Liebert Hipulse E Installation And User Manual
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Liebert Hipulse E Installation And User Manual

Liebert Hipulse E Installation And User Manual

Hi-availability uninterruptible power supply 300 and 400 kva - 50/60 hz
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Power Quality Solutions
Liebert Hipulse E
Hi-Availability UPS
Uninterruptible Power Supply
300 and 400 kVA - 50/60 Hz
EN
Installation and User Manual
SINGLE UNIT AND '1+N' (EXPANDABLE)

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  • Page 1 Power Quality Solutions Liebert Hipulse E Hi-Availability UPS Uninterruptible Power Supply 300 and 400 kVA - 50/60 Hz Installation and User Manual SINGLE UNIT AND '1+N' (EXPANDABLE)
  • Page 2 If this is your first Liebert UPS, we cordially welcome you to a lifetime relationship of post-sales support designed to keep your Liebert UPS and your systems permanently at their peak performance. If you already own and use a Liebert UPS, then we are doubly honoured by your decision to continue this valued relationship.
  • Page 3 Liebert Hipulse E Single or '1+N' UPS System This manual contains information concerning the installation, and operation of the Liebert Hipulse E Single Module (Expandable) Uninterruptible Power System (UPS). All relevant parts of the manual should be read prior to commencing installation.
  • Page 4 Single or '1+N' UPS System Liebert Hipulse E Installation Manual This manual describes the following equipment: EQUIPMENT PART NUMBER 300 kVA 300 kVA UPS Module (6 Pulse) 5410318E-E 300 kVA UPS Module (12 Pulse) 5410338Y-E Battery Circuit Breaker Box (BCB) 800 A...

  • Page 5: Conformity And Standards

    Installation Manual Liebert Hipulse E Single or '1+N' UPS System Safety Precautions CONFORMITY AND STANDARDS This equipment complies with the following requirements: Normative references: Uninterruptible Power System (UPS). * IEC 62040-1-1 (2002) — ‘General and safety requirements for use in operator access area’;...
  • Page 6 WARNING Follow these instructions scrupulously: The Liebert Hipulse E is designed exclusively for indoor use. Protect the unit from excessive condensation and install it in a place free of flammable liquids, gases and corrosive substances. Electrical installation must be performed by a qualified electrician.

  • Page 7: Table Of Contents

    Installation Manual Liebert Hipulse E Single or '1+N' UPS System Table of Contents Part I – Installation Manual ..........1-1 Chapter 1 - Installation Procedure ........................1-1 Introduction ..............................1-1 Environmental considerations.......................... 1-2 1.2.1 UPS location..............................1-2 1.2.2 Battery location ..............................1-2 1.2.3...
  • Page 8 Single or '1+N' UPS System Liebert Hipulse E Installation Manual 3.7.4 Battery room design ............................3-4 Battery circuit breaker box..........................3-5 3.8.1 Battery Temperature Board (Optional P/N 4532029V) .................. 3-8 Chapter 4 - 1+N System........................... 4-1 General ................................4-1 Installation procedure............................4-3 4.2.1...
  • Page 9 Installation Manual Liebert Hipulse E Single or '1+N' UPS System Part II – User Manual ............7-1 Chapter 7 - General Description ........................7-1 Introduction ..............................7-1 Design Concept ..............................7-1 7.2.1 Introduction ..............................7-1 7.2.2 Bypass supplies ..............................7-2 7.2.3...
  • Page 10 Single or '1+N' UPS System Liebert Hipulse E Installation Manual 12.1 LBS Control System ............................12-2 12.1.1 OPERATOR CONTROLS..........................12-2 12.1.2 OPERATOR PROCEDURES........................12-2 12.2 Interface Alarm Boards..........................12-3 12.2.1 Introduction ..............................12-3 12.2.2 Board Installation – 4590055P ........................12-3 12.2.3 Board Installation –...

  • Page 11: Part I - Installation Manual

    Installation Manual Liebert Hipulse E Chapter 1 - Installation Procedure Single or '1+N' UPS System Installation (Mechanical) Part I – Installation Manual 1 Chapter 1 - Installation Procedure Introduction WARNING Do not apply electrical power to the UPS equipment before the arrival of the commissioning engineer.

  • Page 12: Environmental Considerations

    Chapter 1 - Installation Procedure Liebert Hipulse E Installation Manual Installation (Mechanical) Single or '1+N' UPS System Environmental considerations 1.2.1 UPS location The UPS module should be located in a cool, dry, clean-air environment with adequate ventilation to keep the ambient temperature within the specified operating range (see Chapter 5 ...

  • Page 13: Mechanical Considerations

    Installation Manual Liebert Hipulse E Chapter 1 - Installation Procedure Single or '1+N' UPS System Installation (Mechanical) Mechanical Considerations 1.3.1 System composition A UPS system can comprise a number of equipment cabinets, depending on the individual system design requirements - e.g. UPS cabinet, External Bypass cabinet. In general, all the cabinets used in a particular installation are of the same height and designed to be positioned side-by-side to form an aesthetically appealing equipment suite.

  • Page 14: Clearances

    Clearances Liebert Hipulse E has no ventilation grills at either side or at the rear of the UPS. To enable routine tightening of power terminations within the UPS, it is recommended that service access of 800 mm (minimum) be allowed for at the rear.

  • Page 15: Chapter 2 - Installation (Electrical)

    Installation Manual Liebert Hipulse E Chapter 2 - Installation Procedure Single or '1+N' UPS System Installation (Electrical) 2 Chapter 2 - Installation (Electrical) The UPS requires both «power» and «control» cabling once it has been mechanically installed. All «control» cables, whether screened or not, should be run separate from the power cables in metal conduits or metal ducts which are electrically bonded to the metalwork of the cabinets to which they are connected.

  • Page 16: General Notes

    Chapter 2 - Installation Procedure Liebert Hipulse E Installation Manual Installation (Electrical) Single or '1+N' UPS System 2.1.2 Table for determining power cable size The table below gives nominal currents for determining the size of UPS power cables. Other factors, which must be taken into consideration include cable route length, coordination with protective devices, etc.

  • Page 17: Protective Devices

    Installation Manual Liebert Hipulse E Chapter 2 - Installation Procedure Single or '1+N' UPS System Installation (Electrical) 2.1.6 Protective devices For safety reasons, it is necessary to install, external to the UPS system, circuit breaking protective devices in the input a.c.

