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Liebert
®
K e e p i n g B u s i n e s s i n B u s i n e s s™
®
Islatrol Series
LIEBERT :
A CLEAR PATH
TO THE FUTURE
YOU CAN TRUST THE LIEBERT NAME
For a quarter of a century Liebert has been an industry
leader, renowned world-wide for our advanced computer
protection equipment, including air conditioning, UPS,
battery and security and environmental control systems.
Today we are one of the largest suppliers of equipment for
telecommunication and computer installations, clean
rooms, high security areas and many other critical
applications, with an impressive customer list which
includes thousands of companies, large and small, all
around the world.
We place a high priority on using the most advanced
technology, designed and built to the stringent ISO9000
standard, and we continue to invest heavily in research and
development.
All our systems are built to make the most efficient use of
energy and to have the highest level of reliability. And all our
products are backed by the international resources of the
Liebert Corporation, the name you can trust.
ISLATROL® AND OTHER LIEBERT POWER PROTECTION
PRODUCTS ARE AVAILABLE FROM:
While every precaution has been taken to ensure accuracy and completeness in this
brochure, Liebert Corporation assumes no responsibility, and disclaims all liability for
damages resulting from use of this information or for any errors or omissions.
© 1997 Liebert Corporation. All rights reserved throughout the world.
Specifications subject to change without notice.
All names referred to are trademarks or registered trademarks of their respective owners.
SLE IS E.2
Printed in Italy
L I E B E R T C O R P O R AT I O N
LIEBERT EUROPE
1050 DEARBORN DRIVE
P.O. BOX 29186
COLUMBUS, OHIO 43229
USA
TEL: +1 614 888 0246
FAX: +1 614 841 6022
VIA G. ROSSINI 6
20098 S. GIULIANO MILANESE (MI)
ITALY
TEL: +39 02 982501
FAX: +39 02 9844633
LIEBERT WEB SITE
LIEBERT UK
http://www.liebert.com
GLOBE PARK, MARLOW
BUCKINGHAMSHIRE, SL7 1YG
UNITED KINGDOM
TEL: +44 (0)1628 403200
FAX: +44 (0)1628 403203
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Liebert
®
®
Islatrol Series
HIGH ENERGY CURRENT
SUPPRESSOR WITH
ACTIVE TRACKING
®
COMPREHENSIVE PROTECTION
AGAINST THE FULL SPECTRUM
OF TRANSIENT VOLTAGES
■ Maximum protection against
both high and low voltage
transients
■ High impact casing with
epoxy encapsulation
■ MTBF greater than
100,000 hours
■ Protect against the
immediate and long term
effects of normal mode noise
■ Response time less than
1 nanosecond in normal
mode
■ The industry standard Active
Tracking® Filter for OEMs
■ Liebert is an ISO9000
company
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THE CLEAR NEED FOR CLEAN POWER
High energy transients in the AC power voltage are a
small appliances are switched on. Over the course of
leading source of microprocessor malfunctions. And
time these lower energy disturbances can cause erratic
although the electrical service gateway to your
equipment performance, data loss, or sudden
network may be insulated against catastrophic over-
component failure.
voltage conditions by standard panel protectors, they
That is why hospitals, data centres, industrial process
cannot alone provide complete protection.
lines and computer networks and other critical systems
For example, continual lower-energy transients have a
rely on the complete protection of the Liebert Islatrol®
more insidious, cumulative effect, and may actually
family of transient voltage surge suppression products
originate within your site when electrical motors or
and Active Tracking® Filters.
Industrial
Electronics
Factories require
noise-free voltage to
keep process control
machines running at
maximum productivity
and minimum
downtime.
Broadcast&
Transmission
Television and radio
broad-casters as well
as voice and data
networks count on
high quality power for
proper operation.
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Computer
Equipment
Offices and retail
stores demand
computer-grade
power to maintain the
integrity of memory
logic circuits and data.
Medical
Electronics
Hospitals need clean
power to produce CAT
scans and MR images
of consistently high
diagnostic quality.
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ISLATROL PLUS VOLTAGE SURGE SUPPRESSORS
WITH ACTIVE TRACKING FILTER
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®
ISLATROL PLUS®
VOLTAGE SURGE SUPPRESSORS
And most have no attenuating effect on destructive,
The Islatrol Plus® family of transient voltage surge
But Liebert’s Islatrol Plus® Transient Voltage Surge
suppression units combine rugged, high-energy current
Suppressor provides protection against the full
lower-voltage transients.
diverters with Liebert’s acclaimed Active Tracking Filter.
spectrum of voltage transients, including both the
The result is a product range capable of protecting
relatively rare, high energy disturbances and the much
against the full spectrum of voltage transients.
more frequent problems of low-energy and high-
®
Most conventional surge suppressors only address the
frequency noise.
problem of the relatively rare high-energy transient.
