Current Technology ISM-050, ISM-125, ISM-080, ISM-100, ISM-150 Installation, Operation And Maintenance Manual

TM

ISM

SURGE

PROTECTION

Integrated Suppression Module

Installation, Operation
and Maintenance Manual

PN 750-0072-010 B00

Electrical Transient
Suppression Filter Systems

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

2

The ISMTM (Integrated Suppression Module) is an electrical transient suppression filter system that protects today’s
facilities from costly downtime and equipment damage caused by routine or catastrophic electrical disturbances.

TM

The ISM

contains individual thermally fused and protected MOVs, surge-rated copper busing, robust filtering and

advanced remote communications capabilities.

Guide to Installation and Assistance ............................. 3

Table of Contents

Pre-Installation Checklist ..................................... 5

Installation Methods ......................................... 6

Service Configurations ....................................... 7

Plan Your Installation ........................................ 9

Conductor Sizing and Overcurrent Protection ....................... 9

Neutral to Ground Filter Jumper ............................... 10

Mounting ................................................ 11

Electrical Connections ...................................... 11

Before Applying Power Checklist ............................... 12

Verify Proper Operation ..................................... 13

Connecting Form “C” Dry Contacts ............................. 14

Troubleshooting ........................................... 15

Installation Assistance ...................................... 15

Operation/Maintenance ..................................... 16

Options ................................................. 16

Standards and Listings ...................................... 16

Appendix ................................................ 17

Dimensional Specifications ................................... 17

Warranty, 15-Year Limited ................................... 19

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CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

Thank you for choosing Current Technology’s ISM Surge Suppression System.

Guide to Installation
and Assistance

We look forward to fulfilling your facility wide surge suppression filter system
needs.

Should you have questions about installing the ISM surge
suppression system please call Monday through Friday 8:00 a.m.
to 5:00 p.m. (EST): 800.238.5000 or 804.236.3300. Or email us at
[e-mail]

This manual provides guidelines for the proper installation of the ISM surge
suppression system. Proper product selection and compliance with these
guidelines will help your new suppression system provide years of reliable
service. If installers are unsure about the facility’s electrical configuration or
have other installation related questions, it is recommended they consult a
master electrician or other qualified electrical professional.

When shortcuts are taken or installation procedures are not followed, the ISM
system may be damaged or may not provide adequate protection. Improper
installation may also void the warranty. It is extremely important to follow these
installation procedures carefully.

3

Today’s sophisticated electronic equipment requires superior suppression filter

®

systems. By selecting Current Technology

devices, you have taken a critical
step toward decreasing downtime and ensuring longer product life for your
equipment.

The ISM Surge Suppression System is designed to be connected to your
electrical distribution system to protect connected sensitive electrical and
electronic equipment against the harmful effects of lightning strikes, internally
generated transients and high frequency noise. The reliable ISM is listed as a
Type 4 component assembly suitable for use in Type 1 or Type 2 applications
per UL 1449 3rd Edition.

®

The Current Technology

ISM combines easy and flexible installation with many
special features to deliver more performance than any other device in
its class.

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

The ISM offers a full range of monitoring options when connected to an

Guide to Installation &
Assistance

(Continued)

optional monitoring package from the most sophisticated power quality
monitoring features offered in any surge suppression product. These features
include the following:

• Display of true RMS phase voltages

• Display of neutral-to-ground voltage

• Counting of swells, surges, sags and outages

• Display of percent available protection remaining

The Integrated Suppression Module incorporates individual thermally fused
and protected MOVs, thus preventing individual component failure from
rendering the protection mode useless. Instead, the failed component safely
removes itself from the circuit and all remaining protection is allowed to
continue operating as designed.

4

W A R N I N G !

HAZARDOUS VOLTAGES PRESENT: Improper installation or
misapplication may result in serious personal injury and/or damage
to electrical systems. Read the complete installation instructions
before proceeding with installation. Remove all power to the
electrical panel before installing or servicing the surge protective
device (SPD).

W A R N I N G !

IMPORTANT SAFETY INSTRUCTIONS: All work must be performed
by licensed and qualified personnel. The electrical system must be
properly grounded in accordance with the U.S. National Electrical
Code, state and local codes or other applicable codes for this SPD
to function properly. This device is suitable for installation where the
available short circuit current is 200,000 rms symmetrical amperes
at 600VAC or less.

