Liebert GXT5-20KIRT9UXLE User Manual

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Liebert®

GXT5™ UPS

Installer/User Guide

200 V to 240 V, 5,000 VA to 20,000 VA

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The information contained in this document is subject to change without notice and may not be suitable for all applications. While every precaution has been taken to ensure the accuracy and completeness of this document, Vertiv assumes no responsibility and disclaims all liability for damages resulting from use of this information or for any errors or omissions. Refer to other local practices or building codes as applicable for the correct methods, tools, and materials to be used in performing procedures not specifically described in this document.

The products covered by this instruction manual are manufactured and/or sold by Vertiv. This document is the property of Vertiv and contains confidential and proprietary information owned by Vertiv. Any copying, use or disclosure of it without the written permission of Vertiv is strictly prohibited.

Names of companies and products are trademarks or registered trademarks of the respective companies. Any questions regarding usage of trademark names should be directed to the original manufacturer.

Technical Support Site

If you encounter any installation or operational issues with your product, check the pertinent section of this manual to see if the issue can be resolved by following outlined procedures. Visit https://www.VertivCo.com/en-us/support/ for additional assistance.

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TABLE OF CONTENTS

Important Safety Information 1

1 GXT5 Description 3

1.1 UPS Features and Available Models 3

1.2 Front Panels 4

1.3 Rear Panels 4

1.4 Removable Power-distribution Boxes 10

1.5 Internal Battery Packs 12

1.6 Major Internal Components and Operating Principle 13

1.6.1 Maintenance Bypass 14

1.7 UPS States and Operating Modes 14

1.7.1 Normal Mode 14

1.7.2 Bypass Mode 15

1.7.3 Battery Mode 16

1.7.4 ECO Mode 17

1.7.5 Maintenance Bypass Mode 18

2 Installation 21

2.1 Unpacking and Inspection 21

2.2 Pre-installation Preparation 21

2.2.1 Installation Clearances 21

2.3 Installing the UPS 22

2.3.1 Tower Installation 22

2.3.2 Rack Installation 22

2.4 Installing External Battery Cabinets 23

2.5 Installing a Power-distribution Box 24

2.6 Hardwired Input/Output Connections 25

2.6.1 Branch Circuit Breaker 26

2.6.2 Terminal-block Connections 27

2.6.3 Connecting to Terminal Blocks on 5-kVA and 6-kVA models 29

2.6.4 Connecting to Terminal Blocks on 8-kVA and 10-kVA models 29

2.6.5 Connecting to Terminal Blocks on 16-kVA and 20-kVA models 30

2.7 Communication Connections 32

2.7.1 Connecting IntelliSlot Communication 32

2.7.2 Connecting to the Dry-contact Port 32

2.7.3 Connecting a Remote Emergency Power-off (REPO) Switch 33

2.7.4 Connecting a USB Cable 34

2.7.5 Connecting CLI Communication Cables 35

2.7.6 Connecting Sensors to the Control Port 35

2.8 Installing a Parallel System 35

2.8.1 First-time Start-up of Parallel System 37

2.8.2 Commissioning Parallel System 37

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2.8.3 Adding a Single UPS to the Parallel System 38

3 Operating the UPS 39

3.1 Silencingthe Audible Alarm 39

3.2 Starting-up the UPS 39

3.3 Transferring to Battery Mode 39

3.4 Transferring from Normal to Bypass Mode 40

3.5 Transferring from Bypass to Normal Mode 40

3.6 Shutting-down the UPS Completely 40

3.7 Remote Emergency Power-off (REPO) 40

4 Operation and Display Panel 41

4.1 LED Indicators 42

4.2 LCD Menu and Screens 43

4.2.1 Start-up and Flow Screens 43

4.2.2 Main Menu 43

4.3 Editing Display and Operation Settings 51

4.3.1 Changing the Password 51

4.3.2 Selecting the Display Language 52

4.3.3 Setting the Date and Time 52

5 Maintenance 53

5.1 Replacing Batteries 53

5.2 Charging Batteries 55

5.3 Checking UPS Operation 56

5.4 Cleaning the UPS 56

5.5 Removing the Power-distribution Box 56

6 Troubleshooting 59

6.1 Symptoms that Require Troubleshooting 59

6.2 Audible Alarm (Buzzer) 59

6.2.1 Faults 59

6.3 Troubleshooting UPS Issues 60

7 Specifications 61

7.1 Battery Run Times 69

Appendices 73

Appendix A: Technical Support 73

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IMPORTANT SAFETY INFORMATION

IMPORTANT! This manual contains important safety instructions that must be followed during the installation and maintenance of the UPS and batteries. Read this manual thoroughly and the safety and regulatory information, available at https://www.vertivco.com/ComplianceRegulatoryInfo, before attempting to install, connect to supply, or operate this UPS.

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1 GXT5 DESCRIPTION

The Liebert® GXT5 is a compact, online uninterruptible power system (UPS) that continuously conditions and regulates its output voltage. The Liebert® GXT5 supplies microcomputers and other sensitive equipment with clean sine-wave input power.

Upon generation, AC power is clean and stable. However, during transmission and distribution it is subject to voltage sags, spikes, and complete failure that may interrupt computer operations, cause data loss, and damage equipment.

The Liebert® GXT5 protects equipment from these disturbances. The Liebert® GXT5 continuously charges its batteries from the mains, enabling it to supply power to connected loads, even when the mains fail.

1.1 UPS Features and Available Models

The GXT5 includes the following features. Table 1.1 on the next page, lists the available models and power ratings.

• Enhanced load capacity with an output power factor of 1.

• Optional tower or rack installation to meet varying installation requirements.

• Parallel-connection capability for 10-kVA, 16-kVA, and 20-kVA models achieves up to 2 + 1 parallel redundant power.

• Adapts to areas with unstable power-mains supply via high-frequency double-conversion topology structure, with high input-power factor, wide input-voltage range, and output immune to grid interference.

• Full digital-control platform and hardware-design platform adapts to unstable mains supply and load impact

• Programmable terminals with cascade protection on 5-kVA to 10-kVA models protect key devices when load is heavy.

• Innovative design layout and process greatly increase product reliability.

• Operation and display panel with model-specific color LCD offers simple configuration and control of the UPS.

• ECO power-supply mode and smart-sleep mode help you save the maximum amount of energy.

1 GXT5 Description

Table 1.1 UPS Models and Power Ratings

MODEL NU MBER NOMINAL POWER RATING

GXT5-5000IRT5UXLN

5kVA/5kWGXT5-5000IRT5UXLE

GXT5-5000HVRT5UXLN

GXT5-6000IRT5UXLN

6kVA/6kW

GXT5-6000IRT5UXLE

GXT5-8000IRT5UXLN

8kVA/8kWGXT5-8000IRT5UXLE

GXT5-8000HVRT5UXLN

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Table 1.1 UPS Models and Power Ratings (continued)

MODEL NU MBER NOMINAL POWER RATING

GXT5-10KIRT5UXLN

10kVA/10kWGXT5-10KIRT5UXLE

GXT5-10KHVRT5UXLN

GXT5-16KIRT9UXLN

GXT5-16KIRT9UXLE

GXT5-20KIRT9UXLN

GXT5-20KIRT9UXLE

16kVA/16kW

20kVA/20kW

1.2 Front Panels

The various GXT5 models have the same general appearance, with the main difference being the receptacle types on the rear panel. Figure 1.1 below, shows the 5-kVAto10-kVA model in a tower and a rack configuration. When mounted in a rack, the 5- to 10-kVA units are turned 90 degrees. The orientation of the 16-kVA to 20-kVA models is the same in a rack or tower configuration.

Figure 1.1 Front View

ITEM DESCRIPTION

1 Operation/Displaypanel

2 Upper bezel

3 Lower bezel/battery-access door

1.3 Rear Panels

The following figures detail the rear-panel features for each GXT5 model.

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Figure 1.2 GXT5-5000/6000IRT5UXLN (XLE) Rear Panel

ITEM DESCRIPTION

1 Liebert® IntelliSlot™ port

2 Terminal-block communication connectors

3 RS-485 port

4 USB port

5 RS-232 port

6 REPOconnector

7 External-battery-cabinet connector

8 Output circuit breaker

9 Maintenance-bypassbreaker

10 Input circuit breaker

11 Removable POD with cable-entry for hard-wire I/O

12 Overload protector, 10-A (x2)

13 Programmable C13 output receptacles (x2)

14 Overloadprotector, 15-A (x2)

15 C19 output receptacles (x2)

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Figure 1.3 GXT5-5000HVRT5UXLN Rear Panel

ITEM DESCRIPTION

1 Liebert® IntelliSlot™ port

2 Terminal-block communication connectors

3 RS-485 port

4 USB port

5 RS-232 port

6 REPOconnector

7 External-battery-cabinet connector

8 Output circuit breaker

9 Maintenance-bypassbreaker

10 Input circuit breaker

11 Removable POD with knock-outs/cable-entry for hard-wire I/O

12 Programmable output circuit breaker, 10-A (x2)

13 C19 output circuit breaker

14 Programmable C13 output receptacles (x2)

15 C19 output receptacles (x2)

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Figure 1.4 GXT5-8000/10KIRT5UXLN (XLE) Rear Panel

ITEM DESCRIPTION

1 Liebert® IntelliSlot™ port

2 Terminal-block communication connectors

3 RS-485 port

4 USB port

5 RS-232 port

6 REPOconnector

7 External-battery-cabinet connector

8 Output circuit breaker

9 Maintenance-bypassbreaker

10 Bypass circuit breaker

11 Input circuit breaker

12 Removable POD with cable-entry for hard-wire I/O

13 Programmable C19 output receptacle

14 Overloadprotector, 10-A

15 Programmable C13 output receptacles

16 Overloadprotector, 15-A (x4)

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Figure 1.5 GXT5-8000/10KHVRT5UXLN Rear Panel

ITEM DESCRIPTION

1 Liebert® IntelliSlot™ port

2 Terminal-block communication connectors

3 RS-485 port

4 USB port

5 RS-232 port

6 REPOconnector

7 External-battery-cabinet connector

8 Output circuit breaker

9 Maintenance-bypassbreaker

10 Bypass circuit breaker

11 Input circuit breaker

12 Removable POD with knock-outs/cable-entry for hard-wire I/O

13 Programmable output circuit breaker, 15-A

14 Programmable C19 output receptacle

15 Programmable output circuit breaker, 10-A

16 Programmable C13 output receptacles

17 C19 output circuit breaker, 15-A

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Figure 1.6 GXT5-16K/20KIRT9UXLN (XLE) Rear Panel

ITEM DESCRIPTION

1 Liebert® IntelliSlot™ port

2 Terminal-block communication connectors

3 RS-485 port

4 USB port

5 RS-232 port

6 REPOconnector

7 DB9 ports (parallel communication)

8 Input circuit breaker

9 Bypass circuit breaker

10 Knock-outs/c able-entry for hard-wire I/O

11 Output circuit breaker

12 POD breaker

13 Cover for optionalPOD-installation location

14 External-battery-cabinet connector

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1.4 Removable Power-distribution Boxes

The 16-kVA and 20-kVA do not ship with an installed power-distribution box (POD). The optional PODs for the 16-kVA and 20-kVA models models are:

• PD2-108 for models ending in "N"only (North America)

• PD2-200

• PD2-201

• PD2-202

• PD2-204 for models ending in "E"only (European Union)

The 5-kVA to 10-kVA models ship with the POD installed. This POD includes the input circuit breaker for the UPS, and the features for each POD are detailed in the following figures.

Figure 1.7 PD5-CE6HDWRMBS for GXT5-5000/6000IRT5UXLN (XLE)

ITEM DESCRIPTION

1 PODPanelview (on rear ofunit)

2 POD inner-surface view

3 Quick connect

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Figure 1.8 PD5-CE6HDWRMBSU for GXT5-5000HVRT5UXLN

ITEM DESCRIPTION

1 PODPanelview (on rear ofunit)

2 POD inner-surface view

3 Quick connect

Figure 1.9 PD5-CE10HDWRMBS for GXT5-8000/10KIRT5UXLN (XLE)

ITEM DESCRIPTION

1 PODPanelview (on rear ofunit)

2 POD inner-surface view

3 Quick connect

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Figure 1.10 PD5-CE10HDWRMBSU for GXT5-8000/10KHVRT5UXLN

ITEM DESCRIPTION

1 PODPanelview (on rear ofunit)

2 POD inner-surface view

3 Quick connect

1.5 Internal Battery Packs

The internal battery packs for all GXT5 models, shown in Figure 1.11 below, are located behind the access door on the front of the UPS. 5-kVA to 10-kVA units have 2 battery packs, and 16-kVA to 20-kVA units have 4 battery packs.