It also fills-in short term notches up to 50 nanoseconds
Although these devices will limit voltages from a
and offers unequalled ANSI C62.41 Category A
catastrophic high-energy event such as lightning strike,
attenuation (ringwave noise), to provide total
they can still let through transients of at least 300V,
protection and exceptionally clean and reliable AC
more than enough to upset or damage sensitive circuits.
power for sensitive electronics.
Maximum Protection Against Both High and Low Voltage Transients
High Voltage spikes appearing
on 230V, 50Hz sine wave.
Clamping devices only shorten
peak spike excursions.
Islatrol® reduces spikes to levels
which will not affect load side
equipment.
Lower voltage transients (high
frequency noise) appearing on
230V, 50Hz sine wave.
Clamping devices have no
attenuating effect on lower
voltage transients.
Islatrol® eliminates lower
voltage transients, ensuring that
load side equipment is not
affected.
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DURABLE, LONG LASTING PROTECTION
THE ISLATROL PLUS® SYSTEM DESIGN
■ Pulse Capacitors
Handle low level EMI/RFI signals and limit the rate of
increase of high rise-time events to provide extremely
quick response. Pulse capacitors on both the input and
output terminals ensure maximum high-frequency, bidirectional rejection.
■ High-energy MOVs Arrays
Metal-oxide varistor arrays on both line and load sides
provide optimum shunt capability, with high energy
surge currents from either side clamped to low peak
voltages.
■ Series Blocking Inductors
The heart of the Active Tracking® Filter design, the
inductors effectively isolate voltage transients
between each terminal strip of the unit. Their
magnetic cores efficiently store and release energy to
smooth the current through the unit.
■ Shunt Absorbing Circuitry
Line sine wave tracking capacitive shunt networks are
connected across the line and load sides of the Islatrol
Plus®. They absorb harmonics produced during MOV
conduction. With the series inductors they also form a
Pi-selection low pass filter.
■ Epoxy Encapsulation
Provides high dielectric isolation between components
and prevents premature ageing of components from
electrical or mechanical stress, allowing continuous
operation in harsh environments.
Pulse Capacitor
Line side high frequency absorption
MOV Array
Line side current diversion high energy, 150 MCOV
Line Shunt Absorbing Components
Line side sine wave tracking circuitry
Series Blocking Inductors
Voltage blocking current smoothing inductors
Load Shunt Absorbing Components
Load side sine wave tracking circuitry
MOV Array
Load side current diversion high energy, 150 MCOV capacity
Pulse Capacitor
Load side high frequency absorption
Epoxy Encapsulation Dielectric Insulation
Unit shown partially encapsulated
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PROTECTING INVESTMENTS AND
MAXIMISING PRODUCTIVITY
ISLATROL ACTIVE TRACKING® FILTERS
The vast majority of power-line disturbances are
action is required to ensure trouble-free operation of
caused by normal mode noise - the noise between
sensitive microprocessor-based equipment, the original
current-carrying conductors. Liebert’s Islatrol Plus
Islatrol Active Tracking® Filter offers a level of protection
Active Tracking® Filter is the only system of its kind to
which goes far beyond minimum test standards.
continuously protect sensitive electronics from both
And as an AC power conditioning component for
the immediate and long-term effects of normal
Original Equipment manufacturers, it is now the
mode noise.
industry standard.
Relying on Islatrol Plus® filters guards investments in
Islatrol Plus® filters provide dependable, continuous
equipment and components, reduces the risk of
protection, irrespective of the intensity and frequency
unplanned downtime and additional service costs, and
of the transients. Where voltage-clamping devices
helps guard against software and data errors.
could deteriorate under frequent transient exposure,
In any application where normal-mode, full filtering
the proven longevity and durability of Islatrol Plus®
filters makes then the clear choice of both OEMs
and end-users.
A RANGE TO MEET YOUR SPECIFIC
REQUIREMENTS
Islatrol Plus Active Tracking® Filters are available in a
range of configurations to meet any specific power
conditioning requirement.
