Liebert APM 30-300kW Brochure

12 Pages·2016·0.69 MB·English

Liebert® APM
from 30 - 300 kW
The Compact Row-Based UPS With FlexPower TechnologyTM
Emerson Network Power, a division of Emerson, is a global company that combines technology
with design to supply innovative solutions for the benefit of its customers.
Emerson Network Power protects and optimizes critical infrastructure for data centers,
communications networks, healthcare and industrial facilities.
Emerson Network Power’s broad technology base and global expertise support a full spectrum of
enterprise-wide solutions for today’s vital business needs.
Regardless of your size, More standardization, so you
you can’t afford for your don’t need further budget
critical business systems allocations to install it.
to go down and you can’t More simplification so you
waste time recovering your don’t need to be a specialist to
IT infrastructure after a get the best for your business.
disruption. More support, so while you
are enjoying doing business,
Leave that to us, the experts we are protecting you.
in grid to chip solutions, from
the biggest to the smallest
data centers, we are ready to
serve your needs.
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Liebert® APM from 30 - 300 kW
The Liebert APM is a compact, The Liebert APM is able to reach a
Features and Performances
row-based, transformer-free total of 300 kW* of active power in
• Industry’s highest double UPS designed to operate with a a single unit and up to a maximum
conversion efficiency - up to maximum energy efficiency of of 600 kW in a complete parallel
up to 96% for the protection of configuration. At the same time
96%
medium sized business-critical it delivers an excellent integrated
• Flat efficiency curve
applications. autonomy of up to 30 minutes
• Highest power density in the
for a 30 kW configuration and
market Its modular rack configuration up to five minutes in the 90 kW
• Rack architecture houses both power and battery
configuration.
• Modular and scalable modules inside the same UPS
cabinet*, allowing for scalability
• Hot- swappable power
while delivering the ideal balance
kVAr
modules %
of high availability, reliability and Leading

• Independent module control 100
efficiency without increasing the Cos φ 0.5
system system footprint. 80
• Uanndit sayrym omuetptruict aplo pwoewre fra ctor The in-built scalability of the 6400 1C00osC φo 0s .φ8 0.9
%
Liebert APM also allows for 20 kV
factor diagram A
Cos φ 1
fast, simple increases in system 0
• Integrated parallel and load 25 50 75 100 % kW
A
capacity through featured 20 kV
bus synchronization FlexPower technology™. Each 40 100%
• • 4Ipn.ot5we kgeWrra m tbeaodtd taueulretyo cnhoamrgye fro pr e r 3sDc0Sa Pkla Wcbol enp toprwoowle treo mr a wouidttouh-l riene cdgoeumplaebtneind eesn t 1680000 C o s φC o 0 s . C 5φo C0s .oφ6s 0φ. 80.9
operation, thus enhancing overall
ratings up to 90 kW Lagging
availability.
*on selected configurations Liebert APM - output power factor diagram
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Efficiently Protecting Mission-Critical Loads
Enhanced Active Power Efficiency of operating efficiency results in
With its unitary output power The Liebert APM is capable of significant cost savings while at
factor (kVA=kW), Liebert® APM reaching the industry’s highest3 0kW the same time contributing to
offers an increased level of active efficiency level of0 .u9 pLea tdo 96% in t27rkuWe 0.9 Lag
reducing the carbon footprint of
power to support mission- critical online double0. 8c Loeandversion mode24.kW 0.8 Lag
the installation and optimizing
loads. 0.7 Lead 21kW 0.7 Lag
power usage effectiveness (PUE).
0.6 Lead 18kW 0.6 Lag
With its flat efficiency curve - the
The added advantage of increased 0.5 Lead 15kW Furthermore, when0.e5 vLaegr the input
Liebert APM delivers maximum
active power allows customers to 12kW conditions and load nature allow,
efficiency regardless of the load
9kW
select the most appropriate rating level. It is capable of achieving Liebert APM is further able to
for their critical application, sizing
an efficiency above 95% from increase efficiency to above 98% Efficiency
the system based on the actual
full load down to 30% as well as by operating in Eco mode.
active power requirements, thus
maintaining an eIdfefialcienc3y0° abov3e5 ° 40° Traditional 0.8 PF rated UPS
minimizing the initial investment
94% down to 20% load. This level
and maximizing TCO.
Liebert APM provides enhanced
flexibility to ensure superior 97%
96%
protection for all load types
95%
(lagging or leading) without 94%
93%
derating.
