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Industrial, Commercial & Home UPS Solutions

Trusted by Institutions, SMEs, and Govt. Bodies

Peace of Mind: Protect your critical operations with reliable power backup.

Optimized Performance: Choose the right UPS for maximum efficiency.

Expert Guidance: Get personalized advice from our industry veterans.

Timely Support: Access prompt and efficient after-sales service.

In-depth Knowledge: Our team of experts understands the nuances of UPS technology.

Customized Solutions: We tailor our recommendations to your specific needs.

Reliable Partnerships: Our strong relationships with top brands ensure quality and support.

Customer-Centric Approach: Your satisfaction is our priority.

Zero Downtime: Seamlessly perform maintenance or scale your power capacity without interrupting operations, ensuring maximum uptime and zero unplanned outages.

Fault-Tolerant Energy Storage: Distributed battery architecture isolates risks and boosts system availability across multiple failure scenarios.

Scalable by Design: Flexible configurations ranging from 1.5MW to 20MW allow you to customize capacity, redundancy, and footprint to fit your specific site needs.

Optimized ROI: A compact, high-efficiency design paired with an intuitive interface to slash energy costs and accelerate your return on investment.

Data-Driven Intelligence: Enhance your system’s lifespan with a rich digital ecosystem, featuring proactive incident management and condition-based maintenance via Vertiv™ Life™.

AI-Optimized Power Conversion: A transformer-free, three-level IGBT design engineered specifically to absorb the aggressive power spikes of next-generation AI workloads.

Total Power Delivery: Eliminate wasted capacity with a Unity Power Factor (1.0), ensuring every watt of your UPS rating translates into usable real power.

Proactive System Intelligence: Stay ahead of issues with a high-resolution, multi-language touchscreen and advanced diagnostics for granular event analysis.

Plug-and-Play Scalability: Drastically reduce "time-to-power" using skid-mounted or containerized configurations designed for rapid, flexible deployment.

Continuous-Duty Performance: Our innovative booster converter technology supports 100% load indefinitely, providing a truly "infinite" safety net for critical operations.

Modular Safety Architecture: Customize your protection with integrated options for backfeed prevention and DC ground fault detection, tailored to your site's specific security needs.

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Single and three phase output configurations up to 60kVA

Integrated parallel capability up to 4 units

Common or distributed battery bank

Internal and external battery configurations for optimized back up time management

Casters for easy UPS repositioning

Liebert EXS provides an optimized integrated autonomy which results in back up times in a compact footprint. Its internal architecture is able to house up to four battery strings, further optimizing integrated autonomy and delivering the added advantage of virtually eliminating the need for an external battery cabinet.

This reduces installation costs and minimizes the demand on physical space. Liebert EXS' powerful battery charger ensures rapid recharge, increasing its ability to manage longer back up times.

The transformer may be connected to the input or to the output of the UPS providing:

Full galvanic isolation for medical and other critical applications

Installation with two independent input sources (with different neutrals)

Installation in distribution without neutral

Output power factor up to 1

Double conversion efficiency up to 96.2%

ECO mode efficiency up to 99.3%

Compact footprint with multiple internal runtime configurations

Available in 3/3 and 3/1 versions (10-20kVA)

Integrated maintenance bypass

Integrated input and output breakers/switches

Parallel capability for capacity and redundancy

Lithium-ion battery compatible

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Delivers greater energy efficiency and reduces Total Cost of Ownership

Enhances overall energy savings

Improves efficiency, especially at partial load conditions

Reduces footprint by up to 15% compared to legacy systems

Offers greater operational flexibility

Enables faster battery recharge times

Supports a wider battery range while lowering installation costs

Expands configuration options for increased versatility

Improves adaptability while reducing cooling requirements

Fully compatible with modern critical IT and non-IT loads

Scalable to a maximum capacity of up to 1.5 MW

Simplifies maintenance with more user-friendly design and streamlined spare parts management

Achieves up to 97% efficiency in double-conversion mode and 99.2% in ECO mode

Features a third operating mode — Dynamic Online Mode — delivering up to 98.8% efficiency

Equipped with Intelligent Paralleling capability

Designed with an optimized footprint to maximize floor space utilization

Adapts to multiple deployment scenarios, including in-row, room, and against-the-wall installations

Includes a heavy-duty battery charger for reliable performance

Supports a 2-wire DC bus architecture

Fully compatible with lithium-ion battery systems

Operates reliably in ambient temperatures up to 50 °C

Handles 0.5 lagging to 0.5 leading loads without derating

Scalable configuration supporting up to six units

Integrated intuitive touchscreen HMI, aligned with the broader Vertiv product ecosystem

