 - CUSTOMER POWER CONNECTIONS I/O BOX 1200A (FULL) - SIDE VIEW - CONNECTION POINT POSITION INFORMATION Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 93...
  • Page 95 Liebert Trinergy™ Cube Electrical INSTALLATION QS44 Figure 98 - CUSTOMER POWER CONNECTIONS I/O BOX 1200A (VALUE) - FRONT VIEW Page 94 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 96 Electrical INSTALLATION Liebert Trinergy™ Cube QS44 Figure 99 - CUSTOMER POWER CONNECTIONS I/O BOX 1200 A (VALUE/EMPTY VERSIONS) - FRONT VIEW - CONNECTION POINT POSITION INFORMATION - THE EMPTY VERSION IS SUPPLIED WITHOUT THE SWITCHES QS44 AND QS2 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 95...
  • Page 97 Liebert Trinergy™ Cube Electrical INSTALLATION Figure 100 - CUSTOMER POWER CONNECTIONS I/O BOX 1200 A (VALUE/EMPTY VERSIONS) - SIDE VIEW - CONNECTION POINT POSITION INFORMATION Page 96 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 98 Electrical INSTALLATION Liebert Trinergy™ Cube QS44 Figure 101 - CUSTOMER POWER CONNECTIONS I/O BOX 2400A (FULL) - FRONT VIEW Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 97...
  • Page 99 Liebert Trinergy™ Cube Electrical INSTALLATION Figure 102 - CUSTOMER POWER CONNECTIONS I/O BOX 2400A (FULL) - FRONT VIEW - CONNECTION POINT POSITION INFORMATION Page 98 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 100 Electrical INSTALLATION Liebert Trinergy™ Cube Figure 103 - CUSTOMER POWER CONNECTIONS I/O BOX 2400A (FULL) - SIDE VIEW - CONNECTION POINT POSITION INFORMATION Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 99...
  • Page 101 Liebert Trinergy™ Cube Electrical INSTALLATION QS44 Figure 104 - CUSTOMER POWER CONNECTIONS I/O BOX 2400A (VALUE/EMPTY VERSIONS) - FRONT VIEW - THE EMPTY VERSION IS SUPPLIED WITHOUT THE SWITCHES QS44 AND QS2 Page 100 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 102 Electrical INSTALLATION Liebert Trinergy™ Cube QS44 Figure 105 - CUSTOMER POWER CONNECTIONS I/O BOX 2400 A (VALUE/EMPTY VERSIONS) - FRONT VIEW - CONNECTION POINT POSITION INFORMATION - THE EMPTY VERSION IS SUPPLIED WITHOUT THE SWITCHES QS44 AND QS2 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 101...
  • Page 103 Liebert Trinergy™ Cube Electrical INSTALLATION Figure 106 - CUSTOMER POWER CONNECTIONS I/O BOX 2400 A (VALUE/EMPTY VERSIONS) - SIDE VIEW - CONNECTION POINT POSITION INFORMATION Page 102 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 104 Electrical INSTALLATION Liebert Trinergy™ Cube Figure 107 - CUSTOMER POWER CONNECTIONS I/O BOX 3000A - FRONT VIEW - FLANGES CONNECTIONS QUOTATIONS (see “NOTE” on page 133) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 103...

  • Page 105: Configuring Ground Connections

    Liebert Trinergy™ Cube Electrical INSTALLATION Figure 108 - CUSTOMER POWER CONNECTIONS I/O BOX 4000-5000A - FRONT VIEW - FLANGES CONNECTIONS QUOTATIONS (see “NOTE” on page 133) 4.8. Configuring Ground Connections Improper grounding is the largest single cause of UPS installation and start-up problems. Grounding techniques vary significantly from site to site, depending on several factors.

  • Page 106: Connecting The Batteries

    Electrical INSTALLATION Liebert Trinergy™ Cube 4.9. Connecting the batteries The UPS is equipped with a separating device for the DC battery power connection. Before connecting the batteries, please read the notice and warning label on the UPS or battery compartment. Notice Full safety instructions on the use and maintenance of UPS batteries are provided in the appropriate battery manufacturers' manuals.
  • Page 107 Liebert Trinergy™ Cube Electrical INSTALLATION Notice The battery charger can be configured for different types of batteries and different numbers of cells. The technical data table (chap. 8. on page 129 and para. 9 on page 131) lists the type of batteries that can be used and the number of the cells for which the battery charger is configured.

