This is an article written by Bell & Gossett for Oil Heating Magazine. It goes into detail about the components of a hydronic system and discusses how they work. A must read for anyone interested in understanding the basics of hydronic system design.
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Many vibration problems are a result of interactions among a system’s pump, motor, fluid, piping, and structure. This interactive relationship requires a systems approach to vibration analysis, rather than the investigation of individual components. This article discusses the cause of vibration, how is it measured and described, its limitations, and many other vibration related issues.
Not all pump selection programs are created equally. The algorithms used to select pumps and generate curves need to be very sophisticated. ESP-PLUS® uses a three curve interpolation method developed by ITT. Unlike some other pump selection programs on the market, you can be assured the results from ESP-PLUS are very accurate.
Are you interested in providing safe drinking water while saving energy? Check out the newly NSF/ANSI 61 certified variable speed pressure booster packages from ITT Bell & Gossett. The 70VS-MS booster package utilizes stainless steel pumps, headers and branch piping equipped with Bell & Gossett’s Technologic controller that can control up to six variable speed pumps. To learn more about NSF and certifying agencies,
Selecting a Fan Array System for an Air Handling Unit
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