True online double-conversion UPS

Available in 1–3 kVA capacity range

Equipped with a Gravity Sense LCD display for intuitive monitoring

Wide input voltage range for stable operation in fluctuating power conditions

Built-in input power factor correction

Smart battery charger design to optimize battery life and performance

Generator compatible for reliable backup integration

Multiple communication interfaces: SNMP, USB, and RS-232

Eco Mode for improved energy efficiency

Integrated Emergency Power Off (EPO) function

Flexible rack-tower convertible design

Turnkey dust-resistant construction capable of operating at ambient temperatures up to 50 °C

Integrated output sockets for easy connectivity

Unity output power factor for maximum usable power

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No Interruptions: Designed for hot-swappable, easy serviceability, ensuring continuous operation during maintenance or system upgrades.

125 kVA Power Modules: Scalable and customizable power configuration that can quickly expand in line with site build-out and actual load requirements.

Rich Digital Experience: Lifecycle service supported by data insights, with optional monitoring through the Vertiv Life™ services platform.

Energy Source Integration: Seamlessly integrates multiple backup energy technologies, including lithium-ion and nickel-zinc batteries.

Wide Input Voltage Range: Minimizes battery usage and helps extend battery lifespan by reducing premature aging.

High Power Factor: Delivers more usable kW output, maximizing available power.

Hot-Swappable Modules: Allow maintenance and capacity upgrades without system downtime.

Comprehensive Service Packages: Backed by end-to-end support services to maintain optimal UPS performance throughout its lifecycle.

Reliable Design: Features segregated controls, advanced diagnostics such as waveform capture and history logs, plus built-in validation tests.

High Operating Efficiency: Lowers Total Cost of Ownership (TCO) while improving overall Power Usage Effectiveness (PUE).

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Optimized MTTR under 0.5 hours for faster service recovery

Operates reliably at ambient temperatures up to 50 °C, with automatic derating above 40 °C

Large, intuitive 9-inch full-color touchscreen HMI for enhanced usability

Equipped with Intelligent Paralleling capability

Advanced battery management with flexible 30–50 block configurations

Predictive maintenance alerts to minimize unplanned downtime

Real-time waveform monitoring via GHMI with automatic fault waveform capture

Supports self-capacity testing for proactive system verification

Optimized Space Utilization: Compact footprint frees up more room for revenue-generating IT equipment.

Resilient Power Protection: Delivers high efficiency, superior power quality, and exceptional availability.

Parallel Scalability: Supports up to eight units in both distributed and centralized parallel configurations.

Installation Flexibility: Compatible with VRLA and lithium-ion battery technologies.

Proactive Remote Services: Optional remote diagnostics and preventive monitoring enhance system reliability and uptime.

Compact Footprint: Delivers one of the smallest footprints in its kVA class, maximizing usable space.

Three Operating Efficiency Modes: Double Conversion up to 97%, Dynamic Online up to 99%, ECO Mode above 99%

Advanced Touchscreen Interface: Allows users to customize data displays and system settings.

2014 NEC Compliance: Features high-impedance DC ground-fault detection to meet NEC 2014 requirements.

Flexible Configurations: Supports dual asynchronous sources and dual-input operation for enhanced resilience.

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Enables continuous uptime with 24/7 remote diagnostics

Supports peak-shifting to optimize energy usage

Easily adapts to physical space constraints

Suitable for any site worldwide, including new or existing facilities

Maximizes available floor space for IT equipment

Dynamically adjusts power output to match load and environmental conditions

Optimizes total cost of ownership (TCO)

Delivers significant savings in electrical infrastructure and footprint

ETL-listed models may qualify for up to 100% first-year capital allowance

Efficiency: Uses advanced three-level NPC2 topology for both rectifier and inverter

Availability: Predictive maintenance with event analysis, waveform capture, harmonic spectrum analysis, and comprehensive data logging

Capacity & Installation: Configurable in multiple layouts with simplified cable routing and unlimited input/output connection options

Smart Capacity: I/O box and cores designed for continuous operation up to 55 °C with enhanced performance down to 20 °C. Adjustable maximum UPS input current to match protection requirements with safe capacity testing capability

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Delivers higher energy efficiency to reduce overall Total Cost of Ownership (TCO)

Saves up to 50% floor space compared to legacy UPS systems

Enables faster battery recharge, improving system readiness

Supports a wide range of battery options for lower installation costs

Provides greater flexibility with an expanded configuration range

Improves adaptability while reducing cooling requirements and costs

Fully compatible with modern critical IT loads

Scalable up to 2 MW, ensuring room for future growth

Reduces MTTR (Mean Time to Repair) to maximize system availability

Simplifies maintenance with user-friendly operation and streamlined spare-parts management