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CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

W A R N I N G ! THE ISM WARRANTY IS VOIDED if the unit is

damaged as a result of improper installation or the installer’s failure
to verify the following conditions prior to installation.

W A R N I N G ! Do not HIPOT the ISM unit or the electrical system

to which the ISM unit is connected without disconnecting the ISM
conductors including phases, neutral and ground.

5

Pre-Installation Checklist

kA Rating

Available ISMTM kA Ratings:
050, 080, 100, 125, 150, 200,

250, 300

Voltage*

208 120/208
240 120/240
380 220/380
480 277/480
600 347/600

Configuration*

1G 1-Phase, Grounded
2G 2-Phase, Grounded, Split-Phase
3Y 3-Phase, Grounded, Wye
3R 3-Phase, Grounded,

3H 3-Phase, Grounded,

3D 3-Phase, Grounded, Delta

✓

High-Resistance

High-Leg Delta

Before Beginning

Confirm that the voltage(s) and service configuration shown on the ISM product
label are consistent with the voltage and service configuration of the system
to which it is being attached. Verify that the power system operating frequency
is between 47-63 Hz. A model number is printed on the label that is included
with the ISM. Each model number corresponds to the voltage and service
configurations per sample model number scheme in Table 1:

SAMPLE MODEL NUMBER SCHEME (ISM)

E.g.: ISM-300-240-3D-F

ISM — 300 — 240 — 3D — F

Model

kA Rating

Filter

F EMI/RFI Filter (Type 1 SPD)
F3 UL1283 Filter (Type 2 SPD)
No Filter if Blank

Stand-Alone Options

(Ordered As Separate Items)

DTS DTS-2 Diagnostic Test Set
HPI HPI Cable

Voltage

Configuration

Filter Option

Stand-Alone Monitoring Options

M1X LED/Phase + Audible Alarm,

Dry Relay Contacts
M2X M1 + Surge Counter
M3X Advanced Monitoring,

Character Display, Modbus RTU
M4EX M3 + Ethernet, Modbus TCP
M5X Advanced Monitoring,

Graphics Display, Modbus RTU
M6EX M5 + Ethernet, Modbus TCP

* Consult factory for additional Voltage/Configuration options.

Table 1: Sample Model Number Scheme (ISM)

An area on the back cover of this manual is allocated to log your ISM
model number, purchase date, installation date, and installer

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

6

Pre-Installation Checklist

continued

✓

Check to ensure that a proper neutral-ground bond is installed between the
neutral and ground terminals at the transformer upstream from all 3-Phase
WYE, 3-Phase High-Leg DELTA, or 1-Phase SPLIT-PHASE ISM devices
(see NEC article 250.) Lack of a proper bond will damage the ISM and void
the warranty.

Confirm that the environmental conditions are consistent with the
following ranges:

• Ambient Temperatures: The ISM must be installed in an area with a
temperature between -40° and +140°F (-40° and +60°C).

• Humidity: The ISM must be installed in an area with relative humidity
between 5% and 95% non-condensing.

• Altitude: The ISM must be installed in a location where the altitude is
below 13,000 feet.

W A R N I N G !

Discontinue installation if (1) your conditions are inconsistent with
the checklist above or (2) your conditions cannot be verified. Call
Thomas & Betts Power Solutions’ Technical Support at 800.238.5000
if you have any questions.

Installation Methods

(For the design engineer and the
installer)

This device features an internal protection that will disconnect the
surge protective component at the end of its useful life but will
maintain power to the load now unprotected. If this situation is
undesirable for the application, follow the manufacturer’s instructions
for replacing the device.

The ISM is a Type 4 component assembly which is suitable for use in both
Type 1 and Type 2 SPD applications. It may be installed on the line or load
side of the main service disconnect. The ISM is a one-port SPD and is to be
connected in parallel with the electrical system. It may be connected via a
circuit breaker, molded case switch, fused switch, or connected directly to the
bus of the panelboard or switchboard it is protecting. If direct bus connection
is used, Current Technology
disconnect switch.

End-use regulatory compliance is the responsibility of the end user.
Consult the factory for regulatory Conditions of Acceptability.

