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SLC CUBE4
Uninterruptible Power Supplies (UPS) with IoT from 7.5 to 80 kVA
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SLC CUBE4
Uninterruptible Power Supplies with IoT from 7.5 to 80 kVA
The most advanced continuity protection on the
market
Salicru’s SLC CUBE4 Uninterruptible Power Supplies are the
most cutting-edge security solution for all critical systems and
sensitive loads. They have a Nimbus cloud connection that allows
for equipment monitoring as standard, as well as options of remote
management incident notification, equipment health monitoring and
preventive maintenance.
With three-level on-line technology and quad-core DSP control, they
are three-phase input/output systems that offer a range of first-class
features, including unity power factor (kVA=kW), very low input
Features
· On-line double conversion technology with three-level topology.
· State-of-the-art quad-core DSP control.
· Output power factor 1 (kVA=kW).
· Input power factor >0.99.
· Input current distortion rate (THDi) <3%.
· Nimbus IoT connection for monitoring, as standard.
· High energy efficiency (over 96% in On-line Mode
and up to 99% in Eco Mode).
· Unlimited
· Batt-Watch battery care and management system.
· Batteries included on standard models throughout the range.
· Compatible with all battery types, including lithium-ion.
· Compatible with power generators.
· 5” touch screen for all models.
· USB, RS-232 and RS-485 interfaces, plus relays.
· Wide range of options available.
· SLC Greenergy solution.
(1)
parallel systemfor redundancy or capacity purposes.
distortion (THDi <3%) and performance in excess of 96% in On-line
Mode and 99% in Eco Mode. They also boast parallel growth capacity
or unlimited redundant security.
Across the entire range, the batteries are included in the same
cabinet, meaning the floor area occupied is reduced by up to 40%.
They are compatible with all types of battery (including lithium-ion)
and incorporate the Batt-Watch battery care system to maximise
battery life and availability.
(1) For models up to 20 kVA. maximum of four devices in parallel.
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CAPACITIVE POWER (kVAr)
ACTIVE POWER (kW)
INDUCTIVE POWER (kVAr)
100%
Efficiency
100
Three-level topology with DSP control
Three-level switching, which is based on switching the IGBTs in
half-cycles (positive and negative), controlled by floating point DSP
with exclusive cores for the rectifier and inverter, provides maximum
performance in double conversion.
Lowers cooling costs and increases energy efficiency by more than
96% from a 25% charge, thereby improving TCO by reducing OpEx.
98
96
94
92
% EFFICIENCY
90
88
25 50 75 100
% CHARGE
Eco-mode
Mode On-line double conversion
3 levels SLC 80 CUBE4
Mode On-Line 2 levels
conventional
Output power factor PF=1 for full rated power (kVA=kW)
VFI double conversion technology
Double conversion of the voltage between input and output (AC/DC
– DC/AC) in accordance with VFI-SS-111 (EN-IEC 62040-3) operation,
providing clean, stable and reliable voltage at output.
Supplies loads with voltage of the highest quality, protecting them from
any and all disturbances in the mains electricity.
RECTIFIER INVERTER
DOUBLE CONVERSION
Operation in Eco Mode
When maximising the facility’s performance is the leading priority, Eco
Mode allows loads to be supplied directly from the static bypass, provided
the static bypass is within acceptable voltage and frequency ranges.
Increases the overall performance of the system by up to 99%, thereby
improving the facility’s OpEx.
The UPS is capable of supplying full rated power in the form of kW.
For modern loads with power factor correction, such as servers, it is
not necessary to apply a UPS overdimension factor, resulting in lower
TCO (total cost of ownership).
CAPACITIVE POWER
FACTOR
0.9
0.8
1
0
2020 4040 6060 8080 100%
INDUCTIVE POWER
0.9
FACTOR
0.8
Improved conditions for the electrical installation
With very low harmonic distortion (THDi <3%) and an input power factor
equivalent to unity (FPin>1)
(1)
, it is not necessary to overdimension the
transformers, power cables and/or power generators.
Brings down total capital expenditure (CapEx).
(1) Depending on the model.
Silicon carbide devices
Silicon carbide (SiC) devices are the latest development with regard
to performance and efficiency.
They enable systems to operate in a much wider range of temperatures
and at much higher switching speeds, without affecting performance.