Up to 97% double-conversion efficiency for optimal performance

Eco mode efficiency exceeding 99% for maximum energy savings

Flat efficiency curve ensures high efficiency across load levels

High power density to maximize available space

Suitable for both row and room deployments

Modular, scalable architecture for easy capacity expansion

Hot-swappable power and bypass modules for uninterrupted maintenance

Distributed module control system enhances system reliability

Unity output power factor with symmetrical power factor profile

Enhanced reliability features, including optimized airflow and conformal-coated PCBs

Integrated parallel capability and load bus synchronization

Intelligent paralleling for simplified system expansion

Intuitive 9-inch LCD touchscreen for easy monitoring and control

Supports self-capacity testing without external load banks

Operates in high ambient temperatures up to 50 °C with automatic derating

Optimized Runtime: Select high-density battery cabinets with 5-minute or 7-minute end-of-life runtimes to keep critical loads resilient and uninterrupted.

High-Performance Lithium-Ion Modules: Engineered and tested for demanding data center backup and AI compute workloads.

Simplified Setup: Front-facing, retractable shelf design enables fast, tool-free battery module replacement.

Integrated Internal Power Supply: Powered directly from DC, eliminating extra wiring to reduce installation time and complexity.

Longer Life & Higher Reliability: Lithium-ion technology delivers up to 4× longer lifespan and up to 500% more charge cycles than VRLA batteries.

ADVANCED BMS: It delivers real-time SoC/SoH tracking with predictive insights.

TOUCHSCREEN GHMI: It provides simple battery cabinet and system-level visibility.

UPS INTEGRATION: Get seamless operation with Vertiv™ Liebert® UPS.

SMART COMMUNICATIONS: Have MODBUS TCP/IP and SNMP support for remote monitoring.

BUILT-IN REDUNDANCY: Reduce the risk by eliminating single points of failure.

Inbuilt isolation transformer

Unity power factor

Efficiency >91% with built transformer

Higher operating temp-00° to 500°

Settable battery options

Operates in a parallel configuration upto 4 nos

LI-ion battery compatible

Graphical touch screen system LCD display provides user-friendly operating interface

Integrated SNMP for monitoring

IGBT Based Rectifier

Digital Signal Processors (DSP) Control Technology for High Performance and Reliability.

Equipped with intuitive and broad LCD Display.

Double Conversion Efficiency up to 92%

Active Input Power Factor (PF) Correction 0.99.

0.9 Output Power Factor

Wide Input Voltage window

(110 Vac to 280 Vac) for Indian Environmental Condition.

Configurable Output Voltage (208 Vac/220 Vac/230 Vac/240 Vac)

Generator Compatible with Wide Input Frequency Range (40 Hz to 70 Hz)

4 Stage, Extendable Charging Design for optimized Battery Performance.

Adjustable Battery Charging Current 1 A/2 A/4 A/6 A according to Battery Capacity and Rating.

50 Hz/60 Hz Automatic Frequency Converter Mode.

Inbuilt Over Voltage Cut-Off device (OVCD) feature

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Wide Power Capacity Range: Available from 6–200 kVA at 400 V, supporting diverse industrial power requirements.

Flexible Phase Configurations: 6–120 kVA: 3-phase input / single-phase output (3/1), 10–200 kVA: 3-phase input / 3-phase output (3/3), IP42 Protection Rating: Industrial-grade enclosure designed to withstand dust and moisture in harsh environments.

Wide Operating Temperature: Reliable performance from 0°C to 50°C, supported by an independent air-duct cooling system.

Optional Transformers: Input and output transformers available as optional accessories for enhanced application flexibility.

Cable Entry Options: Standard bottom cable entry with an optional top-entry cabinet for site adaptability.

Parallel Redundancy & Scalability: Supports parallel operation up to 1 unit with transformer and up to 4 transformer-less units for redundancy or capacity growth.

Clean Power Input: Achieves <5% THDi and 0.99 input power factor for efficient upstream performance.

Compact Footprint: Space-efficient design with versatile installation options for constrained environments.

Advanced User Interface: Large 9-inch full-color touchscreen HMI with real-time waveform display and predictive maintenance alerts.

High Efficiency: >97% in double-conversion (transformer-less), Up to 93% with transformer, Up to 99% in ECO mode

Battery Compatibility: Supports VRLA, Nickel-Cadmium, and Lithium-ion external battery cabinets for extended runtime.

Certified for Demanding Environments: Complies with railway EMC and CPSS standards, including EN50121 and EN50171 certifications.

