ISG INFRASYS E380 User manual

OPERATING MANUAL
Copyright 2012 INFRARED SYSTEMS GROUP
E380

WARNING
Read and understand all instructions prior to using this product. Any tampering and/or
disassembly of the thermal imager will void all warranties and could cause equipment failure.
Maintenance and/or repairs beyond those described herein shall only be performed by ISG /
INFRASYS. Failure to observe this information could result in death or serious injury.
CONTENTS
COMPANY BACKGROUND ..........................................................................3
1. SPECIFICATIONS .................................................................................6
2. SYSTEM COMPONENTS .....................................................................7
3. OPTIONAL ACCESSORIES .................................................................7
4. CHARGING THE BATTERIES ..............................................................8
5. FITTING ACCESSORIES .....................................................................9
6. OPERATOR CONTROLS ...................................................................10
7. DIGITAL DIRECT TEMPERATURE ...................................................10
8. WARNING AND INFORMATION SYMBOLOGY ................................10
9. COLOR REFERENCE BAR / HEAT INDICATING COLORATION ....12
10. INTELLIGENT FOCUS OVERRIDE FEATURE ..................................13
11. EMISSIVITY AND ITS EFFECTS ON DDT ......................................... 14
12. CLEANING AND MAINTENANCE .....................................................16
13. SERVICE PROCEDURE .....................................................................17
14. WARRANTY INFORMATION ..............................................................18

E380 Operating Manual
Copyright 2012 Infrared Systems Group 3
COMPANY BACKGROUND
For more than eighteen years, thousands of reghters in thousands of re
departments all across the country have come to rely on see-through-smoke
technology provided by ISG / INFRASYS.
ISG / INFRASYS is the world leader in the design and development of innovative
thermal imaging technology for reghters. ISG / INFRASYS designs own engine
technology from the ground-up for use specically in reghting environments. As
a result, users of ISG / INFRASYS imagers enjoy the best image quality and the
best high-temperature endurance for use in the harshest and most challenging
reghting environments.
ISG / INFRASYS is one of the largest providers of reghting thermal imaging
products in the world.
ISG / INFRASYS USA ISG / INFRASYS UK
305 Petty Road Unit 14, Repton Court, Repton Close
Lawrenceville, GA 30043 Basildon, Essex SS13 1LN
USA UK
877-733-3473 +44 1268 527700
info@isgre.com sales@isgre.co.uk
www.isgre.com www.isgre.co.uk
REGISTERED COMPANY
ISO
9
0
01
:
2
008
Thermal imaging is not a technology designed to replace current reghting tactics.
Thermal imaging is a tool that allows a reghter to be more effective and make better
decisions. Failure to observe this information could result in death or serious injury.
WARNING

4 Copyright 2012 Infrared Systems Group
E380 Operating Manual
Users of thermal imagers, regardless of brand or type, are required to read the
operating manual prior to using the imagers.
The E380 Thermal Imager is not life support equipment and should not be used
as such.
1. All users must be thoroughly trained on the proper operation of the E380, its features
and full functionality prior to use. This includes understanding thermal images and
how they are interpreted. Improper use of the equipment in a hazardous atmosphere
could result in death or serious injury.
2. The E380 Thermal Imager must only be used by personnel familiar with the uses,
proper operation, and features and full functionality of the E380, including training in
simulated re conditions such as controlled live burn simulations. Use of the E380
by unauthorized, unfamiliar or untrained persons could result in death or serious
injury.
3. The E380 is a complex electro-optical device, and just like any other machinery,
electronic systems are subject to potential failures. If a failure occurs, the user will
no longer have access to the thermal images provided by the E380. Tactical use
of this equipment must not deviate from standard operating procedures used by
personnel who do not have the benet of the equipment.
4. Failure to follow your re departments standard operating procedures in a hazardous
atmosphere could result in death, serious injury or disorientation should equipment
failure occur.
5. The E380 must be serviced only by ISG / INFRASYS authorized personnel. The
E380 includes high voltage components. Removing the cover exposes the user to
potential shock hazard which could result in death or serious injury. There are no
user-servicable components.
6. The E380 will not provide images through glass, water, or shiny objects. These
surfaces act like mirrors to the camera.
7. The E380 will not provide thermal images underwater.
8. Users should be conscious of the battery life. Only enter a hazardous environment
and are conrmed as fully operational, and when a full battery charge is indicated
on the battery charge indicator of the E380.
WARNING

