Power Protection for
Business-Critical Continuity
Tailored Solutions for Power Protection
Trouble is Coming
Down The Line
And You Must Be
Prepared
Every operation in your business depends upon the instant,
around-the clock availability of computers, servers and other
electronic systems. If they aren’t working, neither is your
company.
The Ability To
Tailor a Power
Solution Is What
Sets Emerson
Network Power
Apart
We Know The Importance Of Achieving Protection For
Today…And Planning For Tomorrow
The decisions you make now are going to impact your ability
to efficiently grow into the future. As a power partner that
truly understands the importance of genuine reliability, we
can implement the best way to achieve it for your operations.
Based on our years of experience, we know and understand
your current needs for protection — and what it will take to
increase your power capabilities as these demands grow. We
can help you protect data, hardware and system availability in
any combination.
Unfortunately, every piece of this equipment your company
possesses is subject to the whims of the electricity that
powers it.
The first step in taking control of this situation is to
understand the threats to your system reliability — and exactly
what you can do about them.
No Matter How Deep Your Protection Needs To Be, We
Have The Expertise To Make It Happen
We recognize that not everyone requires the same level
of power protection. Liebert has the knowledge of critical
facilities and equipment that is necessary to determine the
exact needs of each application. An extensive range of power
protection choices then enables us to match our equipment
precisely to these parameters rather than force-fitting a few
products to every situation. The result is our unique ability to
deliver power solutions that are always on target for the depth
of protection specified.
There Is A Liebert Power Solution To Meet Every Need
No one offers a more comprehensive selection of power products for critical applications than Liebert.
Liebert PS (400 VA/600 VA)
A Reliable Power Protection For Your PC
4-5
Liebert ITON 600 VA /1000 VA
A Reliable Power Protection
And Backup Solution For Your PC
6-7
Liebert UPStationTM GXT 2U 1 /2 /3
True Online Double Conversion UPS to
Keep Your Business Up and Running
8-9
Liebert UPStationTM GXT 2 (4.5 kVA / 6 kVA) Series 10-11
The New Shape Of Network Power Protection
Liebert Series 7400 M (10/30/40/60 kVA)
Maximum Protection For
Mission Critical Network Applications
20-21
Liebert iTrust 3-Phase UPS System
True On-Line Sinewave UPS System For
The Networked Economy
22-23
Liebert NX Series
The Next Generation UPS System
24-25
Liebert Hipulse UPS (30-150 kVA 1-Phase)
Digital UPS For The Digital World & Industrial
Automation
26-27
Liebert Hipulse UPS (80-800 kVA 3-Phase)
Digital UPS For The High-End Digital World
28-29
Liebert UPStationTM GXT-MT 1-2-3 kVA UPS
True Online Double Conversion UPS with
Extended Runtime Capability
12-13
Liebert UPStationTM GXT-MT 6 /10 kVA UPS
Fit-And-Forget UPS System Power Protection
And Power Source
14-15
Liebert Precision Power Center
Affordable Packaged Power Management
For Higher Power Quality
30-31
Liebert UPStationTM GXT RT 1-3 kVA UPS
True Online Double Conversion UPS with
Extended Runtime Capabilities with
Rack & Tower Compatibility
16-17
Liebert Powersure Panel
Transient Voltage Surge Supressor
32-33
Liebert Super 400D (10/20 kVA)
18-19
True On-line DSP Based UPS With Unity Power Factor
ASCO Switch
Designed To Minimize Downtime On
Critical Systems
34-35
No Organization In The Power Protection Business Has More
Real-World Experience Than Emerson Network Power
Many years of experience allow us to properly respond to any power
problem scenario. Our resources include knowledgeable leadership, as
well as an outstanding staff of research, design, application and service
engineers using the latest technological tools.
But the biggest difference in the way we approach your power
requirements is the local Liebert Representative, Distributor or Reseller.
We are the only company in this business that maintains such a strong
local presence on a national and international basis. Specifying and
maintaining a high availability power system requires someone who is
knowledgeable in all phases of critical systems protection. This resource,
coupled with our broad product line, gives Liebert the ability to create
a “tailored solution” that will meet your protection needs precisely and
efficiently. We don’t have to take the one or two items we happen to
have and stretch them to come up with the answer. We give you the best
answer every time.
Only Liebert can bring together all of the power protection solutions you
need to create system availability that is as close to 100% reliability as
possible.
You Face Many
Challenges in the
Pursuit of Uptime
Is There Really A Problem?
“My computer can ride right through a short blip in the power
— why do I need anything else?”
There Are No Simple Solutions
“I have people telling me all I need to do is plug each workstation
into a small UPS from the computer store . That’s good enough,
isn’t it?”
Different Needs Require Different Power Protection
Configurations
“Should I have a small UPS for each workstation or have
everything on one large system . Which is best for my facility?”
A Lot Can Happen Between Your UPS And The Equipment
It Is Protecting
“We have dozens of pieces of networking equipment. How can I
make sure that each one is getting exactly the power it needs?”
Every Wire Carries The Potential For Trouble
“An electrical surge came in through an outside phone line and
knocked out our entire communications system. Is this going to
happen again?”
A Single Source Of Power Simply May Not Be Enough
“Adding a second power feed would certainly enhance our
availability picture — but who can we talk to about getting it done
right?”
2
But There Are
Real Solutions
You Need Protection From All
Power Problems
An outage is just the problem
you can see. There are many
other more frequent power
fluctuations — surges, spikes,
sags — that you don’t see. These
are the conditions that cause the
“unexplained” lock-ups.
“Out-Of-The-Box” Can Put You
Out Of Business
Buying a simple off-line UPS
down at the computer store
may be a good solution for your
home PC, but it just doesn’t
make sense when your business
and productivity are on the line.
Protecting critical network and
computing systems requires
the expertise of someone who
understands all the risks you
face from poor power quality
problems with critical equipment.
Centralized Vs. Distributed UPS
Protection
Liebert has the breadth of
products that allows you to
implement either a centralized or
a one-on-one distributed power
protection strategy depending
on your requirements. Whatever
configuration you choose, you
can count on Liebert to make it
the best it can be. Benefits, such
as increased system security,
more efficient maintenance
and improved reliability, make
a centralized strategy a better
choice for larger operations.
Proper Power Depends On Proper
Distribution
In network applications, there
may be hundreds of different loads
with various voltage requirements,
a mix of AC and DC power, plus
any number of other electrical
Specifications This calls for a
distribution system that is designed
to maintain the highest levels of
reliability and quality between the
source of conditioned power and
the protected equipment.
Power Conditioning And Surge
Protection Throughout The
Facility
Raw utility power is often far too
“dirty” for sensitive systems,
resulting in lost,or garbled data,
unexpected software glitches
or shutdowns, even hardware
damage. The IEEE recommended
practice is to install transient
voltage surge suppression (TVSS)
protection on every electrical
conductor that penetrates a
facility shell, including power
lines, telephone and other
communications links.
Maximum Reliability Demands
Dual Power Sources
If your needs require the highest
level of system availability, Liebert
has the knowledge and products to
implement a dual-power strategy
throughout your enterprise.
UPS, transfer switching, power
distribution and other equipment
are all brought together to create
the ultimate in reliability.
3
Liebert PS
A Reliable Power
Protection For
Your PC
Liebert PS (400 VA/600 VA)
A high-performance UPS
designed especially to protect
low voltage applications and is
available in tower design
The Liebert PS' features and
flexibility makes it the optimal
solution for your small electronic
devices both at home and office.
Applications
• TFT Monitors
• Personal Computers
• Printers
• Modems
• Routers
• Wireless Devices
• Non-critical passive devices
• Standalone Computers
Features
• High Frequency Charger Design
• Input Fuse Protected
• Black Start Mode Available
• Separate Low Charge &
• Battery Indicator in AC mode
• Overload, Discharge
• and Overcharge Protection
• Output Cable Provided
4
Technical Data
MODEL
CAPACITY
VA/W
INPUT
Voltage
Voltage Range
OUTPUT
Voltage
Voltage Regulation(Batt.
