Each Fluke product is warranted to be free from defects in material and workmanship under normal use and service. The warranty period is two
years and begins on the date of shipment. Parts, product repairs, and services are warranted for 90 days. This warranty extends only to the
original buyer or end-user customer of a Fluke authorized reseller, and does not apply to fuses, disposable batteries, or to any product which, in
Fluke's opinion, has been misused, altered, neglected, contaminated, or damaged by accident or abnormal conditions of operation or handling.
Fluke warrants that software will operate substantially in accordance with its functional specifications for 90 days and that it has been properly
recorded on non-defective media. Fluke does not warrant that software will be error free or operate without interruption.
Fluke authorized resellers shall extend this warranty on new and unused products to end-user customers only but have no authori ty to extend a
greater or different warranty on behalf of Fluke. Warranty support is available only if product is purchased through a Fluke authorized sales outlet
or Buyer has paid the applicable international price. Fluke reserves the right to invoice Buyer for importation costs of repair/replacement parts
when product purchased in one country is submitted for repair in another country.
Fluke's warranty obligation is limited, at Fluke's option, to refund of the purchase price, free of charge repair, or replacement of a defective product
which is returned to a Fluke authorized service center within the warranty period.
To obtain warranty service, contact your nearest Fluke authorized service center to obtain return authorization information, then send the product
to that service center, with a description of the difficulty, postage and insurance prepaid (FOB Destination). Fluke assumes no risk for damage in
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transit. Following warranty repair, the product will be returned to Buyer, transportation prepaid (FOB Destination). If Fluke determines that failure
was caused by neglect, misuse, contamination, alteration, accident, or abnormal condition of operation or handling, including overvoltage failures
caused by use outside the product’s specified rating, or normal wear and tear of mechanical components, Fluke will provide an estimate of repair
costs and obtain authorization before commencing the work. Following repair, the product will be returned to the Buyer transportation prepaid and
the Buyer will be billed for the repair and return transportation charges (FOB Shipping Point).
THIS WARRANTY IS BUYER'S SOLE AND EXCLUSIVE REMEDY AND IS IN LIEU OF ALL OTHER WARRANTIES, EXPRESS OR IMPLIED,
INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.
FLUKE SHALL NOT BE LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES OR LOSSES, INCLUDING
LOSS OF DATA, ARISING FROM ANY CAUSE OR THEORY.
Since some countries or states do not allow limitation of the term of an implied warranty, or exclusion or limitation of incidental or consequential
damages, the limitations and exclusions of this warranty may not apply to every buyer. If any provision of this Warranty is held invalid or
unenforceable by a court or other decision-maker of competent jurisdiction, such holding will not affect the validity or enforceability of any other
provision.
LIMITED WARRANTY AND LIMITATION OF LIABILITY
11/99
THIS PRODUCT IS LICENSED UNDER THE AVC PATENT PORTFOLIO LICENSE FOR THE PERSONAL USE OF A CONSUMER OR OTHER
USES IN WHICH IT DOES NOT RECEIVE REMUNERATION TO (i) ENCODE VIDEO IN COMPLIANCE WITH THE AVC STANDARD (“AVC
VIDEO”) AND/OR (ii) DECODE AVC VIDEO THAT WAS ENCODED BY A CONSUMER ENGAGED IN A PERSONAL ACTIVITY AND/OR WAS
OBTAINED FROM A VIDEO PROVIDER LICENSED TO PROVIDE AVC VIDEO. NO LICENSE IS GRANTED OR SHALL BE IMPLIED FOR ANY
OTHER USE. ADDITIONAL INFORMATION MAY BE OBTAINED FROM MPEG LA, L.L.C. SEE HTTP://WWW.MPEGLA.COM
The Fluke ii900/ii910 is an Acoustic Imager (the Product or
Imager) that detects and locates an acoustic signature. These
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signatures can indicate leaks in compressed air, compressed gas,
and vacuum systems.
