British Airways Completes B-747-400 Predictive Monitoring System OrderInflight Warning Systems Vibration Monitoring Product Features PCB Piezotronics Sensors |
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Inflight Warning Systems, Inc. (IWS) and the IMI Sensors division of PCB
Piezotronics (PCB®) are pleased to announce receipt of a British Airways order which completes the long-term
program to incorporate predictive maintenance Vibration Monitors, designed to detect bearing failure in air
recirculation fans on commercial aircraft. These monitors, which include the use of PCB® sensors as a key
component, have been incorporated into 11 applications aboard major commercial airliners throughout the world.
The IWS vibration monitor provides early detection and prevention of fan failure. By installing monitors onto fans for cabin air recirculation and electrical equipment cooling exhaust, the product provides early warning of wear on fan bearings. Installation of vibration monitors will allow normal fan operation and automatically terminates operation of such fans, when a bearing failure is imminent. Air recirculation and equipment cooling fans have a variant life cycle, depending upon usage. Failure of these fans often results in the interruption of normal flight operations and costly repairs. Prior industry solutions to address fan bearing failure included establishment of a maximum number of operating hours for the fan, then removal and overhaul. However, this solution was less effective, as a fan’s onboard aircraft operation capacity before catastrophic failure varies widely, depending on number of hours in flight, aircraft type, and conditions, among other factors. With implementation of the IWS vibration monitor, predictive maintenance is more accurately utilized, maximizing performance and minimizing cost of fan operations. Noted Steve Ehrick, IWS president, "With the help of PCB®, we have been able to develop a cost-effective product solution that serves the needs of the aircraft aftermarket, and ultimately helps improve aircraft safety and performance. The issue of fan bearing failure has significantly impacted the industry in the past few years. Having approached PCB® after referral from another aerospace aftermarket component supplier, we were pleased to find that their high-quality sensors could so significantly contribute to the success of our vibration monitor." Added Eric Yax, IMI Sensors division manager, "We are pleased to contribute to the success of IWS, as well as to provide a predictive maintenance and vibration monitoring solution for a valued customer in the commercial aviation aftermarket and aerospace industries. What is most interesting is the IWS vibration monitor allows the same technology, most common to industrial applications, to be innovatively applied for benefit of the aerospace industry. It is our hope this will lead to additional new incorporations of PCB® industrial product technology into this market segment." PCB®, located in Hall 6 Stand A4 at this week’s Paris Air Show, has a 40-year history in the design and manufacture of sensors and related instrumentation for Aerospace. The company is also the pioneer of IC® technology. Core competencies include piezoelectric, piezoresistive, strain gage, MEMS and capacitive sensors and instrumentation, for measurement of force, torque, load, strain, pressure, acoustics and vibration. Applications include vibration monitoring; flight test; qualification testing; vibration and fatigue testing; ground vibration and force limited vibration testing, modal and structural analysis, structural dynamics; engine vibration monitoring; launch, shock and separation studies; cabin noise evaluation; wind tunnel testing; flutter testing, and Health Usage Monitoring Systems (HUMS) sensors. Manufacturing operations are AS9100:2004 and ISO 9001:2000 certified, with calibration procedures accredited by A2LA to ISO 17025. Products can be manufactured to meet specific aerospace environmental standards, with program design requirements to meet RTCA-DO-160 and MIL-STD-810. Low out gassing designs are also available for specific applications. Click here to request a quote. |
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