  • Page 108: Connections Between Battery Compartments And Ups

    Electrical INSTALLATION Liebert Trinergy™ Cube 4.10. Connections between battery compartments and UPS The cables for connecting the UPS to the battery cabinets are not supplied. They can be provided by the manufacturer upon special request. A battery area temperature interface (RBI) is supplied as standard equipment and includes a connecting RJ cable with a length of 30 meters.

  • Page 109: Handling The Batteries

    Liebert Trinergy™ Cube Electrical INSTALLATION 4.11. Handling the batteries Warning Batteries are a potential source of danger due to their electrical charge and chemical composition. Therefore, observe the handling instructions provided by the battery manufacturer. These can usually be found in the material included in the shipment. 4.11.1.

  • Page 110: Connectivity

    connectivity Liebert Trinergy™ Cube 5. CONNECTIVITY 5.1. UPS signal wiring: interconnecting the communication cables The internal connectivity panels are placed in the CORE and in the I/O BOX as shown the figures below. To access the connectivity panel, remove the CORE and I/O BOX connectivity cover panels. Replace the CORE and I/O BOX connectivity cover panels when the procedure is complete.
  • Page 111 Liebert Trinergy™ Cube connectivity Figure 111 - I/O BOX 600A - Connectivity panel Page 110 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 112 connectivity Liebert Trinergy™ Cube Figure 112 - I/O BOX 1200A - Connectivity panel Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 111...
  • Page 113 Liebert Trinergy™ Cube connectivity Figure 113 - I/O BOX 2400A - Connectivity panel Page 112 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 114 connectivity Liebert Trinergy™ Cube Figure 114 - I/O BOX 3000A - Connectivity panel Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 113...
  • Page 115 Liebert Trinergy™ Cube connectivity Figure 115 - I/O BOX 4000-5000A - Connectivity panel The cable kits used in each system vary depending on the configuration and the number of CORES DISCONNECTORS and CORES installed. Page 114 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 116 connectivity Liebert Trinergy™ Cube For reference purposes, two different systems are shown in this manual. For all other possible configurations, please contact the technical support. Figure 116 - INTERCONNECTING THE PARALLEL and RJ45 CABLES - I/O BOX 1200A and 2 x CORES on the RIGHT Figure 117 - INTERCONNECTING THE PARALLEL and RJ45 CABLES - I/O BOX 2400A and 2 x CORES on the RIGHT, 2 x CORES on the LEFT Installation Manual - 10H52243IM60 - rev.

  • Page 117: Customer Signal Wiring

    Liebert Trinergy™ Cube connectivity 5.2. Customer signal wiring Liebert Trinergy Cube is equipped with the following interfaces: • XP19A/B - 25-pole connectors for parallel connections (B2B board); • XP3 - RJ-45 interface for synchronization with external MBSM or Syncrolite; • XP29 - 3-pole screw connector for backfeed output contact; •...
  • Page 118 connectivity Liebert Trinergy™ Cube Figure 120 - I/O BOX 4000-5000A - Label connectivity panel Figure 121 - I/O BOX all ratings - Label optional connectivity panel CONNECTOR/TERMINAL IDENTIFICATION XP19A) SUB-D 25-pin female A2 1 XP19B) SUB-D 25-pin male XP3 (B2B) - XP10A-XP14-XP2 (CIB) - RJ-45 - 8P/8C X29) - screw connector, 3-pole XP6) - SUB-D 9-pin male XP3A) - SUB-D 9-pin female...

  • Page 119: Sub-D Connector For Parallel Ups: Centralized Parallel System Cable Connection

    It enables data exchange between UPS electronics so that the UPS can provide a common output. The interface is SELV-isolated from UPS primary circuits. Warning THIS INTERFACE AND ITS FUNCTION ARE FOR AUTHORIZED VERTIV SERVICE TECHNICIANS ONLY. DO NOT REMOVE ANY CONNECTED CABLE FROM THIS INTERFACE OR CONNECT ANY CABLE TO IT.

  • Page 120: Ethernet Interface For Synchronization With External Signal - Xp3

    This slot is the reserved interface for the LIFE™ modem card. This card provides an independent external modem interface for communication with the LIFE™ service station. Ask your local Vertiv dealer for more details on LIFE™ and its benefits for your UPS system.

  • Page 121: Connection With Battery Interface Board - Xp2

    The service interface is a SUB-D 9-pin male connector for RS232 serial communication. It is used for communication with the external LIFE™ modem (e.g. GSM modem) or other special Vertiv applications. The interface is SELV - isolated from UPS primary circuits.
  • Page 122 connectivity Liebert Trinergy™ Cube UPS via a twisted/shielded cable not exceeding 20 m in length. The switch must be "CLOSED" under normal operating conditions. When this contact opens, the load will be cut off and a fault will appear on the display.

