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Variable Speed/Variable Volume PUMPING FUNDAMENTALS TECHNICAL MANUAL TEH-685

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Page 1: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee

Variable Speed/Variable VolumePUMPING FUNDAMENTALS

TECHNICAL MANUAL TEH-685

Page 2: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 3: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 4: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 5: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 6: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 7: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 8: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 9: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 10: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 11: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 12: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 13: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 14: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 15: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 16: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 17: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 18: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 19: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 20: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 21: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 22: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 23: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 24: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 25: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 26: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 27: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 28: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 29: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 30: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 31: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 32: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 33: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 34: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 35: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 36: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 37: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 38: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 39: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 40: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 41: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 42: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 43: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 44: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 45: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 46: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 47: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 48: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 49: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 50: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 51: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 52: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 53: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 54: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 55: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 56: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 57: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 58: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 59: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 60: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 61: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 62: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 63: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 64: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 65: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 66: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee
Page 67: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee

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Page 68: Variable Speed/Variable Volumeat design maintain emp as it thrcttles3 that flcw will load thrcu.gh of load conditions there are same the majortty tnis„ Cansicleynztlžin also Ee

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8200 N. Austin Avenue Morton Grove, Illinois 60053 Phone: (847) 966-3700 Fax: (847) 965-8379www.bellgossett.com

Bell & Gossett is a trademark of Xylem Inc. or one of its subsidiaries. © 2013 Xylem Inc. TEH-685 2003

1) The tissue in plants that brings water upward from the roots;2) a leading global water technology company.

We’re 12,700 people unified in a common purpose: creating innovative solutionsto meet our world’s water needs. Developing new technologies that will improvethe way water is used, conserved, and re-used in the future is central to our work.We move, treat, analyze, and return water to the environment, and we help peopleuse water efficiently, in their homes, buildings, factories and farms. In more than150 countries, we have strong, long-standing relationships with customers whoknow us for our powerful combination of leading product brands and applicationsexpertise, backed by a legacy of innovation.

For more information on how Xylem can help you, go to www.xyleminc.com

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