®

, recommends that the ISM be installed with a

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CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

Figures 1-4 show the electrical relationship between the ISM and these four

Service Configurations

basic service configurations: WYE, DELTA, High-Leg DELTA and SPLIT-PHASE.

7

Figure 1
3-Phase, 4-Wire WYE

Figure 2
3-Phase, 3-Wire DELTA

C

Xo BOND

B

N

N

G

EARTH

GROUND

B

C

B

A

GC

NBA

A

N
G

TM

ISM Unit

C

B

A

GC

BA

LOAD

LOAD

C

G

EARTH

GROUND

A

G

TM

ISM Unit

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

8

Figure 3
3-Phase, 4-Wire High-Leg DELTA

Figure 4
1-Phase, 3-Wire SPLIT-PHASE

C

Xo BOND

B*

N

N

G

EARTH

GROUND

C

B

A

A

N
G

*NOTE: HIGH LEG MUST BE B PHASE

L2

L1

NB*A

TM

ISM Unit

NA

GC

LOAD

GC

LOAD

tnbpowersolutions.com/current_technology

N

L2 L1

Xo BOND

N

G

EARTH

GROUND

N

G

TM

ISM Unit

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

9

Plan Your Installation

Conductor Sizing and
Overcurrent Protection

✓

W A R N I N G ! The performance of the ISM will be severely

limited if the conductors are too long, are of too small a wire gauge,
have too many bends, or have sharp bends.

These factors should be addressed during the design of an installation to
ensure that there is a suitable place reserved for the stand-alone ISM next
to its point of connection to the panelboard it is protecting. The selected
mounting location should ensure short conductor runs and a minimum of
bends. If bends are required they should be sweeping bends. Do not make
sharp 90° bends for aesthetic purposes.

Conductor Length and Sizing: Conductor length must be kept as short as
possible and avoid sharp bends. The following conductor sizes for phase,
ground and neutral connections are recommended.

Table 2: Maximum Recommended Conductor Size

Model Use conductor lengths

less than 10 feet

Max Torque
(in-lb)

ISM-050 #6 AWG 45

ISM-080 #6 AWG 45

ISM-100 #6 AWG 45

ISM-125 #2 AWG 50

ISM-150 #2 AWG 50

ISM-200 #2 AWG 50

ISM-250 #2 AWG 50

ISM-300 #2 AWG 50

NOTE: Table 2 conductor sizing recommendations ensure that the effective
clamping voltage of the ISM at the point of connection is kept to a minimum
in order to maximize protection. Use solid or stranded copper or aluminum
conductor with strip length of 0.5".

Overcurrent Protection: When used as a Type 1 SPD, the ISM does not
require upstream over current protection for safe operation, however, the
design may require or the installer may choose to connect the ISM to a circuit
breaker, molded case switch or fused disconnect.

If a breaker or molded case switch is used for connecting the phase

®

conductors, Current Technology

recommends a 100 amp rating.

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

W A R N I N G ! Prior to proceeding, ensure the SPD unit does not

have voltage applied to its input terminals.

10

Neutral to Ground Filter
Jumper

ISM models equipped with an EMI filter system (“-F” suffix), and have a
neutral connection, come with a green jumper wire that loops out of the
3-pin connector on the ISM and connects a filter neutral to ground. In certain
medical applications, or circuits which employ GFCI protection, this Neutral to
Ground filter connection should be removed.

Connector on ISM

TM

Neutral to Ground Jumper
Removed from ISM

TM

tnbpowersolutions.com/current_technology

Figure 5

Removal is accomplished by pulling the green jumper from the connector on
the ISM. Once removed, the jumper should be placed in the clear vinyl pocket
containing the unit test data for future use if desired (Figure 5).

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

For ISM mounting, refer to the appendix for detailed dimensional data.

Mounting

This data is provided to aid in the design and fabrication of custom mounting
arrangements unique to each type of open frame installation.

The ISM is in a NEMA 1 enclosure which is suitable for indoor use only.
The ISM may be placed inside another enclosure to increase its protection
from environmental exposure. NEMA 4 enclosures are suitable for indoor or
outdoor use. NEMA 4X (plastic and stainless steel) enclosures are suitable
for corrosive environments as well. For direct sunlight applications, Current
Technology
conduits and fittings must be rated and properly installed such that the final
installation maintains the NEMA rating.