In addition, the ii910 detects electrical discharges as well as leaks.
Examples of these electrical discharges include partial discharge
such as corona, surface tracking, and arcing. The ii910 also
identifies and locates potential mechanical issues.
The Imager has an acoustic sensor-array that aligns a soundsource heatmap with the image. The visible-light camera provides
a live-view image of the inspection area. Capture and save still
image files and video files from the inspection for documentation
and reports.
A rechargeable battery powers the Imager. The Imager includes
an external battery charger with power adapter and
country-specific cables.
The Imager has a USB-C port that connects to a PC for file
download and firmware updates.
Use this section to familiarize yourself with these terms that are
unique to this Imager and sound pressure measurements.
Decibel (dB) Sound Pressure Level (SPL). The unit of
measurement for changes in sound pressure. Decibel indicates
the level of the sound (against the reference level of sound in air)
and is expressed in terms of dB SPL.
Distance to target. The distance between the leak source and the
acoustic sensor is critical. The decibel level that the Imager can
measure decreases with the square of this distance.
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Sound Frequency / Acoustic Frequency / Frequency Band.
The frequency corresponds to the number of sound vibrations/
second and is expressed as Hertz (Hz) or thousands of Hertz
(kHz).
Frequency Range
Audible (up to 20 kHz). The range that human ear can
perceive sounds.
Ultrasonic (above 20 kHz). Certain issues (leaks, electrical
discharges, mechanical failures) generate sound signatures in
ultrasonic ranges. The human ear cannot perceive the
ultrasonic range that the Imager can detect.
Frequency Selection / Frequency Filtering / Selected
Frequency Band. Select a frequency band for measurement and
visualization of sound. When a frequency band is selected, any
sound outside of that range is filtered and not shown or
considered.
Background Noise. The noise that exists in the surroundings that
the microphone sensors detect along with the sound sources of
possible leaks. Generally, background noise is higher in lower
frequencies. In noisy environments, select higher frequencies to
help discriminate the leak sounds.
Frequency / Spectrum Graph. A graphic chart on the display
shows the level of sound detected in all frequency ranges.
Frequency Spike. Spike in the frequency / spectrum graph that
indicates a significant source of sound in this specific frequency. If
this spike is within the frequency selection, the Imager visualizes
the source on the display.
Field-of-View (FOV). What is detected by the Imager at a
particular position and orientation in space.
Sound Reflections. Sound signals reflect, particularly on smooth
and flat surfaces. In certain conditions, the Imager shows on the
display a hot spot from the source of noise and one or more hot
spots from reflections.
LeakQ™. LeakQ is a capture mode that estimates the size of a
leak. LeakQ Scale is a scale from 0 to 10 that is an indication of
the leak size. The Imager calculates a value based on the
measured dB SPL level and the distance value. The distance
value is automatically determined or you input a value with the
display keyboard.
PDQ Mode™. PDQ Mode is a capture mode that detects and
locates potential partial discharges. The PDQ Mode indicates a
possible type of Partial Discharge (External, Internal, Tracking, or
Other), Pulse count indication/minute, and Phase-resolved Partial
Discharge Plot (PRPD plot).
Partial Discharge (PD). PD is a localized dielectric breakdown
that does not completely bridge the electrical insulation between
two conductors under high voltage.
PD types are classified into three main types:
•External discharge, or corona discharge, is the ionization of a
fluid, gas, or air surrounding a conductor that is electrically
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charged at high voltage.
•Internal discharge occurs in voids or cavities within solid or
liquid dielectrics.
•Surface discharge tracks across the surface of different
insulation materials.
MecQ™. MecQ is a capture mode that detects and locates
potential anomalies in mechanical components as an early
identification of possible mechanical deterioration that requires
further inspection.
Power On/Off
To turn on the Imager, push and hold O >2 s.
