Complete Turbo-machinery Solution

Oct. 2, 2008
Emerson Advances Machinery Protection by Integrating Proven Field-Based Prediction and Protection Technologies into a Single Platform.
Emerson Process Management has advanced its Smart Machinery Health Monitoring capabilities. The CSI 6500 Machinery Health Monitor allows users to combine existing protection modules from the CSI 6000 Machinery Health Monitor with new plug-in prediction modules to create a single rack for a complete online monitoring solution. Smart Machinery Health Monitoring of critical equipment is a key component of the PlantWeb® digital plant architecture.The CSI 6500 fully complies with the requirements for API 670 protection. API 670 is the American Petroleum Institute’s globally-accepted definition of industry best practices for turbomachinery protection.The CSI 6500 is the ideal solution for plants looking to replace their existing protection system while also leveraging the benefits of predictive monitoring. It builds on Emerson’s proven foundation of providing protection and prediction solutions for turbomachinery. Housed in a single chassis, this solution further advances Emerson’s ability to deliver a comprehensive online machinery monitoring package that includes prediction, protection, and performance monitoring integrated with process automation.www.mhm.assetweb.com

Sponsored Recommendations

Why Go Beyond Traditional HMI/SCADA

Traditional HMI/SCADAs are being reinvented with today's growing dependence on mobile technology. Discover how AVEVA is implementing this software into your everyday devices to...

4 Reasons to move to a subscription model for your HMI/SCADA

Software-as-a-service (SaaS) gives you the technical and financial ability to respond to the changing market and provides efficient control across your entire enterprise—not just...

Is your HMI stuck in the stone age?

What happens when you adopt modern HMI solutions? Learn more about the future of operations control with these six modern HMI must-haves to help you turbocharge operator efficiency...