  • Page 18: Cabling Procedure For 300 Kva Ups With 6 Pulse Rectifier (Or 12 Pulse Rectifier)

    Chapter 2 - Installation Procedure Liebert Hipulse E Installation Manual Installation (Electrical) Single or '1+N' UPS System 2.1.7 Cabling procedure for 300 kVA UPS with 6 pulse rectifier (or 12 pulse rectifier) Note on 12-pulse UPS: before proceeding with wiring procedures, make the connections between the two cabinets, referring to the detailed description provided in section 2.1.8 –...
  • Page 19 Installation Manual Liebert Hipulse E Chapter 2 - Installation Procedure Single or '1+N' UPS System Installation (Electrical) Output System Connections Connect the system output cables between the UPS output busbars (U2-V2-W2 N2 terminals) and the critical load and tighten the connections to 45 Nm (M12 Bolt).

  • Page 20: 12-Phase Wiring Procedure (For 300 Kva Ups)

    Chapter 2 - Installation Procedure Liebert Hipulse E Installation Manual Installation (Electrical) Single or '1+N' UPS System 2.1.8 12-phase wiring procedure (for 300 kVA UPS) Important The operations described in this section must be performed by authorised electricians or qualified technical personnel.

  • Page 21: Cabling Procedure For 400 Kva Ups With 6 Pulse Rectifier (Or 12 Pulse Rectifier)

    Installation Manual Liebert Hipulse E Chapter 2 - Installation Procedure Single or '1+N' UPS System Installation (Electrical) 2.1.9 Cabling procedure for 400 kVA UPS with 6 pulse rectifier (or 12 pulse rectifier) Important The operations described in this section must be performed by authorised electricians or qualified technical personnel.
  • Page 22 Chapter 2 - Installation Procedure Liebert Hipulse E Installation Manual Installation (Electrical) Single or '1+N' UPS System Common Input Connections For common bypass and rectifier inputs, connect the a.c. input supply cables between the mains distribution panel and the UPS rectifier input busbars (U1-V1-W1 terminals) and tighten the connections to 45 Nm (M12 Bolt).

  • Page 23: Distance From Floor To Connection Point On The Equipment

    Installation Manual Liebert Hipulse E Chapter 2 - Installation Procedure Single or '1+N' UPS System Installation (Electrical) Distance from floor to connection point on the equipment: 300 kVA 400 kVA minimum distance (mm) minimum distance (mm) Rectifier a.c. Input supply Bypass a.c.

  • Page 24: Control Cables

    Chapter 2 - Installation Procedure Liebert Hipulse E Installation Manual Installation (Electrical) Single or '1+N' UPS System Control cables 2.3.1 Battery Control The battery circuit breaker is controlled by the battery circuit breaker controller board, which is located within the battery cabinet —...

  • Page 25: Auxiliary Terminal Block X4

    Installation Manual Liebert Hipulse E Chapter 2 - Installation Procedure Single or '1+N' UPS System Installation (Electrical) Auxiliary terminal block X3 at UPS. terminal Reference label Description reference Common Temperature sensor common (0V) T Batt. Temperature sensor signal Common Common (0V) Batt.

  • Page 26: Emergency Stop

    Chapter 2 - Installation Procedure Liebert Hipulse E Installation Manual Installation (Electrical) Single or '1+N' UPS System Figure 2-2 Battery Connection 2.3.3 Emergency Stop If an external Emergency Stop facility is required it is connected to terminals 5 & 6 of the Auxiliary Terminal Block (X4) and connected to the `normally closed' remote stop switch between these two terminals using shielded cable.

  • Page 27: Back Feed Protection

    2.3.5 Fan Failure Alarm Indicator (Optional) Liebert Hipulse E is designed to allow the installation of a device to control the correct operation of fans. The kit includes the Fan Failure Alarm Indicator, interconnection components (loose and anchored connector) and related wiring.

  • Page 28: Chapter 3 - Battery Installation

    (having a variable trip setting) which is used in conjunction with battery circuit breaker controller board. For battery room assembly, Liebert offers a battery circuit breaker option (the rating of which depends on the size of the UPS) including a battery circuit breaker controller board (the same for all sizes). This box is designed to be either wall- mounted or assembled on a frame, and is connected between the UPS and the battery.

  • Page 29: Safety

    Chapter 3 - Battery Installation Liebert Hipulse E Installation Manual Single or '1+N' UPS System Safety Special care should be taken when working with the batteries associated with the 'Hipulse' UPS System equipment. When all the cells are connected together, the battery terminal voltage will exceed 400V and is potentially lethal. A primary safety consideration is to physically isolate the battery installation from all but appropriately qualified maintenance personnel;...

  • Page 30: Installation Design Considerations

    Installation Manual Liebert Hipulse E Chapter 3 – Battery Installation Single or '1+N' UPS System Installation design considerations Full safety instructions concerning the use and maintenance of UPS batteries are provided in the Note: appropriate battery manufacturers manuals. The battery safety information contained in this section relates to key considerations which must be taken into account during the installation design process and might affect the design outcome depending on localised conditions.

  • Page 31: Battery Installation

    Chapter 3 - Battery Installation Liebert Hipulse E Installation Manual Single or '1+N' UPS System Battery installation 3.7.1 Fitting & connecting the batteries The following notes, in conjunction with the diagrams, illustrate the broad principles to be followed when fitting and connecting the majority of battery installations.

  • Page 32: Battery Circuit Breaker Box

    Installation Manual Liebert Hipulse E Chapter 3 – Battery Installation Single or '1+N' UPS System Battery circuit breaker box The box contains a battery isolating circuit breaker and the circuit breaker controller board (P/N 4520079F) as also mounted in the Battery cabinet.
  • Page 33 Chapter 3 - Battery Installation Liebert Hipulse E Installation Manual Single or '1+N' UPS System Figure 3-2 Battery circuit breaker box - 800A BCB 800A LEGEND Battery connections (+/-) Connections from UPS (+/-) Battery circuit breaker controller board Cable entry: bottom. User to size and cut holes for the cables to be used.
  • Page 34 Installation Manual Liebert Hipulse E Chapter 3 – Battery Installation Single or '1+N' UPS System Figure 3-3 Battery circuit breaker box - 1000A BCB 1000A LEGEND Battery connections (+/-) Connections from UPS (+/-) Battery circuit breaker controller board Cable entry: top and bottom. User to size and cut holes for the cables to be used.

  • Page 35: Battery Temperature Board (Optional P/N 4532029V)

    Chapter 3 - Battery Installation Liebert Hipulse E Installation Manual Single or '1+N' UPS System Figure 3-4 Battery circuit breaker box connection 3.8.1 Battery Temperature Board (Optional P/N 4532029V) A battery temperature sensor card, supplied separately from the battery circuit breaker, is connected with the UPS logic through the battery circuit breaker control card.

