Compressed air leaks, leaks in vacuum systems, electrical partial discharges... These are all inconveniences that we want to avoid, so that we do not have to waste money and resources unnecessarily and avoid production costs and problems. FLIR's Si124 series of acoustic imaging cameras is the perfect solution to locate these types of leaks in time.
These cameras feature a wide acoustic detection range, up to 65 Khz, and an integrated battery with quick power button to make monitoring and inspection more efficient and effective.
The editions Si124-PD y LD EDITIONS editions feature the same robust artificial intelligence software capabilities of the Si124, but are customized to provide a more economical option for particular uses, such as locating compressed air leaks in a factory. Together, the Si124 family of devices can help reduce inspection times by up to 10 times compared to traditional methods.
These lightweight cameras are operated with one hand, and are of great help in utility, manufacturing and engineering applications, identifying efficiency loss and potential failures up to 10 times faster than traditional methods, requiring minimal training.
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For the detection of partial discharges in high voltage electrical systems.
It features automatic electrical fault classification for partial discharge problems, including surface, surface discharge, floating discharge and airborne discharge.
With the software function, users can enter the necessary parameters for correct measurement. In addition, it can reliably detect problems from distances of up to 130 meters with the ease of one-handed operation.
Operators can also easily review images on the screen, even in outdoor lighting conditions, using artificial intelligence to classify the specific type of partial discharge so you know exactly what to fix.
For compressed air leak detection, and the acoustic chamber
Capable of real-time cost analysis and leak measurement on the device, thanks to the intelligent ultrasonic imaging system, this camera allows users to instantly see the leak rate on the screen as it occurs, either in liters per minute (l/min) or cubic feet per minute (CFM), and quantify the size of the leak. This feature provides a quick assessment of how much air is being lost and the estimated cost savings if the problem is fixed.
FLIR's Si124-Series devices, Si124-PD and Si124-LD, also include easy-to-use integrated analytics with access to an online portal via the "FLIR Acoustic Camera Viewer" cloud service.
This software allows users to perform both quick diagnostic tasks and conduct more in-depth analysis. Data is quickly uploaded via wifi to the cloud service and then immediately analyzed, providing the user with in-depth information such as the size and energy cost of a compressed air leak or the PD rating and pattern of an electrical fault. This information is accessible on the Si124 and through the cloud portal.
With this data, users of the Si124-PD can determine the severity of partial discharge problems in high-voltage equipment, improving the reliability of the power grid. In addition, the Si124-LD helps users determine the severity of compressed air leaks, potentially saving significant amounts of money in energy costs.
Why choose a Teledyne FLIR acoustic camera?
Hold the camera with one hand
Keep one hand free while inspecting components, for operator safety and to reduce neck strain.
They have the correct number of microphones
Si124 cameras have 124 microphones, which can help you pick up almost imperceptible noises at long distances. This is especially important when inspecting high-voltage systems, which require a safe distance from energized equipment. The strength of a sound signal decreases significantly as it moves away from its source. The solution is to increase the number of microphones: quadrupling the number of microphones essentially doubles the sound detection range.
Optimal microphone performance
They use an optimized dynamic range to balance frequency capabilities with the distance the sound travels. It is desirable to use the lowest possible frequencies to achieve the greatest possible distance.
Machine learning capabilities
The FLIR Si124 uses machine learning to distinguish the other characteristics of the sound pattern created by background PD and leakage. Thanks to the large number of sensitive microphones combined with modern computer processing using machine learning, we are able to distinguish between background noise and noise created by defects due to different frequency properties.
Choose the Si124 model that's right for you
- Integrated battery (wireless).
- Frequency range: 2 kHz to 65 KHz.
- Includes hard case and neck strap.
- Battery tethered accessories available as additional options.
- Free online software for analysis and reporting.
- Compatible with FLIR Thermal Studio offline analysis and reporting software (free and paid versions available).
WHY CHOOSE THIS OPTION?
- Tethered battery takes the weight off the hand
- From 2 to 10 times the life or load cycles
- Longer storage without loss of charge
- Safer and more stable chemistry
In Apliter Termografia we have conducted a test in the facilities of a company in the metallurgical sector, to assess whether there were leaks in its compressed air circuit.
In the test we were able to detect various leakage points in the circuit with the FLIR Si124 ultrasonic acoustic camera. With this study, the company can take measures and solve these leaks, which can save a certain amount of money at the end of the year, which the camera software quantifies.
In summary, it is a powerful tool that will help you finally detect those leaks that make you waste money. It is highly sensitive and shows you in real time where the leak is, the flow rate and the losses it causes.
There are 3 models of the FLIR Si124 acoustic camera:
- Si124-LD: Compressed air leak detection
- Si124-PD: Partial discharge detection in electrical systems
- Si124: Both functionalities.
We would like to thank Viñolas Metall, S.L. for letting us enter their factory to carry out these tests.
If you use a compressed air system in your factory or are in the business of servicing compressed air circuits, you must have a FLIR Si124.
Don't lose any more money!
Things to consider when looking for an acoustic imaging camera.
EFFECTIVE FREQUENCY RANGE
One of the first features to consider is the frequency range of the camera. You may think you need the widest possible range to capture the widest range of sounds. However, in reality, the most effective frequency range for detecting a compressed air leak is between 20 and 30 kHz. This is because using the 20 to 30 kHz range helps to distinguish compressed air leaks from background noise in a factory.
OPTIMUM NUMBER OF MICROPHONES
In the quest for noise reduction, more is better. Acoustic imaging cameras typically employ dozens of micro-electrical-mechanical system (MEMS) microphones to pick up and characterize sound. Although MEMS are small, use little power and are very stable, they also generate their own noise that interferes with an individual microphone's ability to pick up very quiet sounds. The solution is to increase the number of microphones in use; simply doubling the number of microphones improves the signal-to-noise ratio enough to eliminate three decibels of unwanted sound.
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