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QUAD CORE DSP CONTROL
LOADS
Reliability
Cutting-edge technology
Advanced digital control techniques, developed in collaboration with
leading European research centres and implemented in quad-core
signal processors.
Thereby making it possible to apply the most advanced features.
DSP DUAL CORE 1
CPU2CPU1
DSP DUAL CORE 2
CPU3 CPU4
Redundant power supply
Modular design
Power modules with a repeating design, divided by phase and
internally arranged in parallel in order to increase power.
The design optimises manufacturing processes and reliability while
reducing the time required for intervention in the event of an incident
(MTTR – mean time to repair).
Security with double bypass
Redundant power supplies for control and the static bypass switch
Ensure the continuity of power even in the event of failure of the
device itself, providing maximum availability.
(1) Depending on the model.
Unlimited
Offers the capacity to arrange devices in parallel, in order to
ensure maximum availability (redundancy N+1, ..., N+M) as well as
increasing power (increased load demand). Provides the same output
performance in parallel systems as in standalone devices. Continuity
of operation even if the communication signal is lost (depending on
the model).
The availability of the protection is assured by both the redundancy
and the requirements regarding growth in demand.
(1) For models up to 20 kVA. Maximum of four devices in parallel.
(1)
parallelingof devices
(1)
.
Double bypass circuit as standard for all models. The static bypass
deals with unforeseen overloads or anomalous situations affecting
the operation of the equipment. There is also a maintenance bypass,
which enables the equipment to be worked on without causing the
loads to be disconnected.
Continuity of load supply under any circumstances.
Maintenance BYPASS
BATTERIES
Static BYPASS
Over 55 years of experience
Know-how in electrical continuity and protection solutions,
accumulated during Salicru’s 55-plus years of history.
More than 900,000 UPS systems sold in over 130 countries, representing
total power equivalent to more than 5 million protected computers.
UPS 1 UPS 2 UPS 3 UPS N
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Operability
TION COSTS (CAPEX)
SLC CUBE4 CONVENTIONAL UPS
=x
(
(
A:
MTTR:
Very compact design
One of the most compact solutions on the market, with a footprint of
just 0.172 m2 up to 20 KVA, 0.345 m2 up to 40 kVA and 0.515 m2 up to
80 kVA. For standard backup, the batteries are always included in the
same cabinet.
This makes it possible to
reduce the amount of floor area
occupied, which in turn results in
lower TCO.
SLC CUBE4 vs conventional UPS
with batteries in additional cabinet
SPACE SAVING >40%
Easy to access and install
Models of up to 40 kVA have wheels included to facilitate easy placement,
and have their connections, switches and communication links located
at the back, thus requiring only 100 mm of space behind the device.
Models from 50 to 80 kVA can be installed against the wall, and have
their connections, switches and communication links located at the front.
High availability
The design and concept of the SLC CUBE4 series takes into account
two factors that play an important role over the operational lifetime
of the device: maximising MTBF (mean time between failures) and
minimising MTTR (mean time to repair). By optimising these two
variables, the need to call out technical services is reduced to a
minimum.
Seeking maximum operational effectiveness.
A (%)
MTBF
1001 –
MTTR
Availability
Mean time to repair MTBF: Mean time between failure
Touch screen
5” touch screen with a block diagram of the device and all of the
information regarding measurements, parameters and notifications.
Multilingual.
Facilitates the handling and comprehension of information in an
intuitive environment.
Optimisation of space and ease of installation and startup.
Very low TCO
The total cost of ownership (TCO) for a UPS is the sum of investment
in the equipment itself + the installation expenses + the operating
expenses (performance, maintenance, consumables, etc.). For the SLC
CUBE4 series, all of these aspects have been carefully calculated
in order to obtain a very low investment ratio over the operational
lifetime of the UPS.
The savings obtained in comparison to earlier series are as much as 30%.
OPERATING COSTS (OPEX)
INSTALLA
Simple to maintain
The various self-diagnostic processes, along with the design of the
component assembly, make it much easier for technical service
personnel to work on the devices.
Minimises the amount of time required to work on the device, and
therefore the amount of time the device is non-operational.
Wide range of options
Although there is a wide range of features included as standard,
there are also a number of options available for specific situations,
including backup extensions, independent bypass line, frequency
converter, isolation transformer, and more.