  • Page 36: Chapter 4 - 1+N System

    Installation Manual Liebert Hipulse E Chapter 4 - ‘1+N’ System Single or '1+N' UPS System 4 Chapter 4 - 1+N System General The 1+N system has two or more (up to a maximum of six) modules of the same size (kVA). The load is equally divided between the units that form the system.
  • Page 37 Chapter 4 – ‘1+N’ System Liebert Hipulse E Installation Manual Single or '1+N' UPS System Figure 4-1 '1+N' System block diagram with separate batteries. (*) See the warning message at the bottom of page 4-1. Page 4-2 (07/04)

  • Page 38: Installation Procedure

    SW and HW release (See paragraph 8.1.2 of the User Manual  The Menu Options). WARNING Fitting of the parallel kits and board setting required to convert from Single Module to 1+N must be made by Liebert Service & Support trained personnel. 4.2.2 Protective Devices Refer to the instructions supplied in Chapter 2 ...

  • Page 39: Battery Control

    Chapter 4 – ‘1+N’ System Liebert Hipulse E Installation Manual Single or '1+N' UPS System 4.2.5 Battery Control The system is designed to operate with two different battery configurations: ◊ With separate batteries Installation procedure is the same as for single module.

  • Page 40: Emergency Stop (Epo)

    Installation Manual Liebert Hipulse E Chapter 4 - ‘1+N’ System Single or '1+N' UPS System 4.2.6 Emergency Stop (EPO) The external emergency stop facility is identical to that described for the single module installation — that an individual Emergency Stop button is provided for each module.

  • Page 41: Common Battery Box (Option)

    Chapter 4 – ‘1+N’ System Liebert Hipulse E Installation Manual Single or '1+N' UPS System Common battery box (Option) 4.3.1 Common Battery box for two UPS in parallel A common battery box is available to permit a common battery to be shared between two modules (see fig.4-6).
  • Page 42 Installation Manual Liebert Hipulse E Chapter 4 - ‘1+N’ System Single or '1+N' UPS System FUSES TYPE gl - 1 A / 500 V ~ SIZE 10 x 38 Weight: ≅ 85 kg. Figure 4-6 Common battery box 800A (300 kVA Hipulse)
  • Page 43 Chapter 4 – ‘1+N’ System Liebert Hipulse E Installation Manual Single or '1+N' UPS System 4.3.1.1 Installation Procedure (Common Battery) WARNING If differential circuit breakers are used on UPS inputs, be sure to use a common device for all input lines. If the configuration has inputs from separate mains, a common device will also be required for all the System’s bypass...

  • Page 44: Maintenance Bypass Cabinet (Option)

    Installation Manual Liebert Hipulse E Chapter 4 - ‘1+N’ System Single or '1+N' UPS System Maintenance Bypass cabinet (Option) Bypass cabinet enables maintenance operations and reparations to be performed in full isolation besides allowing the disabling of each UPS without affecting the ordinary operation of the system (depending on the redundancy level).

  • Page 45: Castell Interlock

    The Castell Interlock enables the operator to close/open the external maintenance bypass switch following the procedure required to release/insert the key. The UPS Liebert Hipulse E system offers two types of Castell Interlock options: mechanical and electromechanical. The type must be selected depending on the configuration of the system installed in the plant.
  • Page 46 Installation Manual Liebert Hipulse E Chapter 4 - ‘1+N’ System Single or '1+N' UPS System Figure 4-7 Example of configuration with two redundant UPS's connected in parallel with the external maintenance bypass cabinet. This drawing should show an external maintenance bypass supply for the system (with two redundant UPS's) as referred to in the warning message at the bottom of page 4-1.
  • Page 47 Chapter 4 – ‘1+N’ System Liebert Hipulse E Installation Manual Single or '1+N' UPS System Figure 4-8 Example of configuration with three UPS's connected in parallel with the external maintenance bypass cabinet. This drawing should show an external maintenance bypass supply for the system (with three UPS's) as referred to in the warning message at the bottom of page 4-1.

  • Page 48: Chapter 5 - Specification

    Installation Manual Liebert Hipulse E Chapter 5 – ‘Specification’ Single or '1+N' UPS System 5 Chapter 5 - Specification This specification describe requirements for an Uninterruptible Power System (UPS). Conformity and Standard The UPS has been designed to conform to the following standards:...

  • Page 49: Ups Mechanical Characteristics

    Chapter 5 – ‘Specification’ Liebert Hipulse E Installation Manual Single or '1+N' UPS System UPS Mechanical Characteristics MECHANICAL UNITS CHARACTERISTICS 400 kVA 400 kVA 300 kVA (6 pulse ) 300 kVA (12 pulse) (6 pulse ) (12 pulse) Section 12 pulse Rect./St. Inverter Rect./St Inverter...

  • Page 50: Ups Electrical Characteristics (Input Rectifier)

    Installation Manual Liebert Hipulse E Chapter 5 – ‘Specification’ Single or '1+N' UPS System UPS Electrical Characteristics (Input Rectifier) RECTIFIER INPUT MAINS UNITS Rated power 300 (6 pulse ) 300 (12 pulse) 400 (6 pulse ) 400 (12 pulse) Rated mains voltage...

  • Page 51: Ups Electrical Characteristics (Dc Intermediate Circuit)

    Chapter 5 – ‘Specification’ Liebert Hipulse E Installation Manual Single or '1+N' UPS System UPS Electrical Characteristics (DC Intermediate Circuit) DC INTERMEDIATE CIRCUIT UNITS Rated power Voltage range for inverter 320 – 490 operation 192 ( 380Va.c.) Recommended number of 198 ( 400Va.c.)

  • Page 52: Ups Electrical Characteristics (Inverter Output)

    Installation Manual Liebert Hipulse E Chapter 5 – ‘Specification’ Single or '1+N' UPS System UPS Electrical Characteristics (Inverter Output) INVERTER OUTPUT UNITS Rated power 380 - 400 - 415 Rated mains voltage Supply Three phase with neutral Frequency 50 / 60 Rated Power at cos ϕ...

  • Page 53: Ups Electrical Characteristics (Bypass Input Mains)

    Chapter 5 – ‘Specification’ Liebert Hipulse E Installation Manual Single or '1+N' UPS System UPS Electrical Characteristics (Bypass Input Mains) BYPASS INPUT UNITS Rated power Rated mains 380 - 400 - 415 V voltage Supply Three phase with neutral Rated Current:...