For systems requiring end-use regulatory compliance, Current Technology
recommends mounting the ISM inside a sturdy polymeric enclosure (0.125"
minimum thickness) or metal enclosure (min 15 gauge) with a minimum
clearance of 1/2" from any live electrical connection. End-use regulatory
compliance is the responsibility of the end-user.

®

suggests shading any optional monitoring components. All

11

Electrical Connections

Phases, Neutral* and Ground: Connect the phase, neutral and ground
conductors.

* DELTA-configured ISM models do not have a Neutral Lug.

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

12

Before Applying Power
Checklist

✓

Field Testing: Your ISM has been carefully tested before leaving the factory.
However, the performance of this unit as a surge suppression device can be
confirmed in the field prior to startup using a portable DTS-2 Tester.

The optional DTS-2 Tester may have been purchased along with your ISM or
Field Startup Testing Service may have been specified during the purchase of
the ISM. Check with the owner or owner’s representative to see if this test is
required at your site.

If you have questions about Field Startup Testing or would like to

®

arrange for this service, call Current Technology

Technical Support at

800.238.5000.

Confirm Pre-Installation Checklist: Confirm that the “Pre-Installation

Checklist” found in the beginning of this manual was completed correctly
before proceeding.

Confirm Line Voltage: Measure the line to line voltages feeding the
panelboard or disconnect and be sure they are within ±10% of the rated
line voltage of the ISM. Use the following table to determine the range of
acceptable voltages for each model of the ISM.

Table 3: Acceptable Voltage Ranges for All ISM Models

ISM

MODEL NO.

NOMINAL

L-L VOLTAGE

-10% TO +10%
L-L VOLTAGE

ISM-xxx-240-2G-x 240 216 to 264

ISM-xxx-208-3Y-x 208 188 to 228

ISM-xxx-380-3Y-x 380 342 to 419

ISM-xxx-480-3Y-x 480 432 to 528

ISM-xxx-600-3Y-x 600 540 to 660

ISM-xxx-240-3H-x 240 216 to 264

ISM-xxx-240-3D-x 240 216 to 264

ISM-xxx-480-3D-x 480 432 to 528

ISM-xxx-600-3D-x 600 540 to 660

Note: “X” specifies filtering option. None if blank.

W A R N I N G !

Do not apply power if the measured voltage is not within the range
specified for the ISM model being installed.

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

➤ If your ISM has M1X Standard Monitoring (See Figure 6):

Verify Proper Operation

Verify that only the green indicating lights are illuminated and that there are no
red lights illuminated. Green lights indicate a normal condition for each phase.
Orange lights indicate protection of 40–75% and Red lights indicate protection
of <40%. Three-phase units have three (3) green indicating lights labeled “A,”
“B,” and “C.” Split-phase units should only have lights “A” and “C” illuminated.
See table below for LED status indication.

The M1X Standard Monitoring is equipped with a dual set of Form “C”
dry contacts (Figure 6). The relay containing the contacts is in the “alarm
condition” or normally closed when the power is off to the unit, when the

Figure 6

M1X Standard Monitoring

unit is encountering loss of power to one or more phases, or the ISM is
encountering more than 40% loss of capacity due to internal fuse operation.
Test the operation of the Form “C” contacts by de-energizing the ISM and
checking the state of the contacts with a continuity tester or observing the
effect of the contacts on the user provided remote alarm circuits.

13

Figure 7

M2X Standard Monitoring
with Surge Counter

Figure 8

M3X Advanced Monitoring

➤ If your ISM has the M2X Option (See Figure 7):
The M2X option is equipped with a surge counter. The number of surges
detected by the ISM is displayed on a 6-digit LCD display on the front of the
counter. The surge counter will also increment each time power is applied to
the unit after being in the “off” state. The counter can be reset by pressing the
button on the front of the counter.

The M1X and M2X Standard Monitoring also contain an audible alarm that
should not operate under normal conditions. To silence audible alarm,
press ALARM SILENCE button on display.

If your ISM has the M3X option (See Figure 8), please refer to the
MasterMind Manual for specifications and operations.

