Find invisible acoustic problems faster

Hertzinno

Fast Field Diagnosis

Visualize abnormal sound sources directly on the screen and reduce troubleshooting time during site inspection.
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Power Equipment Inspection

Locate corona, arcing and partial discharge sources in substations, switchgear rooms and power equipment.
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Leak Localization

Detect compressed air, vacuum, SF6 or industrial gas leak sources with acoustic imaging guidance.
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Maintenance Reports

Support inspection teams with visual evidence, location information and field verification records.
Online Acoustic Monitoring

Fixed acoustic imaging for continuous gas leak, partial discharge and abnormal sound monitoring

HERTZINNO online acoustic cameras are designed for fixed installation, robot-mounted inspection and platform-based acoustic monitoring. They help operators visualize invisible sound sources, identify abnormal acoustic events and connect alarms to remote monitoring workflows in power, oil and gas, chemical, data center and industrial facilities.

01

24/7 Fixed Monitoring

Monitor key areas continuously instead of relying only on periodic manual inspection.

02

Gas Leak Localization

Visualize ultrasonic leak emissions from valves, pipelines, tanks, compressors and utility systems.

03

Partial Discharge Monitoring

Detect and locate discharge-related acoustic signals in switchgear, substations and high-voltage assets.

04

Robot & Platform Integration

Support fixed deployment, robot-mounted inspection, remote alarms and third-party monitoring platforms.

Monitoring Architecture

From acoustic sensing to remote alarm workflow

Online acoustic cameras combine microphone arrays, optical imaging, acoustic source localization, edge analysis and communication interfaces to build a continuous monitoring workflow.

One system for sound source localization, visual verification and platform integration.

The camera captures audible and ultrasonic signals, overlays the acoustic source on the visual image, analyzes abnormal events and sends video, alarm or diagnostic data to the monitoring platform.

Sensor Layer MEMS microphone array, optical image and optional thermal imaging.
Analysis Layer Beamforming, sound source localization, leak localization and PD-related acoustic analysis.
Alarm Layer Event alarm, acoustic image, visual evidence and historical trend support.
Integration Layer Ethernet, HTTP, WebSocket, RTSP, robot system or third-party monitoring platform.
Typical Applications

Where online acoustic cameras are used

Online acoustic cameras are suitable for high-value assets, remote sites and high-risk areas where continuous acoustic awareness is more valuable than occasional patrol.

01

Substations & Switchgear Rooms

Monitor partial discharge, corona, arcing and abnormal ultrasonic emissions in electrical equipment areas.

02

Oil, Gas & Chemical Sites

Monitor gas leak sources around pipelines, valves, tanks, compressors, process equipment and storage areas.

03

Robot-mounted Inspection

Add acoustic perception to robot dogs, wheeled robots, UAV gimbals and unmanned inspection systems.

04

Data Centers

Monitor electrical rooms, transformers, cooling equipment, cable areas and abnormal sound sources in critical infrastructure.

05

Energy Storage Stations

Monitor PCS rooms, switchgear, transformers, cooling systems and abnormal acoustic events in BESS facilities.

06

Industrial Utility Areas

Monitor compressed air, vacuum, steam, gas, pumps, fans and other abnormal mechanical acoustic sources.

Selection Guide

Choose the right online acoustic camera

Select the model according to your target application, installation structure, communication method and whether thermal imaging, methane verification or explosion-proof design is required.

Monitoring Need Recommended Product Best-fit Scenario
Standard fixed acoustic monitoring HZ-FA-371 Substations, gas stations, pipeline valve areas, industrial utility areas and fixed monitoring points.
Acoustic + thermal verification HZ-FA-371T Switchgear rooms, electrical rooms, data centers, energy storage stations and critical infrastructure.
Methane / gas leak PTZ monitoring HZ-PA-3EX Oil, gas, chemical, LNG and hazardous areas where acoustic and methane verification are required.
Robot-mounted acoustic inspection HZ-FA-36 Robot dogs, wheeled robots, UAV gimbals and compact unmanned inspection platforms.
OEM / module integration HZ-ACM-20Ex Embedded acoustic imaging, robot integration, custom monitoring devices and explosion-proof system development.
Integration Value

Designed for fixed sites, robots and monitoring platforms

Online acoustic cameras are not only inspection devices. They can become part of a remote monitoring system, robot inspection workflow or industrial IoT platform.

01

Remote Alarm

Send acoustic event alarms, images and monitoring data to operators for faster response.

02

Video Streaming

Support video and acoustic heatmap display for remote visual verification.

03

Robot Workflow

Integrate acoustic perception into robotic patrol tasks for unmanned inspection.

04

Platform Connection

Connect with SCADA, monitoring platforms, inspection systems or third-party applications.

Plan your online acoustic monitoring system.

Tell us your monitored asset, installation distance, gas type, acoustic event, hazardous area requirement and platform integration needs.

Request Fixed Monitoring Solution

Where handheld acoustic cameras are used

Handheld acoustic cameras are suitable for mobile inspection teams that need quick, visual and repeatable diagnosis.
Locate partial discharge, corona and abnormal ultrasonic emissions from electrical assets.
Find pressurized gas leaks, methane-related leak sources and pipeline valve leakage points.
Detect compressed air leakage, vacuum leakage and abnormal sound sources in production facilities.
FAQ

Acoustic Imaging Camera FAQ

Common questions about acoustic cameras for gas leak detection, partial discharge inspection, methane verification, thermal imaging and fixed online monitoring.

What is an acoustic imaging camera?

An acoustic imaging camera uses a microphone array to locate sound sources and display them as a visual sound map. It helps engineers find invisible faults such as gas leaks, partial discharge and abnormal mechanical noise.

What can HERTZINNO acoustic cameras detect?

HERTZINNO acoustic cameras can help detect pressurized gas leaks, compressed air leaks, partial discharge, corona, tracking, mechanical noise, abnormal equipment sound and methane-related leak risks depending on the selected model.

How do I choose between HA3, HA3T and HA3LX?

Choose HA3 for general acoustic inspection, HA3T when thermal verification is also required, and HA3LX when methane verification is needed in oil, gas or chemical environments.

When should I use a fixed online acoustic camera?

Fixed online acoustic cameras are suitable for unmanned substations, compressor stations, data center electrical rooms, hazardous industrial zones and other sites that need continuous monitoring instead of periodic manual inspection.

Can acoustic cameras work in noisy industrial environments?

Yes. Acoustic cameras analyze frequency features and directional sound sources rather than relying only on audible sound. Models and settings should be selected based on background noise, target frequency range and inspection distance.

Which industries use acoustic imaging cameras?

Common industries include power grids, substations, oil and gas facilities, chemical plants, data centers, manufacturing lines, mining operations, hydrogen systems and critical infrastructure sites.

Key Applications & Demos

Partial Discharge Detection

Precisely locate PD sources (±15cm) from 200m away. Automatically classifies discharge types (Corona, Surface, Internal) and assesses severity using PRPD mapping to prevent failures.

Gas Leak & Cost Analysis

Detects leaks in Compressed Air, Hydrogen, SF6, and Natural Gas (20-100 kHz). Built-in AI estimates leakage volume and calculates annual energy loss costs in real-time.

Mechanical Fault Diagnosis

Visualize sound maps to identify bearing damage, blade imbalance, and misalignment in motors and fans. Pinpoints the exact location of faults to shorten troubleshooting time.

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