Mode)
Frequency
Frequency Regulation
(Batt. Mode)
Output Waveform
BATTERY
Battery Type & Number
Back up Time (at a PC
load with 15" monitor)
Recharge Time
Liebert PSA 400
Liebert PSA 600
400VA/200W
600VA/300W
220/230/240VAC
170-270VAC
220/230/240VAC
±10%
50Hz
+/-1 Hz
Modified Sinewave
12V/4.5Ah x 1pc
12V/7AH x 1pc
5 minutes
8 minutes
10 hours to 90% after complete discharge
TRANSFER TIME
Typical
INDICATOR
AC Mode
Battery Mode
Low Battery at Battery
Mode
Fault
Battery Weak at AC
Mode
Battery Fault at AC
Mode
AUDIBLE ALARM
Battery Mode
Low Battery at Battery
Mode
Fault
Battery Weak at AC
Mode
Battery Fault at AC
Mode
PROTECTION
Full Protection
PHYSICAL
Dimension, DXWXH
(mm)
Net Weight (kgs)
ENVIRONMENT
Operating Environment
Noise Level
2-6ms
Green LED lighting
Green LED flashing every 4 seconds
Green LED flashing every second
Red LED lighting
Red LED flashing every 2 seconds for 30
seconds
Red LED flashing three times every 2 seconds
Sounding every 4 seconds
Sounding every second
Continuously sounding
Sounding every 2 seconds for 30 seconds
Sounding three times every 2 seconds
Discharge, overcharge, and overload protection
176.5x80x230
3.1
3.3
0- 40°C, 0-90 % relative humidity (noncondensing)
Less than 40dB
5
Liebert ITON
A Reliable
Power Protection
And Backup
Solution For Your PC
Liebert ITON 600/1000
A best-in-class UPS with
proven reliability. ITON is
an uptime solution for
your personal computers &
peripherals and is available
in a compact tower design
A line interactive UPS that
provides perfect power
protection for Small Office
& Home Office (SOHO)
PC Systems
Applications
• Home PC
• Printers
• Clustered network equipment: hubs, routers, bridges
• Remote telecommunications units
• Desktop Speakers
• Office Telecommunications systems
• Voicemail and e-mail servers
• Test and diagnostic equipment
• Chargers
• Telecom Ports
Features
• Auto Sleep Mode
• Insta Restart
• Power protection for Fax/Modem
• Smart Monitoring Software
• Smart Microprocessor control
• Smart AVR Technology
• Communication Port
• Overload Protection and alarm
6
Technical Data
MODEL
CAPACITY
VA/W
ITON 600
ITON 1000
600 VA/360W
1000VA/600W
INPUT
Voltage Range
Frequency
140-300 VAC
160-270V
45-65 Hz (Auto sensing)
OUTPUT
Voltage
230V
Voltage Regulation
(Batt. Mode)
+/- 10%
Frequency
50Hz
+/- 5%
50Hz or 60Hz
Frequency Regulation
(Batt. Mode)
+/- 1Hz
Output Waveform
Stepped Waveform
Overload
BATTERY
Battery Type & Number
Backup Time*
(As per the loads)
Recharge Time
110% for 5 minutes as “Mains” mode
12V/7AH — 1 PC
12V/7AH — 2 Pcs
15-22* mins
30 min typical* (with 1 PC)
8 hours to 90% after complete discharge
TRANSFER TIME
Typical
4-8 ms
4-6 ms
INDICATOR (LED Bar Graph)
AC Mode
Green Lighting
Backup Mode
Green flashing
Fault
AUDIBLE ALARM
Backup Mode
Low Battery
Overload
Battery Replacement
Fault
PROTECTION
Full Protection
PHYSICAL
Dimension (mm), DxWxH
Net Weight
ENVIRONMENT
Operating Environment
Noise Level
The 1st green lighting; The
2nd to 5th green gradually
lighting indicating load capacity
The 1st green flashing; The
2nd to 5th green gradually
Green
flashing
lighting indicating
batteries capacity
The red lighting
Green
Lighting
Sounding every 10 seconds
Sounding every second
Sounding every 0.5 seconds
Soundingevery 2 seconds
Continuously Sounding
Discharge, overcharge, and overload protection
330x100x140
6 kg
369x141x181
13.5 kg
0-40 C, 0-90% relative humidity
(non-condensing)
Less than 40 dB
INTERFACE
RS-232
Support Windows 98/NT/ME/2000/2003/ XP, Linux, HP-UX, IBM AIX,
Sun Solaris, Unixware, Free BSD, Mac OS and
Compaq True
7
Liebert GXT 2U
True Online Double
Conversion UPS
To Keep Your Business
Up And Running
UPStationTM GXT 2U in Rack and Tower Mode
A high-performance UPS
with proven reliability,
custom configurability,
hot-swap internal batteries
and extendible runtime in
a compact tower design.
The GXT2 features and
flexibility make it the optimal
solution for small server room,
networking and telecom
applications that require
reliable, continuous and
quality power.
8
Applications
• LAN and WAN servers
• Clustered network equipment: hubs, routers, bridges
• Remote telecommunications units
• Office Telecommunications systems
• Voicemail and e-mail servers
• Test and diagnostic equipment
• Engineering network servers
• Factory floor protection of micro processor controlled equipment
• Mission critical devices
Features
• True on-line design
• Configurable as rack or tower
• Wide input voltage window allows
• UPS support without going to battery,
• extending systems availability
• Built-in Surge Suppression
• User replaceable batteries without
• removing GXT 2U from rack
• Compatible with new SNMP / Web Card
• Compatible with Multiport 4 or 8
• Compatible with RelayCard INT
• Compatible with MultiLink
Technical Data
Description
1 kVA
UPStation GXT 2U
1000
2 kVA
UPStation GXT 2U
2000
3 kVA
UPStation GXT 2U
3000
Input Parameters
Nominal Voltage
Voltage Range
Frequency Range
Power Factor
230 VAC
119 - 280VAC ( Load Dependent )
40 Hz - 70 Hz
> 0.97
Output Parameters
Capacity
Voltage
Voltage Regulation
Frequency Regulation
THD
Overload Capability
( with transfer to bypass )
Efficiency
Crest Factor
1 kVA / 0.7 kW
2kVA / 1.4 kW
3kVA / 2.1 kW
User Configurable 200 / 208 / 220 / 230 / 240 VAC
+ / - 3% Steady state
+ / - 5% if synchronized to mains,
+ / - 0.1 Hz free running or on battery operation ( when not synchronized to mains )
<=3% (100% Linear Load), <=5% (100% Non-Linear Load)
Upto 130% - 10 Secs
200% - 8 cycles
> =88% (AC AC) minimum
3:1 max
Battery Parameters
Type
Recharge Time
Battery Back-up Time
21 V/7 AH Sealed, Lead/Acid.
12V / 9 AH Sealed,Lead/Acid
Maintenance Free
Maintenance Free
Max.5 hours to 95% capacity (after full discharge into 100% Load)
13 mins
8 mins
8 mins
Environmental Conditions
Storage Temperature
Humidity
Noise Level
Electronic Discharge
-15OC to +15OC
0 to 95% Non Condensing
<50 dBA
Compliant to ENC61000-4-2, LEVEL 4 (15 kV through air, 8 kV contract)
Dimensions ( Unit )
WxDxH
Weight
87 X 547 X 430
22.6 kg
87 X 547 X 430
24.7 kg
87 X 618 X 430
31.9 kg
Agency
Safety
RFI / EMI
Surge Immunity
Transportation
EN50091-1-1, CE compliance mark, for both Low Voltage and EMC Directives
C-Tick, AS 62040-2, EN 50091-2, Class B
EN 61000 4-2, 4-3, 4-4, 4-5
ISTA Procedure 1A
Typical Autonomy is calculated at approximately 80% load
9
Liebert GXT 2 (4.5 kVA / 6 kVA)
The New Shape Of Network And
Power Protection
UPStationTM GXT 2 (4.5 kVA / 6 kVA)
in Rack and Tower Mode
A high-performance UPS
with proven reliability,
custom configurability,
hot-swap internal batteries
and extendible runtime in
a compact rack and tower
design.
The GXT2 features and
flexibility make it the optimal
solution for your small &
medium server, data room,
networking and telecom
applications that require
reliable, continuous and
quality power.