To turn off the Imager, push
O. Tap OK to continue.
Battery
XW Warning
To prevent personal injury and for safe operation
of the Product:
•Do not put battery cells and battery packs near
heat or fire.
•Do not put in sunlight.
•Do not disassemble or crush battery cells and
battery packs.
•Remove batteries to prevent battery leakage and
damage to the Product if it is not used for an
extended period.
•Connect the battery charger to the mains power
outlet before the Product.
•Use only Fluke approved power adapters to
charge the battery.
•Keep cells and battery packs clean and dry.
Clean dirty connectors with a dry, clean cloth.
W Caution
To prevent damage to the battery:
•Do not expose battery to heat sources or hightemperature environments such as an
unattended vehicle in the sun.
•Do not store the battery on the charger for more
than 24 hours as reduced battery life may result.
•Charge the battery for a two-hour minimum at
six-month intervals for maximum battery life.
Without use, the battery will self-discharge in
approximately six months.
•Always operate in the specified temperature
range.
•Do not incinerate the Product and/or battery.
A Li-ion battery powers the Imager. The Imager includes two
batteries for a quick-change during operation.
The battery charges on the charging base. The power supply
powers the charging base. Country-specific adapters are included.
The Imager includes a hand strap and a neck strap that makes it
easy to hold and operate as you take measurements. See Figure 2
for information about setup.
Figure 2. Hand Strap/Neck Strap
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Acoustic Imager
Hand Strap/Neck Strap
Table 3. Touchscreen
3
1
2
Display
The color display is a touchscreen that shows the test area as a
visual image combined with a sound image. See Table 3.
With the touchscreen you are able to set up and adjust all the test
parameters. For more information, see Basic Operation.
9
8
7
6
ItemDescription
A
B
C
D
E
F
G
H
I
Tool Menu
Zoom
Capture Mode
Frequency Range of Spectrum
Palette of dB SPL Scale
Profile Selection (when enabled)
Folder Selection
Time/Date Stamp
Battery Status
To view the tool menu, tap your finger on the display. This action
reveals the menu for parameter settings. Tap anywhere on the
display outside the menu to hide the menu.
Capture Mode
When you push the Capture button, you save an image of the
scene in the selected mode.
To select the capture mode:
1.Open the tool menu.
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2.Tap the Capture Mode icon to open the Capture Mode menu.
3.Tap on the option to select.
The icon on the tool menu and the display change to show the
selected mode.
4.Tap anywhere on the display outside the tool menu to hide the
menu.
Image
Image mode captures a still photo of the scene with overlapping
sound image and saves it in a .PNG or .JPG format. The Image
mode is the best method for the initial scan of the scene for any
type of issue. If an issue is detected, then you have options for
advanced analysis modes. See Capture Analysis Modes.
1.Press the Capture button to save the still photo.
After the image is saved, a small image (thumbnail) shows on
the screen.
2.Tap to add notes, photo notes, or tags to the image. See
Memory for more information.
Video
Video mode captures a video of the scene with overlapping sound
image and saves it in an .MP4 format.
1.Press the Capture button to start recording.
The elapsed time shows as the Imager records.
2.Press the Capture button again to stop recording and save
the video.
After the video is saved, a small image (thumbnail) shows on
the screen.
3.Tap to add notes, photo notes, or tags to the image. See
LeakQ™ mode. The Imager is able to capture the leak data for
later use to evaluate the type of leak (quick connect, threaded
coupling, hose, open end) and estimate the size of the leak.
PDQ Mode™ (ii910 only). The Imager is able to detect, locate,
and capture potential partial discharges and evaluate the type of
partial discharge (external, internal, surface, or other). The data
includes information for later use to create pulse phase diagrams.
MecQ™ mode (ii910 only). The Imager is able to detect, locate,
and capture a picture of components that may have mechanical
deterioration and require further attention.
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To select the capture analysis mode:
1.Open the tool menu.
2.Tap the Capture Mode icon to open the Capture Mode menu.
