Mastering Wireless Vibration Systems: How to Unlock Their Full Potential

George McMurtry, BDM Instrumentation & Digital Solutions , Intercom Marcello Silva, International Support Engineer, Dynamox

Description

Learn how to unlock the full potential of your wireless vibration monitoring system in this insightful presentation. From setup to ongoing management, you’ll gain practical strategies to ensure system performance, data reliability, and overall maintenance efficiency, guaranteeing you make the most out of your condition monitoring program.
Maximizing System Capabilities for your Condition Monitoring program:Discover techniques to fully leverage your wireless vibration system’s capabilities, including optimal sensor configurations, alarm setpoints and data interpretation techniques.
Ensuring Data Integrity and Actionable Insights based on condition: Learn essential practices for maintaining high data quality and interpreting real-time insights, empowering you to make informed and proactive maintenance decisions based on the condition of the assets.
Enhancing Operational Efficiency and Reliability: Find out how to integrate system management into daily operations effectively, promoting a smooth and efficient workflow that minimizes equipment downtime and allows vibration specialists to build strategies that better suit their needs.

Biography

George McMurtry

BDM Instrumentation & Digital Solutions at Intercom. I have worked in the Instrumentation Solutions space for the past 19 years and entered the Condition Monitoring World in 2021. I have since attended the Mobius VCAT 1 and 2 Training sessions in Perth by Clyde Volpe and have successfully implemented the Dynamox solution across multiple sites in Australia including top 3 mining companies in Australia.

Marcello Silva

International Support Engineer for Dynamox for more than 4 years, currently based in Perth (Australia). Working on several projects alongside iNTERCOM to deliver and support mining customers in the area. Electrical Engineer, Vibration Analyst ISO Cat I certified by MIBoC and proven experience using vibration data to build and evaluate machine learning models that aim to early detect failures.