Resilient to Environmental Stressors: Designed to operate reliably in harsh conditions, including high temperatures, humidity, dust, vibration, and corrosive environments.

Clean Power Delivery: Minimizes harmonics to safeguard sensitive equipment and critical industrial or commercial loads.

Galvanic Isolation: Optional built-in output transformer (60–200 kVA) enhances electrical isolation; standard in 6–40 kVA models.

Compact Front-Access Design: Space-saving, maintenance-friendly layout with <0.5-hour MTTR enables quick servicing even in confined spaces.

Scalability & Redundancy: Intelligent paralleling supports easy capacity expansion and system-level redundancy.

High Efficiency, Low TCO: Optimized efficiency reduces energy consumption and maintenance, lowering total cost of ownership.

Battery Compatibility: Supports VRLA, Nickel-Cadmium, or Lithium-ion external battery cabinets from any compatible manufacturer for extended runtime.

Intelligent Maintenance Bypass: Ensures continuous power supply during servicing or maintenance operations.

Robust structure with cutting edge channelized airflow design

Wide input voltage range, making it immune to grid interference

Programmable output outlets/ terminals with cascade protection to protect key devices during heavy load

Integrated Ethernet port with HTTP protocol compatibility & streamlined remote monitoring

Easy to install, repair, and maintain

Compliance with seismic conduction & vehicle carrying test

Gravity sense LCD Display

Turnkey Dust-proof design with ability to operate under high ambient temperature of up to 50°c

True online double-conversion topology for maximum power protection

Advanced DSP processor ensures superior performance and system stability

High output power factor of 0.9 for efficient load support

Active input power factor correction across all phases

50 Hz / 60 Hz frequency converter mode for flexible deployment

ECO mode operation to enhance energy savings

Emergency Power-Off (EPO) function for improved safety

Generator compatible for seamless backup integration

Multiple communication interfaces (SNMP, USB, RS-232) for remote monitoring and management

Intelligent 3-stage charging design to optimize battery life

Adjustable battery configuration for long-runtime applications

Built-in maintenance bypass breaker for simplified servicing

Scalable capacity up to 40 kVA to support growing loads

Multiple remote monitoring options

Easy to manage and expand

Optimized energy consumption

Compatible with Vertiv Intellislot IS-UNITY network management cards

Remote monitoring via Vertiv Power Insight software

Adjustable 4-post rack mounting kit included

Wide input frequency range (40–70 Hz) without power derating

Automatic internal bypass for enhanced availability

Full-color graphic LCD with gravity-sensing orientation

High efficiency in online mode (up to 94%)

ECO mode efficiency up to 98% for reduced energy consumption

Flexible rack or tower deployment design

Extended runtime support with up to four External Battery Cabinets (EBC)

Hot-swappable, user-replaceable internal batteries

Fast recharge time — 90% capacity in approximately 3 hours

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Lowest cost of ownership

Enhanced operational flexibility

"All the Power You Need, Just the Power You Need"

Higher system availability

Up to 96% efficiency in true online double-conversion mode, reducing operating costs while maintaining maximum protection.

FlexPower Technology enables fully redundant system configurations sized precisely to the load, with the ability to add power modules without increasing the overall footprint.

Advanced parallel architecture supports total system capacity up to 600 kW without requiring a centralized bypass cabinet or additional external control modules (in selected configurations).

High power density design allows space within the same rack for internal batteries, delivering up to 30 minutes backup at 30 kW and 5 minutes at 90 kW.

Versatile battery options with multiple internal and external battery combinations to suit diverse application needs.

Flexible battery configuration supporting 30 to 40 battery blocks per string for tailored runtime and performance.

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Ultra-high availability

Energy Efficient and Superior Performance

24/7 Remote Diagnostic Service (Optional)

Flex Power Technology

Energy Efficient and Superior Performance

Hot Swappable Power Modules (50kW) Assembly

Monitoring Interface Ports

Input, Output, Bypass & M. Bypass Switch Assembly

Hot Swappable Static Bypass Module Assembly

Hot Swappable Power Modules (50kW)

Fully Digital, twin DSP controlled

Rated at 0.9 output power factor to deliver more active power

Handle leading power factor loads without KW derating under specified conditions

On-Line Double Conversion IGBTbased PWM Inverter

Wide input voltage tolerance (+20/-20%)

Wide input frequency range of 45Hz to 65Hz

High overload capability of static bypass (14 times for 10 milliseconds and 10 times for 100 milliseconds)

Capability to handle: High crest factor loads, 100% non-linear loads, 100% unbalanced loads

Built-in maintenance bypass Front access for spares replacement and preventive maintenance

Easy Dual bus configuration architecture

Adjustable frequency synchronization window up to 6% in the static bypass

Field protocols ModBus / Jbus

Network protocols SNMP

Overload capability of the UPS:110% full load for 60 minutes, 125% full load for 10 minutes, 150% full load for 1 minutes

Compact footprint

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IGBT-based rectifier for improved efficiency and performance.