10
Applications
• LAN and WAN servers
• Clustered network equipment: hubs, routers, bridges
• Remote telecommunications units
• Office Telecommunications systems
• Voicemail and e-mail servers
• Test and diagnostic equipment
• Engineering network servers
• Factory floor protection of micro processor controlled equipment
• Mission critical devices
Features
• True on-line design
• Built-in PFC circuit
• Wide input voltage window allows
• UPS support without going to battery,
• extending systems availability
• Builtin Surge Suppression
• Compatible with new SNMP / Web Card
• Compatible with Multiport 4 or 8
• Compatible with RelayCard INT
• Compatible with MultiLink
• External plug and play Battery cabinets available
• Configurable as rack or tower
Other product features of the Liebert GXT2 include
• Self-diagnostics
• Built-in serial communications for use with Liebert
• MultiLinkTM Automated Shutdown Software
• Intellislot TM communications port
• Built-in closure signals
• Includes Windows-based configuration program
Technical Data
Output Ratings
Output Power
Nominal Output Voltage
Output Voltage Regulation
Output Voltage Distortion
-With 100% Linear Load
Nominal Output Frequency
Output Frequency Tolerance
( Phase locked with Mains )
Overload at 0.7 pf
( Load is transferred to Bypass
After pre-determined time
Load Power Factor Range
4.5 KVA/3.15Kw, 6 KVA/4.2Kw
230 VAC
+/-2%
< 3%
50 Hz
46.5 Hz to 53.5Hz
+/-3.5 Hz Synchronized to mains
125% for 10 Sec
0.7 lagging to unity
Input Ratings
Nominal Input Voltage
Permissible Input Voltage
Variation at Full Load
Nominal Input Frequency
Permissible Input Frequency
Variation
Power Factor at Full load
220/230/240 VAC
176-276 VAC
50 Hz
40 to 70 Hz
> 0.97
Battery Details (External)
Nominal DC Bus Voltage
Number of Blocks of SMF
Batteries
Types of Batteries Supported
Recharge Time up to
100% Capacity
240 VDC
20 blocks of 12 V each
Sealed Maintenance Free (SMF)
10 hours to 12 hours
Physical Parameters
Width X Depth X Height (mm)
Weight
221x547x430
67 kg
Environmental Parameters
Operating Temperature at Rated Load
Storage Temperature
Relative Humidity
Noise
0 to 40oC
- 15 to + 50oC
0 to 95% RH
< 55 dB
Agency
Safety
RFI / EMI
Surge Immunity
Transportation
EN62040-1-1, TUV/GS
AS 62040-2, EN 50091-2, Class A CE EMC Directive
EN 61000 4-5 Level 3 criteria A
ISTA Procedure 1B
11
Liebert GXT-MT 1-3kVA UPS
True Online Double Conversion
UPS With Extended
Runtime Capabilities
Liebert GXT-MT 1-3kVA UPS
Applications
• Small Size Data Center
• Telecommunication, VoIP
• Small Office Network
• Data Warehouses
Liebert GXT-MT
features a comprehensive
specification, satisfies safety
criteria and electromagnetic
compatibility standards,
besides offering intelligent
monitoring and network
management functions. It is
available in adaptable battery
architecture & compact tower
configuration.
• Medical Diagnostics
• Process Automation Equipments
• Small Research and Functional Laboratories
Features
• Extended Runtime Capabilities
• Flexible (Site Specific) Battery Configuration
• Compact Tower design.
• Generator Compatible
• Class B Electromagnetic interference (EMC)
• compatible
• Ultra wide input voltage range
• High capacity Battery Charger for GXTL
• High input power factor & low THDi
Note: Liebert GXT-MT standard model is provided with an internal battery. It is also available in long Back-up mode
12
Technical Data
Electrical
Model
Rating
Input
GXT 1000-MT
GXT 1000-MT
1000VA/700W
GXT 2000-MT
GXT 2000L-MT
2000VA/1400W
1-phase, plus PE
220Vac / 230Vac / 240Vac
1. 160~300 Vac full load 2. 110 Vac half load
50 / 60 Hz
0.97 (conditions: rated voltage, full pure resistive load, fully charged battery)
< 10%
Input system
Rated voltage
Voltage range
Frequency
Power factor
Input THDi
46-54 Hz
Frequency range
Output
Output system
Power factor
Voltage
Line regulation
1-phase, plus PE
0.7
220Vac / 230 Vac / 240 Vac ±2%
<_2%(0~100% linear load)
Voltage harmonic
distortion (rated input
voltage, rated input
frequency)
Dynamic variation
< _3%(0 ~100% linear load)
< _6%(0 ~100% non-linear load)
<5% in 20 ms
Frequency
Frequency range
Inverter overload
capability (in Normal
mode, 25°C)
50 / 60 Hz ±0.02Hz
46-54 Hz / 56-64 Hz
Inverter overload
capability (in Battery
mode, 25°C)
Crest factor
108%~150% 30s
>150% 300ms
108%~150% 30s
>150% 300ms
3:1
Bypass Operating Voltage
300% for 5s
Transfer time
200% for <_60 mins
Normal<->Battery: 0ms
DC Component
External battery voltage
Charging current
GXT 3000-MT
GXT 3000L-MT
3000VA/2100W
<_200mV
96Vdc
36Vdc
1A
4A
1A
8A
1A
8A
Battery
Qty x Volts x Capacity
Manufacturer / Model
Typical Autonomy Time
Autonomy at Half Load
Charging Duration
Noise (within 1m)
Protection
3x12Vx7.2Ah
CSB/GP 1272F2 or
Panasonic
Equivalent
12 Minutes
20 Minutes
8x12Vx7.2Ah
8x12Vx7.2Ah
CSB/GP 1272F2
CSB/HRL 1234W
or Panasonic
F2 or Panasonic
Equivalent
Equivalent
15 Minutes
9 Minutes
26 Minutes
16 Minutes
80% of battery capacity in 4 hrs (standard type)
GXT1000L-MT, GXT2000L-MT, GXT3000L-MT: <45db
IP20 (static state)
Environmental
Item
Ambient Temperature
Relative Humidity
Altitude
Storage temperature
Normal Range
00 C-400C
Less than 90% Condensing
Lower than 1000m; no derating; 1000~1500m; 1% derating for every 100m rise
-00 C-400C (excluding battery)
13
Liebert GXT-MT 6/10 kVA UPS
FIT - AND - Forget UPS System
Power Protection And
Power Source
Liebert GXT-MT 6/10 kVA UPS
Applications
• Small & Medium Size Data Center
• Telecommunication, VoIP
• Office Network
• Data Warehouses
Liebert GXT-MT features a
comprehensive specification,
satisfies safety criteria and
electromagnetic
compatibility standards,
besides offering intelligent
monitoring and network
management functions.
• Process Automation Equipments
• Educational Institutes
• Small Retail Out lets
Features
• Parallel up to 3modules
• Extended Runtime Capabilities
This high performance UPS with
proven reliability is available in
compact tower design
• Compact Tower design
• Generator Compatible
• Class B Electromagnetic interference (EMC)
• compatible (EN50091-2)
• Ultra wide input voltage range
• High capacity Battery Charger for GXTL
• High input power factor & low THDi
14
Technical Data
Electrical
Model
Rating
Input
Input system
Rated voltage
Voltage range
Frequency
Power factor
Input THDi
Frequency range
Output
< 2%(0 ~100% linear load)
< 6%(0 ~100% non-linear load)
Crest factor
Bypass Auto retransfer
Transfer time
Communication Port
External battery voltage
Charging current
±5% in 60 ms
50 / 60 Hz ±0.05Hz
105%~130% 10min, transfer to bypass
>130% 1sec, transfer to bypass turnoff output
>105% 10sec,
3:1
Yes
Normal<->Battery: 0ms
RS 232 as standard
240Vdc
4.2A
Capacity
Charging duration
Dimension (W x D x H)
Weight
46-54 Hz
Voltage harmonic
distortion (rated input
voltage, rated input
frequency)
Dynamic variation
Inverter overload
capability (in Battery
mode, 25°C)
Relative Humidity
1-phase, plus PE
220Vac
180-270 V
50 Hz
> 0.98 (conditions: rated voltage, full pure resistive load, fully charged battery)
< 10%
1-phase, plus PE
0.7
220Vac / 230 Vac / 240 Vac ±1%
<1%(0~100% linear load)
Inverter overload
capability (in Normal
mode, 25°C)
Noise (within 1m)
Protection
Operating Temperature
Installation Height
GXT 10000L-MT
10000VA/7000W
Output system
Power factor
Voltage
Line regulation
Frequency
Battery
GXT 6000L-MT
6000VA/4200W
20 nos. of 12V
Depends on battery capacity
<55db
IP20(static state)
0 - 40o C
< 1000 m
< 95%
260 mm x 570 mm x 717 mm
6kVA / 90 kg
10kVA / 93 kg
15
Liebert GXT- RT 1-3kVA UPS
True Online Double Conversion
UPS With Extended Runtime
Capabilities With Both
Rack & Tower Compatibility
Liebert UPStation GXT-RT 1-3kVA UPS
Applications
• Small Size Data Center
• Telecommunication, VoIP
• Small Office Network
• Data Warehouses
Liebert GXT-RT features a
comprehensive specification,
satisfies safety criteria and
electromagnetic
compatibility standards,
besides offering intelligent
monitoring and network
management functions.