  • Page 54: Ups Electrical Characteristics (System Performance)

    Installation Manual Liebert Hipulse E Chapter 5 – ‘Specification’ Single or '1+N' UPS System UPS Electrical Characteristics (System Performance) SYSTEM PERFORMANCE UNITS 300 (6 pulse ) 300 (12 pulse) 400 (6 pulse ) 400 (12 pulse) Rated power AC/AC Efficiency at load 91.3...

  • Page 55: Chapter 6 - Installation Drawings

    6 Chapter 6 - Installation Drawings Introduction The drawings below illustrate the principal mechanical and electrical characteristics of the Liebert Hipulse E and of its various optional cabinets. In these drawings you will find all information of use for positioning the equipment, determining cable entry, making electrical power and auxiliary connections, determining the position of isolators, determining the physical location of various optional equipment, etc.

  • Page 56: 300Kva Ups Module With 6 Pulse Rectifier

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.1 300kVA UPS Module with 6 pulse rectifier 1. Removable grille and panels for lifting with fork-lift truck. 2. Air inlet grille 3. Air exhaust - 800 mm min.

  • Page 57: 300Kva Ups Module With 6 Pulse Rectifier - Top And Base View

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.2 300kVA UPS Module with 6 pulse rectifier – Top and base view Layout cable entry and floor fixing Base view with panels and doors 5.

  • Page 58: 300Kva Ups Module With 6 Pulse Rectifier With Top Cable Entry Option

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.3 300kVA UPS Module with 6 pulse rectifier with Top Cable entry option 1. Removable grille and panels for lifting with fork-lift truck. 2. Air inlet grille 3.

  • Page 59: 300Kva Ups Module With 6 Pulse Rectifier With Top Cable Entry Option - Top And Base View

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.4 300kVA UPS Module with 6 pulse rectifier with Top Cable entry option – Top and base view Layout cable entry and floor fixing Base view with panels and doors 5.

  • Page 60: 300Kva Ups Module With 12 Pulse Rectifier

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.5 300kVA UPS Module with 12 pulse rectifier 1. Removable grille and panels for lifting with fork-lift truck. 2. Air inlet grille 3. Air exhaust - 800 mm min.

  • Page 61: 300Kva Ups Module With 12 Pulse Rectifier - Top And Base View

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.6 300kVA UPS Module with 12 pulse rectifier – Top and base view Layout cable entry and floor fixing Base view with panels and doors 5.

  • Page 62: 300Kva Ups Module With 12 Pulse Rectifier With Top Cable Entry Option

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.7 300kVA UPS Module with 12 pulse rectifier with Top Cable entry option 1. Removable grille and panels for lifting with fork-lift truck. 2. Air inlet grille 3.

  • Page 63: 300Kva Ups Module With 12 Pulse Rectifier With Top Cable Entry Option - Top And Base View

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.8 300kVA UPS Module with 12 pulse rectifier with Top Cable entry option - Top and base view Layout cable entry and floor fixing Base view with panels and doors 5.

  • Page 64: 300Kva Ups Module With 6 Pulse Rectifier - Open Door View

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.9 300kVA UPS Module with 6 pulse rectifier - open door view 1. Auxiliary terminal blocks (X3-X4). 2. Parallel connection board P/N 4590060U (option for multimodule configuration only) 3.

  • Page 65: Cable Connections For 300 Kva Ups

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.10 Cable connections for 300 kVA UPS Note 1: For split Bypass operation ensure that the busbars and cables (*) between Bypass and Rectifier input are removed.

  • Page 66: Internal Connections Between The 300 Kva Ups And The 12 Pulse Cabinet

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.11 Internal connections between the 300 kVA UPS and the 12 pulse cabinet Page 6-12 (07/04)

  • Page 67: 400Kva Ups Module With 6 Pulse Rectifier (Or 12 Pulse Rectifier)

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.12 400kVA UPS Module with 6 pulse rectifier (or 12 pulse rectifier) 1. Removable grille and panels for lifting with fork-lift truck. 2. Air inlet grille 3.

  • Page 68: 400Kva Ups Module With 6 Pulse Rectifier (Or 12 Pulse Rectifier) - Base And Top View

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.13 400kVA UPS Module with 6 pulse rectifier (or 12 pulse rectifier) – base and top view Layout cable entry and floor fixing Base view with panels and doors 5.

  • Page 69: 400Kva Ups Module With 6 Pulse Rectifier (Or 12 Pulse Rectifier) With Top Cable Entry Option

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.14 400kVA UPS Module with 6 pulse rectifier (or 12 pulse rectifier) with Top Cable entry option 1. Removable grille and panels for lifting with fork-lift truck.

  • Page 70: 400Kva Ups Module With 6 Pulse Rectifier (Or 12 Pulse Rectifier) With Top Cable Entry Option - Base And Top View

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.15 400kVA UPS Module with 6 pulse rectifier (or 12 pulse rectifier) with Top Cable entry option – base and top view Layout cable entry and floor fixing Base view with panels and doors 5.

  • Page 71: Kva Ups - Front View Open Doors

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.16 400 kVA UPS – Front view open doors 1. Auxiliary terminal blocks (X3-X4). 2. Parallel connection board P/N 4590060U (option for multimodule configuration only) 3.

  • Page 72: Cable Connections For 400 Kva Ups (Rectifier/Static Switch Cabinet)

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.17 Cable connections for 400 kVA UPS (Rectifier/Static Switch cabinet) 1. Battery connections (+/-) 2. Main input connections (U1-V1-W1) 3. Bypass connections (U3-V3-W3-N3) 4. Output connections (N2-U2-V2-W2) 5.

  • Page 73: 400 Kva Ups - View Of Auxiliary, Control Signals And Power Connections Between The 400 Kva Ups Cabinets

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.18 400 kVA UPS – View of auxiliary, control signals and power connections between the 400 kVA UPS cabinets (07/04) Page 6-19...

  • Page 74: Top Cable Entry Option

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.19 Top Cable entry option 1. Main input connections (U1-V1-W1) a. Removable grille and panels for 2. Battery connections (+/-) lifting with fork-lift truck. 3. Output connections (N2-U2-V2-W2) b.

  • Page 75: Cable Connections For 300 / 400 Kva Ups With Battery Circuit Breaker

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.20 Cable connections for 300 / 400 kVA UPS with Battery Circuit Breaker (07/04) Page 6-21...

  • Page 76: Maintenance Bypass Cabinet (Option) - General View

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.21 Maintenance Bypass cabinet (Option) – general view 1. Removable grille and panels for lifting with fork-lift truck. 2. Air inlet grille 3. Air outlet grille 4.