■ Single Phase Units
are available in both hardwired and line-cord
■ Islatrol Plus® Three Phase Filters
receptacle configurations, from 0.5 amps to
use Active Tracking® technology to protect critical
200amps, 50/60Hz, 120VAC,240VAC and 480VAC.
environments, including hospitals, processing
They can also be supplied as printed circuit board
centres and computer-controlled manufacturing
units, DC units for DC voltage environments and
operations. They are available in a range of ratings
400Hz units for commercial and military applications.
from 15amps to 1200amps.
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ISLATROL
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ACTIVE TRACKING FILTERS
TECHNICAL SPECIFICATIONS
■ Input Voltage
120VAC Models
240VAC Models
480VAC Models
■ Operating Temperature Range
-40°C to +70°C at full load.
0-150VRMS
0-275VRMS
0-520VRMS
■ Mean Time Between Failure (MTBF)
Greater than 100,000 hours (MIL-217F).
■ Line Frequency
50/60Hz (400Hz also available).
■ Response Time
Less than 1 Nanosecond.
■ Safety Approvals
UL1283 listed or recognised, Many units CSA.
CE marked complies with EMC and Low Voltage
Directives.
■ Load Regulation
Better than 1% from no load to full load.
■ Load Surge Current Rating
10 MSEC
20 x Nominal
1 SEC
5 x Nominal
5 SEC
3 x Nominal
Weight
(kg)
l-100
l-200
2.63 x 1.87 x .87
0.91
1.0
l-101
l-201
3.00 x 2.02 x 2.20
0.91
2.5
l-102
1-202
LRI-102
3.94 x 2.88 x 1.82
5.00 x 4.25 x 1.97
0.91
1.36
l-105
l-205
LRI-105
l-405
3.94 x 2.88 x 1.82
5.00 x 4.25 x 1.97
10 x 8 x 6
0.91
1.36
14.51
l-407
5.00 x 4.25 x 1.90
6.25 x 3.75 x 2.27
10 x 8 x 6
1.36
1.81
14.51
l-415
6.80 x 5.30 x 2.40
7.58 x 4.58 x 2.61
10 x 8 x 6
2.27
2.27
14.51
l-430
8.44 x 7.44 x 4.18
10 x 8 x6
3.63
14.51
75
15
30
l-107
l-207
LRI-107
l-115
LRI-115
l-130
l-215
1-230
50
l-150
l-250
l-450
14 x 12 x 6
17.24
100
l-1100
l-2100
l-4100
20 x 16 x 8
38.56
l-4200
24 x 20 x 10
49.90
200
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Size
(L,W,H)
.50*
5.0
■ Transient Reduction
Minimum of 40db from 50Hz through 50MHz.
Attenuation is greater than 50db to the surge
withstand capability ringwave test IEEE C62.41,
Category “A” and “B”.
Three Phase Models*
Single Phase Models
Amps 120VAC 240VAC 480VAC
■ Packaging
Single Phase units through 30 amps housed in
Black, high impact plastic case, vacuum
impregnated magnetics, epoxy encapsulated;
Single Phase greater than 30 amps, 480VAC, and
Three Phase units housed in Nema 12 enclosures.
Amps 120/280 or
120/240
VAC
15
1-3-215
30
1-3-230
50
1-3-250
100
1-3-2100
200 1-3-2200
400 1-3-2400
600 1-3-2600
1000 1-3-21000
1200 1-3-21200
277/480 or
440/480
VAC
1-3-415
1-3-430
1-3-450
1-3-4100
1-3-4200
1-3-4400
1-3-4600
1-3-41000
1-3-41200
Size (L,W,H)
Weight
(kg)
14 x 12 x 6
14 x 12 x 6
14 x 12 x 6
20 x 16 x 8
20 x 16 x 8
24 x 20 x 10
72 x 36 x 18
90 x 46 x 28
90 x 46 x 28
17.24
17.24
38.56
38.56
49.90
226.80
226.80
385.56
385.56
*Must specify Wye or Delta connections
Typical Islatrol Test Results
IEEE Category A Ringwave
6KV, 200A, 100khz
Normal Mode
l-100
6.0
l-101
5.5
l-102
3.6
l-107
3.6
l-115
2.8
l-120
1.0
l-130
1.4
l-200
5.2
l-201
5.1
l-202
3.4
l-205
2.4
l-207
3.6
l-215
3.0
l-230
3.0
IEEE Category B Ringwave
6KV, 500A,100KHz
Normal Mode
6.2
6.2
3.8
3.8
3.5
3.0
1.2
2.0
5.5
3.6
2.6
3.8
3.2
3.6
Notes: All measurements in volts. IEEE test results with no
AC applied. Normal mode - L-N or L1-L2.