E380 Operating Manual
Copyright 2012 Infrared Systems Group 5
WARNING
9. Repeated exposure to high temperature environments without adequate periods
for the unit to self-cool may result in degradation or loss of the thermal image or
damage to the internal components. Be sure to allow adequate cool-down periods
between high temperature exposures.
10. Exposure to high temperature environments for an extended period of time may
result in degradation or loss of the thermal image. Be sure not to overexpose or
heat saturate the equipment beyond the design tolerances of the system.
11. The service life of the E380 depends in part on how it is used and the environmental
conditions in which it is used. Under heavy usage, or under extreme environmental
conditions, the service life of the equipment may vary.
12. Batteries supplied with the E380 have been designed based on specic perfor-
mance values. Replacement batteries must be obtained ONLY from an Authorized
ISG / INFRASYS Service Center.
13 The E380 incorporates electric temperature control systems. Run time on each
battery may decrease when used in extreme temperature environments.
14. It is important to test the E380 and any other associated accessories often to
ensure that the equipment is functional before entering a hazardous environment.
Always perform a visual and functional check on the equipment to validate that it
has not been damaged or degraded prior to use.
15. Never use the E380 as the sole source of navigation. If system failure occurs, you
may become disoriented or lost in a hazardous environment which could result in
death or serious injury.
16. Failure to exit a hazardous environment immediately on observation of the low
battery warning may result in system failure in a hazardous environment which
could result in death or serious injury.
17. The E380 is a navigational tool which provides a thermal image in conditions where
vision is impaired. The user should follow safety precautions and protocols, and
stay within communications range of the incident command structure. Failure to
do so could result in death or serious injury.
18. While every effort has been made to ensure that your E380 is both tough and
reliable, the camera is a sophisticated electro-optical system that will fail if it is
abused or exposed to environments beyond its design envelope.
Failure to observe these warnings could result in death or serious injury.

6 Copyright 2012 Infrared Systems Group
E380 Operating Manual
1. SPECIFICATIONS
Physical Characteristics
Shell Material Radel High-Heat Thermoplastic
Handstrap Material Kevlar
Rubber Parts Neoprene
Weight 2.9 lbs with Battery
Water Resistance IP 67, Immersion to 3 Feet
Drop Tolerance 6 Feet
Intrinsic Safety UL Class 1 Div 2 (Approval Pending)
Infrared Characteristics
Detector Super-High Resolution Microbolometer
Detector Array Format 384 X 288
Sensor Resolution 110,592 Pixels
Display Resolution >110,592 Pixels
Spectral Response 8-14μm
NEdT 50 mk Nominal
Effective Temperature Range Over 2,000°F
IR Protection Window Germanium
Field of View 54°
Update Rate 5,529,600 Scene Elements per Second
Electrical Characteristics
Zoom 2X, 4X Digital Zoom
Sleep Mode Not Required
Start Up Time Under 10 Seconds
Battery Technology Rechargeable Lithium-ion
Battery Time 4 Hours
Recharge Time 2 Hours (nominal)
Temperature Measurement
Standard DTM Center Pixel Area
Hot Spot Tracker (patent pending) oating point curser
reporting the hottest spot in the scene
Display Characteristics
Display Size 3.5 Inches
Warranty
Base Warranty 1 Year
Extended Warranty Up to 2 Additional Years

