Mobile Maintenance Management Essay -- condition monitoring, mobile com

Since the early 2000s the manufacturing industry has trended towards employing preventive maintenance methodologies in production areas in order to maintain a competitive advantage. Industries have used a process called â€Å"condition monitoring† to identify critical equipment parameters such as temperature, vibration and visual inspection characteristics such as leaks and abnormal noise to predict and prevent mechanical failure. This process moves the concept of maintenance away from a tactic of â€Å"fail and fix† to an optimal approach of â€Å"predict and prevent†. This approach "saves time, money and resources" by providing companies with a conditioned-based status of critical operational equipment, and thus promotes optimal repair, downtime and shut-down planning. To accurately capture condition-based equipment information, a data asset collection system is used. This system usually consists of a front-end mobile device such as a handheld and a back-end data storage system: i.e. SQL database server. Due to the hazardous environments present in many operational areas of manufacturing plants, the handheld devices used by field operators to capture data have to be intrinsically sealed to prevent explosions. This intrinsically safe characteristic is referred to in industry as â€Å"Class I Division(Div.) 1† and until recently was limited to rugged smaller handheld type devices. Within the past year, manufacturers in the oil industry have developed and certified intrinsically safe covers for both android and iPad tablets. This development has opened a new avenue for condition-monitoring data collection with tablets, which provide several advantages over the typically lower performing handhelds. These advantages include a larger scree... ... IOS and Android platforms. These resolutions will result in the widespread use of tablets in hazardous industry areas. Works Cited A. Arnaiz, C. Emmanouilidis, B. Iung and E. Jantunen. Mobile maintenance management. Journal of International Technology and Information Management 15(4), pp. 11. 2006. Available: https://login.ezproxy.etsu.edu:3443/login?url= http://search.proquest.com/docview/205859467?accountid=10771. Joà «lle Courrech, and Ronald L. Eshleman. "Condition monitoring of machinery." Shock and Vibration Handbook. McGraw-Hill (1995). C. Emmanouilidis, S. Katsikas and C. Giordamlis. Wireless condition monitoring and maintenance management: A review and a novel application development platform. Presented at Proceedings of the 3rd World Congress on Engineering Asset Management and Intelligent Maintenance Systems Conference (WCEAM-IMS 2008). 2008,.