Features
True Online Double-Conversion
Online double-conversion technology provides continuous power conditioning and stable output power for mission-critical three-phase loads.
Transformerless High-Efficiency Design
The transformerless architecture helps improve operating efficiency, reduce system footprint, and support modern critical power environments.
3-Phase Input / 3-Phase Output
The UPS supports 3-phase input and 3-phase output, making it suitable for data centers, industrial facilities, telecom rooms, commercial buildings, and critical infrastructure.
60–300kVA Capacity Range
Available from 60kVA to 300kVA, this UPS covers medium and large three-phase power protection applications.
Unity Power Capacity
The UPS provides equal kVA and kW capacity, delivering more usable active power for modern IT, telecom, industrial, and infrastructure loads.
High Input Power Factor
Input power factor of ≥0.99 helps improve input power quality and reduce impact on upstream electrical systems.
Low Input Harmonic Distortion
Low input harmonic distortion helps improve compatibility with facility power infrastructure and reduces electrical pollution.
Stable Output Voltage
Output voltage regulation of ≤±1% for balanced load and ≤±2% for unbalanced load helps maintain stable power for connected equipment.
Low Output Harmonic Distortion
Output harmonic distortion is controlled at ≤2% for linear loads and ≤4% for non-linear loads, helping provide cleaner power for sensitive equipment.
Hot-Swappable Power Module Design
The pluggable power module design supports front-access replacement, helping reduce maintenance time and improve system availability.
Single Power Module Control
Individual power modules can be switched on or off through the LCD panel, simplifying service operation and system management.
Backfeed Detection
Built-in backfeed detection helps improve electrical safety during abnormal power conditions or maintenance operations.
Parallel Operation up to 4 Units
The UPS supports parallel operation up to 4 units, allowing capacity expansion or redundancy for higher availability.
Common Battery Support
Parallel UPS systems can share a common battery configuration, helping optimize battery system cost and simplify backup power design.
Dual Mains Inputs
Dual mains input design provides greater flexibility for critical power architecture and power source configuration.
Built-In Four Switches
Built-in mains input switch, bypass input switch, output switch, and maintenance bypass switch simplify system operation, installation, and maintenance.
Power Walk-In Function
Power walk-in function helps reduce sudden impact on upstream power systems when utility power returns, improving generator compatibility and system stability.
Flexible Battery Configuration
The UPS supports selectable battery voltage and flexible battery configuration, allowing backup time and battery design to be adjusted according to project needs.
Adjustable Charging Current
Charging current can be adjusted through the LCD panel to match battery capacity, backup time, and project requirements.
Lithium-Ion Battery Compatibility
The UPS is compatible with lithium-ion battery systems, providing more options for projects requiring longer service life, smaller footprint, or advanced battery management.
Emergency Power Off Function
EPO allows the UPS system to be shut down quickly in emergency situations when connected to the proper external control mechanism.
Generator Compatible
Generator compatibility allows the UPS to operate with generator input while maintaining stable output power to critical loads.
50Hz/60Hz Frequency Converter Mode
Frequency converter mode allows fixed 50Hz or 60Hz output for equipment requiring specific frequency conditions.
7-Inch Touch LCD Display
The 7-inch touch LCD provides system status, power flow, battery information, alarm data, charging settings, and operation management in a clearer interface.
Dynamic Password Protection
Dynamic password protection helps improve service security and reduce unauthorized changes to system-level settings.
Optional Communication Expansion
Optional communication expansion supports remote monitoring, alarm integration, and power management system connection.
IP20 Protection with Optional IP31
Standard IP20 protection is suitable for indoor equipment rooms, with optional IP31 available for projects requiring a higher enclosure protection level.