True online double-conversion UPS with DSP control ensures high reliability and stable output.

Graphical LCD display provides real-time status, alarms, and simplified fault diagnostics.

Up to 90% double-conversion efficiency for optimized energy usage.

Active input power factor correction up to 0.99 reduces input harmonics.

0.8 output power factor to support diverse load requirements.

Wide input voltage range (110–280 VAC) suited for Indian power conditions and better battery life.

Selectable output voltage: 200/208/220/230/240 VAC.

Generator compatible with wide frequency tolerance (40–70 Hz).

4-stage extendable charging for enhanced battery performance.

Adjustable charging current (1/2/4/6 A) based on battery capacity.

Automatic 50/60 Hz frequency converter mode.

Advanced monitoring via RS232/USB with optional RS485, dry contact, or SNMP.

Built-in OVCD for additional protection.

IGBT-based rectifier for enhanced efficiency and input performance.

True online double-conversion with DSP control delivers high reliability and consistent output power.

Graphical LCD interface displays real-time status, alarms, and simplifies troubleshooting.

Up to 90% efficiency in double-conversion mode to reduce energy losses.

Active input power factor correction up to 0.99 minimizes harmonics and improves power quality.

0.8 output power factor supports a wide range of load types.

Wide input voltage range (110–280 VAC) suited for Indian power conditions and improved battery utilization.

Selectable output voltage options: 200 / 208 / 220 / 230 / 240 VAC.

Generator compatible with wide frequency tolerance (40–70 Hz).

Four-stage extendable charging optimizes battery life and performance.

Adjustable charging current (1/2/4/6 A) to match battery capacity.

Automatic 50/60 Hz frequency converter mode for flexible deployment.

Comprehensive monitoring via standard RS232/USB with optional RS485, dry contact, or SNMP card.

Built-in OVCD protection for added system safety.

Ideal for critical applications such as IT and communication equipment, VoIP, small to medium data centers, server rooms, ATMs and more.

IGBT-based rectifier ensures improved efficiency and input performance.

True online double-conversion with DSP control delivers superior reliability and consistent power quality.

Graphical LCD display provides real-time status, alarms, and simplified fault diagnostics.

Up to 93% efficiency in double-conversion mode for reduced energy consumption.

Active input power factor correction up to 0.99 minimizes harmonics and enhances input performance.

0.9 output power factor supports higher load capability.

Wide input voltage window for stable operation under varying power conditions.

Selectable output voltage options: 208 / 220 / 230 / 240 VAC.

Generator compatible with wide frequency tolerance (40–70 Hz).

Four-stage extendable charging optimizes battery life and performance.

Adjustable charging current (1/2/4/6 A) to match battery capacity requirements.

Automatic 50/60 Hz frequency converter mode for flexible deployment.

Comprehensive monitoring via RS232/USB with optional RS485, dry contact, or SNMP card.

Built-in OVCD protection for enhanced system safety.

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Internal redundancy (up to N+2 / 20 kVA) increases reliability and delivers multiple layers of protection.

No single point of failure — fully redundant architecture keeps critical loads on conditioned power even if a component fails.

Configurable design lets you tailor the Vertiv Liebert® APS UPS for required capacity and redundancy levels.

Fault-tolerant architecture allows power, battery, and control modules to isolate themselves without impacting overall system integrity.

High overload capability supports temporary overloads without transferring to bypass.

Internal wrap-around maintenance bypass plus frame-level bypass with independent controls improves system reliability and availability.

High operating efficiency: 91.5–92% for 200–240 V transformer-free systems, 88.5–89.9% for transformer-based systems

Scalable architecture lets you easily add power or battery modules as requirements grow.

Modular batteries, controls, and power components enable user replacement and lower maintenance costs.

Two-year hassle-free factory warranty for repair or replacement of the Vertiv Liebert® APS UPS.

Module-level redundancy removes the need for additional external cabinets.

Faster, lower-cost installation with pre-configured and factory-tested units — no on-site assembly required.

All-in-one design integrates power modules, batteries, maintenance bypass, and distribution in a compact cabinet.

Integrated battery monitoring with temperature-compensated charging extends battery life and reduces replacement costs.

Inbuilt isolation transformer protects both the UPS and connected loads from high voltage fluctuations.

