Falcon
Portable Vibration Analyzer
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FALCON is an innovative tool for vibration measurement and analysis that puts condition-based maintenance within the grasp of all users.
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Invest your time and effort in a simple, yet effective handheld vibration analyzer designed to grow with you from beginner to expert.
With FALCON, ONEPROD offers a collection, analysis and balancing tool with outstanding performance, accessible to all users.
ONEPROD has distilled its 30 years of experience with condition-based maintenance into FALCON. Highly experienced and novice users alike can now easily monitor machine vibrations and obtain highly pertinent results.
All-in-one
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three-axis wireless sensor, taking simultaneous vibration measurements in all directions
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built-in strobe light for rotation speed measurement
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built in laser pyrometer for bearing temperature measurement
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built in camera for easy machine identification, sensor positioning, and report illustration
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embedded Accurex™ automatic diagnostic
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4 analog channels for synchronous measurement, in addition to the trigger input
Ultrasonic ultrasound condition monitoring, Predictive maintenance equipment, Ultrasonic ultrasound leak detection Australia, Handheld ultrasonic ultrasound instruments, Online monitoring systems for plants, Airborne, ultrasound ultrasonic inspection, Bearing fault detection tools, automatic bearing lubrication, Steam trap testing equipment, Ultrasonic maintenance technology, Industrial asset monitoring systems, Powering Predictive Maintenance with Ultrasonic Precision, problem-solving, reduce downtime, precision diagnostics, bolt stress measurement, bolt strain measurement, bolt elongation measurement, 30+ Years in industrial reliability, Local expertise in QLD, SA, VIC & WA, Authorised UE Systems distributor, Industry-trusted products and training, Technical support and on-site consulting, predictive maintenance, life cycle monitoring, vibration analysis, vibration monitoring, Manufacturing, Mining, Oil & Gas, Food Processing, Subsea, power Utilities, water utilities, Inspecting Heat Exchangers, Boilers, Condensers, Determining CFM loss, calculating energy savings, recording and reporting survey results, Electrical Inspection, Safety Considerations, Overview of Types of Electrical Equipment, Voltages Defined Acoustic Effects Versus Heat Generated Defects, Integration of Ultrasound and Infrared Methods
Detection Methods for High Voltage Equipment, Overview of Equipment for High Voltage Inspection, Detection Methods, Confirmation Methods, Substation Inspection, Radio Frequency Interference, Television Frequency Interference, Detection Methods for Low Voltage Inspection: Techniques, Contact Approach, Mechanical Inspection, Valves, Compressor Inspection, Hydraulic Valves, Steam Trap Inspection, Steam Applications, Steam Trap types, Acoustic properties, Inspection Techniques, Recording and reporting, Mechanical Inspection, Considerations of Ultrasonic Generation, Strategies of Mechanical Inspection, Review of Proactive and Predictive Maintenance Concepts, Troubleshooting Methods Overview, Trending Methods Overview, Inspection of Compressors, Gears, Pumps, Motors & Fans, Isolating Sound Sources
Bearing Inspection, Trending Concepts, Condition-Based Lubrication, Lubrication Starvation, Over-Lubrication, Levels of Failure, Monitoring, Data Logging and Sound Recording methods, Connecting to Recording Devices, Vibration Meters and Computers
Sound Spectral Analysis, Recording and Reporting Results
DMS Software Overview and Route Generation, Airborne Ultrasound Technology, Applications and Methods, Airborne Ultrasound Inspection, Supervisors, Energy Auditors, Service Company personnel who perform PDM, energy audits, leak detection, ultrasonic predictive maintenance in australia
Accurex™ automatic diagnostic
FALCON allows making immediate use of the benefits of condition based maintenance: the Accurex™ automatic diagnostic works instantly based on the first measurement. Faults detected are available right in front of the machine such enabling interaction with the user (bearing lubrication, temperature control…) and optimization of the maintenance process.
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Based on the ISO 10816 standard and on Acoem 30+ years of experience, FALCON’s built-in automatic diagnostic module provides unbeatably relevant and reliable results. Clearly identified, machines are presented with an overall risk assessment indicator to help the user prioritize his analysis on critical machines. Every fault detected is displayed with its severity, location on the machine, and confidence level (patent pending).
Automatic measurement setup
FALCON is within everyone’s grasp. What was once tedious is now a real child’s play, as configuration is carried out by providing a simple machine description of the machine’s kinematics via a built-in visual interface. Any rotating asset can now be setup within less than 2 minutes. All vibration measurement needed are there: ISO 10816 velocity, overall acceleration, bearing Defect Factor™, high resolution FFT and time waveform, and adding customized parameters can be done in only few clicks and on the whole database. Building a database has never been so easy!
Measurement productivity
The wireless three-axis sensor and real-time processing capabilities literally cut times of vibration measurements: 8 seconds per bearing typical for measuring all X Y and Z directions with the highest quality set of vibration data. With the use of pictures, the machine identification among a route has never been so easy: the user navigates on FALCON’s large colorful touchscreen from the top view of the plant to the sensor position picture on the machine.
FALCON reduces the time and costs needed for on-site intervention to the absolute minimum. At the scale of a plant, FALCON really stands out.
Reliable by design
FALCON was designed for uncompromised industrial use in the harshest settings:
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ATEX Zone 2
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IP65
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Withstands a 1.2-meter drop.
FALCON comes with a large color touch screen, which can even be used with safety gloves, a rubber grip for better handling and anti-shock resistance. The lack of cable makes the user working in safe condition, within a range of 10 to 20m between the wireless sensor and the unit: measurements can be done under protective casings or behind doors, and the user no longer has to stay close to the machine in hot environments.
Great communicator
FALCON incorporates all modes of communication:
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Wireless WiFi communication with the three-axis vibration sensor
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Uploading/downloading of data by USB, Ethernet, Internet, standard WiFi protocol
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Remote route exchange by email
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Cloud access to the hosted platform
The FALCON collection and vibration analysis tool communicates data to the condition based maintenance platform equipped with the powerful NEST software, so that the data can be stored, analyzed, and reports automatically published.