  • Page 77: Maintenance Bypass Cabinet (Option) - Front View With Open Doors

    Installation Manual Liebert Hipulse E Chapter 6 – Installation Drawing Single or '1+N' UPS System 6.1.22 Maintenance Bypass cabinet (Option) – Front view with open doors M A INT ENA N C E B YP AS S CAB IN ET...

  • Page 78: Rs232 Communications For 300-400 Kva Ups (Option) - Modem And Nic Card Locations

    Chapter 6 – Installation Drawing Liebert Hipulse E Installation Manual Single or '1+N' UPS System 6.1.23 RS232 Communications for 300-400 kVA UPS (Option) – Modem and NIC card locations 1. Kit for modem connection 2. Operator Logic board 3. Customer cable 4.

  • Page 79: Part Ii - User Manual

    7 Chapter 7 - General Description Introduction The Liebert Hipulse E Uninterruptible Power Supply (UPS) System is connected between a critical load, such as a computer, and its three phase mains power supply. Being designed to furnish a well regulated 3 phase output power...

  • Page 80: Bypass Supplies

    Chapter 7 - General Description Liebert Hipulse E User Manual Design Concept Single or '1+N' UPS System During normal operation both the rectifier and inverter sections are active and provide regulated load power whilst simultaneously float charging the battery. In the event of a mains power failure, the rectifier becomes inoperative and the inverter is powered solely from the battery.

  • Page 81: System Control Philosophy

    User Manual Liebert Hipulse E Chapter 7 - General Description Single or '1+N' UPS System Design Concept 7.2.3 System Control Philosophy Normal operation During normal operation, i.e. when the UPS input supply is present and within specification, both the rectifier and inverter sections are active and the static switch is turned on to connect the inverter output to the critical load busbars.

  • Page 82: Ecomode (For Single Ups Only)

    UPS Power Switch Configuration Figure 7-2 illustrates the Liebert Hipulse E UPS module in what is known as the “Split Bypass” configuration. In the “Split Bypass” configuration the static bypass line is connected by a separate power switch to a dedicated `bypass' power source which also feeds the maintenance bypass line.

  • Page 83: System Expansion

    The individual modules connected to the system must be of the same power rating. 7.2.10 Frequency Converter Liebert Hipulse E is designed to function with the output AC to your critical load, supplied at a different frequency to the input mains. The following frequency conversions are available: 1.

  • Page 84: Chapter 8 - Operator Control And Display Panel

    User Manual Liebert Hipulse E Chapter 8 - Operating Instructions Single or '1+N' UPS System Operator Control and Display Panel 8 Chapter 8 - Operator Control and Display Panel Introduction On the front of the UPS there is a display and control panel, from which it is possible to easily verify the status of the UPS including all the measured parameters and alarms of the UPS and battery discharge status.

  • Page 85: Operator Control Panel

    Chapter 8- Operating Instructions Liebert Hipulse E User Manual Single or '1+N' UPS System Operator Control and Display Panel 8.1.1 Operator control panel The control and display panel LED indications are illustrated in figure 8-2 and described in the following text:...
  • Page 86 User Manual Liebert Hipulse E Chapter 8 - Operating Instructions Single or '1+N' UPS System Operator Control and Display Panel Menu Control switches Four push button switches ESCape [9], DOWN [10], UP [11], ENTER [12], are located below the LCD display and are used to navigate a menu-driven UPS operating and control system.
  • Page 87 Chapter 8- Operating Instructions Liebert Hipulse E User Manual Single or '1+N' UPS System Operator Control and Display Panel Operator Panel & LCD Display 15 LCD Display The LCD display is capable of showing four rows of 20 characters; the top row displays the UPS warning and alarm messages and the lower row indicate the selected metered parameters.
  • Page 88 User Manual Liebert Hipulse E Chapter 8 - Operating Instructions Single or '1+N' UPS System Operator Control and Display Panel Figure 8-3 EPO on UPS module 20 Emergency Stop — housed beneath a safety cover to prevent inadvertent operation When the emergency stop switch is pressed it disables the static switch block entirely (so removing load power).

  • Page 89: The Menu Options

    Chapter 8- Operating Instructions Liebert Hipulse E User Manual Single or '1+N' UPS System Operator Control and Display Panel 8.1.2 The Menu Options A map of the routes to the options offered by the menu is provided in figure below. Options include windows, which show status information and windows which permit data to be entered, or parameters for equipment control to be set.
  • Page 90 User Manual Liebert Hipulse E Chapter 8 - Operating Instructions Single or '1+N' UPS System Operator Control and Display Panel Figure 8-4 Map of screen display available to operator (07/04) Page 8-7...
  • Page 91 Chapter 8- Operating Instructions Liebert Hipulse E User Manual Single or '1+N' UPS System Operator Control and Display Panel LCD Display Panel Messages • Initializing Window. LIEBERT After first connecting power to the UPS and closing the bypass a.c. input power switch, the INITIALIZATION message will appear on the LCD screen.
  • Page 92 User Manual Liebert Hipulse E Chapter 8 - Operating Instructions Single or '1+N' UPS System Operator Control and Display Panel The FUNCTION, MAINTENANCE and SETUP options all require a password, which is set by the commissioning engineer. This manual does not provide servicing instructions and the options accessed from these windows are therefore not shown on the menu map in figure 8-4.

  • Page 93: Chapter 9 - Operating Instructions

    `Alarm Reset' push-button. Note 3: The Liebert Hipulse E UPS System incorporates an optional automatic boost charge facility which can be used in systems containing conventional flooded lead-acid batteries. If this type of battery is used in your installation you may notice that the battery charger voltage may be greater than its nominal (432V d.c.
  • Page 94 Chapter 9 - Operating Instructions Liebert Hipulse E User Manual Procedure Single or '1+N' UPS System Figure 9-1 Power Isolator Location Input Isolator (Q1) Bypass Isolator (Q2) Maintenance Bypass Isolator (Q3) Output Isolator (Q4) Terminal blocks Page 9-2 (07/04)

  • Page 95: Procedure For Ups Start-Up: Without Interrupting Power To The Load

    User Manual Liebert Hipulse E Chapter 9 - Operating Instructions Single or '1+N' UPS System Procedure Procedure for UPS Start-Up: without interrupting power to the load This procedure will describe how to start the UPS and the how to transfer the load from the external maintenance bypass to the UPS inverter.
  • Page 96 Chapter 9 - Operating Instructions Liebert Hipulse E User Manual Procedure Single or '1+N' UPS System NORMAL OPERATION The message shown below, will be seen on the default screen whenever the UPS is operating normally: HH.MM.SS DD.MM.YY The UPS is operating normally with its inverter supplying the load.