Figure 1.11 Internal Battery Pack

ITEM DESCRIPTION

1 Handle

2 Connector

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1.6 Major Internal Components and Operating Principle

Figure 1.12 below, shows the UPSoperating principle. Table 1.2 on the next page, describes the function of the major components in the UPS.

NOTE: Figure 1.12 below, is one example of basic operation. The actual I/O connections for the various models may be divided into different types. See Hardwired Input/Output Connections on page25.

Figure 1.12 Basic Operating Principle Diagram

Table 1.2 Major Components

ITEM COMPONENT OPERATION/FUNCTION

Transient Voltage Surge

2 Battery Charger

3 Batteries

Suppression (TVSS)and EMI/RFI Filters

DC-to-DC Converter

Rectifier/Power Factor Correction (PFC) Circuit

Provide surge protection. Filter electromagnetic interference (EMI) andradio frequency interference (RFI). Minimize surges or interference present in the utility power and protect devices connected on the same branch as the UPS.

Continuouslyfloat-charges the batteries from precisely-regulated utility power whenever the UPS is plugged in.

Valve-regulated, non-spillable, lead-acid batteries.

NOTE: To maintain battery design life, operate the UPS in an ambient temperature of 59°F to 77°F (15°C to 25°C).

Raises the DC voltage from the battery to the optimum operating voltage for the inverter. This allows the inverter to operate continuouslyat its optimum efficiency and voltage, thus increasingreliability.

In normal operation, converts utility ACpower to regulated DC power for use bythe inverter while ensuring that the wave shape of the input current used bythe UPS isnear ideal. Extracting this sine-wave input current ensures efficient use of utility power and reduces reflected harmonic distortion making cleaner power available to devices that are not protected bythe UPS.

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Table 1.2 Major Components (continued)

ITEM COMPONENT OPERATION/FUNCTION

In normal operation, inverts the DC output of the PFC c ircuit into precise, regulated sine-wave AC power.

6 Inverter

7 Internal Bypass

8 Outlet group Output receptacles.

When utility power fails, the inverter receives DC power from the DC-to-DC converter. In either operating mode, the UPS inverter remains on-line, generating clean, precise, regulated AC-output power.

In the unlikelyevent of UPS failure such as overload or over-temperature, automatically transfers the connected load to bypass.

To manually transfer the connected load from inverter to bypass, see Transferring from Normal to

Bypass Mode on page40.

1.6.1 Maintenance Bypass

On 5-kVA to 10-kVA models, the UPS includes manual maintenance bypass in a removable section of the rear of the UPS. Maintenance bypass keeps connected equipment powered with utility power and allows replacement of the UPS in the event of a UPS malfunction.

NOTE: The bypass power path does not protect the connected equipment from disturbances in the utility power supply.

1.7 UPS States and Operating Modes

NOTE: See LED Indicators on page42, for description of the run-indicator and alarm-indicator LEDs mentioned in this section.

1.7.1 Normal Mode

When utility power is normal, Normal mode employs the rectifier and inverter to provide voltage- and frequency-stabilized power to the load. The charger charges the battery in normal mode. On the frontpanel display, the run-indicator (green)is On, the alarm indicator is OFF, and the buzzer is silent. Figure

1.13 on the facing page, shows a diagram of normal mode.

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Figure 1.13 Normal-mode Operation

ITEM DESCRIPTION

1 Mains/Utility input (by-pass input)

2 Rectifier/PFC

3 Inverter

4 Battery charger

5 Battery

6 Bypass static switch

7 UPS output

1.7.2 Bypass Mode

Bypass mode supplies power to the load from the bypass source (utility power) if an overload or fault occurs during normal operation. On the front-panel display, the run indicator (green) is On, the alarm indicator (yellow)is On, and the buzzer beeps once each seconds. The LCD "Current" screen displays "On Bypass." Figure 1.14 on the next page, shows a diagram of bypass mode.

NOTE: If utility power fails or if the utility voltage goes outside of the permissible range during bypassmode operation, the UPS shuts down and no output is supplied to the load.

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Figure 1.14 Bypass-mode Operation

ITEM DESCRIPTION

1 Mains/Utility input (by-pass input)

2 Rectifier/PFC

3 Inverter

4 Battery charger

5 Battery

6 Bypass static switch

7 UPS output

1.7.3 Battery Mode

Battery mode supplies battery power to the load if utility power fails or if the utility voltage goes outside of the permissible range. On the front-panel display, the run indicator (green) is On, the alarm indicator (yellow)is On, and the buzzer beeps once each second. The LCD "Current" screen displays "On Battery." Figure 1.15 on the facing page, shows a diagram of battery mode.

NOTE: The batteries are fully-charged before shipment. However, transportation and storage inevitably cause some loss of capacity. To ensure adequate back-up time, charge the batteries for atleast 8 hours before first start-up.

NOTE: If utility power fails and the batteries are charged, you may cold-start the UPS in battery mode and use battery power to extend system availability for a time.

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Figure 1.15 Battery-mode Operation

ITEM DESCRIPTION

1 Mains/Utility input (by-pass input)

2 Rectifier/PFC

3 Inverter

4 Battery charger

5 Battery

6 Bypass static switch

7 UPS output

1.7.4 ECO Mode

NOTE: ECO mode is only available on a single-UPS system.

The energy-saving ECO mode reduces power consumption by powering the load via bypass if the bypass voltage is normal or by powering the load via the inverter when the bypass voltage is abnormal. You can use ECOmode to power equipment that is not sensitive to power-grid quality to via bypass and reduce power consumption.

NOTE: During Eco mode, if a bypass-failure or abnormal-bypass-voltage notification appears when the output is not overloaded, the UPS will transfer to Normal Mode. However, if a notification showing bypass failure or abnormal bypass voltage appears when the output is overloaded, the UPS will shut down the bypass.

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1.7.5 Maintenance Bypass Mode

NOTE: 5-kVA to 10-kVA models include an MCB to switch the load to bypass. On 16-kVA to 20-kVA models, a dry contact may be used to trigger maintenance bypass.

Used when the UPS requires maintenance or repair, Maintenance-bypass mode powers the connected equipment with utility power while electrically isolating the internal UPS components.

NOTICE

Risk of power interruption. Can damage the connected equipment.

If utility power fails or if its quality is out of range while the UPS is in Maintenance Bypass Mode, the UPS may shut down without notice and shut-off output power to the load.

NOTE: The UPS has no user-serviceable parts. If the UPS malfunctions and requires service, visit http://www.VertivCo.com/en-us/support/ or contact your local Vertiv representative.

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Figure 1.16 Maintenance-bypass Operation

ITEM DESCRIPTION

1 Mains/Utility input (by-pass input)

2 Rectifier/PFC

3 Inverter

4 Battery charger

5 Battery

6 Bypass static switch

7 UPS output

8 Maintenance by-pass

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2 INSTALLATION

Do not start the UPS until after the installation is finished, the system is commissioned by an authorized engineer, and the external-input circuit breakers are closed.

WARNING! Risk of electrical shock. Can cause equipment damage, injury and death. Before beginning installation, verify that all external overcurrent protection devices are open (Off), and that they are locked-out and tagged appropriately to prevent activation during the installation, verify with a voltmeter that power is Off and wear appropriate, OSHA-approved personal protective equipment (PPE) per NFPA 70E. Failure to comply can cause serious injury or death. Before proceeding with installation, read all instructions. Follow all local codes.

2.1 Unpacking and Inspection

Unpack the UPS and conduct the following checks:

• Inspect the UPS for shipping damage. If any shipping damage is found, report it to the carrier and your local Vertiv representative immediately.

• Check the accessories included against the packing list. If there is any discrepancy, contact your local Vertiv representative immediately.

CAUTION: The UPS is heavy (see Specifications on page61, for the weight). Take proper precautions when lifting or moving the unit.

2.2 Pre-installation Preparation

• Install the UPS indoors in a controlled environment, where it cannot be accidentally turned Off. The installation environment should meet the specifications listed in Specifications on page61.

• Place the UPS in an area of unrestricted air-flow around the unit, away from water, flammable liquids, gases, corrosives, and conductive contaminants. Avoid direct sunlight

NOTE: Operating the UPS in temperatures above 77°F (25°C) reduces battery life.

2.2.1 Installation Clearances

Maintain at least 4in.(100mm) clearance in the front and rear of the UPS. Do not obstruct the air inlets on the front panel and rear panel of the UPS. Blocking the air inlets reduces ventilation and heat dissipation, shortening the service life of the unit.

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2.3 Installing the UPS

The UPS may be installed as a tower or in a rack, depending on available space and use considerations. Determine the type of installation and follow the appropriate instructions. See Tower Installation below or

Rack Installation below.

NOTE: For 16-kVA and 20-kVA models, the unit orientation is the same. See 1.2 on page4, for the installed position.

NOTE: When installing the UPS or making input and output connections, comply with all relevant safety codes and standards

2.3.1 Tower Installation

To install the UPS as a tower:

1. Take the support bases out of the accessories box.

Figure 2.1 Support bases

NO. DESCRIPTION

1 Support bases

2 Spacers with connectors

2. If optional, Liebert® external battery cabinets will be connected, take out the spacers shipped with the battery cabinet.

3. Connect the spacers and the support bases as shown in Figure 2.1 above. Each GXT5 requires 2support bases, one in the front and one in the rear.

4. Place the GXT5 and any battery cabinets on the 2support bases.

2.3.2 Rack Installation

When installed in a rack enclosure, the GXT5 UPS and external battery cabinets (EBC) must be supported by a shelf or rack-mount rails. Because different rack-mount options install differently, refer to the installation instructions provided with the rack-mount kit.

CAUTION: The GXT5 is heavy. The UPS must be installed as near the bottom of a rack as possible. If placed too high, it can make the rack top-heavy and prone to tipping over. For unit weights, see Specifications on page61.

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2.4 Installing External Battery Cabinets

Optional, external battery cabinets (EBC) may be connected to the UPS to provide additional battery run time. For approximate battery run times with additional EBCs, see Battery Run Times on page69.

External battery cabinets are placed on one side of the UPS in a tower configuration or stacked beneath the UPS in a rack configuration. Up to 6 EBCs may be connected to the UPS.

WARNING! Risk of electric shock. Can cause injury or death. Disconnect all local and remote electric power supplies before working with the UPS. Ensure that the unit is shut down and power has been disconnected before beginning any maintenance.

CAUTION: The external battery cabinet(s) are heavy (see Specifications on page61. Take proper precautions when lifting them.

To install the EBC(s):

1. Inspect the EBC for freight damage. Report damage to the carrier and your local dealer or Vertiv representative.

2. For tower installation:

• An additional set of support-base extensions ships with each EBC.

• See the steps in Tower Installation on the previous page, to connect the support extenders and install the bases.

– or –

For rack installation:

• Rack-mount hardware ships with the EBC.

• Refer to the instructions included with the rack-mount kit to install.

NOTE: Optional slide rails and securing hardware and are sold separately. Please contact your Vertiv representative for options and Vertiv Technical Support for assistance.

3. Verify the that the EBC breaker is in the "Off" position.

4. Connect the supplied EBC cables to the rear of the cabinet, then to the rear of the UPS, see Figure 2.2 on the next page.

5. Turn the EBC breaker to the "On" position.

6. Verify the circuit breaker on the EBC is in the "On" position. The additional back-up run time is enabled.

NOTE: When removing an EBC, turn off the circuit breaker on the rear of the cabinet before disconnecting the cable.

NOTE: If shipping or storing the UPS for an extended time, disconnect the EBC(s) minimize stand-by current drain on the batteries and help maintain design life.

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Figure 2.2 EBCs connected to the UPS

ITEM DESCRIPTION

1 EBC-detection dry-contact port (See Table 2.4 on page33, for details.)

2 EBC connector

3 EBC-detection port

4 External battery cabinet

5 Externalbattery cabinet

2.5 Installing a Power-distribution Box

The 5-kVA to 10-kVA models ship with a removable power-distribution box (POD) installed, see Terminal-

block Connections on page27, to make the electrical connections to the UPS. For removal, see the

appropriate procedures in Maintenance on page53.

For 16-kVA to 20-kVA models, the POD ships separately and must be attached to the rear of the UPS. See

Removable Power-distribution Boxes on page10, for the POD options compatible with your GXT5 model.

NOTE: Do not operate the UPS with the POD removed. To shut off all power to the POD and to the load, utility input power must be disconnected.

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To attach the POD on 16-kVA to 20-kVA units:

1. On the rear of the unit, unscrew the two fixing screws from the POD-location cover, see Figure

2.3 below, and remove the cover.

