High-Efficiency Power Protection with Vertiv Technology

Adaptable Power Delivery: Units up to 20kVA offer on-site flexibility, allowing you to configure the output for either three-phase or single-phase (3/3 or 3/1) to match evolving site requirements.

Scalable Redundancy: The system is parallel-ready, supporting the connection of up to four units. Upgrading from a single to a parallel setup is handled via simple software adjustments for seamless growth.

High-Density Internal Backup: The internal architecture can house up to four battery strings, providing significant autonomy within a small footprint and often eliminating the need for bulky external battery cabinets.

Flexible Battery Management: To optimize backup times and floor space, the system supports both common or distributed battery banks and is compatible with both internal and external battery configurations.

Galvanic Isolation Options: An optional transformer can be integrated at the input or output, providing full galvanic isolation essential for medical facilities and complex electrical distributions lacking a neutral.

Rapid Recovery & Mobility: Equipped with a high-capacity charger for fast battery replenishment and integrated casters, the unit ensures both long-term power readiness and easy physical repositioning during installation.

Cost Efficiency: By maximizing internal battery capacity and offering transformer-free efficiency, the unit significantly lowers installation expenses and reduces the total physical square footage required.

Full Power Utilization: Delivers a unity output power factor ($1.0$), ensuring maximum real wattage reaches your equipment.

Superior Efficiency: Slashes energy costs with up to 96.2% double conversion and 99.3% ECO mode performance.

Space-Efficient Runtime: Offers a small physical footprint while housing various internal battery setups for versatile backup durations.

Flexible Phase Support: Provides on-site adaptability with 3/3 and 3/1 output options for 10-20kVA models.

Streamlined Protection: Includes factory-integrated maintenance bypass and built-in input/output breakers for simplified service and safety.

Scalable Growth: Supports parallel grouping to increase total system capacity or establish mission-critical redundancy.

Future-Ready Storage: Fully compatible with Lithium-ion batteries to provide longer life cycles and faster recharge times.

Continuous Double-Conversion Technology: Provides a pure, "true online" power path by constantly converting AC to DC and back to AC, ensuring zero transfer time to battery.

1–3 kVA Power Ratings: Offered in a versatile range of capacities to suit small-to-medium power requirements.

Auto-Rotating "Gravity Sense" Display: The LCD interface automatically reorients itself based on whether the unit is standing or lying flat.

Broad Input Voltage Tolerance: Engineered to handle significant fluctuations in incoming power without switching to battery, extending cell life.

Active Input Power Factor Correction: Maximizes electrical efficiency and reduces "noise" fed back into your building's power grid.

Intelligent Battery Management: A smart charging system designed to prolong battery lifespan and ensure peak discharge performance.

Generator-Ready: Fully compatible with standby generators, making it ideal for facilities with extended backup power setups.

Versatile Connectivity Ports: Includes SNMP, USB, and RS232 interfaces for comprehensive remote monitoring and local management.

High-Efficiency "Eco-Mode": An optional operating state that reduces internal energy consumption to lower utility costs.

Instant Emergency Power Off (EPO): Features a dedicated terminal for immediate shutdown during safety or fire emergencies.

Instant Emergency Power Off (EPO): Features a dedicated terminal for immediate shutdown during safety or fire emergencies.

Flexible Rack/Tower Form Factor: Can be deployed as a standalone tower or mounted within a standard IT rack.

Hardened Industrial Build: A dust-resistant chassis capable of maintaining full performance even in harsh environments up to 50°C (122°F).

Built-in Output Receptacles: Comes with integrated sockets for direct and easy equipment plug-in.Unity Output Power Factor ($PF = 1.0$): Delivers more real power (Watts) by ensuring the kVA rating equals the Wattage rating.

Superior energy efficiency: Enhances power savings while reducing the overall Total Cost of Ownership (TCO).

Enhanced energy conservation: Provides an additional boost to power-saving performance.

Optimized partial-load efficiency: Delivers greater energy savings even when the system is not running at full capacity.

Compact footprint: Reduces floor space requirements by up to 15% compared to older models.

Improved operational versatility: Offers a higher degree of system flexibility for various needs.

Accelerated battery recovery: Ensures faster recharging cycles to maintain readiness.

Versatile battery compatibility: Supports a broader range of battery types while reducing setup expenses.

Expanded configuration options: Provides greater flexibility through a wider variety of available models.

Thermal resilience: Increases adaptability to different environments while cutting down on refrigeration and cooling expenses.

Universal load support: Maintains full compatibility with both modern IT hardware and non-IT critical systems.

High-capacity scalability: Allows for massive power configurations reaching a maximum of 1.5 MW.

