Fluke ii910 Acoustic Imager

Description

Fluke ii910 Acoustic Imager

Advanced Acoustic Imaging Camera for Partial Discharge Detection, Leak Detection, and Predictive Maintenance

The Fluke ii910 Acoustic Imager is a cutting-edge industrial inspection tool designed to detect, locate, and quantify compressed air leaks, gas leaks, vacuum leaks, and electrical partial discharge (PD) events. Featuring advanced SoundSight™ acoustic imaging technology, an array of precision microphones, and intelligent analytics, the ii910 helps maintenance teams identify problems from a safe distance, reduce downtime, improve energy efficiency, and prevent costly equipment failures.

Built specifically for predictive maintenance professionals, utility operators, electrical engineers, reliability teams, and industrial facilities, the Fluke ii910 transforms ultrasonic sound into a visual image, allowing users to pinpoint faults quickly and accurately.

Why Choose Fluke ii910 Acoustic Imager?

Modern industrial facilities often lose significant energy and productivity due to undetected leaks and electrical discharge issues. Traditional ultrasonic tools require extensive training and manual interpretation, whereas the ii910 provides an intuitive visual representation of sound sources.

Key Benefits

• Detect compressed air leaks quickly
• Identify gas and vacuum leaks safely
• Locate partial discharge faults
• Reduce inspection time significantly
• Improve energy efficiency
• Prevent unplanned downtime
• Increase electrical system reliability
• Enable condition-based maintenance

What Is Acoustic Imaging?

Acoustic imaging converts ultrasonic sound waves into a visible image overlaid on a digital camera display.

How It Works

1. Microphones capture ultrasonic frequencies.
2. Advanced algorithms process sound sources.
3. SoundSight™ technology creates a visual acoustic map.
4. Users immediately identify leak or discharge locations.

Key Features

SoundSight Acoustic Imaging Technology

The proprietary SoundSight technology overlays sound signatures onto live images.

Advantages

• Faster inspections
• Simplified troubleshooting
• Reduced operator training requirements
• Improved fault localization

Partial Discharge Detection

The ii910 specializes in detecting electrical discharge phenomena before equipment failure occurs.

Detectable PD Types

• Corona Discharge
• Surface Tracking
• Arcing Discharge
• Floating Potential Discharge

Benefits

• Early fault detection
• Reduced risk of outages
• Improved worker safety
• Extended equipment lifespan

LeakQ Leak Quantification

LeakQ™ technology estimates energy losses caused by compressed air leaks.

Provides

• Leak severity assessment
• Estimated leak size
• Energy loss calculations
• Cost impact analysis

MecQ Mechanical Fault Detection

MecQ mode assists in identifying mechanical anomalies in rotating equipment.

Applications

• Bearing defects
• Misalignment
• Mechanical wear
• Rotating machinery inspections

Safe Distance Inspection

Users can inspect energized electrical equipment from a safe distance.

Benefits

• Reduced exposure to hazards
• Faster inspections
• Compliance with safety regulations

Applications

Electrical Utility Inspections

• Substations
• Transformers
• Switchgear
• Power distribution systems
• High-voltage equipment

Industrial Manufacturing

• Compressed air systems
• Pneumatic equipment
• Production lines
• Automation systems

Oil and Gas Facilities

• Pipeline leak detection
• Gas system inspections
• Compressor monitoring

Chemical Processing Plants

• Leak surveys
• Safety inspections
• Predictive maintenance

Renewable Energy

• Wind turbine inspections
• Solar power systems
• Grid infrastructure

General Specifications

Acoustic Detection Specifications

Partial Discharge Detection Specifications

Leak Detection Specifications

Imaging Specifications

Display Specifications

Connectivity Specifications

Environmental Specifications

Power Specifications

Software and Reporting Features