• Frequency range: 2 kHz to 100 kHz
• Detection range: up to 393 feet (120 meters)
• Array of microphones generates a spectrum of decibel levels per frequency
• Can find leaks during peak operation hours
• Easy way to locate partial discharge for maintaining high voltage equipment

Leaks in compressed air, gas, steam and vacuum systems hurt both production uptime and the operations bottom line.

While most manufacturers know that these types of leaks exist, it has been too time-consuming and tedious to address them until now. With the Fluke ii900 or ii910 and minimal training, your maintenance technicians can begin checking for leaks during their typical maintenance routine-even during peak operation hours.

The ii900 series acoustic imagers let technicians see sound as they scan hoses, fittings, and connections for leaks. Its built-in acoustic array of tiny sensitive microphones generates a spectrum of decibel levels per frequency. Based on this output, an algorithm calculates a sound image, known as SoundMap that is superimposed on a visual image. The SoundMap is automatically adapted depending on the frequency level selected so that background noise is filtered out, making it incredibly simple to detect compressed gas leaks.

Finally, a better way to detect compressed air, gas, steam, and vacuum leaks. Plus, the ii910 provides increased sensitivity to detect leaks that are smaller or farther away.

Partial Discharge is a very serious issue that you would like to be able to monitor quickly and easily. Whether you are inspecting insulators, transformers, switch gears or high voltage powerlines 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 partial discharge poses to human lives and the environment, there is a significant monetary risk of downtime. Having equipment go down can cost millions of dollars per hour of downtime.

The Fluke ii910 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. The ii910 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 the ii910 translates the sounds that it hears into a visual representation so that you can quickly locate problem areas. The higher frequency capability of the ii910 allows for earlier detection to facilitate early maintenance planning and is why the ii910 has a frequency range of 2-100Khz.

• Insulators
• Transformers
• High voltage powerlines
• Switch gears
• Arrestors
• Busbars
• High voltage coils
• Breakers
• Capacitors

Conveyor maintenance must be efficient to avoid expensive, unplanned downtime. This is particularly important in industries like food and beverage production, logistics warehousing, automotive manufacturing, mining, and raw material handling.

By utilizing the Fluke ii910 with MecQ, maintenance professionals can minimize the risk of unplanned downtime on conveyor systems. Swift identification of potential bearing failures allows for timely maintenance and prevents costly system disruptions. Furthermore, the ii910 enables inspections without the need for close contact, eliminating hazardous situations and ensuring team safety.

Unplanned downtime can lead to significant financial losses. Proactive maintenance with the ii910 can help to avoid downtime. This can lead to potential cost savings of between $30,000 and $130,000 per hour, depending on the industry.

Seeing sound with Fluke MecQ helps narrow the area of interest on large conveyor systems like this one.

The ii910 enables users to record their findings. They can do this by taking screenshots of important points and adding annotations and tags to the photos. This helps them to plan for any necessary follow-up actions and to assess the urgency of the situation.

It allows users to take advantage of detailed visual records. This can be useful for future reference and analysis. Users can use advanced image analysis and reporting capabilities to gain a deeper understanding of the condition of their conveyor systems. This helps them to detect potential problems before they become severe.

The ii910 with MecQ offers maintenance teams the ability to capture and store images and data. This comprehensive view of their conveyor system enables them to make informed decisions on the best course of action. Maintenance teams can trust the ii910 to keep their conveyor systems in good working order. This proactive step helps ensure the continued success of their operations.