Streamlined maintenance: Features an intuitive user interface and a simplified approach to inventory and spare parts.

High-Efficiency Dual Modes: Achieves up to 97% in double-conversion and 99.2% in ECO mode.

Dynamic Online Performance: A third operating mode reaching up to 98.8% efficiency.

Smart Parallel Technology: Includes an intelligent paralleling function for optimized load sharing.

Minimal Footprint: Engineered to consume the least amount of floor space possible.

Flexible Deployment: Fits various layouts, including In-Row, Room, or Wall-adjacent setups.

High-Capacity Charging: Outfitted with a heavy-duty charger for rapid battery recovery.

Streamlined DC Wiring: Compatible with 2-wire DC bus configurations.

Li-ion Ready: Fully supports modern lithium-ion battery integration.

Extreme Thermal Range: Operates reliably in ambient temperatures reaching 50°C.

Full Power Delivery: Handles 0.5 lagging to 0.5 leading loads with zero capacity loss.

High Scalability: Expandable to a maximum of 6 units in a single system.

Unified Interface: Features a user-friendly touchscreen HMI consistent with other Vertiv products.

BROAD INPUT VOLTAGE TOLERANCE: Minimizes battery dependency and helps avoid early battery wear and replacement.

HIGH POWER FACTOR: Delivers maximum usable kW output for improved power utilization.

HOT-SWAPPABLE MODULES: Allow maintenance and capacity upgrades without any system downtime.

ROBUST, RELIABLE DESIGN: Features segregated control architecture, advanced diagnostic capabilities (Waveform Capture, Event History Logs), and comprehensive validation testing.

SUPERIOR OPERATIONAL EFFICIENCY: Lowers total cost of ownership (TCO) while enhancing Power Usage Effectiveness (PUE).

END-TO-END SERVICE SUPPORT: Backed by comprehensive service packages that provide expert support across the entire UPS lifecycle for peak performance.

UNINTERRUPTED OPERATION: Designed for hot, tool-free serviceability, ensuring zero downtime even during maintenance or capacity expansion.

125 kVA MODULAR POWER: Flexible, scalable power modules that can be easily configured to match construction phases and actual load requirements.

ADVANCED DIGITAL INTELLIGENCE: Data-driven service and insights throughout the entire system lifecycle, with optional Vertiv™ Life monitoring support.

FLEXIBLE ENERGY COMPATIBILITY: Seamlessly supports multiple backup energy sources, including lithium-ion and nickel-zinc batteries.

Reliable operation up to 50 °C, with automatic derating beyond 40 °C

Large, user-friendly 9-inch full-color touchscreen HMI

Smart paralleling functionality

Optimized Mean Time to Repair (MTTR) of less than 0.5 hours

Advanced battery management with flexible battery block options (30–50*)

Predictive maintenance alerts and notifications

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

Built-in self-capacity testing support

Delivers greater energy efficiency and reduces Total Cost of Ownership

Occupies up to 50% less space compared to legacy systems

Enables faster battery recharge cycles

Supports a broader range of battery options with lower installation costs

Offers enhanced flexibility with an expanded solution portfolio

Improves adaptability while reducing cooling requirements and related costs

Fully supports modern, mission-critical IT workloads

Scales to a maximum capacity of up to 2 MW

Minimizes MTTR and maximizes system availability

Simplifies usability and streamlines spare parts management

Exceptional double-conversion efficiency of up to 97%

ECO mode efficiency exceeding 99%

Consistent, flat efficiency curve across load ranges

High power density design

Suitable for both row-based and room-level deployments

Modular architecture with easy scalability

Hot-swappable power and bypass modules

Distributed module control architecture

Unity output power factor with a balanced, symmetrical power factor profile

Enhanced reliability features including robust airflow design and conformal-coated PCBs

Built-in parallel operation and load bus synchronization

Advanced intelligent paralleling capability

Intuitive 9-inch touchscreen LCD interface

Supports UPS self-capacity testing without the need for external load banks

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

Keyboard: 43-key alphanumeric

Printing Speed: 40–60 mm/sec

PC Connectivity: Serial and USB interfaces

Serial Port: RJ45

Item Sales Reports: Daily and monthly

Tax Summary Reports: Daily and monthly

Cash Drawer Support

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

Durable Engineering: Features a reinforced chassis with an advanced internal airflow system for superior cooling.

Grid Resiliency: Supports a broad input voltage spectrum, ensuring stable performance despite electrical fluctuations.

Intelligent Load Management: Includes programmable outlets with sequential protection to safeguard critical hardware during peak demand.

Advanced Connectivity: Equipped with a built-in Ethernet port and HTTP support for seamless remote oversight.