It is available in adaptable
battery architecture and both
rack and tower-mountable
configuration to suit your
specifications.
16
• Medical Diagnostics
• Process Automation Equipments
• Small & Medium Functional & Research
• Laboratories
Features
• Extended Runtime Capabilities
• Flexible (Site Specific) Battery Configuration
• Rack / tower Adaptability
• DSP controlled Online double conversion
• Generator Compatible
• “Mute” design
• Class B Electromagnetic interference (EMC)
• compatible
• Ultra wide input voltage range
• High capacity Battery Charger
• High input power factor & low THDi
Technical Data
Model
Rated Out put
Input Parameters
Rectifier type
In put volta ge
Input volta ge range
Input frequenc y range
In put power factor
Battery
Battery type
Battery strin g rated voltage
Output Parameters
Inverter type
Output active power
Output socket type
Output voltage
Output frequency
Output VTHD (Volta ge Total Harmonic
Load maximum crest factor
Step load capability
Overload capability
S ystem parameters and standard
Efficiency
Switching time (mains failure )
Noise
Panel dis play
Dimension (width x de pth x hei ght) in mm
Height in U
Wei ght (long backu p time)
Safet y
EMC
Immunit y
Surge protection
Protection level
Communication and mana gement
Interface type
Web /SNMP card
Environment
Operating temperature
Relative humidity
Altitude
GXT1000L-RT
1kVA
GXT2000L-RT
2kVA
GXT3000L-RT
3kVA
Uses most u p-To-date IGBT and PFC (power factor y correction )
220Vac, sin gle phase three-wir e
120 to 288Vac
50Hz±2%, 5%, 7% and 10%, user settable
At least 0.99
Valve-re gulated lead-acid maintenance free batter y
36Vdc
72Vdc
72Vdc
Uses most u p-to-date IGBT
1.4kW
2.1k W
I E C
IEC/Terminals
220Vac, sin gle phase three-wir e
50Hz±2%
<2% for linear load, <5% for non-linear load
3:1 (Com ply with IEC62040-3 )
100%
Operation
<105%
continuous
105% to 125% rated load for 5min
125% to 150% rated load for 1min
>150%
rated load for 10s
0.7k W
I E C
>88%
<43dB
2U
7.8kg
>89%
0ms
<45dB
LED
440 X 400 X 87
2U
9.6kg
EN62040-1-1, CE Marked
EN50091-2, class B
EN50082-1
IEC60664-1, Level IV
IP21
>90%
2U
10kg
Serial port/dry contact / SNMP card
Optional parts
0 to 40 Celsius degrees (UPS) and 25 Celsius degrees±5 (Batter y)
0 to 95% no-condensing
1500m (as per IEC 62040-3 )
Value-added Optional Parts
WEB/SNMP card
ModBUS card
Equipment Room Signal Adapter UPSite Plus monitoring system
17
Super 400D (10/20 kVA)
True On-line DSP Based UPS
With Unity Power Factor
Applications
• Facility-wide networks
• Medical equipment
• Industrial processes
• Large computer rooms
The Liebert Super 400D is a true
On-line sine wave UPS system that
provides the user with clean
computer grade power for
continuous operation of his critical
load, regardless of any disturbance
on the upstream AC power. The
system offers many innovative
features to give the user maximum
reliability and flexibility at the lowest
operating cost. With Liebert Super
400D UPS system, you have
complete peace of mind.
Features & Benefits
10,20
Super 400D (10/20 kVA)
Low Input Current Harmonic Distortion of less than 5%
Unity Input Power Factor
Temperature compensated Battery
charging to enhance the Battery life
Battery test facility
Reverse Phase sequence operation
Auto retransfer facility
DSP and Dual microprocessor based system
18
Technical Data
Input
Parameters
Bypass
Parameters
DC
Parameters
Output
Parameters
Parameters
Mechanical
Parameters
Environmental
Parameters
Input Voltage
Input Voltage Variation
Input Frequency
Input Frequency Variation
Power walk in
Power Factor at rated load
Operation with Reverse Phase Sequence
415V, 3-Phase, 4 wire
- 30%, +25 %
50 Hz
+/- 10%
Progressive over 10 seconds
1.0 (Unity)
Possible
Bypass Supply Voltage
220/ 230/ 240V AC
Nominal DC bus voltage
Permissible DC voltage variation
DC bus OV trip
End of discharge DC bus
Types of batteries supported
Nominal battery float voltage
Max. batt.charging current
DC ripple
D.C. Voltage Regulation
356V
260V - 410V
410V
260V
SMF
356V
7.0A
< 2% rms
± 1%
Output Voltage
Frequency
Power rating at 0.8 p.f.
Power rating at 1.0 p.f.
Overload Rating
Transfer time synchronized unsynchronized -
220/ 230/ 240 VAC 1 Phase
50 Hz
10 kVA, 20 kVA
8 kW, 16 kW
110 % for 60 minutes
125 % for 10 minutes
150 % for 1 minute
100 % with Crest Factor of 3:1
+/- 1%
+/- 10%
10 millisecond
+/- 0.1 %
± 1Hz, ± 2 Hz, ± 3 Hz
0.2 \0.4 hz/sec
< 3 % at Non linear load
< 2 % at linear load
0 millisecond
20 millisecond
Voltage limits for Inv. operation
SMF battery
Float Charge Voltage
Max. Charging current
260V DC to 410V DC
26 Blocks of 12 V each
356 VDC
7.0 A
Height x Depth x Width
Weight
Ventilation
Cable entry
Colour / Panel finish
Base castor wheels
1150mm x 650mm x 450mm
275kg
Forced - Air cooled
Front end - Bottom
Structured dark Grey
Yes
Operating Temperature
Storage Temperature
Relative Humidity
Altitude
Temperature Derating
Altitude Derating
0 C to 45 C, continuous
0oC to 70oC
95% RH
1000 Meters
o
o
1.5% per C between 40 & 50 C
1 % per 100m between 1000m - 2000m
Max. Non-linear load permissible
Output Voltage regulation
Transient response for 100% load change
Recovery time
Freq. stability unsynchronized synchronized Max. rate of change of Frequency
Output Voltage Distortion
o
o
19
Series 7400 M (10/30/40/60 kVA)
Maximum Protection
For Mission Critical
Network Applications
Series 7400 M (10/30/40/60 kVA)
in Rack and Tower Mode
Applications
•Information Technology
The Liebert Series 7400 M
addresses all the power
quality needs of today’s
networked economy by
providing a perfect sinewave
output voltage with stable
frequency, over and above
offering many other
important customer values.
20
Servers (LAN, WAN, e-mail, ERP, Web, Digital Archives, IntraNet)
Networking (Routers, Hubs, Switches, Multiplexer, Bundler,
Unbundler, Modems)
•Banks, Insurance and Financial Services
•Telecommunications, Billing Computers
•Medical Diagnostics, MRI, CT Scan, Cath Lab
•Process Automation, Small processes, Light Robotics
Features
•On-line double conversion UPS: makes your load independent
from both main's voltage and frequency.
Ensures Server-grade high quality of power
•IGBT technology PWM inverter switching technology:
provides your load with perfect sinewave voltage
•High efficiency performances: lower cost of ownership
•Excellent performance with either 100% unbalanced and
100% non-linear loads with crest factor upto 3:1 without
derating: no need to care about the distribution of your
single phase loads between output phases nor to oversize
the UPS
•Super-servers, mini-computers and multi-processing systems
•Advanced battery management systems with programmable
battery testing: constantly monitors the the health of the
battery pack keeping the battery ready to work for emergency
situations
•Small footprint and convenient maintenance access: ease
of positioning and saving of floor-space
•Inverter with high overload capability: no need to oversize
UPS; reduced initial investment
•Inverter output protected against short-circuit: high
protection to the inverter hence more availability of the
systems; Investment protection
•Zero footprint for optional tuned filter for the input: lower
cost of ownership because of space saving and reduced
electricity bill
Technical Data
Model
10
30
40
60
Power
10kVA
30kVA
40kVA
60kVA
Output Power
8kW
24kW
32kW
48kW
Power factor
0.8
Input
Voltage
380/400/415 V
Frequency
50 or 60 Hz
Power Factor
> 0.9 (Additional Filter)
THDi
< 10%-15% with Battery charging
Voltage Window
+ 10%-20% without battery charging
Output
Voltage
380/400/415V
Frequency
50 or 60 Hz
Voltage stability
- static
+_ 1%
- dynamic
+_ 5%
Voltage distortion
- linear load
1% typical
- non-linear load
5% max (with 3:1 crest factor)
Overload capability
three-phase: 110% for 60 mins,
125% for 10 Mins, 50% for 1 min
Single-phase: 200% for 30 secs
Maximum permissible non-linear load
100% (with 3:1 crest factor)
Physical
Weight
480kg
540kg
620kg
Width
710mm
710mm
710mm
Height
1420mm
1420mm
1420mm
Depth
800mm
800mm
800mm
20 kVA model also available on request.