E380 Operating Manual
Copyright 2012 Infrared Systems Group 7
3. OPTIONAL ACCESSORIES
The following (optional) accessories are available.
• Side Straps
• Fast Attack Truck Charger
• Hard Shell Carrying Case
• Retractable Lanyard
• Detachable Laser Grip
• Video Capture Plus
• Video Transmitter
2. SYSTEM COMPONENTS
Your E380 comes complete with the following:
• E380 Thermal Imager
• Battery
• Battery Conditioning Charger
• Quick Start Guide and Operating Manual (CD)
• Shipping Container
In the event that any of the above items are not supplied, please contact
ISG / INFRASYS.
SIDE STRAP
ATTACHMENT
BATTERY
LASER
GRIP
or TRIPOD
MOUNT
EXTERNAL
CONTACTS
‘D’ RING
POWER BUTTON
HR 12 CONNECTOR
HOT SPOT
TRACKER
BUTTON
ZOOM
BUTTON
VISOR
FAST ATTACK
TRUCK CHARGER

8 Copyright 2012 Infrared Systems Group
E380 Operating Manual
4. CHARGING THE BATTERIES
For rst time use, allow new batteries to remain in the charger for approximately
14-16 hours.
1. Plug the A/C adapter into an 110V AC wall outlet.
2. Insert the 2.1mm plug into the charger base. Upon power
up, the charger’s LED status indicator will ash from RED
to YELLOW to GREEN and then turn OFF. The LED will
remain OFF when no battery is detected.
3. Insert the battery into the charger as illustrated. Note:
The battery can only be inserted one way into the charger
base.
Note: do not force the battery into charger.
LED STATUS INDICTORS
Off No battery detected
Power-up Red-yellow-green-off
Charging Green ashing
Fully charged Solid green
Battery failure Red/green ashing
If the LED continues ashing RED when no battery is installed, the charger may
need to be reset or may need servicing. Unplug the charger, wait two minutes,
then reconnect and repeat.
4.1. Inserting the Battery
To insert the battery into the E380, locate the battery
compartment on the right side of the E380. There are
alignment markings located on the battery and E380 case
as show in Figure A. Insert the battery into the E380 so
that the alignment markings connect as illustrated below.
Correct alignment:
The battery can only be installed one way. Do not force the
battery into the battery compartment without the indicators
aligned, as this may cause damage to E380 and/or battery.
Be sure to press the battery into the E380 battery
compartment until the battery is locked into place. The
camera will not power up until the battery is locked into
place.
4.2 Removing the battery
Push the battery locking mechanism back to release the
battery from the E380 case as shown in Figure B. This
action will release the battery and the battery will partially
eject from the camera body. Rotate the camera to the
side and the battery will slide out of the compartment. As
shown in Figure C.
DESKTOP CHARGER
Figure A
Figure B
Figure C

E380 Operating Manual
Copyright 2012 Infrared Systems Group 9
Failure to lock the battery into place may result in the battery falling out of the camera
while in use. Failure to observe these instructions may result in minor or moderate injury
and/or equipment damage.
CAUTION
5. FITTING ACCESSORIES
5.1 Lanyard (optional)
Attach the lanyard to the camera’s ‘D’ ring on the rear
of the camera as illustrated.
5.2 Laser Grip (optional)
To install the Laser Grip by turning the RED thumb
screw, located on the Laser Grip, clockwise into the ¼
20 attachment point of the camera body. Fully tighten
with bare hands. Do not use tools to tighten.
LASER GRIP
‘D’ RING
CAUTION
Failure to install the Laser Grip handle per the instructions may result in minor or
moderate injury and/or product damage during camera use.