Achieves full integration into the environment to be protected.
€
UPS ACQUISITION (CAPEX)
SAVING: 30%
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IoT solution
Nimbus Service in the cloud
The SLC CUBE4 series of UPS systems incorporate a Nimbus
communication card as standard. Connecting this card via Ethernet
opens up a world of communication possibilities, ranging from remote
diagnostics and maintenance to integration with SNMP platforms,
MODBUS/TCP protocol, ordered shutdown of servers and/or remote
firmware updates for the Nimbus card.
The first UPS to be fully IoT-connected.
Remote diagnostics
Critical systems (data centres, virtualised systems, control centres,
ICUs, operating theatres, etc.) require the highest levels of protection
to ensure that they continue functioning. To prevent incidents and/or
minimise the amount of time required to resolve them, prevention and
immediate notification are fundamental.
With the remote monitoring system and notifications sent directly
to our Technical Service, response time is reduced to the absolute
minimum.
Standard interfaces
The communication channels that have been incorporated into the
device are many and varied, and include USB, RS-232 and RS-485
interfaces, 1 x slot with Nimbus/SNMP-Ethernet card, 1 x free slot
(1)
(1)
digital inputs, relay outputs and EPO indicator (emergency stop).
Multi-channel communication.
(1) For 30-80 kVA models.
Remote maintenance
In light of its status as essential equipment, and in order to guarantee
maximum performance in the event of disturbances to the electrical
supply, a UPS requires continued maintenance. With the remote
maintenance system, which offers a variety of options in terms of
modalities and schedules, your device will provide the same optimum
protection results from the first to the last day of its working life.
The security of your equipment and the continued activity of your
business will be guaranteed throughout the years.
,
SALICRU SERVICE
Communication capacities
The Nimbus card can be used to enable a number of different
communication services, such as:
- Integration with the SNMP/Ethernet platform.
- Communication with the MODBUS/TCP protocol.
- Configuring the ordered shutdown of servers.
- Setting up the email notification service.
Services to ensure guaranteed integration with any environment.
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100%
Conventional charge Batt-Watch
Batt-Watch vs.
Battery care
Batt-Watch
The batteries, which provide the backup time in the event of a
power outage, are one of the most sensitive components in a UPS
solution. Consequently, they require special care in order to maximise
their service life and keep them in optimum working condition.
The techniques that are used to treat them with as much care as
possible include float voltage temperature compensation, manual and
automatic battery testing, isolating the batteries from voltage ripples
and intermittent charging.
All of these techniques form part of the Batt-Watch system and help
to extract maximum performance from the batteries.
Conventional battery charge
100%
BATTERY CAPACITY*
90%
Compatible with all types of battery
Allows for the charging of different battery types: sealed and open
lead, gel, low maintenance and ultra-low maintenance Ni-Cd, lithiumion, etc.
Compatibility of the device with any type of application related to
backup, for example, daily cyclic backups.
Removable battery packs
The 30-80 kVA models have swappable battery packs, making it easy to
change the batteries when they reach the end of their service life. The
cabinets for extended backup also use battery packs, or the batteries
are mounted in removable trays.
Simple system for the swapping of batteries.
80%
*According IEC/EN 60896-21
End of battery life*
20%0% 40% 60%
80%
BATTERY LIFE*
Internal batteries
On all models, the batteries for standard backup are located inside the
same cabinet as the one housing the UPS.
Extra cabinets are not required, meaning the floor area occupied is
reduced (resulting in lower TCO) and the tasks of connecting and
starting up the device are much simpler.
Backup extensions available
Additional modules for the placement of batteries are available in
order to extend the maximum backup time provided.
Combined with the conveniently sized battery charger, this is the
perfect solution for processes that require a longer operational
backup time than standard.
