1.	Gain a better understanding of the use of the various parts of the pump.
	2.	Be aware of the functional differences in impeller types.
	3.	Know why there are one, two or four wear rings.
	4.	Understand the difference between pressure and head.
	5.	Understand the rolw of the pump curve in trouble-shooting.
	6.	Be aware of the use of the Affinity Laws.
	7.	Know how to maintain pump efficiency and reduce power draw.
	8.	Appreciate the effect of viscosity on pump performance.
	9.	Realize the effect of paper stock dryness on pump performance.
	10.	Understand the effect of speed on pump performance.
	11.	Understand the key hydrawulic factors in a pumping system.
	12.	Know how to use the system curve in trouble-shooting.
	13.	Understand parallel pumping.
	14.	Understand series pumping.
	15.	Know how to better analyze the pumping system.
	16.	Know the difference between cavitation, recirculation and air entertainment.
	17.	Understand how to troubleshoot cavitation.
	18.	Understand how to work better with net positive suction head (NPSH).
	19.	Realize the importance of pump priming.
	20.	Know how to minimize vertical pump submergence.
	21.	Understand low flow recirculation.
	22.	Realize the importance of suction and discharge piping requirements.
	23.	Be aware of the best pump operating procedures.
	24.	Understand how piping can improve the pump performance.
	25.	Understand radial loads and shaft deflection.
	26.	Gain a better understanding of pump packing.
	27.	Learn how to select the right mechanical seal for your service.
	28.	Understand the difference between single vs. double seals.
	29.	Learn why mechanical seals fail.
	30.	Appreciate the importance of auxiliary piping systems.
	31.	Know how to better trouble-shoot seal and bearing problems.
	32.	Understand the various bearing styles and why they're used.
	33.	Know the benefits of the different oil lubrication methods.
	34.	Understand grease lubrication.
	35.	Understand how to better protect your bearings.
	36.	Appreciate the importance of shaft alignment.
	37.	Know how to correct the mechanical causes of pump vibration.
	38.

In order to help us tailor an in-house school to your specific needs, please tell us what styles of pumps you have in your plant by ticking off the approrpiate items.

	Horizontal		Vertical
	In-Line		Submersible
	Single-Stage		Multi-Stage
	Single-Suction		Double-Suction
	Centrifugal		Process Cavity
	Gear		Piston
	Diaphragm		Screw

Standards Used:

	ANSI
	API
	Corporate Specs.

Other information we should know:

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