10 Copyright 2012 Infrared Systems Group
E380 Operating Manual
6. OPERATOR CONTROLS
6.1 Switching the Thermal Imager On/Off
To switch the unit On, press and release the GREEN
power button. Upon power up a GREEN LED will
illuminate below the bottom of the display.
To switch the unit Off, press and hold the GREEN
power button. Continue holding the GREEN power
button until the shutdown indicator, , is displayed
on the left side of the display. When the shutdown
indicator appears, release the GREEN power button
and the camera will shut down. Camera shutdown sequence will be aborted if
the GREEN power button is not released within three seconds of the shutdown
indicator appearing. A GREEN X will appear next to the shutdown indicator.
If you are recording video using the optional VC+ feature avoid data loss
by being sure to STOP recording prior to powering down the camera or
removing the battery.
7. DIGITAL DIRECT TEMPERATURE
The DDT provides the average relative (or
“observed”) temperature of an object, or objects
within the crosshairs. The relative temperature
is displayed in numerical form in the lower right
corner of the viewing screen.
The accuracy of the relative temperature is
affected by many factors, including the emissivity
of the object being observed. An object’s
emissivity is its ability to either absorb or reect heat energy. The better
the object absorbs heat (the higher the emissive value), generally the more
accurate the temperature reading.
8. WARNING AND INFORMATION SYMBOLOGY
8.1 Battery Charge State
The charge state of the battery is indicated by a symbol representing a battery
with four individual bars inside the battery. As the battery charge decrease, the
indicator bars within the battery decrease. See illustration below.
= BATTERY CHARGE IS 100%
= BATTERY CHARGE IS 75%
= BATTERY CHARGE IS 50%
= BATTERY CHARGE IS 25%
“FLASHING” CAMERA IS ABOUT TO TURN OFF.

E380 Operating Manual
Copyright 2012 Infrared Systems Group 11
8.2 Overheat Warning
The E380 is equipped with an internal
electronics overheat indicator, . See
illustration. This indicator will activate
when internal electronics have reached
temperatures beyond their safe operating
range. The over temp indicator will begin
flashing at least 30 seconds before the
camera shutdown sequence begins.
8.3 Hot Spot Tracker
Hot Spot Tracker identies the hottest object
in the scene, tracks it, and displays its relative
temperature. To activate Hot Spot Tracker,
press and release the YELLOW button.
When active, a BLUE crosshair will appear
on the display and automatically track the
hottest point in the scene. As the camera is
moved and the scene changes, the BLUE
crosshair will change positions from one
scene to another identifying the hottest spot
in the scene. The standard DDT readings in
the top right corner will turn OFF when Hot
Spot Tracker is activated. A new temperature
reading appears on the upper left side of the screen providing the relative temperature
of the object highlighted by the BLUE Hot Spot Tracker crosshair.
8.4 2X / 4X Zoom
Press and release the RED button to activate 2X zoom. Once in 2X zoom, press
and release the RED button again to activate 4X zoom. Once in 4X zoom, press
and release the RED button again to return back to normal view.
WARNING
Failure to observe any of the low battery warnings and egress to a safe location upon
notication, could result in death or serious injury.
Normal View
Hot Spot
DDT
Blue
Crosshair
2X Zoom 4X Zoom
Overheat
Indicator

12 Copyright 2012 Infrared Systems Group
E380 Operating Manual
9. COLOR REFERENCE BAR / HEAT INDICATING COLORATION
The E380 is equipped with heat-indicating colorization and a color reference bar.
Heat-indicating colorization overlays over the thermal images and is designed to
assist users approximate the relative temperature of objects in the scene.
1. Objects in gray (black and white) are the coolest objects in any given scene.
Black is coolest, white is hottest within the grayscale band.
2. Light yellow depicts the lowest temperature within the yellow temperature band,
and the hue gradually changes to a darker yellow to depict hotter temperatures
within the yellow temperature band.
3. Orange starts immediately following the hottest temperature in the yellow
temperature band. Light orange is displayed to depict the lowest temperature
within the orange temperature band. The hue changes to a darker orange to depict
hotter temperatures within the orange band.
4. Red starts immediately following the hottest temperature in the orange band.
Light red depicts the lowest temperature within the red temperature band, and the
hue gradually changes to a darker red to depict hotter temperatures within the red
temperature band.
The color reference bar also incorporates three numeric anchor temperatures.
The anchor temperatures indicate the temperature that corresponds to the
color referenced. The anchor temperatures help users approximate the relative
temperature of objects within the colorized region.
Relative
Temperature
of object in the
crosshair
Color
Reference
Bar
Sense
Mode
Crosshair
Battery
Indicator
Note: when the camera mode (from high sensitivity, mid sensitivity and
low sensitivity), the scale changes so that users always have an accurate
representation of the