92%
91%
90%
89%
88%
87%
86%
85%
10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
Load%
Efficiency
Liebert APM - efficiency curve
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Modular, Scalable Configuration
The modular architecture of the Liebert APM allows single unit capacity
Flexible Battery Configuration to be scaled up to a maximum of 300 kW* without impacting on the
The flexible battery configuration system footprint or modifying the installation layout.
of the Liebert® APM is designed
to meet individual installation Increases in capacity and redundancy can be made both vertically and
availability and back up time
horizontally by adding 30 kW power modules to an existing rack or,
requirements.
alternatively by connecting complete UPS systems in parallel in order to
reach a maximum of 600 kW of active power.
Liebert APM is compatible with
numerous battery configurations
including internal1 and external
modular solutions, as well as
traditional external battery banks
with string lengths between 30
and 40 batteries.
In a parallel system batteries can
be installed in a common bank
to maximize cost effectiveness
and minimize floor space.
Alternatively, a single battery
bank can be dedicated to each
UPS, delivering full redundancy
and avoiding the possibility of a
single point of failure.
Extended battery life is further
ensured through a temperature
30 kW + 30 kW 60 kW + 30 kW 90 kW + 30 kW 120 kW + 30 kW
compensated charging algorithm
redundancy redundancy redundancy redundancy
which prevents battery damage, 15’ back up time 15’ back up time 15’ back up time 15’ back up time
thus prolonging lifespan.
1. Valid for Libert APM 150 kW only
*On selected configurations.
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Parallel and Dual Bus Ready
Liebert® APM can be connected with up to two or four units in parallel depending on the configuration.
A single unit can be set up to work in parallel through the use of a communication cable set, allowing the system
to be customized for the required configuration. Additionally, Liebert APM allows easy deployment of Tier 4
architecture through its integrated dual bus control.
30 + 30 30 + 30 570 + 30 570 + 30
TIER IV
120 + 30 270 + 30
y
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bili
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ail TIER III STS STS
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TIER II
30 kW 120 kW 300 kW 600 kW
Scaling up for Expansion
Liebert® APM - Designed for “pay-as-you-grow” deployment
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In The Field
Communication Liebert® SiteScan® is a centralized
Liebert® APM features a large site monitoring system which Trellis™ Platform
multi-lingual LCD display giving ensures maximum visibility and Emerson Network Power’s
users access to key operating Trellis™ platform is a real-time
availability of critical operations.
infrastructure optimization
information including alarm
SiteScan Web allows users to
platform that enables the unified
status, configuration, start-up/
monitor and control virtually management of data centre IT
shutdown, transfer and advanced
any piece of critical support and facilities infrastructure.
metering.
equipment. Its features include
The micro-processor based display
The Trellis platform software
functions independently from real-time monitoring and control,
can manage capacity, track
the system control and provides data analysis, trend reporting, and
inventory, plan changes, visualize
access to: event management. configurations, analyze and
• real-time meter readings of calculate energy usage, and
system currents, voltages, Serviceability and optimize cooling and power
active and reactive power equipment as well as enable for
Maintainability
• status reports and history files virtualization.
The Liebert APM is designed to
• system power flow one-line
facilitate effortless installation
diagram The Trellis platform monitors
and simplify service with its the data center, providing a
Liebert APM also offers easy to remove power modules. thorough understanding of
communication features through The hot-swappable module- system dependencies to help IT
and facilities organizations keep
Web (HTTP), Modbus and SNMP based architecture considerably
the data center running at peak
protocol. decreases the mean time to
performance. This unified and
repair (MTTR) and facilitates
complete solution, delivers the
Software Connectivity
maintenance operations by power to see the real situation in
Liebert® Nform™ network
allowing single modules to be your data center, make the right
communications system enables
serviced while the remaining decision and take action with
customers to leverage the
confidence.
modules continue to power the
distributed monitoring capabilities
load.
of network connected equipment
for providing centralized All power modules and critical
management of distributed components are easily accessible
systems. from the front of the unit.
