Fluke ii910 Offers
Leaks in compressed air, gas and vacuum systems hit both production uptime and the operations line. With this precision acoustic imager your maintenance team can quickly pinpoint the location of compressed air and vacuum leaks. With minimal training, your maintenance technicians can begin checking for air leaks during their typical maintenance routine – even during peak operation hours.
This acoustic imager offers a way to locate issues using sound, and it is an intuitive, simple to use tool that can isolate the frequency of leaks or vacuums, even in extremely noisy production environments. A leak location is determined by discerning the direction from which a sound originates by the time delays that occur as the sound passes over an array of microphones. A SoundMap™ is displayed in color over a visual image allowing for easy visual location. With the full array of microphones, it is easy to scan a large area and even capture leaks from a distance.
Features
Leak volume and cost indication on the go
CO2 emission reporting
All-in-one tool to visualize leaks and partial discharge
Reduce outages and increase uptime
Cut costs and save energy everyday by finding and fixing PD
LeakQ™ mode (leak quantification): On-device estimated leak size and cost indication
MecQ™ mode (mechanical inspection): On-device feature to detect mechanical issues
PDQ Mode™ (partial discharge): On-device PD classification
SoundSight™ technology
Acoustic imaging: Blended live SoundMap™ with visual image
Frequency range from 2 to 100 kHz
Detection range of 1.6 to >393′ (0.5 to >120 m)
7″ (177.8 mm) 1280 x 800 LCD display with capacitive touchscreen
Finally, an easy way to detect, locate and analyze partial discharge in one tool
Tired of spending too much time detecting partial discharge? Introducing the precision acoustic imager, engineered to locate partial discharge, corona discharge as well as gas and vacuum leaks. This acoustic imaging camera’s groundbreaking technology is a cost efficient, safe, effective, and comfortable tool for teams who inspect and maintain power distribution and industrial high voltage equipment.
The invisible threat…now you can see
Partial discharge is a serious issue that teams monitor everyday. Whether you are scanning insulators, transformers, switch gears or high voltage power lines you need to be sure that you spot a problem quickly and early. Partial discharge that goes unchecked can cause blackouts, fires, explosions, or death from arc flashes. In addition to the danger that this can pose to the environment and human lives, it also has a very steep price tag. Having equipment go down can cost millions of dollars per hour and studies have shown that a single data center outage could cost as much as $8851 per minute. On top of this, the Department of Energy estimated that outages cost the US economy $150 billion annually.
Key areas to scan for PD
Insulators
Transformers
High voltage power lines
Switch gears
Arrestors
Busbars
High voltage coils
Breakers
Capacitors
Do it fast, do it safe
This acoustic imager is the all-in-one tool you have been looking for when it comes to all of your leak and PD issues. Everything you need is right at your fingertips. Quickly scan the area or environment and get all the pictures/videos you need with the simple one button capture and large 7″ touchscreen LCD. No additional tools or equipment needed. Without cumbersome secondary cables or devices needed, you have full mobility and greater flexibility to swap between detection of the leak/PD and fixing the leak/PD.
Safety you can trust with performance you value
This precision acoustic imager is the perfect tool for high voltage electricians, electrical test engineers, and grid maintenance teams that are constantly inspecting and maintaining power distribution and industrial high voltage equipment. It provides a safe quick and easy way to detect and locate partial discharge in order to maintain high voltage equipment and prevent catastrophic events. With the SoundSight™ technology, it translates the sounds that it hears into a visual representation so that you can quickly locate problem areas.
Find and fix before flash
Partial discharge can cause a number of very serious and expensive problems from catastrophic equipment failure to lethal arc flashes. The only way to stop this from happening is to inspect and maintain the equipment properly. This precision acoustic imager is built to make finding PD much more comfortable faster and easy. Gone are the days of wearing headphones and listening for very faint sounds or squinting at a small screen to locate issues. Everything you will need to locate issues from a large distance is in the imager, no cords or other accessories hanging down and getting tangled. Simply pick it up, turn it on and start locating issues.
Safety you expect with the rugged product you trust
Safety is key when working on high voltage equipment and safety is all that matters, everything else is just a bonus. Due to the combination of specific microphone positions and a sophisticated algorithm the precision acoustic imager can detect PD from 393′ (120 m) away. This means that you can stay even further than the required distance away while still being effective and efficient at finding all of the problem areas. With no external cords or dangling accessories, it ensures that you won’t get tangled up in any equipment as you do your rounds. In addition with the acoustic imaging technology being able to pick up reflections of sounds you don’t even need to have direct line of sight to locate a problem. This means you can locate PD without ever opening a cabinet.
