Use vibration monitoring to improve PdM and prevent failures before they occur

Sheila Kennedy says harness the value of monitoring, trending, and diagnosing signs of wear.

By Sheila Kennedy, contributing editor

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New developments in industrial vibration monitoring and analysis make predicting maintenance easier and less expensive than before. Robust functionality, affordable designs, and outsourced services allow more companies to harness the value of monitoring, trending, and diagnosing signs of wear before failure occurs.

Demanding applications

Monitoring large rotating equipment requires a rugged system design and built-in safety features. The Trio CX7 from Azima DLI is a durable, wireless vibration data collector and machine condition analyzer that allows voice-activated data collection, saving the operator from entering unsafe locations or physically handling the equipment. Digital video and photos can be forwarded to analysts or submitted with diagnostics reports. Azima DLI’s Trio CA6 is a mid-range, cloud-based vibration data collector and machine condition analyzer.

“Traditional, purpose-built dedicated data collectors have distinct limitations and just cannot adapt to today’s increasing predictive maintenance requirements and rapidly evolving computing environments,” says Ken Piety, vice president of technology for Azima DLI (www.azimadli.com). “The Trio family, CA6 and CX7, has the power to bridge efficiency, safety, and productivity gaps in current programs and equipment.”

Economic design

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Wireless designs avoid the expense of installing cabling. VibConnect RF is a wireless condition monitoring system for rotating machine components that also detects damage caused by cavitation. Manufactured by Pruftechnik (www.pruftechnik.com) and distributed in the United States by Ludeca (www.ludeca.com), VibConnect RF enables the assessment of machine vibration, temperature, and bearing condition. Up to 50 sensor units can communicate with the central processing bridge. Radio signals transfer data for distances of up to 300 m.

“VibConnect RF offers a very reliable and cost-effective means to monitor bearing condition and the temperature and vibration of critical equipment for defects that can result in decreased reliability,” says Alex Nino, application engineer for Ludeca.

The cost-conscious Protect Wireless system from Vibration Specialty Corporation (VSC www.vib.com) allows 24/7 online monitoring and diagnostics of machine and facility conditions. It enables internal vibration analysts or predictive service providers like VSC to remotely diagnose data from a smart device or computer. Instant email or text notifications of deteriorating conditions alert the stakeholders to take corrective action.

"Protect Wireless captures any type of sensor measurements from DC to 40 kHz with 24-bit resolution and an effective resolution of -110 dB," says Jerry Duffy, product engineer for VSC. It collects up to eight simultaneous channels or a total of 128 channels using VSC’s multiplexer. It can be permanently installed or moved from machine to machine.

Siemens’ new vibration multiplexer module, Vib-Mux, adds inputs for vibration sensors to the Siplus CMS2000 condition monitoring system. Up to 16 IEPE vibration sensors can now be connected per system, eight sensors per module, and two modules per system, thereby lowering the costs per channel and measuring point.

“Vibration analysis is one of the best methods for the early detection of mechanical failure,” says Christian Neugebauer, product manager of Siplus CMS at Siemens Industry Automation (www.siemens.com). “It is our method of choice which we apply to Siplus CMS2000 for permanent monitoring the condition of mechanical components.”

Alternative power

Sheila Kennedy is a professional freelance writer specializing in industrial and technical topics.Sheila Kennedy is a professional freelance writer specializing in industrial and technical topics. She established Additive Communications in 2003 to serve software, technology, and service providers in industries such as manufacturing and utilities, and became a contributing editor and Technology Toolbox columnist for Plant Services in 2004. Prior to Additive Communications, she had 11 years of experience implementing industrial information systems. Kennedy earned her B.S. at Purdue University and her MBA at the University of Phoenix. She can be reached at sheila@addcomm.com.

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