  • Page 97: Procedure For Ups Start-Up: Without Power Initially Supplied To The Load

    User Manual Liebert Hipulse E Chapter 9 - Operating Instructions Single or '1+N' UPS System Procedure Procedure for UPS Start-Up: without power initially supplied to the load This procedure should be followed when turning on the UPS from a fully powered down condition - i.e. where the load is not being initially supplied at all.
  • Page 98 Chapter 9 - Operating Instructions Liebert Hipulse E User Manual Procedure Single or '1+N' UPS System The Main Menu Window will display: > MEASUR./ALARM HIST.< FUNCTION Select MEASUREMENT/ALARM HISTORY and press ENTER key: MAINTENANCE SETUP >MEASURES< ALARM HISTORY Select MEASURES and press ENTER key.

  • Page 99: Procedure For Switching The Ups Into A Maintenance Bypass Condition From Normal Operation

    User Manual Liebert Hipulse E Chapter 9 - Operating Instructions Single or '1+N' UPS System Procedure Procedure for Switching the UPS into a Maintenance Bypass condition from normal operation. The first part of this procedure details how to select the Inverter OFF and power the load from the bypass mains via the Static Switch.

  • Page 100: Procedure For Switching The Ups On From A Maintenance Power Condition

    Chapter 9 - Operating Instructions Liebert Hipulse E User Manual Procedure Single or '1+N' UPS System 5. Unfasten the lock, release the internal safety bar and close the maintenance bypass power switch Q3. Open the Rectifier input power switch Q1, the Output power switch Q4, the bypass power switch Q2 and the Battery circuit breaker.

  • Page 101: Procedure For Completely Powering Down A Ups

    User Manual Liebert Hipulse E Chapter 9 - Operating Instructions Single or '1+N' UPS System Procedure Procedure for completely powering down a UPS This procedure should be followed to completely power down the UPS and LOAD. All power switches, isolators and circuit breakers will be opened and there will be no load power.

  • Page 102: Reset Procedure Following Shutdown Of Automatic Switching Or Emergency Stop (Epo Action)

    Chapter 9 - Operating Instructions Liebert Hipulse E User Manual Procedure Single or '1+N' UPS System RESET procedure following shutdown of automatic switching or emergency stop (EPO action). Once all appropriate measures have been taken to correct the problem indicated by the alarm message appearing on the operator control panel display, carry out this procedure to restore the UPS to regular operation following an Emergency Stop or a shutdown of automatic switching.

  • Page 103: Adding A Single Module To An Existing System

    User Manual Liebert Hipulse E Chapter 9 - Operating Instructions Single or '1+N' UPS System Procedure Adding a single Module to an existing system This procedure should be carried out only by trained service personal. Procedure to completely switch ON\OFF the UPS at the ups display control panel.
  • Page 104 Chapter 9 - Operating Instructions Liebert Hipulse E User Manual Procedure Single or '1+N' UPS System NORMAL OPERATION: > INVERTER OFF< BYPASS RECTIFIER RECTIFIER Ensure INVERTER is selected by the cursors and press the ENTER key: ROTATE START The OFF selection will be highlighted, using the UP arrow key, rotate...

  • Page 105: Procedure To Switch On\Off The Inverter At Ups Display Control Panel

    User Manual Liebert Hipulse E Chapter 9 - Operating Instructions Single or '1+N' UPS System Procedure 9.10 Procedure to switch ON\OFF the inverter at ups display control panel. Caution This operation gives the operator access to modify UPS’s operating mode, it is advised that only trained qualified personnel should attempt to do that.

  • Page 106: Setting The Battery Test

    Chapter 9 - Operating Instructions Liebert Hipulse E User Manual Procedure Single or '1+N' UPS System 9.11 Setting the Battery Test A software-controlled battery test facility can be initiated from the Operator Control Panel on an 'immediate' or 'periodic' basis. This test turns off the rectifier and runs the inverter (and load) from the battery for a predetermined period.

  • Page 107: Language Selection

    User Manual Liebert Hipulse E Chapter 9 - Operating Instructions Single or '1+N' UPS System Procedure 9.12 Language Selection If required, select the appropriate language using the following procedure: From DEFAULT WINDOW press the ENTER key MEASUR./ALARM HIST. > FUNCTION <...

  • Page 108: Alarm History

    Chapter 9 - Operating Instructions Liebert Hipulse E User Manual Procedure Single or '1+N' UPS System 9.14 Alarm History The ALARM HISTORY window displays detailed current and historical events, warnings and alarms. This window allows you to quickly spot trends or diagnose problems that the unit may have had.

  • Page 109: 10 Chapter 10 - Display Panel Interpretation

    User Manual Liebert Hipulse E Chapter 10 - Display Panel Interpretation Single or '1+N' UPS System 10 Chapter 10 - Display Panel Interpretation 10.1 LED interpretation The Led Item number refers to the details shown in figure 8-2 and the Led references that are identified there.
  • Page 110 Chapter 10 - Display Panel Interpretation Liebert Hipulse E User Manual Single or '1+N' UPS System NORMAL INTERPRETATION - ACTION NUMBER STATE This red LED will flash on and off and indicates that the UPS has detected a fault, it will be accompanied by a message on the display panel, take the required actions for the display panel message (see Display alarm message table 10.2).

  • Page 111: Display Panel Messages

    Display panel messages The messages displayed on the Liebert Hipulse E can be categorized into two types;  (a) ALARM messages these are messages which need urgent attention and warn of a UPS shutdown or imminent shutdown the load would normally transfer to the bypass supply if it is available.
  • Page 112 Chapter 10 - Display Panel Interpretation Liebert Hipulse E User Manual Single or '1+N' UPS System Alarm DISPLAY ALARM INTERPRETATION code MESSAGES RECT.: OFF The RECT.: OFF alarm is active whenever the rectifier (battery charger) is not producing its correct output voltage; this can be caused by, an operator selection to off, an input supply failure, an open rectifier a.c.
  • Page 113 User Manual Liebert Hipulse E Chapter 10 - Display Panel Interpretation Single or '1+N' UPS System Alarm DISPLAY ALARM INTERPRETATION code MESSAGES INV.: OFF This is a status message confirming that the inverter has been selected off by the INV.: OFF VIA DISPLAY operator from either the front panel display or an external PC.

  • Page 114: Chapter 11 - 1+N System

    SW and HW release (See Section 8.1.2  The Menu Options). WARNING Fitting of the parallel kits and board setting required to convert from Single Module to 1+N must be made by Liebert Service & Support trained personnel. 11.1.2 Protective Devices, power and control cables Refer to the instructions supplied in the Installation Manual ...

