Address
304 North Cardinal St.
Dorchester Center, MA 02124
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
Product Features—Fully Digital Control
Both rectification and inversion employ fully digital DSP control, ensuring high reliability.
The monitoring system employs CPLD and MCU control, ensuring an information-rich human-machine interface (HMI) and an optimized user interface.
The system facilitates the implementation of various intelligent control technologies, resulting in superior product performance and control that is faster, more precise, and more stable. This comprehensively enhances UPS reliability, power quality, and product consistency.
Reliably designed to withstand various harsh environments
The control unit and power unit achieve physical isolation, making them suitable for various harsh environments. Non-standard protection levels up to IP42 are available.
High Load Capacity
The output power factor is increased from 0.8 (typical of traditional UPSs) to 0.9, improving load capacity by 12.5% compared to traditional UPS.
The 0.9 output power factor is better suited for next-generation energy-saving loads.
The system can operate continuously at 105% load.
exceptional overload capability.
105% load: Long-term normal operation
110% load: 60 minutes
125% load: 10 minutes
150% load: 1 minute
Bypass static switch overload capability: 1000% load for 200ms
Power ramp-up and start-up delay
Power Walk-In Delay Timer
Parallel System: Staggered start-up enables each UPS to start sequentially, reducing the impact on the upstream input.
Flexible start-up delay settings: Adjustable from 0 to 600 seconds via the control panel or the background system.
Excellent three-phase unbalanced load capacity
when the UPS output carries a 100% unbalanced load:
The voltage unbalance between the three phases is less than ±1%. The phase angle unbalance is less than ±1° (i.e., 120°±1°)
Advanced Battery Management System
According to statistics from large-scale data centers, 70% of UPS system failures are caused by battery system failures.
The UPS Battery Management System includes:
Low voltage pre-warning
Automatic float/equalize charge switching
Temperature compensation
Automatic adjustment of discharge cut-off voltage
Battery self-diagnosis and self-testing
Battery capacity prediction
Discharge time estimation
Comprehensive intelligent battery management extends battery service life by 50%.
Unique BCB Battery Switch Technology
Built-in battery temperature sensor for real-time monitoring of battery ambient temperature.
Upon detection of low battery voltage, the system automatically disconnects the battery string in accordance with the battery management software settings.
With foolproof protection, battery insertion is inhibited when the UPS DC bus voltage has not been established, preventing safety hazards caused by inrush current.
LCD Display + Physical Buttons + EPO
Large LCD display with rich information, supporting multiple languages including Chinese
User-friendly HMI with detailed information; easy, reliable operation, and information at a glance
Powerful Intelligent Monitoring and Self-Diagnosis Functions
Powerful display capabilities: The HMI serves as the interface for displaying and operating the UPS, showing its status, measurements, and alarms, while allowing users to configure settings and execute control commands.
Comprehensive alarm information: The system can store and display up to 1,024 alarms, each with detailed information including name, status, time, type, and parameters. Precise fault diagnostics can even pinpoint the exact fan or fuse that has failed.
“Black box” recording: captures pre-fault and post-fault data