Specifications
| MODEL | 60K | 80K-A | 100K | 120K | 180K | 200K | 240K | 300K |
| PHASE | 3-phase in / 3-phase out | |||||||
| CABINET CAPACITY | 60KVA/60KW | 80KVA/80KW | 100KVA/100KW | 120KVA/120KW | 180KVA/180KW | 200KVA/200KW | 240KVA/240KW | 300KVA/300KW |
| BATTERY TYPE | External Battery | |||||||
| PARALLEL CAPABILITY | 4 | |||||||
| INPUT | ||||||||
| Nominal Voltage | 3 x 380/400/415 VAC (3Ph+N) | |||||||
| Voltage Range | 110-300 VAC @ 50% load; 184-276 VAC @100% load | 110-300 VAC @ 50% load; 190-276 VAC @100% load | 110-300 VAC @ 50% load; 184-276 VAC @100% load | |||||
| Nominal Frequency | 50/60Hz (Auto sensing) | |||||||
| Frequency Range | 40Hz ~70Hz | |||||||
| Power Factor | ≧ 0.99 @ 100% load | |||||||
| Harmonic Distortion (THDi) | <5% @ 100% load | <4% @ 100% load | ||||||
| OUTPUT | ||||||||
| Nominal Voltage | 3 x 380/400/415 VAC (3Ph+N) | |||||||
| Voltage Regulation (Steady state) | ≦ ± 1% Typical (balanced load), ≦ ± 2% Typical (unbalanced load) | |||||||
| Nominal Frequency | 50/60Hz | |||||||
| Frequency Range (Synchronized range) | 46Hz ~ 54Hz or 56Hz ~ 64Hz | |||||||
| Overload Capability | ≦ 110% for 1 hour, 111% ~ 125% for 10 mins, 126%~150% for 1 min and >150% for 200ms | |||||||
| Harmonic Distortion | ≦ 2% THD (Linear Load) ; ≦ 4% THD (Non-linear Load) | |||||||
| EFFICIENCY | ||||||||
| AC Mode | 95% | 96% | 95.5% | |||||
| ECO Mode | 98% | 99% | 98.5% | |||||
| Battery Mode | 94% | 95.5% | 94.5% | |||||
| BYPASS | ||||||||
| Nominal Voltage | 3 x 380/400/415 VAC (3Ph+N) | |||||||
| Voltage Range | -30% ~ +20% | |||||||
| Frequency Range | 46Hz ~ 54Hz or 56Hz ~ 64Hz | |||||||
| Overload Capability | ≦ 110% for 1 hour, 111% ~ 125% for 10 mins, 126%~150% for 1 min and >150% for 200ms | |||||||
| BATTERY / CHARGER | ||||||||
| Nominal Voltage | +/- 192V ~ +/- 240V (Selectable) | |||||||
| Maximum Voltage | +/- 240V (12V x 40 Pcs) | |||||||
| Minimum Voltage | +/- 192V (12V x 32 Pcs) | |||||||
| Floating Charge Voltage | 2.28V / Cell (2.25 ~2.33 Selectable) | |||||||
| Boost Charging Voltage | 2.35V/Cell | |||||||
| Temperature Compensation | Yes | |||||||
| Maximum Charging Current | 18A (Adjustable) | 18A (Adjustable) | 24A (Adjustable) | 36A (Adjustable) | 54A (Adjustable) | 54A (Adjustable) | 72A (Adjustable) | 90A (Adjustable) |
| PHYSICAL | ||||||||
| IP Class | IP20, optional IP31 | |||||||
| Dimension, D x W x H (mm) | 1000x320x800 | 1000x430x1200 | 1000x430x1200 | 1000x430x1200 | 1000x600x1200 | 1000x600x1200 | 1100x600x1475 | 1100x600x1475 |
| Net Weight (Kgs) | 94 | 125 | 169 | 169 | 249 | 249 | 360 | 396 |
| ENVIRONMENT | ||||||||
| Operating Temperature | 0-40°C | |||||||
| Operating Humidity | < 95 % and non-condensing | |||||||
| Altitude** | <1000m for Nominal power | |||||||
| MANAGEMENT | ||||||||
| Smart RS-232/USB | Supports Windows® Family, Linux and MAC | |||||||
| Optional SNMP | Power management from SNMP manager and web browser | |||||||
| STANDARDS | ||||||||
| Safety | IEC/EN 62040-1 | |||||||
| EMC | IEC/EN 62040-2 Category C3 | |||||||
| **If the UPS is installed or used in a placewhere the altitude is above than 1000m, the output power must be derated one percent per 100m. Product specifications are subject to change without further notice. | ||||||||
Applications
Data Centers
Provides scalable and efficient three-phase backup power for servers, storage systems, network equipment, and critical IT infrastructure.