Early warning system status alerts with multiple audible and visual alarms for immediate fault notification.

Periodic battery testing with automatic and manual self-diagnostics for reliable backup readiness.

Power factor correction minimizes noise, harmonics, and distortion to protect connected equipment and the utility supply.

Lightning and surge protection with built-in transient voltage surge suppression for added equipment safety.

Wide input voltage window maximizes utility power usage and helps extend battery life before switching to battery mode.

Inbuilt isolation transformer

Unity power factor

Efficiency >91% with inbuilt transformer

Higher operating temperature: 0 to 50

Settable battery options

Operates in a parallel configuration up to 4 nos

LI-on battery compatible

Graphical screen system LCD display provides user-friendly operating interface

Integrated SNMP for monitoring

Zero upstream impact ensures no disturbance to connected source equipment.

Seamless generator compatibility for stable operation with backup power sources.

Optimized performance under unbalanced load conditions for improved system stability.

Accurate load sharing in parallel configurations enhances scalability and reliability.

High fault-clearing capability up to 300% of inverter nominal current for superior protection.

Intelligent double-conversion technology delivers maximum reliability with improved energy efficiency.

Output power factor = 1 enables full utilization of UPS capacity.

Symmetrical output power factor diagram ensures stable performance across load conditions.

Permanent 100% kVA delivery with no derating for leading or lagging loads.

Optimized space-to-power ratio for efficient footprint utilization.

Full compatibility with static transfer switches for flexible system integration.

Extensive standard options including integrated isolation transformer, Maintenance Bypass and Synchronization Module (MBSM), and system bypass switch.

No battery replacement needed throughout the lifespan

Saves on installation costs

Saves data center cooling cost

Easy to install and service for minimal business disruption

Simplified system for battery monitoring and management

Total solution from single supplier

Standard data center IT rack configuration

Internal power supply

User-friendly HMI display

Modbus/IP communication

Store 10 years operating data on rack

Small footprint with less weight

Ships with battery modules preassembled

Best-in-class serviceability

Field upgradable firmware

Quickly check operational status

Monitor power through UPS along with all meter readings

Menu-driven operator procedures to ensure safe operation

Check status reports and history files

Adjustment of programmable parameters (access limited by security access function)

100 Ah (108 Ah), 409.6V to 614.4V Lithium iron phosphate (LFP) battery

Houses 8–12 battery modules per rack

Delivers 51.2 kWh/210 kW power per rack, 13.5 min BOL

Parallel up to 9 battery cabinets

Compatible with 2 wire and 3 wire battery system

Integrated pre-charging and balancing circuit

Intelligent 3-tier battery management system

Integrated parallel communication ports

10 years of Design life

Uses Power semiconductors as Switching Element

Independent Micro-controllers

Simple and rugged design

User-friendly display and control

Exceptional Performance

MODBUS RS 232/484 Interface (optional)

Potential free contacts (optional)

Manual and automatic transfers

Sense and Transfer time: Less than 6 milliseconds

Hot Swappable Electronic Static Switching Module

Break-before Make-switching

Selectable Preferred Sources

Selectable Auto/Manual Retransfer

Redundant Control Power Supplies

Natural Convection Cooling

Live Mimic On Hot Swappable Unit For Indicating Load Supply Status & Alarms

Make Before Break Manual Bypass Switch To Transfer Load From Static Switch To Direct

Source 1 Or Source 2

Isolated neutrals

Standard Voltage free contacts for alarm extension

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Modular design, easy to install & manage.

Manages up to 960 batteries per six number of battery strings for a single battery controller module.

Supports 2V, 6V, 12V lead acid batteries.

Monitors the real-time data of cell internal resistance and temperature which will detect battery capacity changes in time & avoid thermal runaway risks.

Locate the faulty battery blocks.

Aid to achieve the highest UPS uptime.

User configurable alarm flags.

SNMP/Modbus communication protocols for remote monitoring.

Can be monitored & managed via UPS display.

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Double-conversion efficiency above 96% for optimal energy performance

ECO mode efficiency up to 99% to minimize energy consumption

Unity output power factor for maximum usable power delivery

Hot-swappable power modules enabling maintenance without downtime

N+1 modular redundancy to enhance system availability

Distributed intelligence architecture for improved reliability and control

Four cabinet options supporting configurations up to 150, 300, 400, and 600 kW

Integrated battery autonomy for ratings up to 90 kW

Scalable system capacity up to 600 kW

Hot-swappable static bypass module (available on 50–600 kW models)

High efficiency to help lower total cost of ownership (TCO)

Exceptional active power availability for demanding applications

FlexPower™ Technology enables capacity upgrades without increasing system footprint

Reduced MTTR with simplified and fast serviceability

Integrated parallel capability and load bus synchronization for higher availability

Outstanding flexibility to support a wide range of runtime configurations

Faster battery recharge to ensure readiness for the next outage

LIFE™ remote diagnostics and preventive monitoring for proactive support

ECA scheme eligibility — ETL-listed models can claim 100% first-year capital allowance

True online double-conversion topology with advanced DSP control ensures high performance and dependable operation.