2. Insert the POD receptacles into the ports, and connect the PP75 terminal.

3. Align the POD with the installation hole, then insert and secure the POD.

Figure 2.3 POD-location cover on 16-kVA to 20-kVA models

ITEM DESCRIPTION

1 Fixing screws

2.6 Hardwired Input/Output Connections

Table 2.1 on the next page, lists the four types of I/O connection are available depending on the UPS model. Some models offer more than one type.

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Table 2.1 I/O Connection Types by Model

MODEL LINES IN/OUT C ONFIGURATION

5-kVA, 6-kVA 1-in 1-out Common source

8-kVA, 10-kVA 1-in 1-out Common Source or Split bypass

16-kVA, 20-kVA 1-in 1-out or 3-in 1-out Common Source or Split bypass

2.6.1 Branch Circuit Breaker

The installer must provide an upstream branch circuit breaker, see Table 2.2 below, for the ratings. The input circuit breaker on the distribution box and the output circuit breaker on the rear of the power distribution box disconnect all power between the main cabinet and the distribution box. Figure 2.4 on the facing page, shows a diagram of the circuit breakers.

Observe the following guidelines and specifications when making the hard-wire input and output connections:

• Provide circuit-breaker protection according to local codes. The mains disconnect should be within sight of the UPS or have an appropriate lock-out.

• Maintain service space around the UPS or use flexible conduit.

• Provide output-distributions panels, circuit-breaker protection, or emergency disconnects according to local codes.

• Do not install input and output wiring in the same conduit.

Models equipped with a manual bypass breaker pass bypass power directly to the bypass breaker from the input terminal block. The input circuit breaker on the distribution box does not disconnect power from the manual bypass breaker.

Table 2.2 Branch circuitbreakerratings

UNIT RATING MAXIMUM BREAKER RATING

5 kVA

6 kVA

8 kVA

10 kVA

16 kVA

20 kVA

60A

70A

1-phase: 160A 3-phase: 50A

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Figure 2.4 Circuit-breakers diagram

ITEM DESC RIPTION

1 Mains/Utility

2 Externalbranch CB

3 Input

4 MB CB

5 Output

6 Input CB

7 Output CB

8 UPS-PFC, battery inverter

2.6.2 Terminal-block Connections

On 5-kVA to 10-kVA models, the hard-wire connections to the terminal blocks are made through knockouts on the POD attached to the rear of the unit. On 16-kVA to 20-kVA models, the knockouts are on the rear of the unit. See Removable Power-distribution Boxes on page10, for the location of the input/output knockouts on your GXT5 model.

Table 2.3 on the next page, details the electrical-connection specifications.

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Table 2.3 Terminal-block electrical specifications

UPS MODEL

GXT5-5000IRT5UXLN

GXT5-5000IRT5UXLE

GXT5-5000HVRT5UXLN

GXT5-6000IRT5UXLN

GXT5-6000IRT5UXLE

GXT5-8000IRT5UXLN

GXT5-8000IRT5UXLE

GXT5-8000HVRTUXLN

GXT5-10KIRT5UXLN

GXT5-10KIRT5UXLE

GXT5-10KHVRT5UXLN

GXT5-16KIRT9UXLN

GXT5-16KIRT9UXLE

GXT5-20KIRT9UXLN

RECOMMENDED

(MAXIMUM)

EXTERNAL

OVERC URRENT

PROTECTION

60A

70A

1-phase: 160A

3-phase: 50A

RECOMMENDED

WIRE SIZE

(INCLUDI NG GROUND

WIRE)

(75°C COPPER WIRE)

10mm2(7 AWG) 16mm2(6AWG) 20in.-lb (2.26Nm)

35mm2(1AWG) 53.5mm2(1/0AWG) 110in.-lb(12.4Nm)

MAXIMUM

WIRE SIZE

ACC EPTED

BY TERMINAL

BLOCK

TERMINAL

TIGHTENING

TORQUE

GXT5-20KIRT9UXLE

To make the terminal-block connections:

1. Loosen the screws from the cable-entry/conduit-box cover, and pull the cables through the cable-entry hole/knockout leaving some slack for connection.

NOTE: Some UPS models have both a cable-entry hole and knockouts. For EU users, we recommend that you use the cable-entry hole. However, if you use the knockouts, you must use a suitable cable and gland or risk electric shock. For North American users, we recommend using the knockouts, and you must install input and output wiring in separate conduit.

2. Referring to the appropriate terminal-block connection instructions, connect the cables to the corresponding input/output terminals and use a torque wrench to turn the screw clockwise until tightened as specified in Table 2.3 above.

• Connecting to Terminal Blocks on 5-kVA and 6-kVA models on the facing page

• Connecting to Terminal Blocks on 8-kVA and 10-kVA models on the facing page

• Connecting to Terminal Blocks on 16-kVA and 20-kVA models on page30

3. Re-install the cable-entry/conduit-box cover, and tighten the screws.

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2.6.3 Connecting to Terminal Blocks on 5-kVA and 6-kVA models

These models offer a single type of I/O connection, 1-in 1-out common source. Figure 2.5 below, shows the terminal block. Refer to the details in Terminal-block Connections on page27, when making the connections.

Figure 2.5 Terminal Block, 5-kVA and 6-kVA models

ITEM DESCRIPTION

1 Output

2 Input

2.6.4 Connecting to Terminal Blocks on 8-kVA and 10-kVA models

These models offers two types of I/O connection. A single shorting cable ships installed on the on the terminal block. Refer to the details in Terminal-block Connections on page27, when making the connections. Figure 2.6 below, shows the shorting cable installed for a split-bypass connection

Figure 2.6 1-in 1-out Split-bypass Connection, 8-kVA and 10-kVA models

ITEM DESCRIPTION

1 Output

2 Bypass

3 Input

4 Shorting cable (installed at factory)

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2.6.5 Connecting to Terminal Blocks on 16-kVA and 20-kVA models

These models offers four types of I/O connection. One shorting cable (W01) ships installed on the terminal block. Two additional shorting cables are included with the accessories to wire the different types. Refer to the details in Terminal-block Connections on page27, when making the connections.

• Figure 2.7 below, shows the 3-in 1-out common-source connection

• Figure 2.7 below, shows the 1-in 1-out split-bypass connection.

• Figure 2.7 below, shows the 1-in 1-out common-source connection

Figure 2.7 3-in 1-out Common-source Connection, 16-kVA and 20-kVA models

ITEM DESC RIPTION

1 Output

2 Bypass

3 Input

4 Shorting cable (W01), installed at factory

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Figure 2.8 1-in 1-out Split-bypass Connection, 16-kVA and 20-kVA models

ITEM DESCRIPTION

1 Output

2 Bypass

3 Input

4 Shorting cable (W02), included with accessories.

Figure 2.9 1-in 1-out Common-source Connection, 16-kVA and 20-kVA models

ITEM DESC RIPTION

1 Output

2 Bypass

3 Input

4 Shorting cable (W03), included with accessories

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2.7 Communication Connections

The UPS offers several communication interfaces and ports.

NOTE: We recommend that signal-cable lengths be less than 10ft(3m), and are kept away from power cabling.

2.7.1 Connecting IntelliSlot Communication

The IntelliSlot ports accepts two optional cards:

The Liebert® IntelliSlot™ Relay card (IS-RELAY) card provides dry-contact relay output for custom-wired applications and delivers support for Trellis® Power Insight™ software.

The Liebert® IntelliSlot™ Unity card (RDU101) provides SNMP and/or RS-485 monitoring of the UPS across the network and/or building management system and lets you monitor external temperature, humidity and contact-closure inputs using external sensors.

See the appropriate figure for your model in Rear Panels on page4, for the location of the card port.

To install an IntelliSlot Card:

1. Remove the screws from the slot cover plate and remove the plate.

2. Insert the card into the slot, and secure with the screws that held the cover plate.

To make connections to the card, refer to the Liebert® IntelliSlot™ Installer/User Guide for the appropriate card available at www.VertivCo.com.

2.7.2 Connecting to the Dry-contact Port

The UPS includes a dry-contact port. See the appropriate figure for your model in Rear Panels on page4, for the location of the port. Figure 2.10 below, shows the ports and Table 2.4 on the facing page, describes each port.

The I/O dry contact port capacity is 125Vdc, 0.5A; 30Vdc, 1A

Figure 2.10 Dry-contact Port and Pin Layout

NOTE: Pins 7 and 8 are shorted before delivery.

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NOTE: The emergency power-off (EPO) action of the UPS closes the rectifier, inverter and static bypass, but it cannot disconnect the UPS mains input inside. To completely disconnect the UPS, disconnect the upstream input circuit breaker when generating the EPO. For details on REPOconnection and operation, see Connecting a Remote Emergency Power-off (REPO) Switch below.

Table 2.4 Dry-contact Connection and Pin-out Descriptions

PORT

REPO

PORT

NO.

NAME

1 Input 1

2 Input 2

555

Battery Detection

REPO Input

5 Output 5

PIN NAME DESCRIPTION

NO.

Disable/Battery mode shutdown/Any mode

shutdown (Remote Comms Shutdown)

2 Signal Ground Signal Ground

Disable/Battery mode shutdown/Any mode

shutdown (Remote Comms Shutdown)

4 Signal Ground Signal Ground

5 EBC Detection (DSCHG)

6 EBC Detection (THR)

7 +5V REPO power supply, 5-Vdc 100-mA

8 REPO Coil -NC

Low Battery/Onbattery/

Onbypass/UPSfault

10 SignalGround Signal Ground

Default: Disable, can be set viathe LCD settings page. User can choose dry contact as NO/NC. when NO, Pin 1and Pin 2 are shorted, the function isactive. when NC, Pin 1 and Pin 2 are open, the function is active.

Default: No EBC User can know the quantity of EBC, when NO, Pin 5 and Pin 6link to the defective port of EBC .

NC, activated when Pin 7 and Pin 8 is open

NOTE: For details on REPOconnection and operation, see

Connecting a Remote Emergency Power-off (REPO) Switch below.

Default: Low battery, can be set viathe LCD settings page. When the system has a fault, short Pin 9 and Pin 10

2 Installation

6 Output 6

Low Battery/Onbattery/

Onbypass/UPSfault

12 Signal Ground Signal Ground

Default: UPS fault, can be set via the LCD settings page. When the system has a fault, short Pin 11 andPin 12

2.7.3 Connecting a Remote Emergency Power-off (REPO) Switch

The UPS includes an EPO connection in the dry-contact port. See the appropriate figure for your model in

Rear Panels on page4, for the location of the port.

UPS ships with a REPO jumper installed, allowing the UPS to operate as a normally-closed switch system (fail-safe). Opening the circuit disables the UPS. To connect a REPOswitch that opens the circuit to shut down the rectifier and inverter and power-off the UPS, use a cable from the remote switch to plug into the REPO-port on the UPS.

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In normal conditions, the REPO switch cannot cut off the UPS input power. When the REPO switch trips, the UPS generates an alarm and immediately cuts-off output power. When the emergency condition is resolved, the UPS will not return to normal operation until you reset the REPO switch and manually poweron the UPS.

To make the cable for the REPO connection:

Figure 2.11 below, shows the cable required to make the connection. We recommend using 18AWG to

33AWG (0.82mm2to 0.33mm2) copper-core cable.

1. Remove the insulation from the end of two cables.

2. Insert the stripped end into the plug terminals 1 and 2 respectively, then press down the terminals. Make sure that the cables are secure in the plug to prevent failure because of loose contact.

To connect a UPS to the REPO switch

CAUTION: To maintain safety (SELV) barriers and electromagnetic compatibility, signal cables should be shielded and run separately from power cables.

1. Connect one end of the cable to the remote switch, see Figure 2.11 below.

2. Remove the factory-installed jumper from pins 7 and 8 of the dry-contact port on the UPS

3. Connect the plug to pins 7 and 8.

Figure 2.11 Cable/Plug for Connecting REPOswitch to UPS REPO port

ITEM DESC RIPTION

1 Terminal 1

2 Terminal 2

3 Plug (connects to REPO port on UPS)

4 REPO switch

2.7.4 Connecting a USB Cable

The UPS includes a USB connector. See the appropriate figure for your model in Rear Panels on page4, for the location of the port.

The standard, B-type USB port connects the UPS to a network server or other computer system.

The USB port supports HID/CDC protocol. The CDC protocol is reserved for service software. To use the HID protocol for monitoring, get the HIDprotocol from www.VertivCo.com.

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2.7.5 Connecting CLI Communication Cables

The UPS supports the Vertiv command-line interface for operation with ACS and other third-party monitoring protocols. The RJ-45 port is used for CLI connection. See the appropriate figure for your model in Rear Panels on page4, for the location of the port. The pin-out, described in Table 2.5 below, is consistent with the ACS pin-out.