3.Tap for the LeakQ mode.
The icon on the tool menu and the display change to show the
selected mode.
ii910 only:
4.Tap for the PDQ Mode.
5.Tap for the MecQ mode.
Online tools and calculators are available to create reports with
(data) captures that use the LeakQ, PDQ, and MecQ modes.
The capture analysis modes show on the display when the
on-device option is turned on. When on, a portion of the analysis
shows on-screen at the time of capture (see Settings and
Operating Conditions).
LeakQ™ Mode
LeakQ mode automatically determines the distance to the
target (a leak that shows inside the circle on the display).
When a leak is detected and the Imager can determine the
distance, the LeakQ value on the display gives an indication
of the size of the leak. The value is based on the measured dB
SPL value and the distance.
If a leak shows inside the circle on the display:
•Values for DISTANCE and LeakQ Scale show on the
display.
or
•NO TARGET FOUND shows on the display when no leak
is detected inside the circle.
If the Imager cannot automatically determine the distance, this
pop-up message shows on the display:
UNABLE TO ESTIMA TE DISTANCE
If the Imager is unable to determine the distance, or you want
to override the estimated distance, you can input the distance
manually.
To input the distance manually:
1.Tap on the message to open a numeric screen and enter
the distance.
The Imager uses the entered distance to calculate the
LeakQ values.
Note
Stabilize the Imager for a few moments as it calculates
the values.
3.If the measured distance requires additional adjustment,
tap the Distance box to update.
4.Press Capture button or Save in the menu.
The Imager saves the still photo of the scene with
overlapping sound image and values in .PNG or .JPG
format. You can add notes, photo notes, or tags to the
image. See Memory for more information.
Note
For best results:
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• Move the Imager around the leak to find the
highest LeakQ value. This will best reflect the
actual leak size.
• Obstacles within the circle may influence the
calculated distance and LeakQ value.
• High background noise will influence the calculated
distance and LeakQ value.
PDQ Mode™ (ii910)
PDQ Mode™ captures data from a Partial Discharge (PD) that
enables further analysis such as type of discharge and
severity. The PD must be inside the circle on the display.
When a PD is detected, the PD Count value on the display
gives an indication of the pulses generated by that partial
discharge.
The value is based on the pulses of the acoustic interference
generated by the PD:
•Values for estimated DISTANCE show on the display.
or
•NO TARGET FOUND shows on the display when no PD
is detected inside the circle.
If the Imager cannot automatically determine the distance, this
pop-up message shows on the display:
UNABLE TO ESTIMAT E DISTANCE
If the Imager is unable to determine the distance, or you want
to override the estimated distance, you can input the distance
manually. See LeakQ™ Mode.
Note
PD Count value is not directly related to the distance.
The Imager saves the still photo of the scene with overlapping
sound image and values in .PNG or .JPG format. You can add
notes, photo notes, or tags to the image. See Memory for
more information.
MecQ™ Mode (ii910)
MecQ™ mode detects and locates potential anomalies in
mechanical components as an early identification of possible
mechanical deterioration that requires further inspection.
The Memory menu shows an overview of all saved files with a
thumbnail image. Each thumbnail includes an icon to indicate the
file type:
Image
Video
LeakQ
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PDQ Mode
MecQ
To view a file, tap on the thumbnail once to open the file on the
display.
To delete a single image file:
1.Tap on the image once to open the file on the display.
2.Tap
To delete multiple image files:
1.Tap and hold an image file.
2.Tap all files to delete.
t to delete the file.
The mode changes to multi-file selection.
Annotations
You have 2 methods to access the annotation menu:
•after a capture (image or video), tap on the small thumbnail
that shows on the bottom left corner
•tap on any capture (image or video) to go to the Memory
Menu
The annotation menu on the left side of the screen shows the
types of notes. Each note is identified with an icon. These icons
include a yellow dot when annotation data is available.
Text Note
You can add additional information to files with Text Note.
