UPS system Borri B9600FXS 400kVA-800kVA

  • Borri UPS system B9600FXS 400-800 kVA 3/3
  • Online double conversion UPS system, VFI-SS-111 classification according to IEC EN 62040-3
  • High double conversion performance and ECO mode for low operating costs and low environmental impact
  • UPS bypass circuit
  • Built-in UPS inverter for galvanic DC-AC protection of industrial loads
  • Hot connection/separation of units connected in parallel for easy system resizing
  • Robust design and high reliability of the UPS system B9600FXS 400-800 kVA 3/3
  • Parallel solutions up to 4.8 MVA
  • Optimized system configuration for ICT applications
  • Adaptation for specific process applications

Borri UPS system B9600FXS 400-800 kVA 3/3

Borri’s UPS B9600FXS 400-800 kVA 3/3 offers a three-phase output. The UPS system is ideal for heating, ventilation and air conditioning systems, security and emergency systems, process control equipment and machine tools, critical infrastructures, medical devices, monolithic power protection for data centers and other applications. Data centers.

Other features and characteristics


  • Optimized installation space:

    The precise design of the airflow, which prevents positioning, allows free layouts to be created to take full advantage of the UPS’s available installation area
  • Low UPS operating costs: High efficiency of the UPS and ECO mode reduce overall power dissipation and therefore energy costs
  • No oversizing of the electrical system: Full IGBT technology, which provides a smooth sinusoidal input current, reduces the cost of oversizing the UPS system
  • Minimum UPS Maintenance Costs: Full accessibility of all components and high material quality significantly reduce the UPS maintenance effort
  • Full IGBT technology and electronic PFC ensuring a PF of 0.99 and THDi <3% for maximum compatibility of upstream sources
  • Accurate UPS battery management to minimize charging current or of the charging voltage according to the specifications of the battery manufacturers and automatic / manual UPS battery tests for maximum life expectancy of the UPS battery
  • Dynamic Charging Mode (DCM) for maximum versatility in long autonomy times and applications with short charging times
  • Intelligent parallel management in load balancing or load synchronization of two UPS and load synchronization of two systems connected in parallel for optimal protection
  • Powerful and redundant parallel configurations with distributed or centralized static bypass for high residual current management
  • Dual DSP plus microcontroller logic for highest performance and reliability
  • CAN bus-based distributed parallel control that ensures high load sharing accuracy and no single point of failure in parallel systems
  • Extensive communication options of the UPS system for remote monitoring of device operation
  • Full compliance with all international product standards for maximum UPS quality guarantee

Related Articles

We will be happy to answer your questions and provide technical information .

Login

|

Inhalte für Ihr Land anzeigen?

Wählen Sie ein anderes Land, um Inhalte für Ihren Standort zu sehen:

Login

|

Show content for your country?

Select a different country to see content for your location:

🍪 Accept cookies?

Cookies make it possible to control campaigns and optimize the website. By clicking “Accept”, you agree to the use of all cookies and enter the website. Read more in the privacy policy.

Passwort Vergessen
Forgot Password