E380 Operating Manual
Copyright 2012 Infrared Systems Group 13
Summary Explanation of Gain Modes:
The Intelligent Focus feature increases the usefulness of a thermal imager by
giving the reghter control over the camera’s default sensitivity (sense) mode
settings, given certain conditions (explained below). A trained and experienced
reghter can enhance his vision by forcing the camera to operate in what he feels
is the most appropriate sense setting for a specic environment at a specic time.
A sense mode (sometimes called a sensitivity mode, or gain mode) in a thermal
camera is similar to the exposure compensation controls in a typical digital
photographic camera. A digital photographic camera automatically adjusts itself to
compensate for the level of brightness (or exposure) in its eld of view. It does this
by either increasing or reducing its sense (or gain) setting. In extreme cases where
there is too much light in the eld of view for the automatic systems to control, an
advanced digital photographic camera allows the user to manually select a new
sense mode thereby allowing images to be optimized for that particular environment.
In this manner, the E380 thermal camera is similar to an advanced digital
photographic camera. Except that the E380 senses heat instead of light. The
E380 will automatically select what it thinks is the most appropriate sense mode
- unless a reghter forces the E380 to select a different sense mode than what
it automatically selected. The reghter selects a sense mode by merely pointing
the camera’s crosshair. No buttons or manual switches need to be selected.
The E380 is equipped with three gain modes:
HIGH SENSE MODE: This mode is automatically activated by the E380 when
objects in its eld of view are at room temperature or cooler. For example, when you
activate your E380 and look around the re station, it will most likely be operating
in High Sense Mode. Likewise, High Sense Mode is automatically selected when
you are searching or navigating in a cold smoke-lled basement.
MID SENSE MODE: This mode is automatically activated by the E380 when the
temperature of objects in its eld of view is elevated. This mode is automatically
activated when there are objects in the eld of view that are generally greater
than 300°F.
THOUSAND PLUS MODE: This mode is automatically activated whenever the
crosshair in the center of the viewing screen is directed to objects that are generally
greater than 400°F. While operating in this mode, the E380 is capable of imaging
objects that are in excess of 2000°F. Likewise, this mode is automatically selected
when the entire eld of view exceeds 400°F.
10. INTELLIGENT FOCUS OVERRIDE FEATURE

14 Copyright 2012 Infrared Systems Group
E380 Operating Manual
11. EMISSIVITY AND ITS EFFECTS ON DDT
The accuracy of the relative temperature is affected by many factors, including
the “emissivity” of the object. In short, an object’s emissivity is its ability to either
absorb or reect heat energy. The better the characteristic to absorb heat (the
higher the emissive value), generally the more accurate the temperature reading.
The DDT installed in the E380 assumes an emissivity of 0.95. That is, for objects
with emissivity of 0.95, the DDT will return temperature readings accurate to
within 10% of the actual temperature. The value of .95 was chosen because most
objects found in normal, traditional structural reghting environments will have
an emissivity value close to 0.95. This will give the reghter the most accurate
average temperature possible, under these conditions.
However, when looking at shiny objects such as chrome, unpainted aluminum,
unpainted stainless steel, and other metals, the DDT temperature readings can be
signicantly distorted. (For painted objects, the emissivity of the paint, rather than
the emissivity of the actual material should be considered.) When the temperature
of metal objects are being estimated using DDT, it is important to note that painted
metal objects generally return a much more accurate temperature readout than
unpainted metals.
The cross-tabulation in the tables following will give the user a general idea of
the effective (real) temperature versus the observed temperature, given varying
emissivity levels. The higher the material’s emissivity, the more accurate the DDT
reading will be.
Intelligent Focus enables reghters to manually select between Mid Sense and
Thousand Plus Modes. In the example below, we burn oak palettes to achieve
the high temperatures that might typically be present at the ceiling of an involved
structure.
An advanced reghter can toggle between Mid Sense and Thousand Plus
modes by using the crosshair to manipulate the gain settings of the camera. See
example below.
High Sense Mid Sense Thousand Plus