Operating Temperature is 40oC. However ratings can be selected for ambient temperature upto 50oC
21
Liebert iTrust 3-Phase UPS System
True On-Line Sinewave
UPS System For
The Networked Economy
The Liebert iTrust 3-phase is
a true on-line 3 phase UPS
system (sine wave output) that
provides the user with clean
computer grade power for
continuous operation of his
critical load, regardless of any
disturbance on the upstream
AC power. The system offers
many innovative features
to give the user maximum
reliability and flexibility at the
lowest operating cost. With
Liebert iTrust 3-phase UPS
system, you have complete
peace of mind.
22
iTrust 3-Phase UPS
Applications
• Telecommunications Facilities
• Data processing
• Medical imaging equipment
• Industrial process equipment
• Functional & Research Laboratories
• Large Format Departmental Stores & Multiplexes
Features
• Parallel for Redundancy or Capacity for up to 4 units
• Full Digital Signal Processing using the latest DSP technology
• Wide Input Voltage Range
• Low Current Harmonic Distortion of less than 3%
• High Input Power Factor
• High Overload and Short-Circuit Capacities
• Intelligent Battery Management
• Large LCD Display and Mimic Panel for Real-time information
• MTBf over 5,00,000 hrs ensuring reliable power supply
• Power supply efficiency over 97% through Bypass during good
• mains supply thus minimizing operating cost
Technical Data
Capacity
Rectifier Input
Input Voltage
AC power input
Power factor
Harmonic current
Highest operating voltage
Lowest operating voltage
Input current limit
Frequency range
Bypass input
Input voltage
Input voltage range
AC power input
Frequency range
Output
Voltage regulation
[Balanced load]
Voltage transient response
Voltage distortion [linear load]
Voltage distortion [nonlinear
Power factor
Frequency syn. Range
Frequency regulation
[Battery mode]
Phase displacement
[Three-phase]
Overload capability [inverter]
Overload capability [bypass]
Ratio of output current peak
Value to RMS value
Transfer time [normal mode]
System
Display
EMC/EMI conduction
Radiation
Harmonic
Immunity
MTBF [single UPS]
MTBF [1+1parallel operation System]
Audible noise at 2m
Cross current without
Load [1+1]
Cross current without
Load [3+1]
Current unbalance rate [1+1]
Current unbalance rate [3+1]
Insulation resistance
Dielectric strength
Surge immunity
30kVA
40kVA
60kVA
380/400/415v [line-to-line voltage]
three-phase three-wire
>0.99
<3%
+15%
-45%
When input current is smaller than 115%in, UPS can operate continuously; when input
Current is 115-140%in, the UPC can operate For 5 minutes; and when input current is
140-165%in, the UPC can Operate for 1 minute; current limiting function is activate
When input Current is over 165%in [in the Rated output current at full load]
50hz+ -10%
380/400/415v[line-to-line voltage]
+-10%
three-phase three-wire
50hz +-10%
380/400/415v+1%
[+_5% adjustable]
+-5%[0 100% linear load]
THD<1%[line-to-neutral voltage] [battery float charge state, rated Balance load]
THD<4%[line-to-neutral voltage] [battery float charge state, Load} rated balance load]
0.8 [lagged]
50hz +-2hz
+-0.1%
120 +-1 [balanced load or unbalance load]
105%<load<125%, transfer to bypass mode after 10+-0.1 min;
125%<load<150%, transfer to bypass mode after 1 minute;
When load>150%, transfer to bypass mode after 200 ms
135% rated current continuously
135% 170% for 1 minute
> 170, shutdown in 2s
1000% rated current for 20 ms [a standard for selecting static switch]
3:1
0[uninterrupted transfer], 15ms [interrupted transfer]
<60db
LCD + LED
EN 50091-2
EN500919-2 CLASS-A
IEC 1000-3-4
EN 61000-4-2,3,4,6,8,9,11 level III,
EN 61000-4-5 IV
150,000 hours
400,000 hours
<65db
<1A
<2A
Protection
<2%
<3%
>2m [500vdc]
[input to earth, output to earth] 2820vdc, leakage current lower than 3.5ma 1min without arc
Satisfy the class IV requirements specified by IEC60664-1,
The ability to withstand 1.2/50us not lower than 6kv/3ka
Ip21
Installation Cable access mode
Physical dimension [WxHxD] mm
Weight [kg]
top/bottom cable access modes optional
600x1400x860
800x1800x860
528
654
800x800x860
811
23
Liebert NX
Next Generation
Uninterruptible Power
Systems
Liebert NX – the next generation,
true on-line, double conversion
digital UPS – is designed to
appropriately address the
“Hi-Availability Quality Power”
need of B2B and B2C businesses.
Innovation, simplicity and low cost
of ownership have been delicately
converged in Liebert NX to offer
you the highest capital investment
return. With the Liebert NX, you
can rest assured that you have
high nines quality power for your
critical business applications.
Liebert NX comes in six popular
ratings: 30, 40, 60, 80, 100 &
120 kVA.
24
Liebert NX
Applications
•Server Rooms and Mid-sized Data Centers
•Telecommunication (Fixed, WiLL & Mobile) Billing & Reporting
Systems
•Networks (LAN, MAN & WAN), InfoCom and WiFi Hot Spots
•Industrial Process & Motion Automation for Mid-sized plants
•Medical Diagnostic / Imaging Equipment
Features
•Stratified cooling techniques
•Versatile and simultaneous communication facilities
•Compact active and passive footprints
•Capability to handle 0.9 leading power factor loads
•Capability to handle 100% unbalanced loading
•Backfeed protection
•User f lexibility in selecting effective conÞguration for the application
•Large and user-friendly LCD display in twelve different languages
•Compatibility to VRLA (SMF), LATB, Nickel Cadmium batteries
•Black start facility
Benefits
• Hi-Availability of Quality Power
• Reduced Cost of Ownership
• Upstream Green Power
• Ease & Simplicity in Scalability & Redundancy
• Investment Protection
Technical Data
Models
Rated Power @ 0.8 PF
Rectifier Input
Rectifier Type
Input Voltage
Input Frequency
Input Current THD
Input Power Factor
Power Walk-In
Bypass Input
Input Voltage
Battery
Battery Type
End-Cell Voltage
DC Ripple Current
(float)
DC Ripple Voltage
(float & const V Ch)
Temp. Comp. Charge
[kVA]
10
Nxe
15
20
30
40
60
80
Nxa
100
120
140
[s]
IGBT-based Vector Controlled PFC (PF Corrected)
380 / 400 / 415 (Accepted from 305 to 477 without batt. Use)
50 or 60 (Accepted range from 40 to 70)
<3% (without any Filter)
=0.99 (without any Filter)
5 to 30 (selectable)
[Vac]
380 / 400 / 415
[Vdc/ Cell]
VRLA (Valve Regulated Lead Acid) or Wet / Flooded or NiCd
Selectable from 1.60 to 1.90 (for VRLA)
[Vac]
[Hz]
160
200
<5% (of C10 AH capacity) RMS value
<1% (RMS value)
Standard (where internal batteries 10, 15, 20, 30, 40 kVA)
and Optional (for all other battery configurations)
Output
Inverter Type
Output Power
Output Voltage
Output Frequency
Output Voltage THD
Max. Load Crest Factor
Transient Volt. Resp.
Max. Leading PF Load
Voltage Displacement
Overload
Efficiency
[kW]
[Vac]
[Hz]
[ms]
[°el]
8
IGBT-based Vector, Repetitive & PI Controlled
16
24
32
48
64
80
96
112
128
380 / 400 / 415 +/- 0.5 Regulation (3-phase RMS average)
50 or 60 with +/- 0.05 Regulation
1% (max)
3:1 (compliant with IEC 62040-3)
10 to recover ±5% of Nominal Voltage for 0% to 100% or 100% to 0% step load
Up to 0.9
120°+/-10 el (with 100% unbalanced load)
110% for 60 minutes, 125% for 10 minutes, 150% for 1 minute
12
AC-AC
Physical Parameters
Width
Depth
Height
Weight (approx.)
without batt.