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Thermal Management Unit Normal
ColDleacttaion
Servers UPS Unit Critical LIFE™ 2 4/7 S E R VIC E C E N T E R
U R F A C ILIT Y CusOtonm-seitre E Vnigsiinteer
O
Y
LIFE TM Remote Diagnostic and Preventive
Monitoring Service
Emerson Network Power’s service With LIFE services you will benefit Minimized Total Cost of
program is designed to ensure from: Ownership of Your Equipment
that your critical power protection The continuous monitoring of
system is maintained in an Uptime Assurance all relevant parameters in turn
optimum state of readiness at all Constant monitoring of UPS maximizes unit performance,
times. parameters, thus maximizing the reduces on-site maintenance and
The LIFE™ remote diagnostic and system’s availability. extends the life of your equipment.
preventive monitoring service
provides early warning of UPS First Time Fix Rate Fast Incident Response
conditions and out of tolerances. Pro-active monitoring and data LIFE allows for immediate
This allows effective proactive measuring ensure that when definition of the best course of
maintenance, fast incident our customer engineers are action, as a result of the regular
response and remote trouble dispatched on-site, they arrive communication between your
shooting, giving customers prepared for first time resolution. Liebert® APM system and our LIFE
complete security and peace of service centers.
mind. Proactive Analysis
From LIFE service centers, our Reporting
experts proactively analyze You will receive a comprehensive
the data and trends of your report detailing the working
equipment, to recommend actions order of your equipment and its
to ensure their best performance. operational performance.
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Liebert® APM
Specifications
Technical Characteristics
Power (kVA) 30 - 150 120 - 300
Power (kW) 30 - 150 120 - 300
System Efficiency
AC - AC on-line double conversion efficiency (%) Between 95% and 96% for load >30%
AC - AC Eco mode efficiency (%) >98%
Input Parameters
Rated input voltage 380/400/415 VAC, three-phase four-wire
Rated operating frequency (Hz) 50/60 Hz
Input voltage range (Hz) 477 V - 305V at full load, 477 V - 228V at 70% load
Input frequency range 40 Hz - 70 Hz
Input power factor >0.99 at full load, >0.98 at half load
Input THDI (%) <5%
DC Parameters
Battery number 30, 32, 34, 36, 38, 40
Battery Compensation Yes
Maximum runtime with internal battery 30 kVA: 30’ N/A
60 kVA: 10’ N/A
90 kVA: 5’ N/A
DC ripple current ≤0.05C
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Output Parameter
Inverter output voltage 380/400/415 VAC, three-phase four-wire
Inverter output frequency (Hz) 50/60 Hz
Output frequency stability (Hz) 50Hz/60 Hz ±0.02%
Voltage stability in steady state ±1%
Voltage stability in transient state Complies with IEC/EN 62040-3, class 1
1 hour for 105%, 10 mins for 125%, 1 hour for 110%, 10 mins for 125%,
Inverter overload capacity
1 min for 150%, 200 ms for >150% 1 min for 150%, 200 ms for >150%
THDv
100% linear load <1
100% non-linear load <4
Bypass Parameter
Bypass input voltage 380/400/415 VAC, three-phase four-wire
Bypass voltage range settable through software Default: -20% to + 15%, other values, such as -40%, -30%, -10% to + 10%, +15%
Bypass overload capacity 135% long term, 170% for 1 hour, 1000% for 100 ms
Environmental Conditions
Operating temperature range (°C) 0 - 40˚C*
Storage temperature (°C) -25 to 70˚C
Maximum Operating altitude ≤1 000 m, when operating at 1000 - 2000 m, derated by 1% for every 100 m increase of altitude
Relative Humidity ≤95%
52 - 62 dBA, adjusted according to 60 - 65 dBA, adjusted according to
Noise (1m)
load rate and number of modules load rate and number of modules
Protection Level IP20
Standards
Low Voltage Directive 2006/95/EC with the Amendment Directive 93/68/EEC Directive for electromagnetic compatibility 2004/108/EC
General and safety requirements for UPS
IEC/EN 62040-1:2008
used in operator access areas
Electromagnetic compatibility (EMC)
IEC/EN 62040-2: Immunity category C2, Emission category C2
requirements for UPS
Dimensions and Weight
Dimension, w x h x d (mm) 600 x 1996 x 1100 mm 1200 x 2000 x 1100 mm
Weight (kg) 30 kVA: 280 kg 120 kVA: 465 kg
60 kVA: 315 kg 150 kVA: 500 kg
90 kVA: 350 kg 180 kVA: 535 kg
120 kVA: 385 kg 210 kVA: 570 kg
150 kVA: 420 kg 240 kVA: 600 kg
270 kVA: 635 kg
300 kVA: 670 kg
*conditions apply
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