EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Key Specifications
3000VA / 2700W online double-conversion UPS
Rack mount single phase UPS design
Pure sine wave output
LCD status display
Zero transfer time technology
High efficiency power conditioning system
Intelligent battery management
USB, RS232, and SNMP communication support
Wide input voltage range
Advanced protection systems for enterprise environments
Warranty: The warranty tendered hereunder, on the electronic product(s) sold under this invoice will be provided exclusively by their respective Authorized Agents/Distributors and are limited to the period indicated from the date ofyour invoice, except otherwise mentioned as per the warranty conditions as carried along with the products(s)
The EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR is a high-capacity enterprise-grade UPS designed for critical infrastructure requiring maximum uptime and stable power delivery. It uses online double-conversion technology, meaning connected equipment is continuously powered through the UPS inverter, ensuring zero transfer time during power failures.
This rack mount UPS is ideal for server rooms, data centers, telecom systems, networking infrastructure, NAS arrays, CCTV systems, and mission-critical business applications. With its 2700W output capacity, it supports high-density equipment setups while ensuring clean, regulated, and uninterrupted power.
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Price in Kenya
Product
Price (KES)
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR
28,000 – 45,000 KES
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Specifications Table
Specification
Details
Model
EP-UPS3000UC13OR
Capacity
3000VA / 2700W
UPS Type
Online Double Conversion
Phase
Single Phase
Form Factor
Rack Mount
Output Waveform
Pure Sine Wave
Input Voltage Range
110V – 300V AC
Output Voltage
208V / 220V / 230V / 240V AC
Frequency Range
40Hz – 70Hz
Transfer Time
Zero Transfer Time
Efficiency
Up to 90–95%
Display
LCD Monitoring Panel
Battery Type
Sealed Lead-Acid (external/internal depending on configuration)
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Performance
The EVI 3000VA online UPS is engineered for heavy-duty enterprise environments where uptime and power stability are critical.
Provides continuous clean power via online double conversion
Pure sine wave output protects sensitive IT and telecom equipment
Zero transfer time ensures uninterrupted operation
Stable voltage and frequency regulation for critical systems
Intelligent battery charging system improves reliability and lifespan
Designed for high-load server and networking environments
With 2700W capacity, it can support multiple servers, storage systems, switches, and telecom devices simultaneously, making it suitable for data center deployments.
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Battery Backup Experience
Provides short-term backup during outages depending on load
Zero transfer time ensures continuous operation of critical systems
External battery bank options may extend runtime significantly
Smart battery management improves efficiency and safety
Suitable for mission-critical enterprise workloads
Runtime varies based on connected IT load and battery configuration
Online UPS systems like this are preferred in enterprise environments because they continuously condition power rather than switching during outages, ensuring maximum protection.
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Connectivity and Features
USB communication interface
RS232 serial communication support
SNMP network monitoring compatibility
LCD real-time monitoring display
Intelligent cooling fan system
Advanced overload and surge protection
Remote shutdown and monitoring capability
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Design and Build
Professional rack mount chassis design
Heavy-duty metal enclosure for enterprise environments
Optimized airflow for continuous operation
Suitable for server racks and data centers
Built for long-term reliability under heavy load conditions
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Use Cases
Data centers and server rooms
Enterprise IT infrastructure
Telecom and networking systems
NAS storage arrays
CCTV and surveillance systems
Critical business continuity systems
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Pros and Cons
Pros
Cons
High 2700W enterprise-grade output
Higher cost than standard UPS systems
Online double-conversion protection
Requires rack installation space
Pure sine wave output
Fan noise during operation
Zero transfer time
Higher energy consumption
SNMP remote monitoring support
Battery replacement costs
Ideal for critical IT systems
Installation complexity
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR FAQs
Is this UPS suitable for servers and data centers? Yes, it is designed specifically for servers, networking systems, and enterprise infrastructure.
What makes online UPS better than line interactive? Online UPS provides continuous power conditioning with zero transfer time, making it ideal for critical systems.
Can it handle multiple servers? Yes, its 2700W capacity supports multiple servers and networking devices depending on load distribution.
Does it support remote monitoring? Yes, it supports USB, RS232, and SNMP-based remote monitoring.
Is it suitable for enterprise use? Yes, it is built for enterprise, telecom, and data center environments.
EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR Conclusion
The EVI 3000VA / 2700W Rack Mount Online Single Phase UPS EP-UPS3000UC13OR is a powerful enterprise-grade UPS designed for mission-critical environments in Kenya. With online double-conversion technology, pure sine wave output, zero transfer time, and advanced monitoring capabilities, it delivers maximum protection and reliability for servers, data centers, and high-performance IT infrastructure.