User-Centric Design: Optimized for straightforward installation and hassle-free servicing.

Ruggedized Standards: Certified for seismic stability and high-vibration mobile environments.

Auto-Rotating Interface: Features an orientation-sensing LCD for easy viewing at any angle.

Environmentally Shielded: Fully dust-sealed enclosure capable of continuous operation in heat up to 50°C.

Pure Power Architecture: True Online Double-conversion topology for seamless protection.

Next-Gen Processing: Powered by an advanced DSP (Digital Signal Processor) for peak operational efficiency.

High Power Density: Optimized 0.9 output power factor.

Grid Harmony: Active Power Factor Correction (PFC) across all input phases.

Versatile Frequency Support: Dedicated 50 Hz/60 Hz frequency conversion mode.

Efficiency Modes: Integrated ECO mode for reduced energy consumption and operational costs.

Rapid Safety Shutdown: Standard Emergency Power-Off (EPO) interface.

Capacity Growth: Parallel scalability up to 40 kVA.

Mobility: Equipped with industrial-grade casters for effortless placement.

Source Agility: Fully compatible with generator-fed power environments.

Unified Connectivity: Supports SNMP, USB, and RS-232 for comprehensive remote oversight.

Smart Battery Care: 3-stage modular charging system to maximize battery longevity.

Flexible Runtime: Configurable battery strings for extended backup requirements.

Service Continuity: Built-in Maintenance Bypass Breaker for uninterrupted power during repairs.

Comprehensive Connectivity: Offers a diverse suite of remote management and monitoring interfaces.

Streamlined Growth: Engineered for intuitive management and seamless, rapid capacity expansion.

Energy-Optimized Design: Fine-tuned to minimize power waste and reduce operational overhead.

Intuitive Interface: Full-color graphical LCD that automatically re-orients based on gravity.

Premium Efficiency: Achieves up to 94% efficiency in double-conversion mode and up to 98% in ECO mode.

Adaptive Form Factor: Versatile rack/tower convertible chassis for any installation environment.

Scalable Autonomy: Extend backup runtimes by connecting up to four External Battery Cabinets (EBCs).

Zero-Downtime Battery Maintenance: User-replaceable, hot-swappable internal batteries for seamless servicing.

Rapid Recovery: High-speed charging restores internal batteries to 90% capacity in just 3 hours.

Advanced Networking: Compatible with Vertiv™ Intellislot IS-UNITY cards and Power Insight software for comprehensive remote oversight.

Universal Mounting: Includes an adjustable 4-post rack kit for easy integration.

Full Power Resiliency: Wide input frequency range (40–70Hz) maintains full performance without derating.

Fail-Safe Protection: Equipped with an automatic internal bypass to ensure continuous power delivery.

Lowest cost of ownership

Enhanced operational flexibility

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

Higher system availability

Intuitive Interface: Full-color graphical LCD that automatically re-orients based on gravity.

High efficiency rating of up to 96% true online double conversion mode

FlexPower Technology which allows the configuration of a completely redundant power system, sized to match the capacity of the protected equipment. The unit capacity is easily added, without increasing the system footprint

Parallel technology allowing maximum system capacity of up to 600kW without the need for centralized bypass cabinet and additional external control modules (on selected configuration)

With the compactness of the power module, the best in the market, within the same rack there is room to accommodate internal batteries providing a backup time up to 30 minutes in the 30kW configuration and up to 5 minutes in the 90kW configuration

Different combinations of internal and external batteries are available to cope with the various application scenarios

Flexible battery configuration: 30 to 40 battery blocks per string

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)

Adjustable static bypass frequency synchronization window up to ±6%

Supports field communication protocols such as Modbus / JBus

Network communication via SNMP

UPS overload handling capability:

110% load for 60 minutes, 125% load for 10 minutes, 150% load for 1 minute

Compact footprint for space-efficient installation

Fully digital design with twin DSP control

Rated at 0.9 output power factor to deliver higher active power

Supports leading power factor loads without kW derating under specified conditions

Online double-conversion UPS with IGBT-based PWM inverter

Wide input voltage tolerance of ±20%

Wide input frequency range from 45 Hz to 65 Hz

Designed to handle demanding load conditions, including:High crest factor loads, 100% non-linear loads, 100% unbalanced loads

Built-in maintenance bypass for enhanced serviceability

Front access design for easy spare replacement and preventive maintenance

Easy dual-bus configuration architecture

IGBT-based rectifier design

True online double-conversion UPS with DSP control technology for high performance and reliability

New graphical LCD display providing real-time UPS status, alarms, fault diagnostics, and troubleshooting support