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Range
MODEL
SLC-7.5-CUBE4
SLC-10-CUBE4 6B3AA000002 10,000 / 10,000 689 × 250 × 827 98
SLC-15-CUBE4 6B3AA000003 15,000 / 15,000 689 × 250 × 827 135
SLC-20-CUBE4 6B3AA000004 20,000 / 20,000 689 × 250 × 827 135
SLC-30-CUBE4 6B3AC000001 30,000 / 30,000 910 × 380 × 1,045 220
SLC-40-CUBE4 6B3AC000003 40,000 / 40,000 910 × 380 × 1,045 312
SLC-50-CUBE4 6B3AD000002 50,000 / 50,000 920 × 560 × 1,655 450
SLC-60-CUBE4 6B3AD000003 60,000 / 60,000 920 × 560 × 1,655 450
SLC-80-CUBE4
Nomenclature, dimensions and weights for devices with input voltage of 3 x 400 V, output voltage of 3 x 400 V and standard backup.
CODE POWER (VA / W) DIMENSIONS (D x W x H mm) WEIGHT (kg)
6B3AA000001 7,500 / 7,500 689 × 250 × 827 88
6B3AD000001 80,000 / 80,000 920 × 560 × 1,655 547
560 mm
Dimensions
380 mm
250 mm
1,655 mm
SLC-7.5÷20-CUBE4 SLC-30÷40-CUBE4 SLC-50÷80-CUBE4
Connections
689 mm
827 mm
910 mm
1,045 mm
Nimbus cloud card
1.
Free communications slot
2.
Parallel port
3.
USB interface
4.
RS-232/(485) interface
5.
Digital Input
6.
Relay indicators
7.
Input circuit breaker/disconnector
8.
Output circuit breaker
9.
Manual bypass circuit breaker
10.
Bypass circuit breaker
11.
Battery disconnector
12.
920 mm
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Technical specifications
MODEL
TECHNOLOGY
INPUT
OUTPUT
MANUAL BYPASS
STATIC BYPASS
BATTERY
COMMUNICATION
GENERAL
STANDARDS
(1) Depending on the model.
(2) Power degradation for temperatures higher than +40°C.
(3) Power degradation for higher altitudes up to a maximum of 5,000 masl.
Type
Rated voltage Three-phase 3 × 380 / 3 × 400 / 3 × 415 V (3P + N)
Voltage range 7.5÷20 kVA: 110÷300 V (P-N) / 30÷80 kVA: 115÷265 V (P-N)
Rated frequency 50 / 60 Hz
Frequency range
Total harmonic distortion (THDi) <3%
Power factor
Rectifier topology
Power factor 1
Rated voltage Three-phase 3 × 380 / 3 × 400 / 3 × 415 V (3P + N)
Dynamic accuracy ±2%
Static accuracy
Frequenc
y
Overall performance in On-line Mode
Performance in Smart Eco Mode
Permissible overload
Crest factor
Type
Activation type and criteria
Transfer time in Smart mode
Eco Mode (ms)
Transfer to bypass
Retransfer
Battery type
Charging voltage regulation
Ports
Relay interface
Smart
slot
LCD display
Operating temperature
Relative humidity
Maximum operating altitude 2,400 masl
Acoustic noise at 1 metre 7.5÷10 kVA: <55 dB / 15÷20 kVA: <57 dB / 30÷40 kVA: <54 dB / 50÷80 kVA: <62 dB
Safety
Electromagnetic Compatibility (EMC)
Operation
Quality and Environmental Management
SLC CUBE4
On-line, double conversion, HF, DSP control
7.5÷20 kVA: 46÷54 Hz / 56÷64 Hz / 30÷80 kVA: 46÷64 Hz
7.5÷20 kVA: ≥0.99 / 30÷80 kVA: 1 from 10% load
Three-phase IGBT full wave, soft start, PFC, transformerless
±1%
50 / 60 Hz
(1)
>96%
>99%
125% for 10 min / 150% for 60 s / >150% for 20 ms
3:1
Uninterrupted
Solid state
<10 ms
Immediate, for overloads exceeding 150%
Automatic, after alarm deactivation
Pb-Ca, VRLA, lead acid, gel, Ni-Cd or Li-ion
Batt-Watch
1 x RS232/RS485 + 1 x USB
7.5÷20 kVA: 6 relays / 30÷80 kVA: 4 relays (programmable)
1, for SNMP/NIMBUS and relays
5” colour touch screen
0°C ÷ +55°C
(2)
Up to 95%, non-condensing
(3)
IEC/EN 62040-1
EN-IEC 62040-2
VFI-SS-111 (IEC/EN 62040-3)
ISO 9001 & ISO 14001
Information subject to change without notice
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Heat losses
MODEL
SLC-7.5-CUBE4
SLC-10-CUBE4 0.585 266
SLC-15-CUBE4 0.760 266
SLC-20-CUBE4 1.014 266
SLC-30-CUBE4 1.470 427
SLC-40-CUBE4 1.920 427
SLC-50-CUBE4 2.300 854
SLC-60-CUBE4 2.700 854
SLC-80-CUBE4
HEAT LOSSES 100% load (kW) COOLING (m
0.438 266
3.680 854
Optional extras
Separate bypass line: For facilities with
dual power supply, enabling the separation
of inverter and bypass line power supplies.