E380 Operating Manual
Copyright 2012 Infrared Systems Group 15
Actual vs. Displayed Temperatures for Differing Emissivity
Temperature of Surrounding 70°F
Displayed temperature, deg F
0 20 40 60 80 100 150 200 300 400 500 600 800 1000
0.1 104 231 423 563 793 996 1187 1373 1736 2093
0.2 -32 88 166 306 416 602 769 929 1084 1388 1688
0.3 -110 10 82 139 251 344 507 656 798 938 1211 1481
0.4 -155 -40 27 79 124 218 300 446 583 714 843 1096 1348
0.5 -172 -72 -11 36 77 114 196 269 403 530 653 774 1013 1250
0.6 -89 -37 6 43 76 108 179 246 371 490 606 721 949 1175
0.7 -53 -16 16 47 75 103 167 228 345 458 569 678 897 1114
0.8 -31 -3 24 50 75 99 157 214 324 431 537 643 853 1063
0.9 -16 7 30 52 74 96 149 202 306 409 511 613 816 1019
1 -5 15 34 54 74 93 143 192 291 389 488 587 784 981
Actual Source Emissivity
11.1 Typical Emissivity Values
Material (metal) Emissivity Material (non-metal) Emissivity
Aluminum Asbestos 0.95
Un-oxidized 0.02 – 0.1 Asphalt 0.95
Oxidized 0.2 – 0.4 Brick 0.90 – 0.98
Roughened 0.1 – 0.3 Ceramic 0.95
Brass Clay 0.95
Burnished 0.3 Concrete 0.95
Oxidized 0.5 Cloth 0.95
Copper Glass (plate) 0.85
Polished 0.03 Gravel 0.95
Roughened 0.05 – 0.1 Ice 0.98
Oxidized 0.4 – 0.8 Limestone 0.98
Iron Paint 0.90 – 0.99
Un-oxidized 0.05 – 0.2 Paper 0.95
Oxidized 0.5 – 0.95 Plastics (opaque) 0.95
Rusted 0.5 – 0.7 Rubber 0.95
Steel Sand 0.90
Cold-rolled 0.7 – 0.9 Snow 0.90
Ground sheet 0.4 – 0.6 Soil 0.90 – 0.98
Polished 0.1 Skin (human) 0.95 – 0.98
Oxidized 0.7 – 0.9 Water 0.93
Stainless 0.1 – 0.8 Wood (natural) 0.90 – 0.95

16 Copyright 2012 Infrared Systems Group
E380 Operating Manual
12. CLEANING AND MAINTENANCE
Following use, the E380 should always be cleaned and inspected for damage.
1. Inspect all lenses for soot / dirt buildup. Clean if necessary.
2. Normal “normal use” scratches on the high efciency aspheric lens do not
degrade picture quality, however chips may affect transmission quality.
Inspect IR lenses for chips.
3. Inspect the unit for structural, heat, and/or chemical damage.
4. Inspect all battery contacts for damage.
5. Inspect battery charger.
6. Inspect all batteries and battery adapters for damage or leakage.
7. Check all switches including the battery charger for proper indication that
systems are running correctly.
8. Inspect battery charger contact points for corrosion or damage.
9. Always check the battery charger to ensure proper operationis charging.
10. Inspect all surfaces for heat or chemical damage, cracks and breaks.
11. Inspect the mechanical hardware to make sure no screws have loosened or
are missing.
12. Store your E380 in its optional truck mounted charger, or in the delivery case
provided.
13. The thermal imager should be cleaned using warm soapy water and
nonabrasive cleaners. Allow the thermal imager to completely dry before
replacing in its carrying case. Note: Do not use solvents and abrasive
cleaners.
14. It is recommended that the display is treated with anti-fog solutions as used
on SCBA facemasks.
15. To ensure long service life, it is recommended that the thermal imager and
its accessories are stored in temperate environment (58°F - 95°F, moderate
humidity) at all times.