  • Page 115: Operating Instruction

    Chapter 11 – ‘1+N System’ Liebert Hipulse E User Manual Single or '1+N' UPS System 11.2 Operating Instruction Starting and stopping the '1+N' system is the same as a single module, however the module' response depends on whether it is configured on the menu of the Operator Control Panel.
  • Page 116 User Manual Liebert Hipulse E Chapter 11 – ‘1+N System’ Single or '1+N' UPS System The Main Menu Window will display: >MEASUR./ALARM HIST.< FUNCTION Select MEASUREMENT and press ENTER key: MAINTENANCE SETUP >MEASURES< Select MEASURES and press ENTER key. ALARM HISTORY...
  • Page 117 Chapter 11 – ‘1+N System’ Liebert Hipulse E User Manual Single or '1+N' UPS System 11.2.1.2 Switching OFF and isolating one UPS while the other remains in service. 1. In sequence, open the UPS isolators Q4 (output), Q1 (rectifier input), Q2 (bypass input).

  • Page 118: Procedure For Switching The Ups System Into A Maintenance Bypass Condition From Normal Operation

    User Manual Liebert Hipulse E Chapter 11 – ‘1+N System’ Single or '1+N' UPS System 11.2.2 Procedure for Switching the UPS system into a Maintenance Bypass condition from normal operation - 1+ 1 Configuration (two UPS's with parallel redundant connection)
  • Page 119 Chapter 11 – ‘1+N System’ Liebert Hipulse E User Manual Single or '1+N' UPS System Close the external Maintenance Bypass Isolator (Q3BYP). The Maintenance Bypass supply is now in parallel with the UPS Static Switch supply. Open the external UPS Isolator (Q4MBC). Rotate and remove the key (BP2) in the external UPS Isolator (Q4MBC).

  • Page 120: Procedure For Switching The Ups System Into Normal Operation From A Maintenance Bypass Condition

    User Manual Liebert Hipulse E Chapter 11 – ‘1+N System’ Single or '1+N' UPS System 11.2.3 Procedure for Switching the UPS system into normal operation from a Maintenance Bypass condition - 1+ 1 Configuration (two UPS's with parallel redundant connection) It is assumed that the installation is complete (which includes also the maintenance bypass cabinet), the system has been commissioned by authorized personnel and the external power isolators are closed.

  • Page 121: N Configuration (> Two Ups's) Or Two Ups's With Parallel Power Connection

    Chapter 11 – ‘1+N System’ Liebert Hipulse E User Manual Single or '1+N' UPS System 11.2.4 Procedure for Switching the UPS system into a Maintenance Bypass condition from normal operation - 1 + N Configuration (> two UPS's) or two UPS's with parallel power connection IMPORTANT 1 + N Configuration (>...
  • Page 122 User Manual Liebert Hipulse E Chapter 11 – ‘1+N System’ Single or '1+N' UPS System 8. When all the module keys (BP1) have been placed in the Key Exchange Box, it will be possible to release the trapped key (BP2) from the Box. Remove the key (BP2), place it in the external Maintenance Bypass Isolator (Q5BYP) interlock, and rotate the key.

  • Page 123: Procedure For Switching The Ups System Into Normal Operation From A Maintenance Bypass Condition

    Chapter 11 – ‘1+N System’ Liebert Hipulse E User Manual Single or '1+N' UPS System 11.2.5 Procedure for Switching the UPS system into normal operation from a Maintenance Bypass condition - 1 + N Configuration (> two UPS's) or two UPS's with parallel power connection It is assumed that the installation is complete (which includes also the maintenance bypass cabinet), the system has been commissioned by authorized personnel and the external power isolators are closed.

  • Page 124: Switching The System On From A Maintenance Power Down Condition

    User Manual Liebert Hipulse E Chapter 11 – ‘1+N System’ Single or '1+N' UPS System 11.2.6 SWITCHING THE SYSTEM ON FROM A MAINTENANCE POWER DOWN CONDITION. This procedure will describe how to start the UPS and the how to transfer the load from the external maintenance bypass to the UPS inverter.
  • Page 125 Chapter 11 – ‘1+N System’ Liebert Hipulse E User Manual Single or '1+N' UPS System 12. Close the external UPS Switch (Q4MBC). The Maintenance Bypass supply is now in parallel with the UPS Static Switch supply. All the UPS should be displaying the messages “Load on Bypass” and “Inverter Off via Display”.

  • Page 126: Display Panel Message Interpretation '1+N' System

    User Manual Liebert Hipulse E Chapter 11 – ‘1+N System’ Single or '1+N' UPS System 11.3 Display panel message interpretation '1+N' System The alarms are the same as for the single module, as given in the previous paragraph, with the additional alarms:...

  • Page 127: 12 Chapter 12 - Additional Equipment

    Single or '1+N' UPS System 12 Chapter 12 - Additional Equipment The configuration of a system incorporating the Liebert Hipulse E depends on the specific needs of the installation under consideration. An installation consists of a number of items of equipment, devices and optional boards.

  • Page 128: Lbs Control System

    LBS Control System The simplest way to create a dual-bus system is with Liebert’s exclusive Load Bus Sync (HiSynch) option, which keeps two or more UPS systems in sync, even when operating on batteries or asynchronous gensets. Each UPS powers its own downstream distribution equipment, so that each piece of load equipment can be connected to both.

  • Page 129: Interface Alarm Boards

    User Manual Liebert Hipulse E Chapter 12 – Additional Equipment Single or '1+N' UPS System 12.2 Interface Alarm Boards 12.2.1 Introduction Two circuit boards, each offering different features and facilities, are available to provide alarm signalling to external devices: ♦...

  • Page 130: Ups I\O As400 Alarm Interface Board (P\N 4590055P)

    Chapter 12 – Additional Equipment Liebert Hipulse E User Manual Single or '1+N' UPS System 12.3 UPS I\O AS400 Alarm Interface Board (P\N 4590055P) This board has several functions as described below. 12.3.1 Remote Control Inputs (X5) The Interface Board has facilities to accept three remote control inputs on terminal block (X5), as shown in figure 12-2.