DC Units Available from .25 to 100 amps from 0-100VDC,
please consult factory.
For voltages, frequencies, or applications not listed,
please consult factory.
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ISLATROL PLUS
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TRANSIENT VOLTAGE SURGE SUPPRESSOR
WITH ACTIVE TRACKING FILTER
®
■ Operating Temperature Range
-40C to +45C at full load.
Derate linearly to 60% at +70C.
TECHNICAL SPECIFICATIONS
■ Input Voltage
120VAC Models:
240VAC Models:
0-135VRMS
0-260VRMS
■ Mean Time Between Failure (MTBF)
Greater than 100,000 hours (MIL-217F)
■ Maximum Continuous Operating Voltage (MCOV)
120VAC Models: 150VRMS
240VAC Models: 275VRMS
■ Line Frequency
50/60 Hz:
40-70 Hertz
■ Response Time
Normal Mode:
Common Mode:
Less than 1 Nanosecond
Less than 5 Nanosecond
■ Safety Approvals
UL1283 (EMI/RFI Filter), UL1449, CSA.
CE marked complies with EMC and Low Voltage
Directives.
■ Load Regulation
1% total from no load to full load.
■ Load Surge Current Rating
10 MSEC:
100 x Nominal
1 SEC:
10 x Nominal
10 SEC:
5 x Nominal
■ Packaging
Black, high impact plastic case.
Vacuum impregnated magnetics.
Epoxy encapsulated.
■ Frequency Response
EMI/RFI small signal RFI or large signal transients.
Normal Mode
Common Mode
Forward-Reverse Forward-Reverse
100KHz to 50kHz 5MHz to 50MHz
60db minimum
60db minimum
■ Surge Energy Capability
120VAC Models: 480 Joules Total
(L-N, L-G, N-G):
160 Joules
240VAC Models: 840 Joules Total
(L1-L2, L1-G, L2-G): 280 Joules
■ Peak Surge Current Capability (8 x 20us)
6500 Amperes:
39,900 Amperes total
Ordering Information
Amps
VAC
Model#
Dimensions
(L,W,H)
Weight
(kg)
2.5
120
240
120
IC+102
IC+202
LRIC+102
4.00 x 2.88 x 1.81
4.00 x 2.88 x 1.81
4.50 x 3.00 x 1.88
0.91
0.91
1.36
5.0
120
240
120
IC+105
IC+205
LRIC+105
4.00 x 2.88 x 1.81
4.50 x 4.50 x 2.50
4.50 x 4.50 x 2.38
0.91
0.91
1.36
7.5
120
240
120
IC+107
IC+207
LRIC+107
4.50 x 4.50 x 2.50
6.00 x 4.50 x 2.50
6.00 x 4.50 x 2.38
1.81
1.81
2.27
15
120
240
120
IC+115
IC+215
LRIC+115
6.00 x 4.50 x 2.50
7.50 x 4.50 x 2.50
7.50 x 4.50 x 2.38
2.27
2.27
2.72
30
120
240
IC+130
IC+230
7.50 x 4.50 x 2.50
7.50 x 4.50 x 2.50
3.18
3.18
IC+ Models - hardwired with barrier strips and mounting flange
LRIC+ Models - single 5-15R receptacle with 5’5-15P plug
Test Results:
IEEE Category A
Ringwave 6KV, 200A,
100KHz
Test Results:
IEEE Category B
Impulses 6KV, 3KA
8 x 20 µs
Normal Common
IC+ 102
1.0
302
LRIC+ 102 0.9
287
IC+ 105
0.7
292
LRIC+ 105 0.8
307
IC+ 107
0.7
302
LRIC+ 107 0.7
293
IC+ 115
0.7
304
LRIC+ 115 0.7
306
IC+ 130
0.5
306
IC+ 202
1.1
536
IC+ 205
1.5
628
IC+ 207
0.8
616
IC+ 215
0.6
572
IC+ 230
0.9
566
Normal Common
IC+ 102
178
302
LRIC+ 102 188
285
IC+ 105
162
291
LRIC+ 105 191
300
IC+ 107
173
300
LRIC+ 107 190
298
IC+115
153
307
LRIC+ 115 149
309
IC+ 130
241
299
IC+ 202
302
532
IC+ 205
378
594
IC+ 207
336
596
IC+ 215
272
548
IC+ 230
342
578
All measurements in volts. IEEE test results with no AC applied.
Normal Mode - L-N or L1-L2; Common mode - L-G, or L1-G, L2-G.
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