Table 2.5 RJ-45 Port Pin-out

PIN SIGNAL DIREC TION

1 NC —

2 NC —

3 TXD O

4 GND —

5 NC —

6 RXD |

7 NC —

8 NC —

2.7.6 Connecting Sensors to the Control Port

The UPS supports the Vertiv temperature and temperature/humidity sensors. The RJ-45 port is used for sensor connection. See the appropriate figure for your model in Rear Panels on page4, for the location of the port.

When connected, the sensor address must be 1to20.

The GXT5 supports two sensors:

• Liebert® IRM-S01T

• Liebert® IRM-S02TH

2.8 Installing a Parallel System

10-kVA, 16-kVA, and 20-kVA models may be configured in a parallel system. The UPS parallel system provides N+X(1≤N+X≤3,X=0or1) parallel configuration. Nstands for the basic parallel sets, Xstands for the redundant sets.

All electrical requirements, including external-distribution panel and branch circuit breaker, apply to each UPS in a parallel system, which are then connected in ring configuration for redundancy and additional reliability. System load information can be accessed via any controller/display in the system.

The following are requirements for the parallel-connected system:

• Each UPS must have the same capacity and must be connected to the same mains/utility source.

• If a residual-current detector (RCD) is required, if must be correctly-set and installed before the same neutral-line input terminal. See safety and regulatory information, available at

https://www.vertivco.com/ComplianceRegulatoryInfo.

• The output of each ups must be connected to the same output bus.

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• The parameter configuration for each UPS must be identical.

• Because the parallel system is not fitted with auxiliary-contact detection devices for the output circuit breaker or the maintenance-bypass circuit breaker of each UPS, You must strictly-follow the procedures for transferring between operating modes when removing a single UPS from the parallel system before maintenance and when adding a single UPS after maintenance. Failure to observe the procedure may affect the reliability of the load power supply.

Figure 2.12 below, shows an example of the 10-kVA model connected as a 2+1parallel system connected in a ring configuration.

NOTE: 8-kVA models do not support parallelling at this time.

NOTE: You must use Vertiv parallel cables for the connection.

NOTE: If a fault occurs during parallel-system operation, shut-off the system and make sure the cables are connected correctly, see Figure 2.12 below.

CAUTION: Risk of improper disconnection. Can equipment damange. Do not disconnect parallel-system cables while the system is operating.

Figure 2.12 Connection of 2+1 Parallel System

ITEM DESCRIPTION

1 Upper connector

2 Lower connector

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2.8.1 First-time Start-up of Parallel System

IMPORTANT! Do not start the UPS until after the installation is finished, the system is commissioned by an authorized engineer, and the external input circuit breakers are closed.

CAUTION: Starting the UPS applies mains/utility power to the output terminals. Make sure that the load power is safe and ready to accept power. If the load is not ready, isolate the load with the output terminal.

The "Parallel" parameters for each UPS in the system must be set and synchronized at first start-up.

To start and set parameters for the parallel system:

1. Make sure that the output MCBs of all units in the parallel system are open, then close the input MCB on each UPS. Each UPS powers on, a self-check screen displays, and the alarm/run indicators are lit for about 5seconds.

2. Wait about 30seconds to allow the rectifier start-up to finish, then at each UPS, set the parallel parameters as follows:

NOTE: If the "Parallel Comm Fail" Alarm displays, clear it and proceed. Communication should not fail after the parallel settings are synchronized.

a. On the display, press Enter to display the Main Menu, then use the arrow buttons to

select Settings, and press Enter.

NOTE: To adjust the settings, you must enter a password. See Editing Display and Operation Settings on page51, for details on entering the password and editing the setting parameters.

b. Use the arrow buttons to select the Parallel tab, then press Enter to display the

parameters list.

c. Select and Enter each parameter setting, and then use last item in the list, Sync parallel

parameters, to validate the settings. For a full description of UPS display functions and settings, see Operation and Display

Panel on page41.

3. After confirming the parallel parameters and each UPS is operating normally, commission the parallel system, see Commissioning Parallel System below.

2.8.2 Commissioning Parallel System

CAUTION: When powering-on the parallel system, confirm that the external output MCB for each UPS is closed and that all of the inverter output is connected in parallel.

CAUTION: To avoid load power failure, confirm that the system is working normally, then feed power to the load.

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To commission the parallel system:

1. Close the external output MCB and input MCB on each UPS, then wait about 30seconds to allow the rectifier start-up to finish.

2. At the first UPS, press the power button for 2seconds and note that the run indicator (green) is lit, then measure the inverter-output voltage and verify that it is normal.

3. Repeat step2 for each UPSin the parallel system.

2.8.3 Adding a Single UPS to the Parallel System

CAUTION: When adding or replacing a UPS in the parallel system, make sure that all parallelcabling is correct before powering on the additional/replacement unit.

NOTE: You may also use this procedure when replacing a faulty UPS in the system. The difference is noted in the procedure steps.

1. Connect the power cables and parallel-communication cables, and make sure that they are properly connected, without short-circuit.

2. Refer to Commissioning Parallel System on the previous page, to verify operation of the added unit then completely power-off the added UPS.

3. At any other UPS in the system, update the parallel parameters as follows:

a. On the display, press Enter to display the Main Menu, then use the arrow buttons to

select Settings, and press Enter.

b. Use the arrow buttons to select the Parallel tab, then press Enter to display the

parameters list.

c. Set the system count from N toN+1, and then use last item in the list, Sync parallel

parameters.

NOTE: If your are replacing a unit, do not update the system count, just sync the parallel parameters.

4. On the added UPS, close the external I/O switches, wait about 30seconds to allow the rectifier start-up to finish, then power-on the inverter.

5. Make sure that there are no alarms and that the UPS and the parallel system are operating normally.

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3 OPERATING THE UPS

3.1 Silencingthe Audible Alarm

The audible alarm may sound during UPS operation. To silence the alarm, press and hold the ESC button for 2seconds. The button is located on the front-panel display, see Operation and Display Panel on page41.

3.2 Starting-up the UPS

IMPORTANT! Do not start the UPS until after the installation is finished, the system is commissioned by an authorized engineer, and the external input circuit breakers are closed.

The UPS starts in Normal Mode.

To start the UPS:

1. If included on your UPS model, make sure the maintenance-bypass switch is in the open “OFF” position and that the guard is secured in place.

2. Ensure that the REPO connector on the rear of the unit has a jumper between pins 7-8 or that it is properly wired to an Emergency Power- Off circuit (normally closed).

3. Make sure the breaker supplying power to the UPS is closed, and close the input breaker on the rear of the UPS.

4. If included on your UPS model, close the bypass breaker on the rear of the UPS

5. Close all output breakers on the rear of the UPS (or in an external panel board, if used).

6. If external battery cabinets are attached, close the breakers on the rear of each cabinet.

7. Power-on the UPS by pressing and holding the power button on the operation and display panel until the confirmation dialog appears. Use the Up/ Down arrows to select YES, then press

Enter.

8. If this is the first-time start-up of the UPS, the Start-up Guidance wizard opens to set the basic parameters of the UPS. Follow the prompts. For a full description of UPS display functions and settings, see Operation and Display Panel on page41.

3.3 Transferring to Battery Mode

The UPS operates in Normal mode unless the mains/utility power fails or it is performing a battery self test, then it automatically transfers to Battery mode for the back-up time available or the mains/utility power is restored. Once input power is restored, the UPS returns to Normal mode.

NOTE: Battery back-up run times are listed in Battery Run Times on page69.

3 Operating the UPS

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3.4 Transferring from Normal to Bypass Mode

Press and hold the power button for 2 seconds.

• If the bypass power is within normal operating range, the option to continue to Bypass mode or turn-off the UPS displays:

a. Use the arrow buttons to select To the Bypass or Turn off UPS, and press Enter.

a. Use the arrow buttons to select No or Yes, then press Enter to confirm.

• If the bypass power is outside normal operating range, the option turn-off the UPS displays. Use the up/down arrows to select No or Yes, then press Enter to confirm.

3.5 Transferring from Bypass to Normal Mode

Press and hold the power button for 2 seconds.

• If the UPS is operating normally, without faults, the option to continue to turn-on or turn-off the UPS displays:

a. Use the arrow buttons to select Turn on UPS or Turn off UPS, and press Enter.

a. Use the arrow buttons to select No or Yes, then press Enter to confirm.

NOTE: The UPS automatically switches back to normal mode after an "overheated" or "overloaded" fault is cleared and normal power is restored.

3.6 Shutting-down the UPS Completely

For 5-kVA to 10-kVA models, transfer to Bypass mode, see Transferring from Normal to Bypass Mode above. Then, if power to the load is not needed, open the MCB.

For systems with direct power distribution, isolate the UPS from AC power by disconnecting the externalinput MCB. If the main and bypass are independently powered, close the two input MCBs.

3.7 Remote Emergency Power-off (REPO)

REPO turns off the UPS in emergency conditions such as fire or flood. When an emergency occurs, the REPO switch turns off the rectifier and inverter and stops powering the load immediately. The battery stops charging and discharging.

To manually power-off in an emergency, disconnect the terminal connecting the REPO port on the rear of the UPS.

If mains/utility power is present, the UPS control circuit remains active even though output power is disabled. To remove all mains/utility power, disconnect the external main-input MCB.

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4 OPERATION AND DISPLAY PANEL

The operation/display panel includes LED indicators, function keys, and an LCDinterface to configure and control UPS operation.

Figure 4.1 UPS Front-panel Display

ITEM DESCRIPTION

1 Run indicator LED, see LED Indicators on the next page.

2 Alarm indicator LED, see LED Indicators on the next page.

3 Power button, see Table 4.1 on the next page.

4 Menu keys, see Table 4.1 on the next page.

5 LCD panel.

4 Operation and Display Panel

Table 4.1 Display-panel Button Functions and Descriptions

BUTTON FUNC TION DESCRIPTION

Enter Confirm or enter selection.

Up Move to previous page, increase value, move left.

Down Move to next page, decrease value, move right.

Page 46

Table 4.1 Display-panel Button Functions and Descriptions (continued)

BUTTON FUNC TION DESCRIPTION

Escape Go back.

Power Power-on the UPS, power-off the UPS, transfer to Bypass Mode.

NOTE: While the UPS is operating, the LCD will dim and display a screen saver if there is no active alarm or user interaction for two minutes, see Figure 4.2 below. If an alarm or fault occurs or if any button is pressed, the UPS-flow screen displays.

Figure 4.2 LCD Screen Saver

4.1 LED Indicators

The LEDs on the front-panel display indicate operation and alarm statuses of the UPS.

Table 4.2 LED Functions

INDI CATOR LED COLOR L ED STATE I NDI CATES:

On UPS hasoutput

Run indicator Green

Yellow On Alarm occurs

Alarm indicator

Red On Fault occurs

N/A Off No alarm, no fault

Blinking Inverter is starting

Off UPS has no output

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NOTE: When an alarm is indicated, an alarm message is logged. Table 4.4 on page50, describes the alarm messages you may see. When a fault is indicated, front-panel display list the fault, which are described in Table 6.2 on page60.

4.2 LCD Menu and Screens

The menu-driven LCD user interface lets you browse the UPS status, view operating parameters, customize settings, control operation, and view alarm/event history. Use the function keys to navigate through the menu, and view statuses or select settings in the screens.

4.2.1 Start-up and Flow Screens

At start-up, the UPS executes a system test and displays the Vertiv logo screen for about 10 seconds, shown in Figure 4.1 on page41. After the test completes, an overview screen shows status information, the active (green) power path, and the non-working power path (gray), see 4.2.1 above.

Figure 4.3 UPS Flow Screen

4.2.2 Main Menu

To access the main menu, press Enter while at the flow screen. Table 4.3 on the next page, describes the menu options, and Figure 4.4 on the next page, describes the display.

Use the arrow buttons to select the sub-menu options, and press Enter to open the sub menu. Press ESC to return to the flow.

Table 4.3 Menu Options

SUB MENU DESCRIPTION

Status Voltage, current, frequency, and parameters for UPS components, see Status Screen on the next page.

Settings Display and system parameter settings, see Settings Submenu on page45.

Control UPS controls, see Control Screen on page45.

4 Operation and Display Panel

Page 48

Table 4.3 Menu Options (continued)

SUB MENU DESCRIPTION

Log Current alarms and event history, see Log Screen on page46.

About Product and network information, see About Screen on page50.

Maintain Service-only, proprietary-password-protected page for use only by Vertiv service representatives.

Figure 4.4 Main Menu

ITEM DESC RIPTION

1 ECO-mode indicator

2 Ambient temperature and humidity. Onlydisplays when sensors are connected.

3 Date and time

Status Screen

The status screen displays voltages, currents, frequencies, and parameters on individual tabs for input, bypass, battery, output, and load status.

