EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) Key Features
2000VA / 1800W power capacity
True Online Double-Conversion UPS
Pure sine wave output
Output power factor of 0.9
Zero transfer time (0 ms)
Rotating LCD display
8 × IEC C13 output sockets
USB and RS232 communication ports
Optional SNMP network management support
Rack-mount (2U) or tower convertible design
EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) Overview
The EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) is a high-performance enterprise UPS designed to provide uninterrupted power protection for servers, storage systems, networking equipment, telecommunications devices, and other mission-critical electronics. Its true online double-conversion technology continuously regulates incoming power, delivering clean, stable electricity while completely isolating connected equipment from voltage fluctuations, surges, electrical noise, and power outages.
Designed for professional IT environments, the UPS features a space-saving 2U rack-mount chassis that can also be deployed as a tower. It includes a rotating LCD display, intelligent battery management, USB and RS232 communication interfaces, optional SNMP support, and zero transfer time, making it ideal for data centers, server rooms, and business-critical applications.
EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) Price Table
Product
Price (KES)
EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR)
52,000 – 60,000 (approx.)
EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) Key Specs
Specification
Details
Capacity
2000VA / 1800W
UPS Type
Online Double Conversion
Phase
Single Phase
Output Power Factor
0.9
Output Waveform
Pure Sine Wave
Transfer Time
0 ms
Output Outlets
8 × IEC C13
Communication
USB, RS232, Optional SNMP
Display
Rotating LCD
Form Factor
2U Rack Mount / Tower Convertible
EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) Performance
Delivers continuous clean power through true online double-conversion technology
Zero transfer time ensures uninterrupted operation during utility failures
Pure sine wave output protects sensitive IT and networking equipment
Wide input voltage range minimizes battery usage during voltage fluctuations
Financial Institutions: Ensures continuous operation of business-critical applications
EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) Pros & Cons
Pros
Cons
True online double-conversion technology
Higher cost than line-interactive UPS models
Pure sine wave output
Requires IEC-compatible power cables
Zero transfer time
Heavier than desktop UPS units
8 IEC C13 output sockets
Internal batteries require periodic replacement
USB, RS232, and optional SNMP support
Best suited for professional IT environments
EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) FAQs
Q1: Is this an online UPS? Yes. It uses true online double-conversion technology to provide continuous, regulated power with zero transfer time.
Q2: Does it produce a pure sine wave output? Yes. The UPS delivers a pure sine wave output suitable for servers, networking hardware, storage systems, and other sensitive electronics.
Q3: Can it be remotely monitored? Yes. It supports USB and RS232 communication, with optional SNMP support for remote monitoring and network management.
Q4: What applications is this UPS designed for? It is ideal for servers, data centers, networking equipment, telecommunications systems, storage devices, and other mission-critical business applications.
EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) Verdict
The EVI 2000VA / 1800W Rack Mount Online Single Phase UPS (EP-UPS2000UC13OR) is an enterprise-grade power protection solution that combines true online double-conversion technology, pure sine wave output, zero transfer time, intelligent battery management, and advanced communication capabilities. It is an excellent choice for organizations seeking dependable, uninterrupted power for servers, networking infrastructure, storage systems, and other critical IT equipment.