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

DRC1 DRC2

Table 4: LED and Display Alarm Status Conditions

14

Condition Corresponding Phase LED

Alarm

Cond

M3 Status Message Priority *

Phase Loss (<80%) LED Off Y “Alarm: Phase x Loss” 1A

Phase Low (80 to <90%) LED Short Blink Green (≈25% duty) Y “Alarm: Phase x Low” 1B

Phase High (>110%) LED Long Blink Green (≈75% duty) Y “Alarm: Phase x High” 1C

N-G OverVoltage N/A Y “Alarm: N-G Voltage High” 2

Frequency Out of Range N/A Y “Alarm: Frequency

3

Out of Range”

% Protection < XX% LED On Red Y “Alarm: Protection x Low” 4

Filter/Cap Loss LED Blink Red once every 2 seconds Y “Alarm: Protection Filter x Loss” 5

% Protection XX to YY% LED On Orange N “Alarm: Protection x Reduced” 6

Notes:

* 1 Highest priority takes precedence: I.e. if phase is lost, LED is Off, no blinking even if filter loss. Alarm Condition means the Audible Alarm is ON, Dry Relay Contacts is OFF

(de-energized), and System Alarm LED is ON.

2 % Protection levels of 40% and 75% are default settings which can be changed by the user (M3 System only). If the Surge Module or Current Rating settings are changed,

the Protection levels will change automatically.

** 3 Subsequent Status message will be displayed on M3 Character and Graphics Displays, where “x” is corresponding Phase (A, B, C or L1, L2). The Highest Priority condition

will over-write earlier conditions. Messages may be truncated to fit screen area (with T&B acceptance).
4 Red System Status LED will remain on after Status has returned to normal. User must clear the status by pressing the M3 Cancel button.
5 Alarm Conditions will also be logged in the Events Log.

Connecting Form “C”
Dry Contacts

Dry Contacts: All monitoring assemblies have a dual set of Form “C”

dry contacts available for connection to user-provided remote alarm and
monitoring circuits.

The installer must provide the appropriate raceway and wiring for this circuit.

Figure 9 shows shows the Form “C” contact configuration. The annotations on
the diagram match the markings on the blue terminal block.

DRC1 DRC2

Figure 9

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• Rated 250V 2A DC, 250V 5A AC, 14-22 AWG

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

Your Current Technology® ISM surge suppression system does not require

Troubleshooting

periodic maintenance. The unit contains no serviceable parts. (Avertissement:
Aucune pièce remplaçable ou réparable.) The unit’s heavy-duty design should
preclude the need for any repairs; however, the following indications and
procedures can be checked (see Table 5):

INDICATION PROCEDURE

15

Table 5: Troubleshooting Guide

One or more phase
indicator lights are off

• Check that the external power source
supplying power to unit is energized

• Check that the circuit breaker or switch (if
appropriate) feeding the ISM is turned “on”

Phase status lights
are orange, indicating
40–75% protection

• Check the cables connecting the monitoring
devices to the suppression module. Exercise

caution as High Voltage is present on
monitoring PCBs

Phase status lights
are red, indicating
<40% protection

• If all of above are O.K., contact factory

• If breaker is tripped, use a portable Diagnostic Test Set (DTS-2) to verify unit
integrity before resetting the breaker

Portable Diagnostic Test
Set (Current Technology

®

Contact factory

Model DTS-2) indications
are not in range* for the
product

Installation Assistance

*Ranges are located on the underside of DTS-2 lid.

Our staff is available to support you.

Monday through Friday, 8:00 a.m. to 5:00 p.m. (EST):

800.238.5000 or 804.236.3300 Or, email us at
[e-mail].

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

When properly installed the ISM Surge Suppression System will provide years

Operation/Maintenance

of uninterrupted service.

With several levels of monitoring available, the user should be able to verify the
normal operation of the ISM and confirm that it is connected correctly to the
power system.

16

Options

Current Technology

®

does recommend testing in order to verify that the unit is

able to clamp surges to an acceptable level.

This test should be coordinated with scheduled maintenance events in your
facility. It can be performed in-house with the aid of the DTS-2 Portable Test

®

Set or requested as a service from a Current Technology

authorized service

representative.