To view the UPS status information:

1. At the main menu, select the Status icon, and press Enter.

2. Use the arrow buttons to move the cursor left/right and select a tab, then press Enter to display the status information for the selected tab.

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Figure 4.5 Status-screen tabs

ITEM DESCRIPTION

1 Screen tabs with Input tabselected.

Settings Submenu

The settings screen consists of tabs that list UPS settings for configuration and adjusting parameters with tabs for:

• Output

• Battery

• Parallel

• Monitoring

NOTE: To adjust the settings, you must enter a password. See Editing Display and Operation Settings on page51, for details on entering the password and editing the setting parameters.

NOTE: Do not change parameter settings or reset to factory defaults when powering-off the UPS.

To modify UPSsettings:

1. At the main menu, select the Settings icon, and press Enter.

2. Use the arrow buttons to move the cursor left/right and select a tab, then press Enter to display the parameter list for the selected tab.

Control Screen

The Control screen offers UPS-control options. Figure 4.6 on the next page, shows an example.

To adjust the UPS controls:

1. At the main menu, select the Control icon, and press Enter.

2. Use the arrow buttons to move the cursor to the option, then press Enter to selected the

4 Operation and Display Panel

control.

Page 50

Figure 4.6 Control Screen

Log Screen

The Log Screen offers tabs that list the current alarms and the alarm/event history. Table 4.4 on page50, describes the alarm messages you may see in the logs.

To view the logs:

1. At the main menu, select the Log icon, and press Enter.

2. Use the arrow buttons to move the cursor left/right and select a tab, then press Enter to display the log for the selected tab.

Figure 4.7 Current and History Log Tabs

Table 4.4 Alarm-message descriptions

MESSAGE DES CRIPTION

Communication fail

Rectifier fault The rectifier isfaultyand off

Internal communication is abnormal, please check the communication cables are connected correctly or not

DC/DC fault

The discharger is faulty, because the bus voltage exceeds the setting range when discharger starts or soft starts

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Table 4.4 Alarm-message descriptions (continued)

MESSAGE DES CRIPTION

DC bus abnormal

The inverter is off when DC bus voltage isfaulty. The load willtransfer to bypass if the bypass is available

Charger fault The charger output voltage is abnormal, and the charger isoff

Aux. power fault The auxiliary power output voltage exceeds the normal range

Inverter fault

The inverter is off when the inverter output voltage and current exceed the setting range. If bypass is available, the UPS willtransfer to bypass mode, otherw ise the system willpower off

Output short Check that the output cables are not shorted

Bypass backfeed Battery mode. The bypassrelayis shorted or the SCR is damaged

Output off, voltage isnot zero

When there is no output, the system detects that the output has avoltage

Inverter relay welded The inverter relayis shorted

Parallel No. abnormal

Parallel comm fault

Parallel cable connection abnormal

The parallelonline number is different from the setting number. Please check that the parallelnumber at ' Settings' page is the same as the actualonline number, andthat the parallelcables are normal

The localUPS and its online frequency configuration is different or the parallel address is conflicted. Please check that the parallel system parameter setting is the same as the localparameter setting

Detect the parallel cables are loosened

Input neutral lost The AC input mainsN line is not detected. Please chec k that the input N line isopened or loosened

The rectifier and c harger are off due to the mains voltage and frequency exceeding normalrange.

Input abnormal

Check that the rectifier input phase voltage andfrequency exceed the normal range or that the mains has power-off

Rectifier overload

Battery reversed

The output power is larger than the rectifier overload point. Check that the input voltage meets the output load, mains input 176V ~ 100 V, the load 100% ~ 50% linear derating

The battery positive and negative are reversed. Please reconnect the battery and check the battery cables connection

This alarm oc curs when the battery reaches the EOD. After the pre-warning, the battery capacity

Battery low pre-warning

allows two minutes discharge at fullload. The user can set the time ranging from 2 min～ 30 min, (2 min by default). Please shut down the loadtimely

Battery voltage abnormal

When battery is connected, the system checks that the battery voltage exceeds the normal setting range. Check that the battery terminalvoltage exceeds the normalrange

No battery Chec k the battery and battery cables connection

Battery test fail

Battery overtemp

The battery low voltage is detected when the battery has manualor periodical self-test. Battery replacement is recommended

Battery ambient temperature too high. Check that the battery ambient temperature is higher than setting value 40 ~ 60℃ (default: 50℃ )

Fan fault At least one fanis faulty. Check that the fan is blocked or the cables connection is loosened

4 Operation and Display Panel

Page 52

Table 4.4 Alarm-message descriptions (continued)

MESSAGE DES CRIPTION

Internal heat sink temperature too high, and the inverter is off. Only each module heat sink temperature decreased to the setting value c an you silence the alarm. The system can automatically start after overtemperature fault is solved.

System overtemp

Inverter overload

Bypass overc urrent The bypass current exceeds the rated value.

Bypass abnormal

If overtemperature, please check:

1. Ambient temperature too high or not

2. Dust is blocked or not

3. Fan fault or not

Inverter loadcapacity is larger than the rated value, overloaddelaytime is up, inverter shuts down. If bypass is available, the system willtransfer to the bypass mode, otherwise the output isfailure. Check that the actualinverter load capacity, ifoverloaded, just reduce the load capacity, andthe system will transfer to the inverter mode after five seconds with alarm cleared

Maybe caused bybypass voltage and frequency outside of range, bypass power-off andincorrect bypass cables connection.

1. Check that the bypass voltage andfrequency are within the setting range.

2. Check the bypass cables connection

Bypass abnormal in ECO mode

Output LPE short

The ECO mode is available, andthe bypassvoltage and frequency are outside of the setting range. Check that the bypass input voltage andfrequency are within the setting range

The output andenclosure are shorted. Check whether the output cables connection and the enclosure are shorted or not

Output pending Remote shutdown is enabled, and the system will be off

Output disabled

The system isin standby state, andthe dry contact shutdown isenabled. Check whether the shutdown dry contact is enabled or not

On maintenance bypass The dry contact in maintenance bypass state is activated

Battery mode The UPS is on battery, andthe inverter starts

Bypass mode The UPS is on bypass

System overload

Loss ofredundancy

The parallelsystem loadcapacity is larger than the max. load capacity output byparallelsets. Confirm the parallel system load capacity, ifoverloaded, just reduce it

After the parallel redundancy is enabled, the system loadcapacity is larger than the rated load of (online set minus one)

Loadsharing abnormal Loadsharing is abnormal in parallelsystem

System parallel settings sync Check that parallelsetting parameters of each unit are the same

Local parallel settings async Check that the Settings page is the same between this local unit andother units

REPO Shutdown caused bythe REPO terminalNormallyClosed contact open

System battery low prewarning

In parallelsystem, allthe devices powered by the battery inverter have battery low voltage prewarning

Battery test started The battery periodic self-test and manual self-test started

Battery test stopped The battery periodic self-test or manualself-test finished

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Table 4.4 Alarm-message descriptions (continued)

MESSAGE DES CRIPTION

EOD turn off The inverter is off due to EOD. Check the mains power-off state andrecover the mains in time

Guaranteed shutdown Under forced EOD mode, the battery discharging finished, then system shuts down

During the UPS operation, the system checks that the heat sink temperature exceeds the setting range.

If overtemperature, please check:

Shutdown due to overtemp

Remote shutdown Dry contact activated at anymode shutdown

Remote power-on Remotely power on

Remote shut-off Remotelypower off

1. Ambient temperature too high or not

2. Dust is blocked or not

3. Fan fault or not

Loadoff due to shutdown on battery

Output off due to bypass abnormal

Shutdown in battery mode

The bypass is abnormal, andthe bypass isin standby state from working state. Check that the bypass input is normal

Battery to utility transition The UPS is powered bythe mainsinstead ofthe battery

Manual power-on Set power-on via LCD panel

Manual shutdown Set shutdown viaLCD panel

Operating on inverter The UPS output state is on inverter

Restore factory defaults Under UPS stand-by state, set 'Restore Factory Defaults' function via the Maintain page

System parallel settings start sync

Manuallyset the 'Sync parallelparameters' command to activate the event

Local settings sync OK Local parameters are successfullysynchronized

System settings sync OK Allthe parameters are successfullysynchronized

Loadoff due to output short The inverter short circuit or the bypass short circuit. Please check it

Output off due to overload& bypass abnormal

The output is off due to output overload and bypass abnormal. Please check it

Input phase reversed the input live line and N line are connected incorrect

Turn on fail

UPS get the command of start. and the mains voltage not exist or greater than 188 V, confirm 2 circulation. the prompt willappear

Input backfeed

4 Operation and Display Panel

When the battery voltage islarger than 100 V, the absolute value of the difference between anyphase utility voltage and battery voltage is larger than 10 V. - in such ascenario, a time frame of 6 seconds is required for confirming and ensuring that the fault has indeed occurred

Page 54

Table 4.4 Alarm-message descriptions (continued)

MESSAGE DES CRIPTION

Insufficient capacity to start

UPS has no output Both Inverter andBypass provide no power supply.

Battery replacement timeout

The UPS is on bypass，UPS get the command of start, the system loadcapacity is larger than 105% rated . the prompt willappear

The alarm will appear when the time (Battery replaced time adds the noted time of battery replacement) later than the current system time. When the users set the noted time of battery replacement as disabled, the alarm will not appear.

About Screen

The About screen offers tabs that list information about the product and the network.

To view the product and network information:

1. At the main menu, select the Settings icon, and press Enter.

2. Use the arrow buttons to move the cursor left/right and select a tab, then press Enter to display the information for the selected tab.

Figure 4.8 About Screen Tabs

ITEM DESCRIPTION

1 Screen tabs with Efficiency tabselected.

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4.3 Editing Display and Operation Settings

You may adjust the display settings and UPS configuration via the LCD. The display and operation settings are password projected. The default password is 111111 (six ones).

NOTE: We recommend that you change the password to protect your system and equipment and record the new password and store it in an accessible location for later retrieval. See Changing the

Password below.

To enter the password:

1. Press the up-arrow button to change the digit, then press the down-arrow button to move to the next digit.

2. Repeat to select each digit, and press Enter to submit the password.

Figure 4.9 Password Prompt

4.3.1 Changing the Password

The default password is 111111 (six ones). You must use the current password to change the password.

NOTE: We recommend that you change the password from the default to protect your system and equipment. Record the new password and store it in an accessible location for later retrieval.

1. At the main menu, select the Settings icon, and press Enter.

2. At the password prompt, use the up-arrow to select the first digit, press the down-arrow to move to the next digit, repeat for each digit, then press Enter to access the settings.

3. Use the arrow buttons to select the Monitor tab, then press Enter.

4 Operation and Display Panel

Page 56

4. Use the down arrow to highlight Change Settings Password, press Enter, and re-enter the current password.

The Input new password dialog opens, see Figure 4.10 below.

5. Enter the new password, then confirm the new password. A confirmation dialog opens to indicate a successful password change.

6. Press ESC to return to the settings or main menu.

Figure 4.10 New and Confirm Password dialogs

4.3.2 Selecting the Display Language

The LCD is multilingual. The available languages are English, French, Portuguese, Spanish, Chinese, German, Japanese, and Russian.

To change the language:

1. At the main menu, select the Settings icon, and press Enter.

2. At the password prompt, use the up-arrow to select the first digit, press the down-arrow to move to the next digit, repeat for each digit, then press Enter to access the settings.

3. Use the arrow buttons to select the Monitor tab, then press Enter.

4. Use the down arrow to highlight Language, then press Enter.

5. Use the up/down arrows to select the language, then press Enter. All the LCD elements display in the selected language.

4.3.3 Setting the Date and Time

To adjust the date and time:

1. At the main menu, select the Settings icon, and press Enter.

2. At the password prompt, use the up-arrow to select the first digit, press the down-arrow to move to the next digit, repeat for each digit, then press Enter to access the settings.

3. Use the arrow buttons to select the Monitor tab, then press Enter.

4. Use the down arrow to highlight Date or Time, then press Enter.

5. Use the up/down arrows to select the date/time, then press Enter to confirm.

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5 MAINTENANCE

WARNING! Risk of electric shock. Can cause equipment damage, injury and death. A battery can present a risk of electrical shock and high short-circuit current.

Observe the following precautions when working on batteries:

• Remove watches, rings and other metal objects.

• Use tools with insulated handles.

• Wear rubber gloves and boots.

• Do not lay tools or metal parts on top of batteries.

• Disconnect charging source prior to connecting or disconnecting battery terminals.