To add a text note:
1.Tap on the image thumbnail to open the file on the display.
2.Tap
3.Tap
To Delete a text note:
1.Tap on the image file to open the file on the display.
2.Tap
3.Tap t to delete the note.
n to edit a note.
x or the Close Keyboard icon.
n to edit a note.
3.Tap
An icon also identifies the annotation type. When the file includes
an annotation, the icon changes to include a yellow dot.
t (see top right of the display) to delete multiple files.
A Photo Note is an additional photo attached to the file. Examples
include a photo of a label or location that adds additional
information about the file.
To add a Photo Note:
1.Tap on the image file to open the file on the display.
2.Tap
3.Tap
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4.Push the Capture button to take the photo.
5.Tap
To delete a Photo Note:
1.Tap on the image file to open the file on the display.
2.Tap
3.Tap on the Photo Note icon you want to delete.
4.Tap
C to open the Photo Notes menu.
+ to open the Camera view.
The Imager adds the photo as a note.
< to close the Photo Notes menu.
C to open the Photo Notes menu.
t to delete the Photo Note.
Tag Note
A Tag Note is a set of predefined fields attached to a file. These
fields store data about the file that is useful for comparison and
evaluation.
To add a Tag Note:
1.Tap on the image thumbnail to open the file on the display.
2.Tap
3.Tap on the tag category you want to add:
a.General
b.Leaks
to open the Tag Note menu.
• Asset name: Open text field
• Asset ID: Open text field or enter with QR Code scan
(see step 4).
• Asset Type: Pre-defined list of asset types.
• Inspection Status: As found; As left (Default:
Undetermined).
• Action required: Yes, No (Default: Undetermined).
Inspection Status: Asset Inspection Status helps you to select
and assign the status of inspection:
•Action required: Yes, No (Default: Undetermined).
•Action priority: High , Mediu m , Low (Default:
Undetermined).
•Action notes: Open text field.
Acoustics
The Acoustics menu shows all the available settings for
adjustment.
Show PD Count: On or Off (ii910 PDQ Mode only)
The PD Count (Partial discharge pulse count) value is an
indication of the number of pulses/minute that the Imager dete cts.
Show dB Scale: On or Off
You can choose to show or hide the dB scale. Turn off the dB
scale to see a larger visual area on the display.
Min / Max dB
The minimum/maximum decibel (dB) settings determine the sound
level (intensity) that shows on the SoundMap. Decibel level
thresholds help you to visualize leaks in challenging conditions, for
example, very small leaks or a lot of background noise in the same
frequency range as a leak. For more information, see Profiles.
Auto: Automatically adjusts the Color Palette Scale to the
minimum/maximum decibel value for the received sound pressure.
Manual: The Color Palette Scale is a user-defined minimum/
maximum decibel value. Levels above the maximum value show
on the display with the same color as the maximum value. Levels
below the minimum value do not show on the display.
When Manual is selected, use the +/- to adjust. Or, tap on the
dB SPL scale and use the slider to manually adjust the minimum
and maximum in decibel values of the Color Palette Scale.
High Frequency (ii910)
Toggle between the standard frequency range up to 52 kHz and
the expanded frequency range up to 100 kHz.
The Single Source mode shows less noise and reflection on the
display. Smaller leaks or partial discharges do not show when they
are close together with larger leaks or PD in the same field of view.
The Multiple Sources mode will not mask smaller leaks or partial
discharges when they are in presence of larger leaks or PD. When
in Multiple Sources mode, several markers show on the display to
indicate the peak dB level of any detected source of sound.
Note
The central marker does not show on the display in the
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Multiple Sources mode. The Multiple Sources mode is
not available in MecQ mode.
Profiles
Profiles allow you to reuse the manual settings such as Frequency
band, Max dB scale and Min dB scale, and Palette.
On: A preset profile is active. The icon in the center bottom of the
display allows you to select a profile or save the current settings as
a profile.