UPS Enclosure IP
Standards
up to 96
[mm]
[mm]
[mm]
[kg]
600
700
1400
180
204
600
825
1600
204
700
825
1800
312
341
401
445
720
IP 20 (even with open front door)
1000
825
1800
720
1050
1200
1350
IEC 62040-3, IEC 62040-2, IEC 62040-1-1, IEC 60146-1-1,
IEC 61000-4-2, 4, 5, 6, 8,11, EN 50091-1-1, EN 50091-2,
EN 50091-3, EN 60950, EN 60529, ANSI C62.41 (IEEE 587)
Class-A (Applicable for both Radiated & Conducted)
EMC Class
Environmental
Storage Temp.
Operating Temp.
Relative Humidity
Maximum Altitude
above Mean Sea Level
160
[°C]
[°C]
[m]
-20 to 70 (UPS) & -20 to 30 (Battery)
0 to 40 (UPS) & 25 +/-5 (Battery)
0 to 95% (non-condensing)
1000 (as per IEC 62040/3)
25
Liebert Hipulse UPS
Digital UPS For The Digital
World & Industrial
Automation
Liebert Hipulse UPS (30-150 kVA 1-Phase)
in Rack and Tower Mode
From reliability to availability,
from scalability to redundancy,
from user-friendliness to
maintainability, from parallelibility
to connectivity, from investment
protection to lower cost of
ownership, whichever value you
need, Hipulse addresses them all
efficiently and effectively.
Hipulse is carefully designed
to maximize the availability of
your critical loads to ensure that
your business is protected to the
maximum extent possible against
power quality problems as well as
complete power failure.
26
Applications
• Facility-wide networks
• Medical equipment
• Industrial processes-Automation
• Transport Automation
• Large Computer Rooms
Features
• On-Line Double Conversion
• IGBT-based PWM Inverter
• Wide input voltage tolerance (+10/-15%)
• Wide input frequency tolerance ( 5%)
• Automatic battery testing
• Common battery sharing kit (optional) with 1+1 configuration
• Built-in maintenance bypass (Single and 1+N Models)
• Modular design of inverter bridge for higher rated UPS
modules like 600 & 800 kVA
• UPS modules in Dual Bus configuration using optional HiSync on
the Upstream (with UPS), HiSwitch in the downstream (after UPS)
and load-end SmartSwitches
• Provision to use any type of battery: Wet cells (Tubular or Plant ),
Valve Regulated Lead Acid (VRLA) / Maintenance free and Nickel
Cadmium
• Field settability of end-cell voltage of the battery
• Intelligent web communications and automatic graceful computer
shutdown operations
• N form software for full-scale and cost-effective monitoring
• Site scan web solution tool for online monitoring
Technical Data
HIPULSE UPS System
Nominal rating [KVA](0.8 pf)
25
40
60
80
105
130
150
895
895
895
895
895
895
895
900
2110
900
2110
900
2110
1250
2110
1640
2110
1640
2110
1640
2110
Physical characteristics
Depth[mm]
Width[mm]
Height[mm]
Input
Voltage
frequency
Power factor
Output
Voltage stability
Voltage stability -steady state
100% load Step
Frequency
Frequency Stability
- Synchronized with the bypass supply
- Auto -synchronized
Overload capacity from inverter at
nominal voltage
Short circuit current from inverter
Voltage distortion with linear load
Voltage distortion with 100% Non
linear load
Max deliverable Power with Non
linear load(CF=3:1)
Output Voltage Dissymmetry with
100% Unbalanced load
Environment
Ambient Temperature
Operating
Continuous
Storage
Relative Humidity
Max operating altitude with derating
Acoustic noise at 1 meter from Panel
-Front
Cable Entry
Cabinet Finish
Front ,Rear ,Top Cover
Front Door & Slide door
Construction
Degree of protection for enclosure
Ventilation
380/400/415V(+10/-15%)-3ph-3W
50 or 60 Hz +/- 5%
0.8-0.92
230/1 ph
(+/-)1.5%
(+/-) 5%
(+/-)1%
(+/-) 0.1%
110% for 60 minutes,125% for 10 Minutes,135-150% For 1Minute
1.5 in for 5 seconds(in accordance with EN50091-1-1)
2% max
<5%Ph/N(distorted load as per En 50091-3)
100%
2%
**rating can be selected for ambient temperature upto 50C
0 to 40 C (**)
Max 40 to 8 Hrs
(- 25C) to 70C
90% non condensing type at 20 C
1000 meters from MSL
57 to 73 dbA (depending on the KVA)
Bottom
Structure White Epoxy Polyester
Structure Black Epoxy Polyester
IP 31 Standards
forced Air Cooling with internal fans
27
Liebert Hipulse UPS
(80-800 kVA 3-Phase)
Digital UPS For The High-End
Digital World
Liebert Hipulse UPS (80-800 kVA 3-Phase)
in Rack and Tower Mode
From reliability to availability,
from scalability to redundancy,
from user-friendliness to
maintainability, from parallelibility
to connectivity, from investment
protection to lower cost of
ownership, whichever value you
need, Hipulse addresses them all
efficiently and effectively.
Hipulse is carefully designed
to maximize the availability of
your critical loads to ensure that
your business is protected to the
maximum extent possible against
power quality problems as well as
complete power failure.
28
Applications
• Facility-wide networks
• Medical equipment
• Industrial processes
• Server Farms
• Telecommunication
• Data Centers in IT/ ITES/ BPOs
• Server & Networking
• Entertainment & Media
Features
• On-Line Double Conversion
• IGBT-based PWM Inverter
• Wide input voltage tolerance (+10/-15%)
• Wide input frequency tolerance ( 5%)
• Automatic battery testing
• Common battery sharing kit (optional) with 1+1 configuration
• Built-in maintenance bypass (Single and 1+N Models)
• Modular design of inverter bridge for higher rated UPS
modules like 600 & 800 kVA
• UPS modules in Dual Bus configuration using optional HiSync on
the Upstream (with UPS), HiSwitch in the downstream (after UPS)
and load-end SmartSwitches
• Provision to use any type of battery: Wet cells (Tubular or Plant ),
Valve Regulated Lead Acid (VRLA) / Maintenance free and Nickel
Cadmium
• Field settability of end-cell voltage of the battery
• Intelligent web communications and automatic graceful computer
shutdown operations
• N form software for full-scale and cost-effective monitoring
• Site scan web solution tool for online monitoring
Technical Data
Hipulse UPS System
Nominal Rating [kVA] (0.8pf)
Rectifier Type
80
6p 12p
120
6p 12p
160
6p 12p
200
6p 12p
300
6p 12p
400
6p 12p
500
12p
600
12p
800
12p
1890
1640
2280
1000
2460 2460
3200
3200
4400
2000
1850
2540
2400 3100
4200
4500
5050
Physical Characteristics
Depth [mm]
Width [mm]
Height [mm]
Weight [kg]
900
1300
1250 1890
1250
750
1120
1000 1475
1200
875
1890 1250
1900
1725 1350
Input
Voltage
Frequency
ITHD
Power Factor
380/400/415V (+10/-15%) 3Ph 4w
50 or 60 Hz +/-5%
4-10% with optional input filter
0.90- 0.94 with optional input filter
Output
Voltage Stability
Voltage Stability
-Steady State
100% Load Step
+_ 1%
+_ 5%
Frequency
50 or 60 Hz
Frequency Stability
-Synchronised with the bypass supply
- Auto Synchronised
Overload capacity from inverter at nominal voltage
-3ph
-1ph
Short circuit current from inverter
-3ph
- 1 ph
Voltage Distortion With Linear Load
Voltage Distortion With 100%
Non Linear Load
Max. Deliverable Power
With Non-Linear Load ( CF =3:1 )
Max Unbalanced Load
Voltage Displacement With
100% Unbalanced Load
Output Voltage Dissymmetry
With 100% Unbalanced Load
380/400/415V 3Ph 4w
+_1%
+_0.1%
10% for 60 minutes, 125% for 10 minutes, 135-150% for 1 minute
200% for 30 seconds
1.5 In for 5 seconds 9in accordance with EN 50091-1-1
2.9 In for 5 seconds
2.2 In for 5 seconds
<1%
<3% Ph/ Ph, < 5% Ph / N (distorted load as per EN 50091-3)
100%
100%
120o +_1o el
2%
29
Liebert Precision Power Center
Affordable Packaged Power
Management For Higher
Power Quality
Liebert Precision Power Center
Liebert delivers the packaged power
solution through precision power
center (PCC), creating high quality
power to protect the operation of a
critical facility. It is a all in one power
system at an affordable price that
will close the power delivery loop in
your critical facility.