Find it quickly, find it easily with no training
This imager is truly designed so that anyone can use it with little to no training. Tear up those certifications because you don’t need one to operate this tool. Simply turn on the imager with one button select your frequency range, or let the tool do that for you, and start scanning around immediately looking for PD or leaks. Once you find a concerning image of a sound you can take a video or a photo to be used later after you have added any text annotation. If you want to know more details about a specific leak or PD switch into PDQ or LeakQ.
Mechanical: First-line inspection to locate potential mechanical issues early and avoid unplanned downtime
Conveyor systems are a daunting maintenance problem because of the size and scope of the equipment and the nearly endless number of components that have the potential to disrupt production and cause unplanned downtime. Until now, it has been almost impossible to inspect the systems properly. This imager with MecQ™ revolutionizes inspection by enabling efficient scanning of large areas to detect and document potential issues for more targeted maintenance. With contactless scanning and advanced noise filtering, this precision acoustic imager with MecQ™ mode ensures safety and delivers clear images even in high-noise environments. By detecting areas of concern early on, it enables proactive measures to prevent costly problems, surpassing traditional methods. For professionals seeking seamless operation and proactive maintenance of large conveyance systems, this acoustic imager with MecQ™ is the ultimate choice.
Applications
Hospitals
Power plants
Transportation
Material handling
Oil and gas and mining: Refineries, oil rigs, gas processing, and mines
Process manufacturing: F&B, chemical, pharma, glass, cement, pulp and paper
Discrete manufacturing: Automotive, heavy machinery, fabricated metal, plastics, and electronicsFluke ii910 Offers
Leaks in compressed air, gas and vacuum systems hit both production uptime and the operations line. With this precision acoustic imager your maintenance team can quickly pinpoint the location of compressed air and vacuum leaks. With minimal training, your maintenance technicians can begin checking for air leaks during their typical maintenance routine – even during peak operation hours.
This acoustic imager offers a way to locate issues using sound, and it is an intuitive, simple to use tool that can isolate the frequency of leaks or vacuums, even in extremely noisy production environments. A leak location is determined by discerning the direction from which a sound originates by the time delays that occur as the sound passes over an array of microphones. A SoundMap™ is displayed in color over a visual image allowing for easy visual location. With the full array of microphones, it is easy to scan a large area and even capture leaks from a distance.
Features
Leak volume and cost indication on the go
CO2 emission reporting
All-in-one tool to visualize leaks and partial discharge
Reduce outages and increase uptime
Cut costs and save energy everyday by finding and fixing PD
LeakQ™ mode (leak quantification): On-device estimated leak size and cost indication
MecQ™ mode (mechanical inspection): On-device feature to detect mechanical issues
PDQ Mode™ (partial discharge): On-device PD classification
SoundSight™ technology
Acoustic imaging: Blended live SoundMap™ with visual image
Frequency range from 2 to 100 kHz
Detection range of 1.6 to >393′ (0.5 to >120 m)
7″ (177.8 mm) 1280 x 800 LCD display with capacitive touchscreen
Finally, an easy way to detect, locate and analyze partial discharge in one tool
Tired of spending too much time detecting partial discharge? Introducing the precision acoustic imager, engineered to locate partial discharge, corona discharge as well as gas and vacuum leaks. This acoustic imaging camera’s groundbreaking technology is a cost efficient, safe, effective, and comfortable tool for teams who inspect and maintain power distribution and industrial high voltage equipment.
The invisible threat…now you can see
Partial discharge is a serious issue that teams monitor everyday. Whether you are scanning insulators, transformers, switch gears or high voltage power lines you need to be sure that you spot a problem quickly and early. Partial discharge that goes unchecked can cause blackouts, fires, explosions, or death from arc flashes. In addition to the danger that this can pose to the environment and human lives, it also has a very steep price tag. Having equipment go down can cost millions of dollars per hour and studies have shown that a single data center outage could cost as much as $8851 per minute. On top of this, the Department of Energy estimated that outages cost the US economy $150 billion annually.
