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Maintech Engineering & Supplies is the authorized reseller, with Rockwell Automation in Singapore, to provide condition monitoring solution such as vibration Measurement and Analysis. There are many specific problems that can cause a machine to exhibit excessive vibration. To locate the root cause of vibration, an analysis of the vibration is required. Condition Monitoring, as part of a Condition-based Maintenance (CbM) program, gives you the critical information you need to optimize scheduling of downtime, labor and materials - so you can increase productivity while reducing costs. Condition monitoring uses predictive maintenance technique, for identifying rotating machineries, needing maintenance attention before its performance gets to the point of product quality is affected or an unplanned shutdown occurs, that will resulted in downtime. Predictive maintenance will provide maintenance and operations with intelligent information, that allows not only protect machinery from catastrophic failures, but also aids in planning production and maintenance activities.
We offer the following products, for your solutions: |
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Protection Systems : When your application requires a condition monitoring and protection solution that provides superior machine reliability, an online, continuous protection is your best choice. The Allen-Bradley® XM® series of intelligent I/O modules can process in real-time the critical parameters used in assessing the current health, and predicting the future health of industrial machinery - providing machinery protection where needed, and reducing downtime. Additionally, maintenance departments can utilize the information provided by the XM series to develop optimized maintenance schedules based upon the actual or predicted condition of the assets instead of relying only on manufactures recommended Predictive Maintenance (PdM) intervals. Predictive Maintenance is a well-proven strategy that can significantly reduce maintenance costs and improve MRO spares management. Integrated, open or standalone, the XM series of Intelligent I/O Modules provides a proven, reliable and cost-effective solution for all of your monitoring requirements. |
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Portable Systems: The Enpac® family is a collection of Windows® CE based, high performance, portable condition monitoring data collectors and signal analyzers. Enpac allows for easy condition monitoring of equipment found in many process industries. The Enpac 2500 is the latest addition to the Enpac family of portable data collectors. The Enpac 2500 combines with the RSI Emonitor software to create an easy to use, cost effective, scalable solution that meets the needs of the novice as well as advanced user. The small, rugged, and light weight design makes it ideal for industrial environments. New 1/4VGA color LCD display allows for clear viewing in almost any light situation. Speed improvements through the addition of the latest chip design and co-processor for winCE environment. 2-Channel function option allows for advance use of orbits, cross channel phase, and simultaneous data collection. Modular design offers easy component add on and future improvements. |
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Sensors & Accessories: 9000 series Accelerometers are designed for use in a broad range of applications including high frequency, low frequency and high temperature and offer a variety of frequency ranges and reference sensitivities to provide the best selection for each measurement application. The 2100 Series of non-contact pick-ups are designed to meet the stringent requirements of the American Petroleum Institute (API) Standard 670. The sensors are non-contacting eddy-current type transducers that measure the dynamic and/or static displacement of the target relative to the mounting fixture. The system consists of a non-contact pickup probe, oscillator/demodulator (probe driver) and interconnecting cable. These systems are typically used to measure shaft radial and axial vibration, shaft eccentricity, shaft axial position, case expansion, differential expansion and other instances where non-contacting, relative measurements must be made. |
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