Products

Mini CAM Acoustic Imager

1.128 digital microphones

2.Support PRPD function

3.Remote upgrade, type-C port

4.Easily display acoustic and thermal imaging together

5.Batteries can be replaced manually, PD fast charging

6.Optional thermal camera, support hot swapping

description1
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Overview

Overview

The Mini CAM is a standalone system for acoustic image measurements and signal analysis. As a standalone system, no additional equipment is needed for basic usage of the device.

This rugged, versatile tool can help you quickly and easily identify a variety of undesirable industrial conditions, like electric faults, gas leaks. With pinpoint accuracy the Mini CAM allows you to instantly see audible and ultrasonic noises that are hard to detect, With 128 Digital Microphones, it will help you clearly see what you've been missing.

By adding an optional thermal camera part, the Mini CAM can change functions between acoustic imaging and thermal imaging, making diagnosis more comprehensive and efficient

Parameters

Parameters

Technical data of acoustic imager
Sensor(microphone) 128 Video format MP4
Effective frequency range 2-55kHz Storage capacity 64GB, Max 128GB
Microphone sensitivity -46 dBFS Digital export USB 3.0 Type-C
Signal-To-Noise ratio 66 dB(A) Display 7 inch, 1280x800 resolution
Camera frame speed 25 FPS Battery operation time 5 hours
Detection distance 0.3m-100m Operating temperature -20℃ ~ 50℃
Due to real test situation Size 246mm*150mm*45mm
Image format JPG Weight 1.25kg
Technical data of optional thermal camera
Optical zoom Adjustable
Resolution 640*480
Thermal sensitivity NETD 25mK@30℃
Temperature measurement range -20℃ to 650℃
Temperature measurement accuracy ±2℃ or ±2%
Emissivity 0.1-1.00 adjustable, 0.01 step
Features

Features

Visualize what you can hear and what you can't

When an electric arc occurs, it results in ultrasonic wave element, higher than the audible frequency. Therefore, in noisy environment, ultrasonic wave element can be measured to determine whether or not electric arc have occurred and where they have occurred.

Make your online diagnosis more efficient

Better design for your easier use