• If the battery kit is damaged in any way or shows signs of leakage, contact your Vertiv representative immediately.

• Handle, transport, and recycle batteries in accordance with local regulations.

• Determine if the battery is inadvertently grounded. If it is inadvertently grounded, remove the source of the ground. Contact with any part of a grounded battery can result in electrical shock. The likelihood of such shock will be reduced if grounds are removed during installation and maintenance (applicable to a UPS and a remote battery supply not having a grounded supply circuit).

5.1 Replacing Batteries

WARNING! Risk of electric shock and explosion. Can cause equipment damage, injury and death. Do not dispose of the battery in a fire. The battery may explode. Do not open or damage the battery. Released electrolyte is toxic and is harmful to skin and eyes. If electrolyte comes into contact with the skin, wash the affected area immediately with plenty of clean water and get medical attention.

WARNING! Risk of electric shock. Can cause equipment damage, injury and death. A battery can present a risk of electrical shock and high short-circuit current.

WARNING! Risk of explosion. Can cause equipment damage, injury and death. A battery can explode if the battery is replaced by an incorrect type. Dispose of used batteries according to the instructions included with the battery-pack.

5 Maintenance

Page 58

Read all safety cautions before proceeding. A trained user can replace the internal battery pack when the UPS is in a restricted access location (such as a rack or server closet). To obtain the appropriate replacement battery pack(s), refer to Table 5.1 below, and contact your local dealer or Vertiv representative.

Table 5.1 Replacement Battery-pack Model Numbers

UPS MODEL NUMBER

GXT5-5000IRT5UXLN

GXT5-5000IRT5UXLE

GXT5-5000HVRT5UXLN

GXT5-6000IRT5UXLN

GXT5-6000IRT5UXLE

GXT5-8000IRT5UXLN

GXT5-8000IRT5UXLE

GXT5-8000HVRT5UXLN

GXT5-10KIRT5UXLN

GXT5-10KIRT5UXLE

GXT5-10KHVRT5UXLN

GXT5-16KIRT9UXLN

GXT5-16KIRT9UXLE

GXT5-20KIRT9UXLN

GXT5-20KIRT9UXLE

BATTERY PACK MODEL NUMBER

GXT5-192VBatkit 1

GXT5-192VBatkit 2

QUANTITY REQUIRE D

To replace a battery pack:

NOTE: The internal battery pack is hot-swappable. However, you must exercise caution because; during this procedure, the load is unprotected from disturbances and power outages. Do not replace the battery while the UPS is operating in Battery Mode. This will result in a loss of output power and will drop the connected load.

1. Remove the front cover from the UPS, then loosen and remove the screws on the battery door, see Figure 5.1 on the facing page.

2. Lay the cover, battery door, and screws aside for reassembly.

3. Grasp the battery handle, and pull out each battery pack to be replaced, see Figure 5.1 on the facing page.

4. Unpack the replacement battery pack, taking care not to damage the packaging to re-use when disposing of the old battery.

5. Compare the new and old battery pack to make sure they are the same type and model. If so, proceed with step 6. If they are different, stop and contact your Vertiv representative, or Technical Support, http://www.VertivCo.com/en-us/support/.

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6. Line-up and slowly push-in each replacement battery pack. until 2/3 of the length is in the bay, then lift up and continue to push smoothly until the battery pack is fully inserted in the bay. The battery is fully-inserted if the battery door fits flush against the UPS.

7. Re-attach the battery door with the screws, and replace the front cover.

8. Activate the new battery pack(s) using the operating/display panel:

NOTE: The display menus and functions are described in Operation and Display Panel on page41.

• From the main menu, select Settings, then the Monitoring tab and verify that the date and time are correct. If the date or time need correction, see Setting the Date and Time

on page52.

• Select the Battery tab, use the arrows to select Replace Battery, and press Enter. The replaced battery packs are activated.

• Use ESC to return to the main display.

Figure 5.1 Replacing the Battery Pack

5 Maintenance

ITEM DESCRIPTION

1 Front cover

2 Battery door

3 Battery handle

4 Grasphandle andpull battery out.

5.2 Charging Batteries

The batteries are valve-regulated, non-spillable, lead acid and should be kept charged to attain their design life. The UPS charges the batteries continuously when it is connected to the utility input power.

If the UPS will be stored for a long time, We recommend connecting the UPS to input power for at least 24 hours every 4 to 6months to ensure full recharge of the batteries.

Page 60

5.3 Checking UPS Operation

NOTE: Operation-check procedures may interrupt power supply to the connected load.

We recommend checking the UPS operation once every 6months.

Back-up the load data before conducting the check.

1. Press the power button to check the indicators and display function.

2. Check for alarm or fault indicators on the operation/display panel.

3. Make sure that there are no audible or silenced alarms.

4. Select the Setting menu, and look at the log for alarm and fault history.

5. Check the operating mode for Normalmode. If the UPS is operating in Bypass mode, contact Vertiv Technical Support.

6. Check to see if batteries are discharging (operating in Battery mode) and utility power is normal. If so, contact Vertiv Technical Support.

5.4 Cleaning the UPS

The UPS requires no internal cleaning. If the outside of the UPS becomes dusty, wipe with a dry cloth. Do not use liquid or aerosol cleaners. Do not insert any objects into the ventilation holes or other openings in the UPS.

5.5 Removing the Power-distribution Box

1. Transfer the connected equipment to the internal bypass.

NOTE: The programmable-output receptacles are powered-off when transferred to Bypass mode.

a. Loosen the upper captive screw over the maintenance bypass breaker, see Figure 5.2 on

the facing page.

b. Lift the maintenance-bypass breaker cover up, and tighten the lower captive screw.

The programmable-output receptacles are now powered-off.

2. Confirm that the UPS is operating in bypass mode. If not, then manually transfer the connected equipment to bypass as follows:

a. From the main menu select CONTROL, then press Enter.

b. Select Turn on/off/to bypass and press Enter.

c. Select Turn to bypass and press Enter.

NOTE: The load is unprotected from disturbances in the power supply while the UPS is on bypass.

3. Turn the maintenance-bypass breaker On.

4. Wait 1minute if the UPS is working on battery mode, then confirm that the UPS is turned-off.

5. Turn the output and input breakers Off. On 8-kVA and 10-kVA models, also turn off the bypass breaker.

6. Loosen other captive screws until the power-distribution box releases.

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7. Remove the power distribution box from the UPS and set it aside.

8. On the rear of the panel, loosen the screws of the protective cover for the connectors, slide it over the connectors, and tighten the screws.

NOTE: The captive screws and maintenance-bypass breaker cover is similar for all 5-to10-kVA models. Figure 5.2 below, shows an example on the 5-kVA/6-kVA model.

Figure 5.2 Maintenance-bypass Breaker Cover and Captive Screws

ITEM DESCRIPTION

1 Captive screws for POD

2 Maintenance-bypass breaker

3 Connector-cover screws

5 Maintenance

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6 TROUBLESHOOTING

This section indicates various UPS symptoms you may encounter and provides a troubleshooting guide in the event the UPS develops a problem. Use the following information to determine whether external factors caused the problem and how to remedy the situation.

6.1 Symptoms that Require Troubleshooting

The following symptoms indicate the UPS is malfunctioning:

• The relative indicators illuminate, indicating the UPS has detected a problem.

• An alarm buzzer sounds, alerting the user that the UPS requires attention.

6.2 Audible Alarm (Buzzer)

An audible alarm accompanies various events during UPS operations. Table 6.1 below, describes the sounds and their meaning. To silence an alarm, see Silencingthe Audible Alarm on page39.

Table 6.1 Audible-alarm Descriptions

SOUND INDICATES:

Continuous beep Generated when aUPS fault appears, such as a fuse or hardware failure.

One beep every 0.5 seconds Generated when a UPS critical alarm appears, such ason inverter overload.

One beep every 1 second Generated when a UPS critical alarm appears, such as on battery low voltage.

One beep every 3.3 seconds Generated when a UPS general alarm appears.

6.2.1 Faults

When the fault indicator is illuminated, the LCD displays the fault. The faults are described in Table 6.2 on the next page.

Table 6.2 Description of displayed faults

DISPLAYED FAULT CAUSE CORREC TIVE STEPS

Battery test fail The battery isbad or weak. Contact technical support.

Rectifier fault A rectifier failure occurred. Contact technical support.

Inverter overload, Bypassovercurrent

Inverter fault The inverter is faulty. Contact technical support.

Battery aged The battery is bad or w eak. Replace the battery.

Output short The output connection is short-circuited.

The UPS is overloaded, Bypassis over c urrent.

Reduce the load and contact technical support.

Shut-down the equipment andcontact technical support.

DCbus fail The DCbusis faulty. Contact technical support.

6 Troubleshooting

Page 64

Table 6.2 Description of displayed faults (continued)

DISPLAYED FAULT CAUSE CORREC TIVE STEPS

System overtemp

Charger fault The charger isfaulty. Contact technicalsupport.

Fan fault At least one fan isfaulty. Contact technical support.

DC/DC fault A DC-DC charger failure occurred. Contact technical support.

Over-temperature condition in the UPS. The UPS will transfer to bypass mode.

Reduce the load and contact technical support.

6.3 Troubleshooting UPS Issues

In the event of an issue with the UPS, refer to Table 6.3 below, to determine the cause and solution. If the fault persists, contact Vertiv Technical Support. Visit the GXT5 product page at www.VertivCo.com for contact information.

When reporting a UPS issue to Vertiv, include the UPS model and serial number. These are located in several places for your ease of location:

• on the top panel (rack mount orientation)

• the left side (tower orientation)

• the rear panel

• on the front of the unit behind the front plastic bezel

• on the LCD select Main Menu > About.

Table 6.3 Troubleshooting

PROBLEM CAUSE SOL UTION

UPS fails to start

UPS has reduced battery backup time

UPS is shortcircuited or overloaded

Batteries are not charged enough or not connected

Batteries are not fully charged

UPS is overloaded Check loadlevel indicator andreduce the load on the UPS.

Batteries maynot be able to hold a full charge due to age

Ensure UPS is Off. Disconnect allloadsand ensure nothing islodged in output receptacles. Ensure loads are not defective or shorted internally.

Check to ensure the internal battery is connected. If it is not, make the connection and try to start the unit. If the battery isconnected, leave the UPS connected to input power for 24hours to recharge batteries, then try to start the unit.

Keep UPS plugged in continuously at least 24 hours to recharge batteries.

Replace batteries. Contact your Vertiv representative or Vertiv Technical Support for replacement battery kit.

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7 SPECIFICATIONS

Table 7.1 UPS Specifications, 5-kVA and 6-kVA models

MODEL : GXT5- 5000IRT5UXLN 5000IRT5UXLE 5000HVRT5UXLN 6000IRT5UXLN 6000IRT5UXLE

RATING 5000VA/5000W 6000VA/6000W

Dimensions, mm (in.)

Unit, WxDxH 430×630×217(16.9×24.8×8.5)

Shipping, WxDxH 646×816×520(25.4×32.1×20.5)

Weight, kg (lb)

Unit 70.8 (156) 71.1 (156.7) 70.8 (156)

Shipping 92(202.8) 89 (196.2) 92(202.8) 92(202.8) 89 (196.2)

Input AC Parameters

Operating Frequency,

Nom.

Factory-default VAC 230VAC

User-configurable VAC

Operating voltage range

without battery operation

Maximum Allowable VAC 288VAC

Input frequency without

battery operation

Input Power Connection PD5-CE6HDWRMBS PD5-CE6HDWRMBSU PD5-CE6HDWRMBS

Output AC Parameters

AC-ACEfficiency 94%

Factory-default VAC

Frequency

Output Power

Connection

Waveform Sinewave

Main Mode Overload > 150% minimum 200mS, 125–150% for 60seconds; 105–125% for for 5minutes; ≤ 105% continuous

PD5-CE6HDWRMBS PD5-CE6HDWRMBSU PD5-CE6HDWRMBS

(Adjustable using operation/displayconfiguration options)

50 or 60Hz(factory-default is 50Hz)

200/208/220/230/240VAC

176– 288VAC(100– 176VAC with power derating)

40–70Hz

230VAC, 50Hz

7 Specifications

Internal Battery Charger

Charger Current, A 2.25A (default), maximum 5A

Page 66

Table 7.1 UPS Specifications, 5-kVA and 6-kVA models (continued)

MODEL : GXT5- 5000IRT5UXLN 5000IRT5UXLE 5000HVRT5UXLN 6000IRT5UXLN 6000IRT5UXLE

RATING 5000VA/5000W 6000VA/6000W

Battery Parameters

Type Valve-regulated, non-spillable, leadacid

Quantity x Voltage x

Rating

16 x 12V x9.0AH

Battery Mfr./Part # 9AH; LEOCH/DJW12-9.0

Back-up time See Table 7.11 on page71. See Table 7.10 on page71.