Key areas to scan for PD
Insulators
Transformers
High voltage power lines
Switch gears
Arrestors
Busbars
High voltage coils
Breakers
Capacitors
Do it fast, do it safe
This acoustic imager is the all-in-one tool you have been looking for when it comes to all of your leak and PD issues. Everything you need is right at your fingertips. Quickly scan the area or environment and get all the pictures/videos you need with the simple one button capture and large 7″ touchscreen LCD. No additional tools or equipment needed. Without cumbersome secondary cables or devices needed, you have full mobility and greater flexibility to swap between detection of the leak/PD and fixing the leak/PD.
Safety you can trust with performance you value
This precision acoustic imager is the perfect tool for high voltage electricians, electrical test engineers, and grid maintenance teams that are constantly inspecting and maintaining power distribution and industrial high voltage equipment. It provides a safe quick and easy way to detect and locate partial discharge in order to maintain high voltage equipment and prevent catastrophic events. With the SoundSight™ technology, it translates the sounds that it hears into a visual representation so that you can quickly locate problem areas.
Find and fix before flash
Partial discharge can cause a number of very serious and expensive problems from catastrophic equipment failure to lethal arc flashes. The only way to stop this from happening is to inspect and maintain the equipment properly. This precision acoustic imager is built to make finding PD much more comfortable faster and easy. Gone are the days of wearing headphones and listening for very faint sounds or squinting at a small screen to locate issues. Everything you will need to locate issues from a large distance is in the imager, no cords or other accessories hanging down and getting tangled. Simply pick it up, turn it on and start locating issues.
Safety you expect with the rugged product you trust
Safety is key when working on high voltage equipment and safety is all that matters, everything else is just a bonus. Due to the combination of specific microphone positions and a sophisticated algorithm the precision acoustic imager can detect PD from 393′ (120 m) away. This means that you can stay even further than the required distance away while still being effective and efficient at finding all of the problem areas. With no external cords or dangling accessories, it ensures that you won’t get tangled up in any equipment as you do your rounds. In addition with the acoustic imaging technology being able to pick up reflections of sounds you don’t even need to have direct line of sight to locate a problem. This means you can locate PD without ever opening a cabinet.
Find it quickly, find it easily with no training
This imager is truly designed so that anyone can use it with little to no training. Tear up those certifications because you don’t need one to operate this tool. Simply turn on the imager with one button select your frequency range, or let the tool do that for you, and start scanning around immediately looking for PD or leaks. Once you find a concerning image of a sound you can take a video or a photo to be used later after you have added any text annotation. If you want to know more details about a specific leak or PD switch into PDQ or LeakQ.
Mechanical: First-line inspection to locate potential mechanical issues early and avoid unplanned downtime
Conveyor systems are a daunting maintenance problem because of the size and scope of the equipment and the nearly endless number of components that have the potential to disrupt production and cause unplanned downtime. Until now, it has been almost impossible to inspect the systems properly. This imager with MecQ™ revolutionizes inspection by enabling efficient scanning of large areas to detect and document potential issues for more targeted maintenance. With contactless scanning and advanced noise filtering, this precision acoustic imager with MecQ™ mode ensures safety and delivers clear images even in high-noise environments. By detecting areas of concern early on, it enables proactive measures to prevent costly problems, surpassing traditional methods. For professionals seeking seamless operation and proactive maintenance of large conveyance systems, this acoustic imager with MecQ™ is the ultimate choice.