Backfeed protection (30-80 kVA models):
Provides additional protection to the input in
the event that the bypass thyristors suffer a
short circuit.
Isolation transformer and
autotransformer: Electrical device that
Nimbus AS-400 extended relay card:
Relay card.
allows you to adapt the equipment to the
voltage of the facility (autotransformer) or
which has galvanic isolation between the
input and output (isolation transformer).
External manual bypass board: Enables
maintenance operations with the UPS fully
disconnected.
Other levels of protection: Covers with
levels of protection tailored to meet particular
specifications.
3
/h)
Input/output voltage configurations (7.520 kVA models): Allows for single-phase/
single-phase or three-phase/single-phase
input/output configurations.
Nimbus / Ethernet / SNMP adapter:
Ethernet adapter for the SNMP network
management protocol to integrate the UPS
into the IT network completely independently.
Parallel installation cable: Communications
cable for simple or redundant parallel
installations.
Tropicalised electronic cards: Treated
against external agents such as condensation,
humidity and marine environments.
Earthquake-proof feet: Protection against
the force of horizontal displacement caused
by an earthquake.
Extended backup: Additional battery
cabinets for facilities that require long
backup times.
Compatible with a wide range of
batteries: Pb-Ca, Ni-Cd, lead acid, VRLA
with gel electrolyte or lithium-ion.
Batteries in rack: Specific mounting of
batteries in racks.
Frequency converter: For 50 to 60 Hz or 60
to 50 Hz conversion.
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TSS - Technical Support and Service
The day-to-day running of your business must not be allowed to be
interrupted by an incident in your uninterruptible power supply (UPS).
That is why Salicru places its Technical Support & Service
(TSS) department at your disposal, offering an extensive network of
qualified technicians who can provide assistance with any eventuality
or incident that may arise with your device, regardless of location,
day or time.
The services offered by our extensive network of qualified technicians
include:
- Pre-sales support.
- Startup.
- Maintenance contracts.
- Remote maintenance contracts.
- Preventative actions.
- Corrective actions.
- Telephone support.
- Monitoring of battery service life.
Applications
Data centres: Ensuring the operability of facilities and preventing
losses caused by power outages, whether in modular or virtualised
data centres for hosting, housing, computer centres, supercomputers,
etc.
Financial services: Maintaining the online functionality of financial
transactions in centralised payment authorisation systems, continued
listing, intercommunication between banking networks, etc.
Health: Electromedical equipment for analysis, laboratories, operating
theatres and vital instruments for ICUs, as well as administration
systems, security, medical records, etc.
Telecommunications systems: Preventing power outages that
can cause the suspension of services between subscribers in fixed
telephone, mobile, GSM, DCS and UMTS infrastructure, as well as
transmission equipment, microwave, fibre optics, etc.
Transport systems: Protecting productivity in complex electrical
systems related to control, communication and operation.
Infrastructure: Safeguarding instruments and ensuring proper
management of systems in airports, tunnels, roads, railways, ports,
etc.
IT applications: Preventing costs caused by interruptions in
availability or loss of information in IT networks, server farms, voice
and data networks, CAD/CAM, document management, etc.
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Avda de la Serra 100
08460 Palautordera
BARCELONA (Spain)
Tel. +34 93 848 24 00
Fax +34 93 848 11 51
SALICRU.COM
DELEGATIONS AND TECHNICAL SUPPORT & SERVICE CENTRES (TSS)
REF. JJ097A01 CODE. 401AB001294 ED. JANUARY 2021 - SLC CUBE4 CATALOGUE
ALICANTE
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Product Range
Uninterruptible Power Supplies (UPS)
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@salicru_en
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