  • Page 131: Alarm Outputs (X4)

    User Manual Liebert Hipulse E Chapter 12 – Additional Equipment Single or '1+N' UPS System 12.3.3 Alarm Outputs (X4) In addition to the AS400 alarm outputs the Interface Board also contains a number of relays whose contacts provide a set of volt-free alarm outputs that are connected to terminal block X4 as shown in figure 12-2.
  • Page 132 Chapter 12 – Additional Equipment Liebert Hipulse E User Manual Single or '1+N' UPS System Figure 12-2 – UPS I\O AS400 Alarm Interface Board (P\N 4590055P) Page 12-6 (07/04)

  • Page 133: Ups Extension Alarm Interface Board (P\N 4590056Q)

    User Manual Liebert Hipulse E Chapter 12 – Additional Equipment Single or '1+N' UPS System 12.4 UPS Extension Alarm Interface Board (P\N 4590056Q) This board is connected (piggy back style) directly via connector X1 onto the Interface Board connector X2 of 4590055P as shown in figure 12-1.

  • Page 134: Field Defined Alarms (X3 Auxiliary Terminal Board)

    Chapter 12 – Additional Equipment Liebert Hipulse E User Manual Single or '1+N' UPS System Note: relay contacts refer to the power-free card. Maximum contact rating on aux terminals: 50 Vdc @ 1 Amp. Note: When using the above contacts for remote alarm annunciation, the power supply for the remote indicators must be provided from an external power source.

  • Page 135: Emc Class A Filter

    Properly designed tuned filters are available to reduce the most critical harmonic pollution (5th and 11th). They also can improve the Liebert Hipulse E input power factor, leading Power Factor (P.F.) from 0,8 up to 0,93. These optional input filters can be installed without any additional system footprint and their performances are shown in Chapter 5 ‘System performance’.

  • Page 136: Input Isolation Transformer (It)

    Chapter 12 – Additional Equipment Liebert Hipulse E User Manual Single or '1+N' UPS System 12.8 Input isolation transformer (IT) Input Isolation Transformers are required in case of having a galvanic isolation between Input/Bypass Mains and UPS Output. They are normally a Delta/ZigZag ( /Z) double wound transformer and they are available for every range of UPS (80-800 kVA).

  • Page 137: Rs232 Communications

    12.10.2 Modem Using a modem, Liebert Hipulse E is able to transmit the status of the UPS to a remote location over a telephone line. For this purpose, space has been left on the inner side of the UPS door. The modem should be connected to the RS232 (X8) on the Operator Logic Board.

  • Page 138: Nic (Network Interface Card)

    Modbus/Jbus option is installed within Liebert Hipulse E UPS by replacing a programmable component - namely an EPROM - on the UPS Logic Board. The Logic Board is normally fitted with a component that allows communication via the standard IGMnet protocol - the protocol used to get information from the UPS via the serial connector - when this is removed, in order to fit the Modbus/Jbus option, it will not be possible to use the SNMP card (OpenComms NIC).

  • Page 139: Remote Control Panel

    User Manual Liebert Hipulse E Chapter 12 – Additional Equipment Single or '1+N' UPS System 12.10.6 Remote control panel The Remote Alarm Monitor (RAM) (P/N 4305003B) may be used to view the principal signals, alarms, and warnings relating to UPS status from a distance (up to 1 km). It can be connected up to six UPS via RS-485 serial interface. An audible warning accompanies the above alarm conditions and it can be cancelled by pressing the “reset”...
  • Page 140 Foot Layout Of 6 Tier 2 Row Cladded Stand To Accommodate 204 x ESL150-12...
  • Page 141 6 Tier 2 Row Cladded Stand To Accommodate 204 x ESL150-12 Stand Length = 3180mm Intertier = 375mm Foot Diameter = 75mm Stand Depth = 1175mm Frame Pitch = 430mm Max. Foot Load = 693Kg Stand Height = 2450mm Foot Ctrs = 1055mm Surface Load = 25.443KN/m²...
  • Page 142 Foot Layout Of 6 Tier 2 Row Cladded Stand To Accommodate 102 x ESL150-12...
  • Page 143 6 Tier 2 Row Cladded Stand To Accommodate 102 x ESL150-12 Stand Length = 1730mm Intertier = 375mm Foot Diameter = 75mm Stand Depth = 1175mm Frame Pitch = 390mm Max. Foot Load = 648Kg Stand Height = 2450mm Foot Ctrs = 1055mm Surface Load = 23.720KN/m²...
  • Page 144 W E T A C U K L T D O F F I C E 1 7 B O L T O N B U S I N E S S C E N T R E 4 4 - 4 6 L O W E R B R I D G E M A N S T B O L T O N B L 2 1 D G Layout Drawing for 3 x 34 ESL 150-12 on 6T2R Cladded Stand Site - Beckton ASC –...
  • Page 145 W E T A C U K L T D O F F I C E 1 7 B O L T O N B U S I N E S S C E N T R E 4 4 - 4 6 L O W E R B R I D G E M A N S T B O L T O N B L 2 1 D G Layout Drawing for 3 x 34 ESL 150-12 on 2 x 6T2R Cladded Stand - Site - Beckton ASC –...
  • Page 146 Foot Layout Of 6 Tier 2 Row Cladded Stand To Accommodate 204 x ESL150-12...
  • Page 147 6 Tier 2 Row Cladded Stand To Accommodate 204 x ESL150-12 Stand Length = 3180mm Intertier = 375mm Foot Diameter = 75mm Stand Depth = 1175mm Frame Pitch = 430mm Max. Foot Load = 693Kg Stand Height = 2450mm Foot Ctrs = 1055mm Surface Load = 25.443KN/m²...
  • Page 148 Foot Layout Of 6 Tier 2 Row Cladded Stand To Accommodate 102 x ESL150-12...
  • Page 149 6 Tier 2 Row Cladded Stand To Accommodate 102 x ESL150-12 Stand Length = 1730mm Intertier = 375mm Foot Diameter = 75mm Stand Depth = 1175mm Frame Pitch = 390mm Max. Foot Load = 648Kg Stand Height = 2450mm Foot Ctrs = 1055mm Surface Load = 23.720KN/m²...
  • Page 150 W E T A C U K L T D O F F I C E 1 7 B O L T O N B U S I N E S S C E N T R E 4 4 - 4 6 L O W E R B R I D G E M A N S T B O L T O N B L 2 1 D G Layout Drawing for 3 x 34 ESL 150-12 on 2 x 6T2R Cladded Stand - Site - Beckton ASC –...
  • Page 151 W E T A C U K L T D O F F I C E 1 7 B O L T O N B U S I N E S S C E N T R E 4 4 - 4 6 L O W E R B R I D G E M A N S T B O L T O N B L 2 1 D G Layout Drawing for 3 x 34 ESL 150-12 on 6T2R Cladded Stand Site - Beckton ASC –...

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