Applications
Hospitals
Power plants
Transportation
Material handling
Oil and gas and mining: Refineries, oil rigs, gas processing, and mines
Process manufacturing: F&B, chemical, pharma, glass, cement, pulp and paper
Discrete manufacturing: Automotive, heavy machinery, fabricated metal, plastics, and electronics
Fluke ii910 Specifications
Sensors
Frequency Band
2 to 100 kHz
Detection Range
1.6 to 393′ (0.5 to 120 m)
Field of View
63° ±5°
Nominal Frame Rate
25 FPS
Built-In Digital Camera (Visible Light)
Field of View
63° ±5°
Focus
Fixed lens
Acoustic Measurements
Measurement Range
12.1 to 114.6 dB SPL (±1 dB SPL 2 kHz)
4.4 to 101.2 dB SPL (±2 dB SPL 19 kHz)
12.8 to 119.2 dB SPL (±1 dB SPL 35 kHz)
19.8 to 116.1 dB SPL (±3 dB SPL 52 kHz)
41.4 to 129.0 dB SPL (±1 dB SPL 80 kHz)
54.4 to 135.5 dB SPL (±1 dB SPL 100 kHz)
Auto Maximum/Minimum dB Gain
Auto or manual, user selectable
Frequency Band Selection
User selectable through user-made presets or manual entry
General Specifications
Display
Size: 7″ (177.8 mm) LCD with backlight, under-sunlight readable
Resolution: 1280 x 800 (1,024,000 pixels)
Touchscreen: Capacitive
Acoustic image: Yes, SoundMap™ image
Software
Ease of use: Intuitive user interface
Trend graphs: Frequency and dB scale
Spot markers: dB level reading at center point of the image
Image Storage
Capacity: Internal memory with the capacity for 999 picture files and 20 video files
Image format: Blended visual and SoundMap™ .JPG or .PNG
Video format: Blended visual and SoundMap™ .MP4
Video length: Up to 5 minutes
Digital export: USB-C for data transfer
Standard Palettes
3: Grayscale, Ironbow and Blue-Red
Temperature
Operating: 14 to 104°F (-10 to 40°C)
Storage: -4 to 158°F (-20 to 70°C) without batteries installed
Relative Humidity
10 to 95%, non-condensing
Ingress Protection
IP40
General Safety
IEC 61010-1
Electromagnetic Compatibility (EMC) International
IEC 61326-1: Portable Electromagnetic Environment IEC 61326-2-2 CISPR 11: Group 1, Class A
USA (FCC)
47 CFR 15 subpart B (considered an exempt device per clause 15.103)
RoHS Compliant
Yes
Supported Languages
Dutch, English, Finish, French, German, Italian, Japanese, Korean, Polish, Portuguese, Russian, Simplified Chinese, Spanish, Swedish, Traditional Chinese
Battery
Type: 2 x rechargeable Li-ion batteries
Life: 6 hours/battery
Charging time: 3 hours
Charging system: External dual-bay charger
Dimensions
7.3 x 12.7 x 2.7″ (186 x 322 x 68 mm)
Weight
3.75 lbs (1.7 kg)
Click here for complete specifications on the Fluke ii910
What’s included with the Fluke ii910
Acoustic Imager
USB Cable
2 x Rubber Array Covers
Adjustable Hand Strap
Adjustable Neck Strap
Rugged, Hard Carrying Case
2 x Rugged Lithium Ion Smart Battery Packs
AC Power Supply and Battery Pack Charger (Including Universal AC Adapters)
Two-Year Warranty
Key Features
ii910
ii900
Definitions
Sensors
Frequency Band
2 to 100 kHz
2 to 52 kHz
Detection Range
1.6 to 393′ (0.5 to 120 m)*
1.6 to >230′ (0.5 to >70 m)*
Field of View
63° ±5°
Nominal Frame Rate
25 FPS
The number of Frames Per Second (FPS) indicates the number of times the image on the screen is refreshed each second
Built-In Digital Camera (Visible Light)
Field of View (FOV)
63° ±5°
Focus
Fixed lens
Display
Size
7″ (177.8 mm) LCD with backlight, sunlight readable
Resolution
1280 x 800 (1,024,000 pixels)
Touchscreen
Capacitive
Extremely precise and quick responding
Acoustic Image
Yes, SoundMap™ image
A SoundMap™ is a visual map of noise sources using an acoustical array
Image Storage
Storage Capacity
Internal memory with the capacity for 999 picture files and 20 video files
Image Format
Blended visual and SoundMap™ .JPG or .PNG
Video Format
Blended visual and SoundMap™ .MP4
Video Length
Up to 5 minutes
Digital Export
USB-C for data transfer
Acoustic Measurements
Measurement Range
12.1 to 114.6 dB SPL (±1 dB SPL 2 kHz)
4.4 to 101.2 dB SPL (±2 dB SPL 19 kHz)
12.8 to 119.2 dB SPL (±1 dB SPL 35 kHz)
19.8 to 116.1 dB SPL (±3 dB SPL 52 kHz)
41.4 to 129 dB SPL (±1 dB SPL 80 kHz)
54.4 to 135.5 dB SPL (±1 dB SPL 100 kHz)
15.4 to 115.2 dB SPL (±1 dB SPL 2 kHz)
5.6 to 102.5 dB SPL (±2 dB SPL 19 kHz)
28.4 to 131.1 dB SPL (±1 dB SPL 35 kHz)
41.8 to 133.1 dB SPL (±3 dB SPL 52 kHz)