Off: Turn off the preset profile.
Note
When you turn on and turn off the Imager, the settings
for Frequency Band, Max dB, Min dB, and Palette
reset to the values in the selected profile, not the
current settings when the unit is turned off. If no profile
is selected when the Imager is turned off, the Imager
uses the factory-default profile.
MecQ Mode (ii910 MecQ Mode only)
MecQ offers three modes to identify potential mechanical areas of
interest:
Mode 1: 30 kHz mode (default). This mode automatically
activates the 30 kHz frequency band.
Mode 2: User selection mode. In this mode you can select any
frequency range between 2 and 100 kHz
Mode 3: Fixed Multi mode. This mode automatically activates
five predefined frequency bands.
Palette
Select the palette for the acoustic image. The color palettes offer
an equal, linear presentation of colors for the best presentation of
data detail. Or you can switch the live visual camera to greyscale
mode.
Markers
When the Centerpoint Marker is On, the dB level of the
Centerpoint shows on the display as value on the center of the
display.
Note
The display shows the dB value of the selected
frequencies as received in the center of the Field-ofView. This is not the dB value of the sound source.
Settings
The Settings menu shows all the available settings for adjustment.
The Imager works much like a point-and-shoot camera.
W Caution
Do not place hand on or obstruct the acoustic
sensor. Always use the sensor cover when the
Product is not in use.
1.Remove the sensor cover before use.
2.Push and hold
3.Aim the Imager at the test area.
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Ideal distance is 1 m to 8 m (3 ft to 26 ft). With good
line-of-sight, >8 m to ≤21 m (>26 ft to ≤70 ft).
4.Select a band on the frequency spectrum on the right side of
the display. See Table 4.
5.Change the width of the band by sliding the edges or move by
sliding the middle of the band.
6.The optimum band depends on the environment and
application. As an example for finding air or gas leaks, start
with a band at 35 kHz and width that spans 5 kHz.
High frequency peaks within the selected band may be
caused by sources other than a leak or partial
discharge. In this case, move the band to another
frequency range.
If a strong source of sound is off the field-of-view, the display
shows a circular pattern (flower) of hot spots on the
SoundMap. In this case, scan around for the source of
sound.
O >2 s.
Note
Table 4. Frequency Band Adjustment
ItemDescription
A
Frequency Band
Move within the Spectrum: Touch center of box until
B
arrows show. Slide the box up and down to move
the frequency range.
Adjust high end: Touch upper edge of box until
C
arrows show. Slide edge up to change high end of
the frequency range.
Adjust low end: Touch lower edge of box until
D
arrows show. Slide edge down to change low end of
the frequency range.
7.When the area of interest clearly shows, push the Capture
button. The Imager saves the image to memory.
Tip: Sound signals reflect, particularly on smooth and flat
surfaces. In certain conditions, the Imager shows a steady spot on
the source of noise and one or more steady spots from the
reflections. Move the Imager around to help discriminate the sound
source from the reflections. The sound source remains in the
same location, while reflections will move.
Use folders to organize your files. New file captures save to the
folder name that shows on the display. You have the option to
review files by folder name or timestamp.
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To select a folder or create a new folder name:
1.Tap on the folder name that shows at the bottom of the
display.
A list of folder names pops up with the option, Create Folder.
2.When you select Create Folder, use the keyboard to input a
new file name.
For more information about how to view the images in memory,
see Memory.
File Transfer
To transfer saved files from the Imager to a PC:
1.Use the provided USB cable to connect the Imager to the PC.
A USB drive is added to the list of drives on your PC.
2.Open the added USB drive to view the saved images or video
files.
3.Copy the files you want to the local PC drive.
4.When transfer is complete, remove the USB drive from your
PC.
The Fluke Connect Desktop application is another method you can
use to download images or video files. See Import Saved Images
or Video Files with Fluke Connect Desktop.
