Products Description
Our handheld imager uses beamforming to turn acoustic-source distribution into a real-time color map. The unit supports gas-leak and partial-discharge modes together with photo, video, and data functions.
Technical Principle
Electromagnetic induction transfers energy between isolated windings at the specified voltage ratio. The magnetic core guides flux, while the insulation and cooling structure maintain dielectric strength and temperature rise within design limits.

Product Features
The handheld imager turns inaudible or complex sound fields into a clear on-screen location map. One instrument covers gas leakage, partial discharge, temperature, and mechanical-noise tasks. A large microphone array supports long-range sound-source localization. Photo, video, Wi-Fi, Bluetooth, USB-C, and HDMI simplify evidence capture and sharing.
Operating Conditions
The product shall be installed and operated within the ratings stated in the technical parameters. Key site requirements include: frequency range, environment, and reporting needs.. Keep the installation area clean, adequately ventilated, free from corrosive gas and severe vibration, and provide the specified grounding, clearance, and power quality.

Product Parameters
|
Parameter |
Details |
|
Microphone array |
136 digital silicon microphones |
|
Frequency bandwidth |
0-96 kHz |
|
Detection distance |
0.3-150 m |
|
Minimum detectable leak |
0.078 mL/s at 0.5 m and 0.6 MPa; 0.122 mL/s at 1 m and 0.5 MPa |
|
Microphone sampling |
192 kHz |
|
Visible image |
2688×1944 maximum; 6.4 mm lens; 50.2°×35.4° field of view |
|
Display |
4.3-inch 800×480 capacitive touch screen |
|
Storage / battery |
64 GB / rechargeable lithium battery, 2 h operation |
|
Environment / protection |
-20°C to +50°C; ≤95% RH; IP54; 1.2 m drop rating |
|
Weight / size |
<1.2 kg / 310.4×165×117 mm |
Product Advantages
- The handheld imager turns inaudible or complex sound fields into a clear on-screen location map.
- One instrument covers gas leakage, partial discharge, temperature, and mechanical-noise tasks.
- A large microphone array supports long-range sound-source localization.
- Photo, video, Wi-Fi, Bluetooth, USB-C, and HDMI simplify evidence capture and sharing.
Main Applications
The handheld imager is used for power inspection, pressurized-gas systems, vacuum equipment, mechanical diagnosis, and industrial maintenance.
It supports substations, petrochemical plants, mines, rail systems, and manufacturing facilities.
The instrument helps technicians locate leaks or discharge sources without direct contact.
Components
|
Part |
Function |
|
136-microphone array |
Captures spatial acoustic data for beamforming. |
|
Visible camera |
Provides the scene image for sound-map overlay. |
|
Touch-screen processor |
Runs detection modes, analysis, storage, and display. |
|
Battery and interfaces |
Support portable use, charging, transfer, and video output. |
FAQ
Q: What information is needed for model selection?
A: Provide the target fault, expected distance, pressure, frequency range, environment, and reporting needs.
Q: What should be checked before installation?
A: Keep the microphone array unobstructed and account for wind, reflections, background noise, and safe clearance.
Q: How can the device or system be integrated?
A: Wi-Fi, Bluetooth, USB-C, HDMI, photos, and MP4 video support field documentation and transfer.
Q: Which options should be confirmed before production?
A: Confirm accessories, batteries, case, infrared option, language needs, and data-workflow requirements.
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