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A compact and rugged ultrasonic and acoustic sound camera that helps you quickly and easily identify a variety of undesirable industrial conditions. With pinpoint accuracy, it allows you to instantly see audible and ultrasonic noises that are hard to detect, and 112 MEMS-based precision microphones help you see what you've been missing.
A compact and rugged ultrasonic and acoustic sound camera that helps you quickly and easily identify a variety of undesirable industrial conditions. With pinpoint accuracy, it allows you to instantly see audible and ultrasonic noises that are hard to detect, and 112 MEMS-based precision microphones help you see what you've been missing.
This camera can be used for various objectives because it can measure not only signal in audible range but also ultrasonic range. It has 112 microphones for high measurement sensitivity and can detect an ultrasonic signal at 48 kHz. It can clearly measure not only car BSR (Buzz, Squeak, Rattle), but also the minute air, gas leak, and the electric arc. It will continually increase productivity and comfort. See the noise that you've been missing!
Visualization of air, gas leak, and the electric arc location
Prevention of resource loss and disaster by gas leak, and the electric arc diagnosis
Measurement of car BSR noise and identification of causes
Noise diagnosis and evaluation in industrial sites
Remote touchscreen control
Did you know that this ultrasonic camera, the BATCAM 2.0 can be remotely adjusted from a larger external monitor? When an external monitor is connected to the equipment, the external monitor also enables remote control and real-time monitoring.
This innovative feature is especially convenient when it is fixed or for when long-term noise monitoring is required.
See for yourself in this short video!
Remote Touchscreen Ultrasonic Camera
This video shows you how you can adjust your BATCAM 2.0 ultrasonic camera remotely from a larger external monitor.
When a gas leak occurs, it results in ultrasonic wave element, higher than the audible frequency. Ultrasonic wave element is also made when electrical arc occurs. Therefore, in noisy environment, ultrasonic wave element can be measured to determine whether or not gas leak and electric arc have occurred and where they have occurred. It has detected a leak at a distance of 0.5 m at 51 ccm/in (0.85 cc/sec) with 1.6 bar pressure pressurized.
It can measure the leakage flow rate of 50 cc/min (0.0017 CFM) at a distance of 3.28' (1 m) and the leakage flow rate of 110 cc/min (0.0039 CFM) at a distance of 32.8' (10 m). If the leakage flow is greater, it can be measured from a longer distance.
When a gas leak occurs
When an electric arc occurs
Measurement range of the BATCAM 2.0
Measurement of car BSR noise and identification of causes
Visualize gas leaks, electric faults, and mechanical condition monitoring
Noise diagnosis and evaluation in industrial sites
| Sensor (Microphone) | 112 Ch Digital MEMS |
| Effective Frequency Range | 2 k to 48 kHz |
| Microphone Sensitivity | -41 dBFS |
| Signal-To-Noise Ratio | 66 dB(A) |
| Camera Frame Speed | 25 FPS |
| Detection Distance | 0.98 to 164' (0.3 to 50 m) (May vary depending on the measurement environment) |
| Display Type | 5" color LCD |
| Battery Operation Time | 4 hours |
| Operating Temperature | -4 to 122°F (-20 to 50°C) |
| Dimensions | 9.33 x 5.75 x 2.2" (237 x 146 x 56 mm) |
| Weight | 2.65 lbs (1.2 kg) |
| Sensor (Microphone) | 112 Ch Digital MEMS |
| Effective Frequency Range | 2 k to 48 kHz |
| Microphone Sensitivity | -41 dBFS |
| Signal-To-Noise Ratio | 66 dB(A) |
| Camera Frame Speed | 25 FPS |
| Detection Distance | 0.98 to 164' (0.3 to 50 m) (May vary depending on the measurement environment) |
| Display Type | 5" color LCD |
| Battery Operation Time | 4 hours |
| Operating Temperature | -4 to 122°F (-20 to 50°C) |
| Dimensions | 9.33 x 5.75 x 2.2" (237 x 146 x 56 mm) |
| Weight | 2.65 lbs (1.2 kg) |