E380 Operating Manual
Copyright 2012 Infrared Systems Group 17
13. SERVICE PROCEDURE
Should any ISG / INFRASYS Thermal Imager or any of its accessories, need
repair, refer to the instructions below.
Note: Prior to returning the thermal imager, the device should be fully decontaminated.
ISG / INFRASYS reserves the right to send the unit back to the user for decontamination.
1. First, locate the SERIAL NUMBER (SN). Camera SNs are located inside the
battery compartment.
2. Call ISG / INFRASYS to obtain an RETURN AUTHORIZATION NUMBER
(877) SEE-FIRE or (678) 442-1234.
Please have all of the following information readily available when calling:
• The unit’s Serial Number (i.e.. E, K1K, K80- ; FA -)
• Department name
• Primary contact person
• Best available contact (cell or Email)
• Physical shipping address (all cameras are shipped and tracked via FedEx)
• Detailed description of problem
When shipping a product back to ISG / INFRASYS, if possible, place it inside its
original shipping container. Be sure it is taped appropriately. It is recommended
that all accessories (batteries, charger) are returned as well for inspection.
Clearly mark the container with the RA Number on the OUTSIDE of the shipping
box for proper processing.
Ship directly to ISG / INFRASYS, the Authorized Repair Center:
ISG / INFRASYS
305 Petty Road
Lawrenceville, GA 30043
ATTN: RA# __________
Note: ISG / INFRASYS will not be responsible for damages or losses incurred during
shipping.

18 Copyright 2012 Infrared Systems Group
E380 Operating Manual
14. WARRANTY INFORMATION
ISG /INFRASYS warrants the E380 thermal imager to the original owner to be free
of defects in material and workmanship under intended use and service for one year
from the date of purchase. ISG / INFRASYS’ obligation under this warranty is limited
to the replacement or repair, at ISG / INFRASYS’ option, of articles if returned to ISG /
INFRASYS in Georgia, or an authorized distributor, with shipping charges prepaid by
the owner, and which, upon inspection by ISG / INFRASYS, shall prove to have been
defective in normal, “intended use” and service. Maintenance and eld replaceable items
(batteries, battery chargers, AC/DC adaptors, straps, display covers and all accessories),
if defective, are covered under warranty for a ninety (90) day period.
This warranty does not apply to equipment malfunction or damage resulting from accident,
alteration, misuse, or non-intended abuse of the equipment including, but not limited to,
power surges, over exposure to heat, defective power supply, abnormal wear and tear or
other perils outside the design tolerances of the system. In addition, this warranty does
not apply to elastomer or rubber components since they can be adversely affected by
undue exposure to heat, sun, water, ozone, or other deteriorative elements. The decision
as to what constitutes normal use shall be made solely by ISG / INFRASYS.
To maintain this warranty, the purchaser must perform maintenance and inspections
as prescribed in the operation and maintenance manual which shall include prompt
replacement or repair of defective parts.
This warranty is expressed in lieu of all other warranties, expressed or implied, and
all other obligations and liabilities on ISG / INFRASYS’ part. ISG / INFRASYS neither
assumes nor authorizes any other rm or person to assume on ISG / INFRASYS’ behalf
any liability in any way connected to the sale of ISG / INFRASYS Products.
This infrared camera is considered dual-use military equipment
and is export controlled.
It is a criminal act to re-export this camera or its components
without obtaining an export license from the proper authorities
that regulate exports of these items. Please do not illegally export
this equipment out of your country.
If you wish to export these items, please notify ISG / INFRASYS
for assistance in obtaining the proper export documentation.
IMPORTANT EXPORT INFORMATION

E380 Operating Manual
Copyright 2012 Infrared Systems Group 19
NOTES

All Rights Reserved
ISG / INFRASYS
305 Petty Road
Lawrenceville, GA 30043
USA
Toll Free: (877) 733-3473
Fax: (678) 442-1295
Web: www.isgre.com
Email: info@isgre.com
Issue E38020121QA
Other manuals for E380
1
Table of contents
Popular Temperature Controllers manuals by other brands

Omega
Omega RH32 Series Basic instructions

Innovative Instruments & Controls
Innovative Instruments & Controls i-therm AI-7441 User's operating manual

Toho Electronics
Toho Electronics TTM-000 SERIES user manual

TECH
TECH ST-85 user manual

Lake Shore
Lake Shore 335 user manual

RKC INSTRUMENT
RKC INSTRUMENT Z-TIO PLC Communication Quick instruction manual