A new graphical LCD display provides real-time UPS data, alarm notifications, and simplified fault diagnostics for easier troubleshooting.

Delivers double-conversion efficiency of up to 91% for optimized energy usage.

Active input power factor correction up to 0.99 enhances power quality and reduces input current distortion.

Output power factor of 0.8 supports a wide range of load requirements.

Wide input voltage range (110–280 VAC) suitable for Indian power conditions, helping maintain stable operation and improved battery life.

Configurable output voltage options: 200 / 208 / 220 / 230 / 240 VAC.

Generator-compatible design with wide input frequency tolerance (40–70 Hz).

Four-stage extendable charging technology optimizes battery performance and longevity.

Adjustable battery charging current (1 / 2 / 4 / 6 A) based on battery capacity and rating.

Automatic 50/60 Hz frequency converter mode for flexible deployment.

Intelligent monitoring via standard RS-232 and USB ports, with expansion slot for RS-485, dry contact, or SNMP card.

Integrated OVCD for enhanced protection.

IGBT Based Rectifier

True Online Double Conversion with DSP Control Technology for High Performance and Reliability.

New Graphical LCD Display Provides UPS Data, Alarms and Helps in faults diagnostic and trouble shooting.

Double Conversion Efficiency upto 92%.

Active Input Power Factor Correction 0.99.

0.8 Output Power Factor.

Wide Input Voltage window (110 – 280Vac) for Indian Environmental Condition and for Optimized Battery Performance.

Configurable Output Voltage (200/208/220/230/240Vac.)

Generator Compatible with Wide Input

Frequency Range (40 Hz-70 Hz).

8 Stage Extendable Charging

Design for optimized Battery Performance.

Adjustable Battery Charging Current 2/4/6/8/10/12/14/16 Amps according to Battery Capacity Rating.

50/60 Hz Automatic Frequency Converter Mode.

Intelligent Monitoring with Standard RS232/USB Port Plus Slot Available for RS485/ Dry Contact/SNMP Card.

Inbuilt OVCD (Over Voltage Cut-offdevice) 5 Liebert GXT MT+ CX 16A 1000VA-3000VA

IGBT-based rectifier with true online double-conversion technology and advanced DSP control for superior performance and reliability.

Graphical LCD display for real-time UPS status, alarms, fault diagnostics, and troubleshooting support.

Double-conversion efficiency up to 84%.

ECO mode efficiency up to 94% for improved energy savings.

Active input power factor correction of 0.99.

Output power factor of 0.8.

Wide input voltage range of 110–300 Vac, designed for Indian environmental conditions and optimized battery performance.

Flexible battery configuration options: 16 / 18 / 20 batteries.

Built-in digital battery charger with adjustable charging current from 0.5 A to 6 A via LCD.

Three-stage extendable charging design to enhance battery life and performance.

Automatic 50/60 Hz frequency converter mode.

Intelligent monitoring through standard RS232 and USB ports, with optional RS485, dry contact, or SNMP card.

Remote monitoring with multi-server shutdown capability and compatibility with major operating systems.

Certified for CE and RoHS compliance.

IGBT based Rectifier and inverter

True Online Double Conversion with DSP Control Technology for High Performance and Reliability.

New Graphical LCD Display Provides UPS Data, Alarms and Helps in faults diagnostics and trouble shooting.

Double Conversion Efficiency upto 90%.

Active Input Power Factor Correction 0.99.

0.8 Output Power Factor.

Wide Input Voltage window (110 - 280 Vac) for Indian

Environmental Condition and for Optimized Battery Performance.

Configurable Output Voltage (200/208/220/230/240 Vac)

Generator Compatible with Wide Input Frequency Range (40 Hz-70 Hz).

4 Stage Extendable Charging Design for optimized Battery Performance.

Adjustable Battery Charging Current 1/2/4/6 Amps according to Battery Capacity and Rating.

Intelligent Monitoring with Standard RS232/USB Port Plus Slot Available for RS485/Dry Contact/SNMP Card.

Inbuilt OVCD.

Made in India.

IGBT Based Rectifier

True Online Double Conversion with DSP Control Technology for High Performance and Reliability.