Import Saved Images or Video Files with Fluke
Connect Desktop
Fluke Connect Desktop is an application installed on a local PC.
To import saved images or video files:
1.Start the Fluke Connect Destop application on your PC.
2.Turn off the Imager.
3.Connect the Imager to the PC with a USB/USB-C cable.
4.Turn on the Imager.
5.Open Fluke Connect Desktop on the PC.
The Fluke ii900 Series shows in the TOOLS tab.
6.Select DOWNLOAD.
7.Use DOWNLOAD ALL or SELECT FILES to transfer all or a
selection of files to Fluke Connect Desktop.
8.Select the destination folder and select OK.
9.Confirm deletion of downloaded files from the Imager or select
CANCEL to proceed and keep the files in the Imager.
Downloaded files are now available in the MEASUREMENTS
tab.
Firmware updates are available for the Imager. Connect the
Imager to Fluke Connect Desktop to find the most current
firmware version.
To update with Fluke Connect Desktop:
1.Use the provided USB cable to connect the Imager to a PC
with the current version of Fluke Connect Desktop software
installed.
Fluke Connect Desktop software detects the connected
Imager, checks the firmware version, and updates the Imager
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if a newer firmware version is available.
Fluke Connect Desktop requires an Internet connection to
download a new firmware version.
The Imager shows a popup message to confirm the update.
2.Tap YES to confirm and start the firmware update.
The Imager shows a popup message to restart the Imager.
3.Tap YES to restart the Imager.
To update with a .swu file:
1.Download the firmware update (.swu file) from the website to
a PC.
2.Use the provided USB cable to connect the Imager to the PC
with the new firmware update file.
A USB drive is added to the list of drives on your PC.
3.Copy the firmware update file (.swu) from the PC to the root
folder (/User Data/) of the added USB drive.
4.When the file copy is complete, safely remove the USB cable
from your PC.
The Imager shows a popup message to inform you that a
firmware update is found.
5.Tap YES to confirm and start the firmware update.
The Imager shows a popup message to restart the Imager.
6.Tap YES to restart the Imager.
Maintenance
The Imager does not require routine maintenance.
W Caution
The optical surfaces of the lens are equipped with
high-quality optical layers. Avoid any contact with
these surfaces and protect these surfaces against
dirt and damage.
How to Clean the Case
Clean the case with a clean, damp cloth. Do not use abrasives,
isopropyl alcohol, or solvents to clean the case or lens/window.
Acoustic Sensor Care
W Caution
The Imager has highly-sensitive acoustic sensors.
Do not expose the sensors to water or fluids,
dust, and other contaminates. Accumulation of
these in the sensor will affect the performance.
Always keep the Acoustic Sensor protected with the provided
cover when the Imager is not in use. Avoid grease or liquids on the
microphones. If the microphones are dirty or clogged, carefully
clean with low air pressure from a compressed air duster at 25 cm
to 30 cm (10 in to 12 in) distance. Avoid too much air pressure.
2.Select Test Microphones.
If you see a warning message for service:
1.Clean the microphones with an air duster.
2.Test the microphones again. If the message continues,
contact a Fluke Service Center.
Environmental
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This Imager has electronic printed circuit boards. These
components must be disposed of specifically when the device is at
the end of its use.
The manufacturer offers to take back the Imager from the
customer to ensure that the device is disposed of in an
environmentally-friendly manner when it is at the end of its use.
Product Disposal
Dispose of the Product in a professional and environmentally
sound manner:
•Delete personal data on the Product before disposal.
•Remove batteries that are not integrated into the electrical
system before disposal and dispose of batteries separately.
•If this Product has an integral battery, put the entire Product in
the electrical waste.
Service
Fluke recommends that you service the Imager at two-year
intervals (depending on operating conditions) to maintain optimum
performance.
Contact your equipment distrib u to r o r au th o r i ze d Fl uk e Service
Center for any equipment performance failure or to schedule
regular maintenance service.
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