Upper-limit selections +10%, +15%, +20%; default +10%.

Lower-limit selections -10%, -15%, -20%; default -15%

Disable-bypass operation When the input frequency prevents synchronous operation.

Environmental

Operating Temperature,

°C (°F)

Storage Temperature, °C

(°F)

0 to 40 (32 to 104) (no derating)

-15 to 40 (5 to 104)

Relative Humidity 0–95% non-condensing

Operating Elevation Up to 3,000m (9,842.5ft) at 25°C (77°F)without derating

Audible Noise <55dBA,at 1meter from the front, <50dBA, at 1meter from rear or sides

Agency

IEC62040-1:2008 version,

Safety IEC62040-1:2008 version, GSmark

GSmark;

IEC62040-1:2008 version, GSmark

UL1778, c-ULlisted

IEC/EN/AS 62040-2 2nd

EMI/EMC/C-Tick EMC

IEC/EN/AS 62040-2 2nd Ed

(Cat 2 – Table 6)

Ed (Cat 2 – Table 6);

FCC Part 15 (Class A)

IEC/EN/AS 62040-2 2nd Ed

(Cat 2 – Table 6)

CISPR22 Class A (RFI)

ESD

Radiated Susceptibility

Electrical Fast Transient

Surge Immunity

IEC/EN EN61000-4-2, Level 4,

Criteria A

IEC/EN EN61000-4-3, Level 3,

Criteria A

IEC/EN EN61000-4-4, Level 4,

Criteria A

IEC/EN EN61000-4-5, Level 4,

Criteria A

IEC/EN EN61000-4-2,

Level 4, Criteria A

IEC/EN EN61000-4-3,

Level 3, Criteria A

IEC/EN EN61000-4-4,

Level 4, Criteria A

IEC/EN EN61000-4-5,

Level 4, Criteria A;

ANSI C62.41 Category B

IEC/EN EN61000-4-2, Level 4,

Criteria A

IEC/EN EN61000-4-3, Level 3,

Criteria A

IEC/EN EN61000-4-4, Level 4,

Criteria A

IEC/EN EN61000-4-5, Level 4,

Criteria A

Transportation ISTA Procedure 1E

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Table 7.2 UPS Specifications, 8-kVA and 10-kVA models

MODEL : GXT5- 8000IRT5UXLN 8000IRT5UXLE 8000HVRT5UXLN 1 0KIRT5UXLN 10KIRT5UXLE 10KHVRT5UXLN

RATING 8000VA/8000W 10000VA/10000W

Dimensions, mm (in.)

Unit, WxDxH 430×630×217(16.9×24.8×8.5)

Shipping, WxDxH 646×816×520(25.4×32.1×20.5)

Weight, kg (lb)

Unit 74.5 (164.2) 75.5 (166.4) 74.5 (164.2) 75.5 (166.4)

Shipping 95 (209.4) 93 (205) 94(207.2) 95 (209.4) 93 (205) 94(207.2)

Input AC Parameters

Operating

Frequency, Nom.

Factory-default

VAC

User-

configurable VAC

(Adjustable using operation/displayconfiguration options)

50 or 60Hz(factory-default is 50Hz)

230VAC

200/208/220/230/240VAC

Operating

voltage range

without battery

176– 288VAC(100–176VAC with pow er derating)

operation

Maximum

Allowable VAC

288VAC

Input frequency

without battery

40–70Hz

operation

Input Power

Connection

PD5-CE10HDWRMBS

PD5-

CE10HDWRMBSU

PD5-CE10HDWRMBS

Output AC Parameters

AC-ACEfficiency 94.5% 95%

Factory-default

VAC Frequency

230VAC, 50Hz

PD5-

CE10HDWRMBS

7 Specifications

Output Power

Connection

PD5-CE10HDWRMBS

CE10HDWRMBSU

Waveform Sinewave

Main Mode

Overload

> 150% minimum 200mS, 125–150% for 60seconds; 105–125% for for 5minutes; ≤ 105% continuous

Internal Battery Charger

Charger Current,

2.25default, maximum 8 Amps

PD5-

PD5-CE10HDWRMBS

PD5-

CE10HDWRMBS

Page 68

Table 7.2 UPS Specifications, 8-kVA and 10-kVA models (continued)

MODEL : GXT5- 8000IRT5UXLN 8000IRT5UXLE 8000HVRT5UXLN 1 0KIRT5UXLN 10KIRT5UXLE 10KHVRT5UXLN

RATING 8000VA/8000W 10000VA/10000W

Battery Parameters

Type Valve-regulated, non-spillable, lead acid

Quantity x

Voltage x Rating

Battery Mfr./Part

16 x 12V x9.0AH

9AH; LEOCH/DJW12-9.0

Back-up time See Table 7.9 on page70. See Table 7.8 on page70.

Upper-limit

selections

Lower-limit

selections

Disable-bypass

operation

When the input frequency prevents synchronous operation.

+10%, +15%, +20%; default +10%.

-10%, -15%, -20%; default -15%

Environmental

Operating

Temperature, °C

0 to 40 (32 to 104) (no derating)

(°F)

Storage

Temperature, °C

-15 to 40 (5 to 104)

(°F)

Relative Humidity 0–95% non-condensing

Operating

Elevation

Up to 3,000m (9,842.5ft) at 25°C (77°F) without derating

Audible Noise <55dBA,at 1meter from the front, <50dBA, at 1meter from rear or sides

Vertiv | Liebert® GXT5™ Installer/User G uide

Page 69

Table 7.2 UPS Specifications, 8-kVA and 10-kVA models (continued)

MODEL : GXT5- 8000IRT5UXLN 8000IRT5UXLE 8000HVRT5UXLN 1 0KIRT5UXLN 10KIRT5UXLE 10KHVRT5UXLN

RATING 8000VA/8000W 10000VA/10000W

Agency

IEC62040-

Safety IEC62040-1:2008 version, GSmark

IEC62040-1:2008

version, GSmark;

UL1778, c-UL listed

IEC62040-1:2008 version,

GSmark

1:2008 version,

GSmark;

UL1778, c-UL

listed

IEC/EN/AS 62040-

2 2nd Ed(Cat 2 –

EMI/EMC/C-Tick

EMC

IEC/EN/AS 62040-2 2nd Ed (Cat 2

– Table 6)

Table 6);

FCC Part 15 (Class

CISPR22 Class A

(RFI)

IEC/EN EN61000-

4-2, Level 4, Criteria

IEC/EN EN61000-

4-3, Level 3, Criteria

IEC/EN EN61000-

4-4, Level 4, Criteria

ESD

Radiated

Susceptibility

Electrical Fast

Transient

IEC/EN EN61000-4-2, Level 4,

Criteria A

IEC/EN EN61000-4-3, Level 3,

Criteria A

IEC/EN EN61000-4-4, Level 4,

Criteria A

IEC/EN EN61000-

4-5, Level 4, Criteria

ANSI C62.41

Surge Immunity

IEC/EN EN61000-4-5, Level 4,

Criteria A

Category B

Transportation ISTA Procedure 1E

IEC/EN/AS 62040-2 2nd Ed (Cat 2 – Table 6)

IEC/EN EN61000-4-2, Level 4, Criteria A

IEC/EN EN61000-4-3, Level 3, Criteria A

IEC/EN EN61000-4-4, Level 4, Criteria A

IEC/EN EN61000-4-5, Level 4, Criteria A

IEC/EN/AS

62040-2 2nd Ed

(Cat 2 – Table 6);

FCC Part 15

(Class A)

CISPR22 Class A

(RFI)

IEC/EN

EN61000-4-2,

Level 4, Criteria A

IEC/EN

EN61000-4-3,

Level 3, Criteria A

IEC/EN

EN61000-4-4,

Level 4, Criteria A

IEC/EN

EN61000-4-5,

Level 4, Criteria A;

ANSI C62.41

Category B

7 Specifications

Table 7.3 UPS Specifications, 16-kVA and 20-kVA models

MODEL : GXT5- 16KIRT9UXLN 16KIRT9UXLE 20KIRT9UXLN 20KIRT9UXLE

RATING 16000VA/16000W 20000VA/20000W

Dimensions, mm (in.)

Unit, WxDxH 430×630×394(16.9×24.8×15.5)

Shipping, WxDxH 900×1200×700(35.4×47.2×27.6)

Weight, kg (lb)

Unit 135.2 (298)

Shipping 190 (418.9) 186.7 (411.6) 190 (418.9) 186.7 (411.6)

Page 70

Table 7.3 UPS Specifications, 16-kVA and 20-kVA models (continued)

MODEL : GXT5- 16KIRT9UXLN 16KIRT9UXLE 20KIRT9UXLN 20KIRT9UXLE

RATING 16000VA/16000W 20000VA/20000W

Input AC Parameters

Operating Frequency, Nom. 50 or 60Hz(factory-default is 50Hz)

Factory-default VAC 230VAC

User-configurable VAC

Operating voltage range

without battery operation

(Adjustable using operation/displayconfiguration options)

176– 288VAC(100–176VAC with pow er derating)

200/208/220/230/240VAC

Maximum Allowable VAC 288VAC

Input frequency without battery

operation

Input Power Connection Input terminal block

Output AC Parameters

AC-ACEfficiency 95%

Factory-default VAC Frequency 230VAC, 50Hz

Output Power Connection Output terminalblock

Waveform Sinewave

Main Mode Overload

> 150% minimum 200mS, 125–150% for 60seconds; 105–125% for for 5minutes; ≤ 105%

Internal Battery Charger

Charger Current, A 2.25 (default), maximum 13A

Battery Parameters

40–70Hz

continuous

Type Valve-regulated, non-spillable, leadacid

Quantity x Voltage x Rating 32 x 12V x9.0AH

Battery Mfr./Part # 9AH; LEOCH/DJW12-9.0

Back-up time See Table 7.7 on page69. See Table 7.6 on page69.

Upper-limit selections +10%, +15%, +20%; default +10%.

Lower-limit selections -10%, -15%, -20%; default -15%

Disable-bypass operation When the input frequency prevents synchronous operation.

Vertiv | Liebert® GXT5™ Installer/User G uide

Page 71

Table 7.3 UPS Specifications, 16-kVA and 20-kVA models (continued)

MODEL : GXT5- 16KIRT9UXLN 16KIRT9UXLE 20KIRT9UXLN 20KIRT9UXLE

RATING 16000VA/16000W 20000VA/20000W

Environmental

Operating Temperature, °C (°F) 0 to 40 (32 to 104) (no derating)

Storage Temperature, °C (°F) -15 to 40 (5 to 104)

Relative Humidity 0–95% non-condensing

Operating Elevation Up to 3,000m (9,842.5ft) at 25°C (77°F) without derating

Agency

Audible Noise

Safety

<58dBA,at 1meter from the front,

<51dBA, at 1meter from rear or sides

IEC62040-1:2008 version, GSmark;

UL1778, c-UL listed

IEC/EN/AS 62040-2 2nd Ed (Cat 2 – Table 6);

EMI/EMC/C-Tick EMC

FCC Part 15 (Class A)

CISPR22 Class A (RFI)

ESD IEC/EN EN61000-4-2, Level 4, Criteria A

Radiated Susceptibility IEC/EN EN61000-4-3, Level 3, Criteria A

Electrical Fast Transient IEC/EN EN61000-4-4, Level 4, CriteriaA

Surge Immunity

IEC/EN EN61000-4-5, Level 4, Criteria A;

ANSI C62.41 Category B

Transportation ISTA Procedure 1E

Table 7.4 Power-distribution Specifications

MODEL NU MBER:

PD5-C E6 HDWRMBS

PD5-C E6 HDWRMBSU

Amp Rating 50A 63A

Input Power Connection Single-phase (L-N-G) hard-wired

PD5-C E10HDWRMBS

PD5-C E10HDWRMBSU

7 Specifications

Output Power Connection Single-phase (L-N-G) hard-wired

Includes

Input Branch Circuit Breaker, Suppliedby User

Two IEC320 C19 16A/250V Sockets

SixC13 10A/250V Sockets

60A 70A

Four IEC320 C19 16A/250V Sockets,

Four C13 10A/250V Sockets

Page 72

Table 7.5 External Battery Cabinet Specifications

MODEL NU MBER: GXT5-EBC192VRT3U GXT5-EBC384V RT6U

USED WITH UPS MODEL : 5–10-KVA MODELS 16–20-KVA MODELS

Dimensions, WxDxH, mm (in.)