Telecom Facilities
Supports telecom rooms, communication hubs, transmission systems, network infrastructure, and high-capacity communication equipment.
Industrial Facilities
Helps protect PLC systems, industrial PCs, automation controllers, monitoring platforms, and production support infrastructure.
Healthcare Facilities
Suitable for hospital IT rooms, laboratory systems, diagnostic support equipment, medical data platforms, and selected critical healthcare infrastructure.
Financial Data Centers
Provides backup power for banking data centers, payment platforms, trading support systems, transaction systems, and financial IT equipment.
Commercial Buildings
Supports centralized power protection for office buildings, business parks, communication rooms, security systems, and building control infrastructure.
Emergency and Public Safety Facilities
Suitable for emergency operation centers, command centers, dispatch systems, public safety communication rooms, and surveillance infrastructure.
Transportation and Infrastructure Projects
Provides reliable three-phase backup power for airports, rail systems, metro facilities, traffic control rooms, and infrastructure command centers.
Long Backup Time Projects
Flexible battery configuration, adjustable charging current, external battery design, and lithium-ion battery compatibility make it suitable for extended runtime projects.
Frequently Asked Questions
What is this transformerless 3-phase online UPS used for?
This UPS is designed to provide reliable backup power and power protection for data centers, telecom facilities, industrial systems, healthcare infrastructure, financial data centers, commercial buildings, and other mission-critical three-phase loads.
What capacity range is available?
This UPS is available from 60kVA to 300kVA, including 60kVA, 80kVA, 100kVA, 120kVA, 180kVA, 200kVA, 240kVA, and 300kVA models.
What does 3P/3P mean?
3P/3P means 3-phase input and 3-phase output. It is suitable for applications where both incoming power and protected loads require three-phase power.
What is the advantage of transformerless UPS design?
A transformerless UPS is generally more efficient, more compact, and lighter than a transformer-based UPS. It is suitable for modern IT, telecom, commercial, and industrial power protection applications where energy efficiency and space saving are important.
Does this UPS support parallel operation?
Yes. It supports parallel operation up to 4 units, which can be used for capacity expansion or redundancy.
Can parallel UPS units share a common battery system?
Yes. This UPS supports common battery configuration in parallel systems, helping optimize battery system cost and simplify backup power design.
Does this UPS support lithium-ion batteries?
Yes. The UPS is compatible with lithium-ion battery systems, making it suitable for projects requiring advanced battery performance, compact footprint, or longer service life.
Does this UPS support dual mains input?
Yes. Dual mains inputs are supported, providing more flexibility for critical power system design.
What is the function of power walk-in?
Power walk-in helps reduce sudden impact on the upstream power source when mains power returns. It is especially useful in generator-backed systems or parallel UPS installations.
Does this UPS have maintenance bypass?
Yes. It includes built-in maintenance bypass, along with mains input, bypass input, and output switches, helping simplify maintenance and system operation.
What does the 7-inch touch LCD show?
The 7-inch touch LCD can display system status, power flow, input/output information, battery data, alarm information, charging settings, and operating status.
What battery voltage does this UPS support?
The UPS supports selectable battery voltage from ±192V to ±240V, depending on battery configuration and project design.
What charging current is available?
Maximum charging current varies by capacity and can be adjusted according to battery requirements, supporting larger battery systems and longer backup time applications.
Is this UPS suitable for data centers?
Yes. It is suitable for medium and large data centers, server rooms, telecom rooms, network facilities, and critical infrastructure requiring high efficiency, redundancy, and stable three-phase backup power.
What information is needed to choose the right model?
To recommend the right model, the following information is usually required: load capacity, input/output voltage, backup time, battery type, battery runtime requirement, redundancy requirement, generator status, dual mains input requirement, monitoring needs, installation environment, and future expansion plan.
