Sentinel Dual 5-10 kVA
Highlights:
Power factor 1 kW = kVA
Parallelable up to 3 unit
Simplified installation
Operating mode selection
High quality output voltage
High battery reliability
Sentinel Dual is the best solution for powering mission critical applications and electro-medical devices requiring maximum power reliability. Flexibility of installation and use (digital display, user-replaceable battery set), as well as the many communication options available, makes the Sentinel Dual suitable for many different applications from IT to security. Up to 3 Sentinel Duals can be operated in parallel in either capacity or N+1 redundant configuration offering increased reliability for critical system. The Sentinel Dual can be installed as Tower (floor standing) or Rack, ideal for network and server rack applications. The Sentinel Dual range is available in 5-6- 8-10 kVA/kW models with on-line double conversion technology (VFI): the load is powered continuously by the inverter which supplies a sinusoidal voltage, filtered and stabilised in terms of voltage, form and frequency. In addition, the input and output filters significantly increase the load’s immunity to mains disturbances and lightning strikes. Technology and performance: selectable Eco Mode and Smart Active Mode functions. Diagnostics: Standard digital display, RS232 and USB interfaces with PowerShield3 software downloadable, communications slot for connectivity accessories.
Simplified installation
Can be installed on the floor (tower version) or in rack mount cabinets (rack version). The display panel can be rotated (using the key supplied)
Low noise Low noise (48 dBA): can be installed in any environment thanks to its high frequency switching inverter and PWM load-dependent digitally controlled fan
External bypass option for maintenance with interruption-free switching
Operation guaranteed up to 40°C (the components are designed for high temperatures and are thus subject to less stress at normal temperatures)
Built-in IEC output sockets with thermal protection.
Operating mode selection
Functions can be programmed via software or manually via the front display panel.
On line: efficiency up to 95%
Eco Mode: to increase efficiency (up to to 98%), allows for the selection of Line Interactive technology (VI) to power low priority loads from the mains supply
Smart Active: the UPS automatically decides upon the operating mode (VI or VFI) based on the quality of the mains power supply
Emergency: the UPS can be selected to function only when the mains power supply fails (emergency only mode).
Frequency converter operation (50 or 60 Hz).
High quality output voltage
Even with non-linear loads (IT loads with a crest factor of up to 3:1)
High short circuit current on bypass
High overload capacity: 150% by inverter (even with mains failure)
Filtered, stabilised and reliable voltage (double conversion on-line technology (VFI compliant with EN62040-3), with filters for the suppression of atmospheric disturbances.
Power factor correction: UPS input power factor close to 1 and sinusoidal current uptake.
High battery reliability
Automatic and manual battery test
Reduced ripple component (detrimental to the batteries) using a low ripple current discharge (LCRD) system
Batteries are user replaceable without switching off equipment and without interruption to the load (Hot Swap)
Unlimited extendible runtime using matching Battery Boxes
The batteries do not cut in during mains failures of
Emergency function
This configuration ensures the operation of those emergency systems that require continuous, reliable and long-lasting power supply in the event of a mains power failure, such as emergency lighting, fire detection/ extinguishing systems and alarms. When the mains power supply fails, the inverter begins powering the loads with a progressive startup (Soft Start) in order to prevent overload.
Battery optimisation
The wide input voltage range and a high holdup time minimise battery usage and increase efficiency and battery life; for smaller power breaks, energy is drawn from a group of appropriately-sized capacitors.
EnergyShare
10 A configurable IEC output sockets allow for runtime optimisation by programming the switching off of low priority loads on mains failure; alternatively, emergency loads that are normally not powered when mains is present can be activated.
Other features
Selectable output voltage (220-230-240 V)
Dual input supplies configuration (SDU 10000 DI and SDU 10000 DI ER)
Auto-restart when mains power is restored (programmable via software)
Bypass on: when the machine is switched off, it automatically goes into bypass and battery charge mode
Minimum load switch-off
Low battery warning
Start-up delay
Total microprocessor and DSP control
Automatic bypass without interruption
Use of custom power modules
Status, measurements and alarms available on standard backlit display
UPS digital updating (flash upgradeable)
Output sockets protected with resettable thermal switch
Back-feed protection standard: to prevent energy from being fed back to the network
Manual switching to bypass.
Advanced communications
Advanced multi-platform communications for all operating systems and network environments: PowerShield3 monitoring and shutdown software for Windows operating systems 10, 8, 7, Hyper-V, 2016, 2012, and previous versions, Mac OS X, Linux, VMWare ESXi, Citrix XenServer and other Unix operating systems
Plug and play function
USB port
RS232 serial port
Slot for installation of communications boards.
Unity Power Factor
More power delivered
More real output power (W)
2 Year Warranty
USB Plug
Energy Share
Hot Swap Battery
ToweRack
E-Medical
Online
Industry
Emergency
SoHo
Transport
Eco Level 6
Datacentre
Eco Energy: efficiency level
Riello UPS 's social commitment aims to help the present as well as shape a bright future, combining the inevitable need for energy with environmental protection.
Riello UPS uninterruptible power supplies power some of the most critical data centres and servers in use today. Within these environments, energy management is critical. Running costs must be minimised without compromising resilience, i.e. the ability to adapt to adverse external conditions whilst ensuring the complete availability of the services provided. Equipment must operate at the highest possible levels of efficiency to reduce the strain on critical power supplies and minimise the effect on the installation area.
Riello UPS models have always been compliant with the highest levels of efficiency in terms of energy protection and are classified according to a scale with 6 levels, corresponding with the efficiency value of the UPS with respect to the European Code of Conduct; this is known as the Eco Energy Level.
The Eco Energy Level system demonstrates how the most efficient UPS provide energy savings that allow the cost of their purchase to be recovered quickly compared to standard efficiency UPS , as well as how their use leads to significant reductions in carbon emissions into the atmosphere.