Double-conversion efficiency of up to 90%

Active input power factor correction up to 0.99

0.8 output power factor

Wide input voltage range of 110–280 Vac, optimized for Indian operating conditions and improved battery performance

Adjustable battery charging current (1 / 2 / 4 / 6 A) to suit battery capacity and ratings

Automatic 50/60 Hz frequency converter mode

Intelligent monitoring via standard RS232 and USB ports, with an additional slot for RS485, dry contact, or SNMP card

Built-in OVCD for enhanced protection

Configurable output voltage options: 200 / 208 / 220 / 230 / 240 Vac

Generator-compatible with a wide input frequency range of 40–70 Hz

Four-stage, extendable battery charging design for optimized battery life

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 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.

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.

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

IGBT-based rectifier design

True online double-conversion UPS with DSP control technology for high performance and reliability

Graphical LCD display providing real-time UPS data, alarms, fault diagnostics, and troubleshooting support

Double-conversion efficiency of up to 93%

Active input power factor correction up to 0.99

Output power factor of 0.9

Wide input voltage range for stable operation under varying power conditions

Configurable output voltage options: 208 / 220 / 230 / 240 Vac

Generator-compatible operation with a wide input frequency range of 40–70 Hz

Four-stage, extendable battery charging design for optimized battery performance

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

Automatic 50/60 Hz frequency converter mode

Intelligent monitoring via standard RS232 and USB ports, with an additional slot for RS485, dry contact, or SNMP card

Built-in OVCD for enhanced protection

Internal redundancy capability (N+2 / 20 kVA) enhances reliability and delivers multiple layers of power protection

No single point of failure: a fully redundant design ensures critical loads continue to receive conditioned power even if any system component fails

Configurable architecture allows customization of capacity and redundancy levels to meet specific application requirements

Fault-tolerant design enables power, battery, and control modules to automatically isolate themselves in the event of a fault, without compromising overall system integrity

Superior overload capability ensures continuous delivery of conditioned power during temporary overload conditions, eliminating unnecessary transfers to bypass

Internal wrap-around maintenance bypass and frame-level bypass with independent controls housed in separate assemblies enhance system reliability and availability

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

Scalable design allows cost-effective expansion of power capacity or addition of battery modules

Modular batteries, controls, and power components reduce maintenance costs and allow easy user replacement

Two-year hassle-free factory warranty covering repair or replacement

Module-level redundancy eliminates the need for additional cabinets

Pre-configured, factory-tested units reduce installation time and cost

All-in-one small-footprint cabinet includes power modules, batteries, maintenance bypass, and distribution for maximum efficiency and availability

Integral battery monitoring with temperature-compensated charging prolongs battery life and reduces replacement costs

Inbuilt isolation transformer. Protects UPS and load from high voltage fluctuations.

Early Warning of UPS System Status. Multiple audible and visual alarms immediately alert you to critical issues.

Periodic Battery Testing. Provides automatic and manual self-diagnostic battery testing for peace of mind.

Power-Factor Correction. Prevents noise, harmonics, and distortion from being passed on to connected loads or from being fed back to the utility.

Lightning and Surge Protection. The transient voltage surge suppresion circuitry inside the Liebert S600E provides additional protection for the connected equipment.

Wide Input Voltage Window. Prolongs battery life by allowing the UPS to maximize the use of utility power before transferring to the battery when the input voltage exceeds specified limits.

Wide Input Voltage Window. Prolongs battery life by allowing the UPS to maximize the use of utility power before transferring to the battery when the input voltage exceeds specified limits.

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

No impact on upstream equipment

Seamless compatibility with generator power sources

Improved performance under specific unbalanced load conditions

Accurate and stable load sharing in parallel configurations

Enhanced fault-clearing capability, supporting up to 300% of the inverter’s nominal current

Output Power Factor 1

Output Power Factor diagram symmetrical respect to zero

Intelligent double-conversion technology for maximum reliability and superior energy efficiency

Permanent 100% kVA - no derating with any load (lagging or leading)

Optimum space/power ratio

Full compatibility with static transfer switches

Wide range of standard options including: Isolation transformer (integrated in UPS cabinet), System Bypass Switch and Synchronization Module (MBSM)

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

Network Power Switch transfer time of six milliseconds is invisible to sensitive electronic equipment. (As per IEEE Standard 446 susceptibility curve for IT component)

Break- Before - Make switching eliminates any possibility of connecting the two independent power sources together, even under fault conditions.

Diagnostics and transfer tests detect any potential switch failures before the problem becomes critical.

Automatic transfer protects the critical load as soon as a problem is detected on the power source by switching to the alternative supply.