Sound pressure level (dB SPL) or acoustic pressure is the local pressure deviation from the ambient-decible and sound pressure level
Auto Maximum/Minimum dB Gain
Auto or manual, user selectable
Frequency Band Selection
User selectable through user-made presets or manual entry
Software
Ease of Use
Intuitive user interface
Trend Graphs
Frequency and dB scale
Spot Markers
dB level reading at center point of the image
Battery
Batteries (Field-Replaceable, Rechargeable)
2 x Rechargeable li-ion batteries
Battery Life
6 hours/battery (product includes spare battery)
Battery Charging Time
3 hours
Battery Charging System
External dual-bay charger
General Specifications
Standard Palettes
3: Grayscale, Ironbow and Blue-Red
Operating Temperature
ii900
14 to 113°F (-10 to 45°C)
ii910
14 to 104°F (-10 to 40°C)
Storage Temperature
-4 to 158°F (-20 to 70°C) without batteries installed
Relative Humidity
10 to 95%, non-condensing
Dimensions
7.3 x 12.7 x 2.7″ (186 x 322 x 68 mm)
Weight
3.75 lbs (1.7 kg) with battery included
Ingress Protection (IP)
IP40
Protection against particles 1 mm or greater and dripping water
Warranty
Two years
Self-Diagnostic Notification
Array-health test to identify when microphone array needs attention
Supported Languages
Dutch, English, Finish, French, German, Italian, Japanese, Korean, Polish, Portuguese, Russian, Simplified Chinese, Spanish, Swedish, Traditional Chinese
RoHS Compliant
Yes
Safety
General Safety
IEC 61010-1
Electromagnetic Compatibility (EMC) International
IEC 61326-1: Portable Electromagnetic Environment
IEC 61326-2-2 CISPR 11: Group 1, Class A
Korea (KCC)
Class A Equipment (Industrial Broadcasting and Communication)
USA (FCC)
47 CFR 15 subpart B. This product is considered an exempt device per clause 15.103
*Depending on ambient conditions
Webinar: Solar Trends and Troubleshooting PV Systems with Fluke
In recent years, more and more people are opting for greener solutions to minimize environmental damage, which has led to an increased demand for environmentally safe solutions. As such, there are more efforts being made on using solar energy in various segments of our society. These changes also entail the need for tools that improve testing and troubleshooting solar solutions.
Webinar: Acoustic Sound Imaging – See compressed air leaks with the Fluke ii900 & ii910
Acoustic sound imaging is an exciting and innovative technology that allows us to create an image of a scene based on the sounds in that scene. A safe quick and easy way to detect and locate partial discharge in order to maintain high voltage equipment and prevent catastrophic events.
Finally a better way to detect compressed air leaks with the Fluke ii900 Sonic Industrial Imager
Would you be impressed if we told you that there’s a solution that allows you to see and identify compressed air leaks that cut into your productivity and profits? Well, be prepared to be impressed!
Fluke acoustic sound imaging technology allows technicians to see sound as they scan hoses, fittings, and connections for leaks. The Fluke ii900 features a built-in acoustic array of tiny sensitive microphones that generate a spectrum of decibel levels per frequency.
The Fluke ii900 Sonic Industrial Imager allows you to spot the air leak
Here’s the solution that allows you to see and identify leaks that cut into your productivity and profits in a matter of seconds! Not to mention, that’s how short this video is!
Watch for a visual on how this Sonic Industrial Imager from Fluke (model ii900) will allow you to “see” compressed air, gas, steam or vacuum leaks quickly, easily, and accurately.
Guide to the differences between the Fluke ii900 Industrial and the ii910 Precision Acoustic Imagers
Join us as Adam walks us through the important differences between the Fluke ii900 Industrial Acoustic Imager and the ii910 Precision Acoustic Imager.
Both models provide a solution that allows you to see and identify leaks that cut into your productivity and profits. Fluke acoustic sound imaging technology allows technicians to see sound as they scan hoses, fittings, and connections for leaks. Both models in the Fluke ii900 series feature a built-in acoustic array of tiny sensitive microphones generates a spectrum of decibel levels per frequency.
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