Riello Sentinel Dual 5000 SDL 5000 User Manual
Product codes
SDL 5000
www.riello-ups.com
• Low noise (<40dBA): can be installed
in any environment thanks to its
PWM digitally-controlled ventilation,
dependent on the load applied and on
the use of a high frequency switching
inverter
PWM digitally-controlled ventilation,
dependent on the load applied and on
the use of a high frequency switching
inverter
• Can be connected to an external
maintenance bypass (5-6-8-10 kVA
SDLs)
SDLs)
• Features guaranteed up to 40°C (the
components are designed for high
temperatures and are thus subject to
less stress at normal temperatures)
temperatures and are thus subject to
less stress at normal temperatures)
• Availability of two built-in IEC output
sockets with thermal protection (5-6-
8-10 kVA SDLs)
8-10 kVA SDLs)
• On the 5-6-8-10 kVA models it is
possible to programme two 10A output
sockets (EnergyShare function) to turn
off when the mains power supply fails.
sockets (EnergyShare function) to turn
off when the mains power supply fails.
Operation selection
The functions may be programmed using
software or manually via the mimic panel
• On-line
• ECO Mode, to increase output (up
The functions may be programmed using
software or manually via the mimic panel
• On-line
• ECO Mode, to increase output (up
to 98%), allows for selection of Line
Interactive technology (VI) to power low
priority loads from the mains.
Interactive technology (VI) to power low
priority loads from the mains.
• Smart Active, the UPS automatically
decides upon the operating mode
(VI or VFI) based on the quality of the
network.
(VI or VFI) based on the quality of the
network.
• Back-up, the UPS can be selected to
function only when mains power fails
(emergency mode only)
(emergency mode only)
• Frequency converter (50 or 60 Hz).
High quality output voltage
• Even with non-linear loads (loads with a
• Even with non-linear loads (loads with a
rest factor of up to 3:1)
• High short circuit current on Bypass
• High overload capacity 150% by
• High overload capacity 150% by
inverter (even with mains failure
• Filtered, stabilised and reliable voltage
(double conversion On-line technology
(VFI compliant with IEC 62040-3)
with filters for the suppression of
atmospheric disturbances.
(VFI compliant with IEC 62040-3)
with filters for the suppression of
atmospheric disturbances.
• Power factor correction: UPS input
power factor, close to 1 and sinewave
current absorption
current absorption
High battery reliability
• Automatic and manual battery test
• Reduced ripple component (detrimental
• Automatic and manual battery test
• Reduced ripple component (detrimental
to the batteries) thanks to the “LRCD”
system (Low Ripple Current Discharge)
system (Low Ripple Current Discharge)
• Batteries are user replaceable without
interruption to the power to the load
(Hot Swap)
(Hot Swap)
• Unlimited extendible runtime via
dedicated modular design Battery
Boxes
Boxes
• The batteries are not activated during
mains failure of <40 ms (high hold up
time) or when there are variations in
input voltage (from 84V to 276V).
time) or when there are variations in
input voltage (from 84V to 276V).
Emergency Back-up function
This configuration ensures the operation of
those devices that require continuous and
lasting power during mains failure, such as
emergency lighting systems, fire detection/
extinction systems, alarms etc.
In case of a black-out, the inverter begins
powering the load with a progressive start
(Soft start) in order to prevent overloading.
This configuration ensures the operation of
those devices that require continuous and
lasting power during mains failure, such as
emergency lighting systems, fire detection/
extinction systems, alarms etc.
In case of a black-out, the inverter begins
powering the load with a progressive start
(Soft start) in order to prevent overloading.
Battery optimisation
The wide input range and a high Hold Up
Time value minimise battery interventions
and increase efficiency and battery life; for
smaller power breaks, energy is drawn from
a group of appropriately-sized capacitors.
The wide input range and a high Hold Up
Time value minimise battery interventions
and increase efficiency and battery life; for
smaller power breaks, energy is drawn from
a group of appropriately-sized capacitors.
EnergyShare (5÷10kVA)
The presence of two configurable IEC
output sockets, allows for runtime
optimisation, programming the switch-
The presence of two configurable IEC
output sockets, allows for runtime
optimisation, programming the switch-
off of low priority loads; alternatively,
emergency only loads, normally not
powered when the mains is present, can
be activated.
emergency only loads, normally not
powered when the mains is present, can
be activated.
Reduced noise
Thanks to the digital PWM control, the
speed of the fans is adjusted depending
on the temperature of the two internal
heatsyncs, ensuring extended life and a
reduction in noise to less than 45dB.
Thanks to the digital PWM control, the
speed of the fans is adjusted depending
on the temperature of the two internal
heatsyncs, ensuring extended life and a
reduction in noise to less than 45dB.
Other features
• Output voltage can be selected using
• Output voltage can be selected using
software (220-230-240V)
• 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
bypass and battery charge mode
• Minimum load switch-off
• Low battery warning
• Start-up delay
• Total microprocessor control
• Automatic bypass without interruption
• Use of IMS modules (Insulated Metallic
• Low battery warning
• Start-up delay
• Total microprocessor control
• Automatic bypass without interruption
• Use of IMS modules (Insulated Metallic
Substrates)
• Statuses, measurements and alarms
available on standard, backlit display.
• UPS digital updating (flash upgradable)
• Input protection through resettable
• Input protection through resettable
thermal switch
• Standard Back-feed protection: to
prevent energy from being fed back to
the network
the network
• Manual switching to bypass.
90°
90°
2. Rotate the mimic panel counter
clockwise and then secure it back
in place
1. Release the mimic panel by
applying pressure to the catch
3. Rotate the UPS 90°
4. Attach the rack supports