Fluke ii915 | Precision Acoustic Imager for Industrial Inspection
Fluke ii915 | Precision Acoustic Imager for Industrial Inspection
Fluke ii915 – Precision Acoustic Imager for Industrial Inspection & Predictive Maintenance
The Fluke ii915 Precision Acoustic Imager is a professional industrial inspection system designed to help maintenance teams rapidly locate compressed air and gas leaks, identify partial discharge in electrical equipment, and detect potential mechanical abnormalities.
Built for demanding industrial environments, the ii915 combines acoustic imaging technology with Fluke's inspection and analysis capabilities to help technicians visualize sound sources that would otherwise be difficult to locate using conventional inspection methods.
The system is particularly valuable for manufacturing facilities, utilities, power generation, data centers, process industries, and maintenance organizations seeking to reduce energy losses, improve equipment reliability, and prevent costly unplanned downtime.
Key Features
- Professional acoustic imaging technology
- Compressed air leak detection
- Industrial gas leak detection
- Vacuum leak detection
- Partial discharge detection
- Mechanical condition inspection
- Real-time acoustic source visualization
- Designed for predictive and preventive maintenance
- Suitable for noisy industrial environments
- Large-area inspection capability
- Portable handheld design
- Professional industrial construction
- On-device analysis capabilities
- Designed for fast inspection without extensive specialized setup
Leak Detection
Compressed-air and gas leaks can represent significant operating costs for industrial facilities.
The Fluke ii915 allows technicians to scan equipment and distribution systems and visually identify acoustic signatures associated with potential leaks.
Typical inspection targets include:
- Compressed-air networks
- Industrial gas systems
- Vacuum systems
- Pneumatic equipment
- Pipes and hoses
- Valves
- Fittings and connectors
- Production machinery
Identifying and repairing these leaks can help facilities reduce unnecessary energy consumption and improve system efficiency.
Electrical Partial Discharge Inspection
The ii915 can help maintenance teams investigate acoustic signatures associated with partial discharge in electrical systems.
Applications can include inspection of:
- Switchgear
- Transformers
- Substations
- Electrical cabinets
- High-voltage equipment
- Power distribution infrastructure
Early identification of abnormal activity can provide maintenance teams with valuable information before an electrical problem develops into a more serious equipment failure.
Mechanical Condition Monitoring
The ii915 also supports acoustic inspection of mechanical equipment.
Maintenance professionals can use it to investigate abnormal acoustic patterns associated with equipment such as:
- Bearings
- Motors
- Pumps
- Compressors
- Gearboxes
- Rotating machinery
- Industrial production equipment
This makes the ii915 a valuable addition to a broader condition monitoring and predictive maintenance program.
Designed for Professional Industrial Applications
The Fluke ii915 is suitable for professional users across industries including:
Manufacturing • Automotive • Utilities • Power Generation • Data Centers • Oil & Gas • Chemical Processing • Food & Beverage • HVAC • Industrial Maintenance • Energy Infrastructure
Improve Maintenance Efficiency
Acoustic imaging allows technicians to inspect large areas from a distance and identify locations that may require closer investigation.
For industrial facilities, this can contribute to:
- Faster inspection workflows
- Reduced compressed-air and gas losses
- Improved maintenance planning
- Earlier identification of equipment abnormalities
- Reduced unplanned downtime
- Improved equipment reliability
- More efficient use of maintenance resources
Important Performance Notice
Actual detection capability depends on operating conditions, acoustic source intensity, distance, background noise, environmental conditions, equipment configuration, inspection methodology, and operator experience.
Identification of an acoustic anomaly should be considered part of a professional inspection process and does not by itself establish the exact nature or severity of a particular equipment fault.