  • Page 123: Input Connector - Xp11

    Liebert Trinergy™ Cube connectivity 5.2.11. Input connector - XP11 Connection with customer plant: 12-wire connector used for dry contacts, only safe operating voltage will be connected here. The current level for all inputs is less than 5mA at 12 or 24V. Connection should be as follows: Figure 124 - Connection of the connector XP11 5.2.12.

  • Page 124: Options

    The device can drive up to two separate units, which may be independent of one another, or connected together in a parallel system: where the installation consists of more than two slave units, or the master/slave configuration is not the preferred option we advise using the Vertiv Multi Bus Synchronization Module (MBSM).

  • Page 125: Battery Cabinets (Empty Battery Compartment)

    The system provides detailed analysis and preventive diagnosis, without disrupting the customers' business operation. Top ten Vertiv LIFE™ features Below are the top ten features of the Vertiv LIFE™ system, which allow our service engineers to perform thorough diagnosis: 1) Continuous real-time monitoring...

  • Page 126: Snmp Agent

    • A physical Ethernet CAT 5 10/100 Mbps RJ45 network connection • An outgoing IP path to the public Internet. In case a proxy server is present the Vertiv LIFE™ over IP system supports the null or basic authentication model.
  • Page 127 Liebert Trinergy™ Cube OPTIONS The entered names for Read Community and Write Community are used similar to a passwords authorizing read and write access and are set to default “public”. These two fields must be filled. SysContact, SysLocation and AttachedDevices SysContact, SysLocation and AttachedDevices should be filled with appropriate information to identify the UPS.

  • Page 128: Torque Wrench Settings

    TORQUE WRENCH SETTINGS Liebert Trinergy™ Cube 7. TORQUE WRENCH SETTINGS With current flow between copper and copper and/or terminal lug Table 4 Screw size Nm (+/-20%) Installation Manual - 10H52243IM60 - rev. 7 - 06/2020 Page 127...
  • Page 129 Liebert Trinergy™ Cube TORQUE WRENCH SETTINGS BLANK PAGE Page 128 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...

  • Page 130: Technical Data - Core

    Technical data - CORE Liebert Trinergy™ Cube 8. TECHNICAL DATA - CORE General conditions of technical data table: The data shown are approximate and refer to the 200kVA and 400kVA rating, 20°C ambient temperature and nominal input and output conditions, unless otherwise specified. Not all data shown apply simultaneously.
  • Page 131 Liebert Trinergy™ Cube Technical data - CORE CORE Rating (kVA) 125-200 250-400 VRLA float voltage temperature compensation (%) -0.11 per °C Float mode DC ripple for 10 min. autonomy as per VDE0510 <0.05C Float voltage stability in steady state (%) <1 DC ripple voltage without battery (%) <1...

  • Page 132: Technical Data - System

    Technical data - SYSTEM Liebert Trinergy™ Cube 9. TECHNICAL DATA - SYSTEM General conditions of technical data table: The data shown are approximate and refer to the 200kVA and 400kVA rating, 20°C ambient temperature and nominal input and output conditions, unless otherwise specified. Not all data shown apply simultaneously.
  • Page 133 Liebert Trinergy™ Cube Technical data - SYSTEM BOX model Rating (A) 1200 2400 3000 4000 5000 10 min. (A) 1750 2580 5150 6250 Overload 1 min. (A) 1430 2860 4180 6960 6450 capacity 600 ms. (A) 4000 8000 16000 22000 32500 32500 100 ms.

  • Page 134: Glossary

    GLOSSARY Liebert Trinergy™ Cube 10. GLOSSARY • CIB - CUSTOMER INTERFACE BOARD • PF - POWER FACTOR • RBI - REMOTE BATTERY INTERFACE • VFD - MAXIMUM ENERGY SAVING • VFI - MAXIMUM POWER CONTROL • VI - HIGH EFFICIENCY & POWER CONDITIONING 11.

  • Page 135: Appendices

    Follow local municipal waste ordinances for proper disposal provisions to reduce the environmental impact of waste electrical and electronic equipment (WEEE). For information regarding the scrapping of this equipment please contact your closest Vertiv Representative. Page 134 Installation Manual - 10H52243IM60 - rev. 7 - 06/2020...
  • Page 136 | Vertiv Infrastructure Limited, George Curl Way, Southampton, SO18 2RY, VAT Number: GB188146827 Vertiv and the Vertiv logo are registered trademarks or trademarks of Vertiv Co. All other names and logos referred to are trade names, trademarks, or registered trademarks of their respective owners.

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