Affordable and reliable operation of
PCC ensures that power is
distributed properly to each piece of
your important equipment and you
get maximum safety standards.
30
Applications
• Computer rooms
• LANS/WANS
• Communications facilities
• Office areas
• Medical imaging suits
• Grouped workstations
• Process control rooms
• High-tech manufacturing power sites.
Features
• Computer-Grade grounding
• Handles non linear loads
• Online communication tools
• Compact single cabinet
• Single input cable connections
• Easy relocation
• Expansion capabilities for future requirement
• Onsite power monitoring
• Secure distribution and circuit identification
• Central monitoring interface
• Space saving and easy to install
• Optional system enhancement system
• Circuit identification.
Technical Data
Precision Power Center
Output
KVA
50
75
100
125
150
200
225
Input
Voltage
415 400 380 415 400 380 415 400 380 415 400 380 415 400 380 415 400 380 415 400 380
Input Circuit
Breaker (Amps)
100 100 100 150 150 150 200 200 200 250 250 250 300 300 300 400 400 400 400 400 400
Panel Board Poles
Std
Opt**
24
96
24
96
48
96
48
96
72
96
96
96
96
96
Dimensions (cm)
W
D
H
600
1000
2000
600
1000
2000
600
1000
2000
600
1000
2000
800
1200
2000
800
1200
2000
800
1200
2000
420
520
630
710
860
1045
1110
2.0
2.55
3.3
4.06
4.5
6.0
6.75
Weight
Kg
Dimensions (cm)
Output
• KVA : 50-225, 3 phase
• Ground : Single point reference on separately derived system
• Input : 3 Phase 3-wire plus ground
• 380, 400 or 415 volts : 50 Hz
• (Transformer less system require 3 phase, 4w & G)
• Distribution : Individually protected 125 Amps panel board
• with bolt on breaker and flexible output cables
• Cooling system : convection / forced
• Output : 3-phase, 4-wire plus ground
• 220/380,230/400 or 240/415 volts: 50 Hz
• Alarm conditions : O/P & under voltages; O/P overload;
• neutral and ground over currents; o/p voltage THD;
•Transformers over temperature; frequency deviation;
• phase sequence error; phase loss; 5 customer specified
• alarm conditioning
• Monitored parameters : I/P & O/P Voltages; o/p, Neutral &
• grounded currents / P voltage THD; K& crest factor; KVA;
• KW; PF; % load; KW Hrs; frequency; o/p current THD
• Efficiency : 96-98%
• Voltage Adjustment : 10% to + 5% of nominal in 2 ½ %
• increments
31
Liebert Powersure Panel
Transient Voltage Surge
Suppressor
Liebert Powersure Panel
For Unparalleled Protection That Exceeds Industry Standards...
Liebert Powersure Panel utilizes
Patent pending circuitry to monitor
the status of all protection modes,
Including neutral to ground. Should
protection be unavailable in any
mode, the green LED will be out,
and the red LED will illuminate and
an audible alarm will sound. In
addition, high isolation form C dry
contacts for remote monitoring
provide indication of: suppression
system failure, under voltage, and
phase or power loss. Liebert
Powersure’s patent pending
Suppression Integrity monitoring
Indicates failure for both shorted or
opened suppression components.
32
The Liebert Powersure Panel incorporates proven technology to
provide unparalleled protection from transient surges and electrical
line noise (ELN).
Applications
•Telecommunications and broadcasting
Voice and data networks as well as television and radio
broadcasters rely on high quality power for f lawless
transmission.
•Industrial electronics
Factories require noise free voltage to keep process control
machines running at maximum productivity with minimum
downtime.
•Computer equipment and networks
Office, shops, superstores and other retail businesses need clean
power to maintain the integrity of computers and data.
•Telecommunications switchgear and cellular facilities
Reliable power is essential to ensure networks work reliably, 24
hours a day.
•Hospitals
Closely controlled power is essential in critical areas such as
operating theatres and intensive care.
Features
The Powersure Series At a Glance
• Compact module attaches directly to
breaker panel
• CE marked, complies with EMC and low
voltage directives
• Patent Pending Powersure Detection
Circuitry
• Easy, safe, maintenance free operation
• Repeatable surge current capability
• Can be retrofitted to existing panel boards
• High isolation dry contacts for remote
monitoring
• Designed for maximum safety
• 5 Year warranty
• Connection means: Parallel connected
• Agency listings: UL1449, Ul1283, CSA, CE,
BS6651
• Protection modes: All modes standard (L-N, L-G,
N-G, L-L); optional-any combination
• EMI/RFI Attenuation: 60dB typical
• Response time: Less than .5ns
• Operating Frequency: 47/63 Hz
• Enclosure: Gray Noryl HS-1000, Rated 94-5V,
Nema, 12, 4, 4X, IP65, IP66
• Fault Current Rating: 300,000 AIC
• Line frequency: 47-63 Hertz
• Temperature: -40 to +60 degrees C
• Relative humidity: 0 to 95% noncondensing
• Altitude: 0 to 5500m
• Audible noise: Less than 45 dBa
Technical Data
Lower Exposure
Medium Exposure
Connection Type
Operating Voltage Range
Surge Current Capacity
Fault Current Rating ( A/C )
Dimensions
Parallel
-15%
25kA, 50kA or 100kA
14kA/C
4.72”x4.72”x2.36”
Operating Frequency Range
Capacity
EMI/RFI Attenuation
Response Time
Dry Contract rating
Operating Temperature
Operating Humidity
Status Indication
Certifications
47…63 Hz
Continuous
40 dB typical
<0.5 nanoseconds
125 VAC, 8.0A, 1.0pf
-40oC to +50oC
0% to 95%
LED, Dry Contacts
UL 1449, CUL (CE-optional)
Parallel
-15%
100kA or 160kA
65kA/C
(160 kA units) 8”x6”x4”
(100 kA units) 6”x4”x3”
47…63 Hz
Continuous
40 dB typical
<0.5 nanoseconds
125 VAC, 8.0A, 1.0pf
-40oC to +50oC
0% to 95%
LEDs, Dry Contacts
UL 1449, CUL
Low Exposure
Medium Exposure
400 Volts all modes
800 Volts all modes
1500 Volts all modes
400 Volts all modes
800 Volts all modes
1500 Volts all modes
120 Volt systems
208 through 277 Volt systems
480 Volt systems
33
ASCO Switch
Designed To Minimize
Downtime On Critical
Systems
ASCO Switches are the
standard of the industry.
High speed transfer of loads
between alternate sources of
power, regardless of ampacity
size, is achieved by a reliable,
Field proven solenoid
operating mechanism.
When combined with a
programmable microprocessor
controller with keypad and
LCD display, they offer the
most advanced method
of transferring all types
of loads, such as motors,
electronic drives, UPSs and
microprocessor based systems.
34
ASCO 7000 Series
7000 Series Power Transfer Switches are available open or enclosed,
in ampacity sizes from 30 through 4000 amperes with the largest
selection of optional accessories offered anywhere. All switching
Configurations are available with an integrally mounted bypassisolation switch and/ or rated for use in service entrance applications .
Applications
•Healthcare Facilities
•Commercial Buildings / Industrial Buildings
•Web Hosting, Internet Data Centers
•Telecom Central Offices
•Process Manufacturing / Wafer Fabrication Plants /
Distributed Power / Load Management
ASCO Series 300
The ASCO Series 300 was designed for one
purpose— to automatically transfer critical loads
in the event of a power outage. The rugged
construction and proven performance of the
ASCO Series 300 assure the user of many years
of complete reliability. The Series 300 is even
designed to handle the extraordinary demands
placed on the switch when starting or restarting
stalled motors and switching high inrush loads.
Applications
•Healthcare Facilities
•Commercial Buildings / Industrial Buildings
•Web Hosting, Internet Data Centers
•Telecom Central Offices
Features
•The Series 300 is listed to UL 1008 standard for Transfer Switch Equipment and CSA standard C22.2 for
automatic transfer switches.
•Meets NFPA 110 for Emergency and Standby Power Systems and the National Electrical Code (NEC) Articles
700, 701 and 702.