Unit (with bezel) 430x630x130 (16.9x24.8x5.1) 430x630x261 (16.9x24.8x10.3)

Shipping 840x670x465 (33x26.4x18.3) 840x670x595 (33x26.4x23.4)

Weight, kg (lb)

Unit 57.6 (127) 112 (246.9)

Shipping 80 (176.4) 136 (299.8)

Battery Parameters

Type Valve-regulated, non-spillable, lead acid

Quantity x Voltage 16x12V 32x12V

Battery Mfr./Part# 9AH; LEOCH/DJW12-9.0

Back-up Time See appropriate table for model size in Battery Run Times on the facingpage.

Environmental

Operating Temp, °C (°F) 0 to 40 (32 to 104)

Storage Temp, °C (°F) -15 to 40 (5 to 104)

Relative Humidity 0–95% non-condensing

Operating Elevation Up to 3,000m (9,842.5ft.) at 25°C (77°F)

Agency

Safety

IEC62040-1:2008version,GS mark;

UL1778, c-UL listed

Transportation ISTA Procedure 1E

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Page 73

7.1 Battery Run Times

Table 7.6 Battery Run Time, 20-kVA Models

BACKUP TIME (MIN)

10-

KVA

8KVA 6 KVA 4KVA 2KVA

NO. OF

EBCS

EBC

AH NO.

TOTAL

NO. OFAH

20-

18KVA 16KVA 14KVA 12KVA

KVA

UPS 0 9 2.5 3.0 3.5 4.0 5.5 7.0 9.5 14.5 2 6.0 62.5

UPS+1

EBC

UPS+2

EBC

UPS+3

EBC

UPS+4

EBC

UPS+5

EBC

UPS+6

EBC

9 18 7.0 8.5 10.0 12.0 15.0 19.5 26.5 39.0 64.0 136.0

18 27 13.0 15.0 18.0 21.5 27.0 34.5 45.5 64.5 101.0 222.5

27 36 19.5 23.0 27.0 32.5 40.0 50.0 64.5 89.5 139.5 309.5

36 45 27.0 31.0 36.5 43.5 53.0 65.0 83.5 114.5 183.5 396.5

45 54 34.5 40.0 46.5 55.0 65.5 80.5 102.5 140.5 228.0 483.0

54 63 42.5 48.5 56.5 66.0 78.5 95.5 121.5 170.5 272.5 570.0

Table 7.7 Battery Run Time, 16-kVA Models

NO.

EBC

C AH NO.

TOTA

L NO.

OF AH

16KVA14.4KVA12.8KVA11.2KVA9.6KVA8KVA6.4KVA4.8KVA3.2KVA1.6KV

BACKUP TIME (MIN)

UPS 0 9 3.5 4.0 5.0 6.0 7.5 9.5 13.5 20.0 35.0 79.0

UPS+1

EBC

UPS+

2 EBC

UPS+ 3 EBC

UPS+ 4 EBC

UPS+ 5 EBC

UPS+ 6 EBC

9 18 10.0 11.5 14.0 16.5 20.5 26.5 35.5 51.5 82.0 176.0

18 27 18.0 21.0 2 4.5 29.5 36.0 45.5 59.5 82.5 128.5 283.0

27 36 27.0 31.0 36.5 43.5 52.5 64.5 83.0 114.0 183.0 390.0

36 45 36.5 42.0 49.0 57.5 68.0 83.5 106.5 147.5 238.0 496.5

45 54 46.5 53.0 61.0 71.0 84.0 102.5 130.5 184.5 293.0 603.5

54 63 56.5 63.5 73.0 84.5 100.0 121.5 157.5 221.5 348.0 710.5

7 Specifications

Page 74

Table 7.8 Battery Run Time, 10-kVA Models

BACKUP TIME (MIN)

NO. OF

EBCS

UPS 0 9 2.0 2.5 3.5 4.0 5.5 7.0 9.5 14.5 25.0 59.0

EBC

AH NO.

TOTAL NO.

OF AH

10-

KVA

9KVA 8KVA 7KVA 6KVA 5KVA 4KVA 3KVA 2KVA 1KVA

UPS+1

EBC

UPS+2

EBC

UPS+3

EBC

UPS+4

EBC

UPS+5

EBC

UPS+6

EBC

9 18 7.0 8.0 9.5 12.0 14.5 19.0 26.0 38.5 62.5 129.0

18 27 13.0 15.0 17.5 21.0 26.0 33.5 45.0 63.5 99.0 211.0

27 36 19.5 22.5 26.5 31.5 39.0 49.0 64.0 88.0 136.0 294.0

36 45 26.5 30.5 36.0 42.5 51.5 64.0 82.5 113.0 179.5 377.0

45 54 34.5 39.5 45.5 54.0 64.5 79.0 101.0 138.5 222.5 460.0

54 63 42.0 48.0 55.5 64.5 77.0 94.0 120.0 468.0 266.0 543.0

Table 7.9 Battery Run Time, 8-kVA Models

NO.

EBC

TOTA

L NO.

AH NO.

OF AH

8KVA7.2KVA6.4KVA5.6KVA4.8KVA4KVA3.2KVA2.4KVA1.6KVA0.8KV

UPS 0 9 3.5 4.0 4.5 6.0 7.5 9.5 13.0 19.5 33.5 75.0

UPS+1

EBC

9 18 9.5 11.5 13.5 16.0 20.0 26.0 35.0 50.5 79.0 166.0

BACKUP TIME (MIN)

UPS+

2 EBC

UPS+

3 EBC

UPS+

4 EBC

UPS+

5 EBC

UPS+

6 EBC

18 27 17.5 20.5 24.0 29.0 35.5 45.0 59.0 81.5 124.5 267.5

27 36 26.5 30.5 35.5 42.5 51.5 64.0 82.0 112.5 176.0 369.0

36 45 36.0 41.0 48.0 56.0 67.0 82.5 105.5 145.0 229.5 471.0

45 54 45.5 52.0 59.5 69.5 82.5 101.0 128.5 181.5 283.0 572.5

54 63 55.5 62.5 71.5 83.0 98.5 120.0 155.0 218.0 336.5 674.5

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Table 7.10 Battery Run Time, 6-kVA Models

NO.

EBC

C AH NO.

TOTA

L NO.

OF AH

6KVA5.4KVA4.8KVA4.2KVA3.6KVA3KVA2.4KVA1.8KVA1.2KVA0.6KV

BACKUP TIME (MIN)

UPS 0 9 5.5 6.0 7.5 9.0 11.0 14.5 19.5 29.0 48.0 100.0

UPS+1

EBC

UPS+

2 EBC

UPS+

3 EBC

UPS+

4 EBC

UPS+

5 EBC

UPS+

6 EBC

9 18 14.5 17.0 20.0 24.0 30.0 38.5 50.5 70.0 107.0 226.0

18 27 26.0 30.5 35.5 42.0 51.0 63.5 81.5 110.0 172.0 357.5

27 36 39.0 44.5 51.5 60.5 72.0 88.0 112.5 154.0 242.0 489.0

36 45 51.5 58.5 67.0 78.0 92.5 113.0 145.0 201.5 312.0 621.0

45 54 64.5 72.5 82.5 96.0 113.5 138.5 181.5 249.5 382.0 752.5

54 63 77.0 86.5 98.5 113.5 134.0 168.0 218.0 297.5 452.0 884.5

Table 7.11 Battery Run Time, 5-kVA Models

NO.

EBCS

EBC

AH NO.

TOTAL

NO. OF

5KVA 4 .5KVA 4KVA 3.5KVA 3KVA 2.5KVA 2KVA 1.5KVA 1KVA 0.5KVA

BACKUP TIME (MIN)

UPS 0 9 7.0 8.0 9.5 11.5 14.5 18.5 25.0 36.5 59.0 120.0

UPS+1

EBC

UPS+2

EBC

UPS+3

EBC

UPS+4

EBC

UPS+5

EBC

UPS+6

EBC

9 18 19.0 22.0 26.0 31.0 38.5 48.0 62.5 85.0 129.0 272.5

18 27 33.5 38.5 45.0 53.0 63.5 78.0 99.0 133.0 211.0 427.5

27 36 49.0 55.5 64.0 74.0 88.0 107.5 136.0 189.5 294.0 582.5

36 45 64.0 72.0 82.5 95.5 113.0 138.0 179.5 246.0 377.0 737.5

45 54 79.0 89.0 101.0 117.0 138.5 173.0 222.5 303.0 460.0 892.5

54 63 94.0 105.5 120.0 139.0 168.0 208.0 266.0 359.5 543.0 1047.5

7 Specifications

Page 76

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APPENDICES

Appendix A: Technical Support

Our Technical Support staff is ready to assist you with any installation or operating issues you may encounter with your Liebert® product. Please call or e-mail us:

In Europe, Middle East, and Asia:

EMEA Multi-Language Technical support:

e: eoc@vertivco.com

p: Toll free 0080011554499

p: Toll +39 02 98250222

In the United States:

Technical support:

e: liebert.upstech@vertivco.com

p: 1-800-222-5877 menu option 1

Monitoring support:

e: liebert.monitoring@vertivco.com

p: 1-800-222-5877 menu option 2

Warranty support:

e: microups.warranty@vertivco.com

p: 1-800-222-5877 menu option 3

Page 78

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Page 79

Vertiv | Liebert® GXT5™ Installer/User G uide

Page 80

VertivCo.com | Vertiv Headquarters, 1050 Dearborn Drive, Columbus, OH, 43085, USA

© 2018 Vertiv Co. All rights reserved. Vertiv and the Vertiv logo are trademarks or registered trademarks of Vertiv Co. Allother names and logos referred to are trade names, trademarks or registered trademarks of their respective owners. While every precaution has been taken to ensure accuracy and completeness herein, VertivCo. assumes no responsibility, and disclaims all liability, for damages resulting from use of this informationor for anyerrors or omissions. Spec ifications are subject to change without notice.

590-1927-501B

Liebert GXT5-20KIRT9UXLE User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

IMPORTANT SAFETY INFORMATION

1 GXT5 DESCRIPTION

1.1 UPS Features and Available Models

1.2 Front Panels

1.3 Rear Panels

1.5 Internal Battery Packs

1.6 Major Internal Components and Operating Principle

1.6.1 Maintenance Bypass

1.7 UPS States and Operating Modes

1.7.1 Normal Mode

1.7.2 Bypass Mode

1.7.3 Battery Mode

1.7.4 ECO Mode

1.7.5 Maintenance Bypass Mode

2 INSTALLATION

2.1 Unpacking and Inspection

2.2 Pre-installation Preparation

2.2.1 Installation Clearances

2.3 Installing the UPS

2.3.1 Tower Installation

2.3.2 Rack Installation

2.4 Installing External Battery Cabinets

2.6 Hardwired Input/Output Connections

2.6.1 Branch Circuit Breaker

2.6.2 Terminal-block Connections

2.6.3 Connecting to Terminal Blocks on 5-kVA and 6-kVA models

2.6.4 Connecting to Terminal Blocks on 8-kVA and 10-kVA models

2.6.5 Connecting to Terminal Blocks on 16-kVA and 20-kVA models

2.7 Communication Connections

2.7.1 Connecting IntelliSlot Communication

2.7.2 Connecting to the Dry-contact Port

2.7.3 Connecting a Remote Emergency Power-off (REPO) Switch

2.7.4 Connecting a USB Cable

2.7.5 Connecting CLI Communication Cables

2.7.6 Connecting Sensors to the Control Port

2.8 Installing a Parallel System

2.8.1 First-time Start-up of Parallel System

2.8.2 Commissioning Parallel System

2.8.3 Adding a Single UPS to the Parallel System

3 OPERATING THE UPS

3.2 Starting-up the UPS

3.3 Transferring to Battery Mode

3.4 Transferring from Normal to Bypass Mode

3.5 Transferring from Bypass to Normal Mode

3.6 Shutting-down the UPS Completely

3.7 Remote Emergency Power-off (REPO)

4 OPERATION AND DISPLAY PANEL

4.1 LED Indicators

4.2 LCD Menu and Screens

4.2.1 Start-up and Flow Screens

4.2.2 Main Menu

4.3 Editing Display and Operation Settings

4.3.1 Changing the Password

4.3.2 Selecting the Display Language

4.3.3 Setting the Date and Time

5 MAINTENANCE

5.1 Replacing Batteries

5.2 Charging Batteries

5.3 Checking UPS Operation

5.4 Cleaning the UPS

5.5 Removing the Power-distribution Box

6 TROUBLESHOOTING

6.1 Symptoms that Require Troubleshooting

6.2 Audible Alarm (Buzzer)

6.2.1 Faults

6.3 Troubleshooting UPS Issues

7 SPECIFICATIONS

7.1 Battery Run Times

APPENDICES

Appendix A: Technical Support