New Graphical LCD Display Provides UPS Data, Alarms and Helps in faults diagnostics and trouble shooting.

Double Conversion Efficiency upto 89%.

Active Input Power Factor Correction 0.99.

0.8 Output Power Factor.

Wide Input Voltage window

(110 - 280 Vac) for Indian

Environmental Condition and for Optimized Battery Performance.

Configurable Output Voltage (200/208/220/230/240 Vac.)

Generator Compatible with Wide Input Frequency Range (40 Hz-70 Hz).

50/60 Hz Automatic Frequency Converter Mode.

Intelligent Monitoring with Standard RS232/USB Port Plus Slot Available for RS485/Dry Contact/SNMP Card.

Inbuilt OVCD.

Available in different wattage variations, Liebert® Powerbank 600 RT 3 X 1 is ideal in edge of networks, light industrial applications and data centers, blending easily into any virtualized environment and providing comprehensive power protection at lower operating costs.

Harmonic Mitigation: The Vertiv Liebert® AF4 maintains plant current THD within the limits defined by IEEE 519-1992 through full dynamic compensation.

Power Factor Control: Ensures near-unity power factor across the plant with fully dynamic compensation that adapts instantly to load variations.

Wide Harmonic Mitigation Range: Capable of eliminating all odd harmonics up to the 51st order, with individually selectable and programmable harmonic control.

Current Balancing: Guarantees balanced and sinusoidal current draw from the utility (EB), improving overall power quality.

Optimized Design: Lightweight, compact footprint with low noise operation while delivering high performance.

No Additional Prerequisites: Typically eliminates the need for input chokes with VFDs, provided load current THD remains below 40%.

High Energy Efficiency: Incorporates intelligent, real-time switching-loss minimization to optimize internal energy consumption.

Neutral Current Compensation: In 3P4W systems, fully compensates load neutral current locally, ensuring zero neutral current flow on the source/EB side.

Fully digital control ensures precise and stable output voltage.

Effectively addresses all nine common power disturbances, including sags, spikes, and fluctuations.

Integrated Ethernet port supports intelligent cards (SIC, RDU SIC, etc.) with convenient browser-based monitoring.

Built-in high-capacity charger enables faster battery recharge and reduced downtime.

Cascading capability allows extended backup duration for critical loads.

Rigorously tested for 1000 hours to ensure durability and reliable operation even in demanding environments.

High Availability: Early warning system continuously monitors UPS status for proactive maintenance.

Multiple visual and audible alarms provide immediate alerts for critical conditions.

Periodic Battery Testing: Supports both automatic and manual self-diagnostic battery tests to ensure reliability and readiness.

Power-Factor Correction: Minimizes noise, harmonics, and distortion, preventing interference with connected equipment and the utility supply.

Lightning and Surge Protection: Built-in transient voltage surge suppression adds an extra layer of protection for sensitive equipment.

Wide Input Voltage Window: Extends battery lifespan by maximizing the use of utility power and reducing unnecessary battery transfers.

Robust structure with cutting edge channelized airflow design

Wide input voltage range, making it immune to grid interference

Rack-tower design for installationn flexibility

Able to deliver both three-phase and single phase output

0.99 input power factor for better grid or generator compatibility

Powerful charging capability for minimum battery recharging time

Programmable output outlets/ terminals with cascade protection to protect key devices during heavy load

Integrated communication port for remote monitoring

Easy to install, repair, and maintain

Compliance with seismic conduction & vehicle carrying test

Gravity sense LCD Display

Compact footprint.

Upto 95.5% efficiency in Double Conversion Mode.

Unity Output Power Factor.

Power charging capability in minimum battery recharge time.

Upto 98.5% efficiency in ECO Mode.

Additional Power Availability.

Power charging capability in minimum battery recharge time.

Higher Battery charging capability.

Improves Energy efficiency and results in considerable reduction in operational expenditure.

LED status display - Quickly understand unit and power status with visual indicators.

Battery backup and surge protection - Outlets provide abundant runtime for network gateway equipment and other critical low-power devices, allowing for hours of internet access during a power outage.

Simple battery replacement - Increases UPS availability by allowing quick, easy battery replacement.

Resettable circuit breaker - Easy recovery from overloads; no need to replace a fuse. (Not available on Wall Tap SKUs)

Networking and Server Equipment

Small and Micro Data Centre application

Bio-Metrics/Radiology and Medical Equipment

Security and Surveillance System/CCTV and CAMERA

Pritner/IT-Load and PC's

Industrial and buildings critical power backup requirement

EnergyAware technology

Hot Sync® paralleling

ABM battery management

Energy Saver System (ESS)