•30 through 3000 amps in a compact design, Available to 600 VAC, single or three phase.
of loads, such as motors,
•Rated up to 600 VAC, 30 through 4000 amperes.
•True double- throw operation: The single solenoid design is inherently locked and prevents contacts from
stopping between sources or from being in contact with both sources at the same time.
•High withstand and close- on ratings
•There’s no danger of the Series 300 ATS transferring loads to a dead source because the unique ASCO singlesolenoid operator derives power to operate from the source to which the load is being transferred.
•Solid, switched, or overlapping neutral conductor options.
•Easy- to- read flush- mounted control and display panel provides LED indicators for switch position and
source availability.
•It also includes test and time- delay bypass switches as standard features.
•Standard engine exerciser for weekly automatic testing of engine generator set with or without load.
•Adjustable time- delay feature
•Supplied with solid neutral termination.
•Standard ground conductor connections.
•Optional switched neutral pole available.
•Accessory kits available.
•Meets IEC 60947-6-1
35
Emerson Network
Power Is the One
Company That Can
Provide A Complete
Range Of Power
Protection Solutions
Designed For Any
Facility And Any Need
Poor power can affect every aspect of your critical
operations. Critical equipment and processes
throughout your operations can be affected by poor
power quality, outages and other related problems.
Without Proper Power, Vital Processes Just
Cannot Function
Important computing, communications and industrial
process control functions all depend on clean, continuous
power to maintain these operations. From a single desktop
PC to a large data center, power quality is the common
denominator that must be maintained.
Differing Needs Require Different Solutions
Different parts of your operation have different needs for
power. Depending on the nature of the operation, power
needs can range from simple surge protection all the way
up to redundant UPS systems and power feeds with backup generating capabilities.
Threats To Your System’s Availability Are
Around Every Corner
There are a number of points within a critical facility where
power troubles can develop. Adding to this dilemma is that
operations in one part of your facility can adversely affect
the power in another area of the building. Your
productivity depends on critical electronic systems – can
you depend on your power to keep them operating
properly?
36
A Power Protection
Solution For
Every Need
Computer Rooms
Emerson Network Power offers the full range of UPS,
distribution systems and other power protection equipment
to meet the needs of the largest data centers and networking
facilities.
Telecommunications Rooms
Emerson Network Power can provide a reliable flow of both
AC and DC power for telephone switching systems and
other communications equipment.
Equipment Rack Enclosures
These densely-packed equipment bays, housing servers or
other essential communications devices require UPS back-up
plus distribution to get uninterrupted, conditioned power to
each and every component in the rack.
Office Locations
With many mission-critical computing systems located
right in the office space, there is a need for UPS protection
that can be placed nearby. Liebert offers a number of power
systems that are especially designed for use in business and
office environments.
Process Control Rooms
Emerson Network Power’s Liebert UPS, surge protection
and power distribution are all key to maintaining the
proper operation of process control and other
manufacturing systems that utilize microprocessor and
computer control.
Remote Facilities
Emerson Network Power’s High-reliability Liebert UPS
systems and DC power equipment are critical to
maintaining operations in telecommunications shelters
and other unmanned structures.
37
Our End to End Solutions
38
End to End
System Solutions
With Emerson
Network Power
Power Is Just Part
of The Reliability
Story
Liebert Also Offers A Full Range Of Heat Removal Solutions
In addition to proper power, sensitive electronic computer
and communications systems also require the correct
environment in order to function reliably. Because this
equipment produces heat, it is absolutely necessary to control
and maintain the temperature and humidity levels where it is
located in order to assure continuous operation.
The Widest Range Of Products Gives You An Infinite Range
Of Solutions
As network equipment gets smaller and packed tighter,
it creates unprecedented heat densities that can result in
thermal shutdown or total component failure. Precision air
conditioning, specialized enclosures and rugged remote
protection can assure network uptime against this threat.
From high-capacity units to compact above-ceiling systems
there is a Liebert system designed to cool and protect your
critical computing systems. We make the industry’s widest
range of precision environmental control, including air
conditioners, fluid chillers and heat rejection systems in
capacities from one to more than 65 tons. These systems are
available with a choice of cooling methods, including chilled
water, air cooled and glycol cooled models, as well as ultra
energy efficient GLYCOOL™ and Dual-Cool configurations.
We also offer specialized systems, including exterior mounted
air-conditioning for telecommunications enclosures,
supplemental cooling for high-density electronic applications.
39
Emerson Network
Power
Global Services
FACTORY TRAINED
You can be sure that the only people who deal with your
Critical Air Equipment will be 100% Factory Trained Emerson
Service Experts
ORIGINAL PARTS
You can be sure that the parts you will receive from our 100%
Emerson Service Experts are 100% Original Parts. With our
multi-tiered parts availability program, you are ensured that
parts will be made available to you when and where you need
them.
VERSION CONTROL
You are assured of 100% Version Control so that your critical
business systems won’t have to experience downtime due to
incompatibility.
SUPPORT NETWORK
We not only help you develop you Environmental Control
System, but our 100% Emerson Service Experts also offer a Full
Support Network so that your critical systems have a 100%
Safety Net every step of the way.
QUALITY RESPONSE
We know it is important to get to your critical systems on
time. With our 100% Emerson Service Experts you don’t just
get prompt service; you also get 100% Quality Response. This
means no useless tinkering, no wasted time-- just Quality
Service, straight away.
100% Emerson Service Experts.
Would you settle for anything less?
24
Our Portfolio
Shapes Our
Solutions
Our Capability Literally Extends From “Grid to Chip”, Offering
The Broadest Range of Solutions To The Market.
Emerson Network Power offers:
• DC Power Systems (Small, Medium, and Large Systems)
• Uninterruptible Power Systems (from 500VA to 1000 kVA)
• Precision Air Conditioning for Computer Rooms
• Automatic Transfer Switches Medium and Low Voltage
• Static Switches
• Shelter Air Conditioning for Telecommunications
• Specialized Enclosures to protect Critical Network Equipment
• Surge Suppression and Filtering
• Site Monitoring Equipment
• All Operating System associated Software
• Emerson Network Power Global Services (24X7X365 support for all our customers)
41
Emerson Network Power
1050, Dearborn Drive, P. O. Box: 29186
Columbus, Ohio - 43229
Tel.: 800.877.9222 (US & Canada Only)
Tel.: 614.888.0246 (Outside US)
Fax: 614.841.6022
Country Office
Emerson Network Power (India) Private Ltd.
Plot No. C-20, Road No. 19, Wagle Estate,
Thane (w), Maharashtra - 400 604. India.
Tel.: 91-22-67208000
Fax: 91-22-25828358
Voice of Customers UPS Awards 2006-07 for Product Line
& Customer Service Awards in IT, Telecom,
Large Enterprise & Hospitals and
Customer Service Leadership Award in BFSI
2007
City Offices
West Zone
Ghatkopar
Pune
Baroda
Nagpur
Indore
Ahmedabad
Vikhroli
East Zone
Kolkata
Jamshedpur
Guwahati
Bhubaneshwar
R
: 022-67208800/67209000
: 020-66235000
: 0265-2314296/2330383
: 0712-5634997
: 0731-4023806
: 079-27560230/40
: 022-40780303
: 033-40023100
: 0657-2227678
: 0361-2734486
: 0674-2586003/3299872
North Zone
New Delhi
Chandigarh
Lucknow
Gurgaon
Jaipur
: 011-28753214/0774/2218
: 0172-5077531
: 0522-2237174
: 012-4470015/16/17
: 0141-4024774
Best IT Hardware Company
Maharashtra IT Award 2006-07
South Zone
Bangalore
: 080-41135670/770/870
Secunderabad : 040- 27806771/772
Cochin
: 0484-2341985/86
Chennai
: 044-28151063/28152596
Vishakapatnam : 0891-2505540/41/42
Coimbatore
: 0422-4387625
www.emersonnetworkpower.co.in
Emerson Network Power.
The global leader in enabling Business-Critical ContinuityTM.
AC Power
Connectivity
DC Power
Embedded Computing
Embedded Power
Monitoring
Outside Plant
Power Switching & Controls
Precision Cooling
Racks & Integrated Cabinets
Services
Surge Protection
While every precaution has been taken to ensure accuracy and completeness in this brochure, Emerson Network Power assumes no responsibility, and disclaims all liability for damages resulting from use of this
information or for any errors or omissions.
Emerson Network Power and the Emerson Network Power logo are trademarks and service marks of Emerson Electric Co. © 2008 Emerson Electric Co.