Can turbine pumps. 1.2.3 can turbine pump description Show T4 1.2.4 V.C.P adjustments. Axial adjustment. Impeller adjustment. Submersible turbine pumps. Show T5 page 20 B. Pumps classification due to the flow pattern. Mixed flow. Axial flow. Propeller turbine pumps. Show T5 & T6 & T7 Bearings. Show T8 Wear rings. Lesson briefing. Main topics. Discussion. Assessment. Assessment Lesson One Assessment: What are the types of vertical turbine pumps? What are the major parts of the line shaft turbine pump? What is the effect of increasing the number of bowels in vertical turbine pumps? What is the main factor which influence the pump capacity? Describe the arrangement of hollow shaft motors? Identify the most common bearings used in the hollow shaft motors. What is the main function of the hollow shaft motor arrangement? What are the main reasons for the vertical can pump design? Where is the best location for the pump shaft during normal operation?
Can turbine pumps. 1.2.3 can turbine pump description 1.2.4 V.C.P adjustments. Axial adjustment. Impeller adjustment. Submersible turbine pumps. B. Pumps classification due to the flow pattern. Mixed flow. Axial flow. Propeller turbine pumps. Bearings. Wear rings. Lesson briefing. Discussion. Assessment. Show T4 Show T5 page 20 Show T5 & T6 & T7 Show T8 Main topics. Assessment Lesson One Assessment: What are the types of vertical turbine pumps? What are the major parts of the line shaft turbine pump? What is the effect of increasing the number of bowels in vertical turbine pumps? What is the main factor which influence the pump capacity? Describe the arrangement of hollow shaft motors? Identify the most common bearings used in the hollow shaft motors. What is the main function of the hollow shaft motor arrangement? What are the main reasons for the vertical can pump design? Where is the best location for the pump shaft during normal operation?
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