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Highly efficient power supply and backup power supply solutions to telecommunications, information and industrial technologies.

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UPS Sentry MPS industrial



 General Features

  • Protection for Industrial Applicationy
    • SENTRY MPS industrial is an on-line double conversion UPS (VFI SS 111 in accordance with IEC EN 62040-3) with transformers isolated inverter and rectifier. SENTRY MPS industrial has a compact foot print and high quality output to provide the ultimate power protection for industrial applications: industrial processes, petrochemical, power plant, energy etc
  • Industrial Environment
    • SENTRY MPS industrial is suitable for severe installation environments such as petrochemical manufacturing sites, where the operating conditions (levels of vibration, mechanical stress, ambient temperatures and dust ingress) require a more robust and industrialized UPS design to those installed within, for example, data centres.
  • High lcc
    • A high short-circuit current (Icc = 3 In) making the UPS suitable for loads with high current peaks; during switch-on or a load step-change.
  • 220V DC Voltage
    • An input transformer and isolated inverter to protect the 220Vdc bus bar (from 108 to 114 blocks), the recognised industrial standard
  • Redundant Ventilation
    • 100% redundant ventilation with 50% fan loading at nominal load and each fan monitored for breakdown or failure
  • Minimum Impact on Supplies ΓΆ€“ Easy Source
    • SENTRY MPS industrial technology removes the problems of over sizing upstream power sources, whilst improving load power factors and current harmonics. The UPS features the latest input current absorption techniques including progressive rectifier start-up and the option to reduce battery charging currents. These features make SENTRY MPS industrial one of the most generator compatible and environmentally friendly UPS available.
  • Battery Care System: Maximum Potential
    • Traditionally, when a mains supply is present the UPS charges its batteries. Battery power is used for the inverter should the input supply fail. Efficient battery management and care is therefore essential to the overall performance of the UPS in an emergency. The SENTRY MPS industrial Battery Care System consists of a range of features designed to provide optimum performance and enhanced operating life:
      • Dual level charging regime to optimize recharge currents and lower recharge times
      • Temperature compensation and deep discharge protection to reduce overall battery aging
      • Charge blocking system to reduce electrolyte consumption and lengthen the life of VRLA batteries
      • Predictive battery testing to spot potential battery deterioration and failure
      SENTRY MPS industrial is also compatible with different battery technologies: open-vase lead acid and AGM and Gel VRLA, NiCd.
  • Flexibility
    • With a broad range of accessories and options, complex configurations and system architectures can be achieved to guarantee maximum power availability and the option to add new UPS without interruption to existing users. Using the Aros UPS Group Synchroniser (USG) and Parallel Systems Joiner (PSJ) sophisticated inter group parallel and redundant systems can be achieved to provide the highest possible levels of resilience and availability.
  • Adanced Communication
    • Compatible with TeleNetGuard for remote maintenance
    • Advanced, multi-platform communication for all operating systems and network environments: Watch&Save 3000 monitoring and shut-down software included, with SNMP agent, for Windows 9x, ME, NT 4.0, 2000, XP, Vista and 2003 server; Mac OS X, Linux, Novell and most popular Unix operating systems
    • The UPS is supplied with a cable for direct connection to the PC (Plug and Play)
    • RS232 dual serial port
    • Volt-free signal contacts
    • EPO (Emergency Power Off) shutdown input contact
    • Input for switching to bypass by remote signal
    • LCD or LED-based remote control panel
    • Generator interface: enables desynchronisation of the UPS output from a generator supply which may be subject to phase and frequency variations. The interface also enables more economic use of the battery charger.