Eaton's New CSM 02 Multi-Analysis System Shows Reliable Operations Begin with Reliable Particle Counting
03/03/2015 Eaton Filtration Division
Power management company Eaton today introduced its new CSM 02 multi-analysis system that helps users count particles and solid contamination in hydraulic and lubrication fluids to deliver reliable and efficient operations. The CSM 02 system also analyzes other important oil parameters, such as water saturation, temperature, viscosity and relative dielectric constant in stationary or mobile applications. Additionally it is ideal for analyzing foamed oils in large gearboxes and flushing test stands."The advancements incorporated into the new CSM 02 multi-analysis system constitute a further step in Eaton's commitment to our customers," said Mary Jo Surges, vice president and general manager of the Filtration Division. "The importance of early detection of changes in fluid cleanliness results in more reliable production, lower purchasing cost for new oil, and reduced environmental impact from used oil disposal."
The new CSM 02 multi-analysis system can easily be upgraded with Eaton's WSPS 05 and/or IVS 01 sensors for additional monitoring and preventative maintenance capabilities. The WSPS 05 sensor determines the saturation level of water in oil and the IVS 01 sensor detects changes of viscosity, temperature and relative dielectricity before system failures can occur.
Eaton's Filtration Division is a leader in liquid filtration that can help companies improve product quality, increase manufacturing efficiency, protect employees and equipment, and help achieve sustainability goals. Eaton employees around the world make a difference for their customers by creating an exceptional customer experience, solving problems with application expertise and developing innovative filtration solutions. Eaton's filtration products are manufactured and sold worldwide.
For more information, please visit: www.eaton.com/filtration.
Print this articleShare article:
Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.