Manual transfer allows power sources to be switched whenever required for scheduled source shutdowns or maintenance.

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.

Efficiency in double conversion exceeding 96%

ECO mode operation with efficiency up to 99%

Unity output power factor

Hot swappable modules

Modular redundancy as N+1 configuration

Distributed intelligence between modules

Four cabinet solutions (up to 150/300/400/600 kW)

Integrated autonomy for ratings up to 90 kW

600 kW maximum UPS system capacity

Hot swappable static bypass module (Liebert APM 50-600 kW only)

High efficiency for reduced TCO

Remarkable active power availability

FlexPower TechnologyTM : capacity upgrade without increasing the system footprint

Reduced MTTR and easy Serviceability

Integrated parallel and load bus synchronization

Extreme flexibility for different runtime configurations

Reduced battery recharging time

Enabled with LIFETM remote diagnostics and preventive monitoring service

Under the Enhanced Capital Allowance (ECA) scheme, ETL listed products can claim back 100% first year capital allowance

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 91%.

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.

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.

IGBT-based rectifier for enhanced efficiency and performance

True online double-conversion UPS with DSP control technology, ensuring high reliability and superior performance

Advanced graphical LCD display showing UPS status, alarms, and supporting fault diagnosis and troubleshooting

Double-conversion efficiency up to 92%

Active input power factor correction up to 0.99

0.8 output power factor

Wide input voltage range (110–280 Vac), optimized for Indian operating conditions and improved battery life

Configurable output voltage (200 / 208 / 220 / 230 / 240 Vac)

Generator compatible, supporting wide input conditions

Wide frequency range (40–70 Hz)

Eight-stage extendable battery charging design for optimized battery performance

Adjustable battery charging current (2 / 4 / 6 / 8 / 10 / 12 / 14 / 16 A) based on battery capacity

Automatic frequency converter mode supporting 50/60 Hz

Intelligent monitoring via standard RS232 and USB ports, with an expansion slot for RS485, dry contact, or SNMP card

Inbuilt OVCD (Over Voltage Cut-Off Device)

Available in 16A models ranging from 1000 VA to 3000 VA

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 troubleshooting.

Double Conversion Efficiency up to 84%.

ECO Mode Efficiency upto 94%.

Active Input Power Factor Correction 0.99.

0.8 Output Power Factor.

Wide Input Voltage window ( 110 — 300 Vac ) for Indian Environmental Condition and for Optimized Battery Performance.

Adjustable Battery Configuration from 16/18/20 pcs and Digital battery Charger with Adjustable Charging Current ( 0.5 Amps to 6 Amps ) Via LCD Display.

3 Stage Extendable Charging Design for the Optimized Battery Performance.

50/60 Hz Automatic Frequency Converter Mode.

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

Remote Monitoring with Multiple Server Shutdown Capability and Compatibility with all Major Operating System.

CE and ROHS Compliance.

IGBT-based rectifier and inverter for efficient and reliable power conversion

True online double-conversion UPS with DSP control technology, delivering high performance and reliability

Advanced graphical LCD display providing UPS status, alarms, and support for fault diagnostics and troubleshooting

Double-conversion efficiency up to 90%

Active input power factor correction up to 0.99

0.8 output power factor

Wide input voltage range (110–280 Vac), suitable for Indian environmental conditions and optimized battery performance

Configurable output voltage (200 / 208 / 220 / 230 / 240 Vac)

Generator compatible, supporting a wide input frequency range of 40–70 Hz

Four-stage extendable battery charging design for enhanced battery performance

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

Intelligent monitoring via standard RS232 and USB ports, with an expansion slot for RS485, dry contact, or SNMP card

Inbuilt OVCD (Over Voltage Cut-Off Device)

Proudly made in India

IGBT-based rectifier for efficient and reliable power conversion.

True online double-conversion UPS with DSP control technology, ensuring high performance and dependable operation.

Advanced graphical LCD display provides real-time UPS status, alarms, and supports easy fault diagnosis and troubleshooting.

Double-conversion efficiency of up to 89%.

Active input power factor correction up to 0.99.

Output power factor of 0.8.

Wide input voltage range from 110 to 280 Vac, suitable for Indian operating conditions and optimized battery performance.

User-configurable output voltage options: 200 / 208 / 220 / 230 / 240 Vac.

Generator-compatible design with a wide input frequency range of 40 Hz to 70 Hz.

Automatic frequency conversion for 50/60 Hz operation.

Intelligent monitoring via standard RS232 and USB ports, with an expansion slot for RS485, dry contact, or SNMP card.

Built-in OVCD for enhanced protection.