The ISM Surge Suppression System is available with the following options:
MxX Remote Monitor Extension M1X through M6EX

M0 No Stand Alone Monitoring
M1X LED/Phase + Audible Alarm, Dry Relay Contacts
M2X M1 + Surge Counter
M3X Advanced Monitoring, Character Display, Modbus RTU
M4EX M3 + Ethernet, Modbus TCP
M5X Advanced Monitoring, Graphics Display, Modbus RTU
M6EX M5 + Ethernet, Modbus TCP

Standards and Listings

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The following standards and listings apply to the ISM product line:

• UL Listed 1449 4th Edition Type 4 component Assembly for Type 1 and Type
2 SPD applications, cUL, and UL 1283

• Meets Requirements for UL 96A

• Compliant to IEEE C62.41.1-2002, C62.41.2-2002 and C62.45-2002

• NFPA 70 [NEC], Article 285

• RoHS Compliant

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

Appendix

Dimensional Specifications

20 PIN RIBBON
CONNECTOR

5 PIN POWER
CONNECTOR

3 PIN N-G
FILTER JUMPER

4.40

5.87

6.56

17

7.25

TERMINAL LUG
(For #6 AWG
WIRE MAX)

4.38

.267

TYP.

3.69

11.61

50kA– 100kA

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

4.40

20 PIN RIBBON
CONNECTOR

5 PIN POWER
CONNECTOR

3 PIN N-G
FILTER JUMPER

18

TERMINAL LUG
(FOR #2 AWG
WIRE MAX)

4.38

.267

TYP.

11.11

3.69

11.81

12.49

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11.61

125kA– 300kA

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

Thomas & Betts Power Solutions warrants that ISM suppression filter systems

15 Year Limited Warranty

(the “Product”), shall meet applicable industry standards and specifications and
be free from defects in materials and/or workmanship. Should any failure of
the Product to conform to this warranty appear within fifteen (15) years from
the date of the purchase of the Product, Thomas & Betts Power Solutions shall
either repair or replace the defective Product, or part thereof, upon return to
Thomas & Betts Power Solutions’ manufacturing facility in Richmond, Virginia
with transportation charges prepaid.

Thomas & Betts Power Solutions shall have no liability under this warranty for
any problems or defects directly or indirectly caused by misuse of the Product,
alteration of the Product (including removal of any warning labels), accident,
neglect or improper installation, application, operation, or repair of the Product.

19

THE WARRANTY STATED HEREIN IS THE SOLE AND EXCLUSIVE WARRANTY
FOR CURRENT TECHNOLOGY

®

PRODUCTS, AND IS IN LIEU OF ALL OTHER
EXPRESS AND IMPLIED WARRANTIES. THOMAS & BETTS POWER SOLUTIONS
SPECIFICALLY DISCLAIMS ALL OTHER EXPRESS AND IMPLIED WARRANTIES,
INCLUDING, BUT NOT LIMITED TO, ALL IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. Installation,
operation, or use of the Product for which this warranty is issued shall
constitute acceptance of the terms hereof.

The liability of Thomas & Betts Power Solutions under this warranty is
expressly limited to the replacement or repair of the defective Product or the
defective part thereof, at Thomas & Betts Power Solutions’ sole option.

IN NO EVENT SHALL THOMAS & BETTS POWER SOLUTIONS BE LIABLE FOR
SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES OF ANY KIND OR
CHARACTER. IN NO EVENT WILL THOMAS & BETTS POWER SOLUTIONS’
LIABILITY EVER EXCEED THE PURCHASE PRICE PAID FOR SUCH DEFECTIVE
PRODUCT.

This warranty is not transferable and may only be enforced by the purchaser.
Claims under this warranty must be submitted to Current Technology

®

within

thirty (30) days of discovery of any ISM product defect.

Warranty Period

ISM 15 Years from original date of purchase

CURRENT TECHNOLOGY® ISMTM INTEGRATED SUPPRESSION MODULE

Model #

Date of Purchase

Date Installed

20

Installer

Current Technology

Thomas & Betts Power Solutions

5900 Eastport Blvd. • Richmond, VA 23231-4453 USA

Tel: [phone] • Toll free: [phone] • Fax: [phone]

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© 2018, Thomas & Betts Power Solutions, LLC. • Thomas & Betts Power Solutions, LLC., is a wholly owned subsidiary of Thomas & Betts Corporation.

®

is a registered trademark of Thomas & Betts International, Inc. • Specifications are subject to change without notice. • Visit our website for latest revisions.

750-0072-010 B00 081418