UPS COVER MAXSAFE 605

• True OnLine technology Double Conversion provides excellent output voltage performance regardless of power interference and the type of consumers being powered.
• IGBT rectifier The most advanced technology providing very low THDi and a high input power factor of 0.99.
• Modular design provides easy power scalability in the range of 50 - 300 kW, 50 - 400 kW, 50 – 500kW or 60 - 600kW at any time without interrupting system operation - "Hot Swap" replacement. The modular solution minimizes MTTR (Mean Time To Repair) and guarantees the ability to configure an N+X redundant system within a single chassis, thereby increasing the level of reliability of the power system.
• Automatic bypass provides uninterrupted power to consumers in critical situations like overheating or failure.
• Service bypass allows servicing of equipment without shutting down the powered loads.
• Dual Input Lines Separate power supply of the Bypass track gives the possibility to provide a backup power source for the receivers even in case of equipment failure or UPS protection tripping in the main track.
• Communication interfaces:
• - RS232, RS485, MODBUS for reading and monitoring parameters, managing operation and configuring the UPS,
• - DryContact relay contacts for interfacing with BMS systems
• - SNMP integration with NMS-type network management systems
• Remote Emergency Power Off (REPO) for providing remote disconnection of power supply to consumers in case of fire,
• 10,4" LCD color touchscreen control and monitoring panel simplifies UPS operation, allows diagnostics of parameters and operating mode of the power supply, and enables event logging.
• High efficiency of the device (>96,5%) reduces the emitted heat, so that the eventual cooling of the premises is simpler, and UPS operation is much cheaper.
• ECO-Mode allows a significant reduction in the cost of operation of the device and virtually eliminates heat emission thanks to an efficiency of >99%.
• Sleep Mode of operation allows power modules to be automatically switched off if the power of the supplied loads is very low, thus minimizing power losses.

• Self Aging function allows the device to be tested with a full load, even without connected receivers.
• Automatic diagnostics and digital control (32 bit DSP x2) guarantees full efficiency of the device, control of components and operating parameters without user intervention.
• Highest output power factor value of 1.0 allows the power supply to be loaded with full active power.
• Wide input voltage range in normal operation mode ensures stable operation of the device without the need for batteries, which significantly extends their life.
• Wide input frequency range in normal operation mode allows the power supply to be used freely in a network with unstable parameters and when powered by a generator set.
• Advanced battery management guarantees optimal charging and utilization of battery banks, increases battery life and reduces operating costs. Temperature compensation function of charging voltage.
• Excellent output voltage quality achieved through the use of a 3-level IGBT inverter, with the use of advanced PWM control technology makes it possible to deliver a voltage with stable parameters, regardless of energy disturbances and the type of powered devices.
• High overload capacity Ensures protection of the device and continuity of power supply in the presence of transient transients.
• Advanced software enabling the user to have full control over the device and the powered loads.
• Configurability of operating parameters nominal voltages, frequencies, preferred modes of operation, method of communication - greatly expands the range of possible applications.
• Redundant configurations:
• - Redundant parallel operation for increased reliability
• - Capacitive parallel operation for increased power
• - HotStandby work
• - Dual BUS operation (using LBS)

30 - 344 szt. x 12V reduced power of UPS

36 - 44 szt. x 12V for full power of UPS