TABLE 1 : SINGLE PUMP

Flow rate Q (m³/s)

Pressure (kN/m²)

Total Head

H = (m)

TABLE 2 : PUMPS IN PARALLEL

Flow rate Q (m³/s)

Pressure (kN/m²)

Total Head

H = (m)

TABLE 3 : PUMPS IN SERIES

Flow rate Q (m³/s)

Pressure (kN/m²)

Total Pressure (kN/m²)

Total Head

H = (m)

GRAPH

DISCUSSION

1) The different for experiment operates under a single pump and double pump.

2) The behaviour of two similar centrifugal pumps where operates under a different configuration

(configuration in parallel and series)

3) The different for the pumps with different configuration operate under a same speed.

4) A 150mm diameter pump delivers 0.082m³/s of water against a head of 27.43m when rotating at 1750

rpm. Find the developed head and generated power of another pump which geometrically similar with

diameter 203mm, running at 1450 rpm and delivers water at a rate of 0.11m³/s

CONCLUSION ________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________ RECOMMENDATION,COMMENT AND SAFETY PRECAUTION ________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

UNIVERSITI TEKNOLOGI MALAYSIA

LABORATORY MANAGEMENT UNIT

___________________________________________________________________

FLUID LABORATORY

No. I/C No. Name

1

2

3

Section / Group

Lecturer Name

Item Mark Mark Centrifugal Pump

Introduction

25

2

Objective 5

Equipment 5

Theory 5

Procedure 8

Data / Table

35

10

Data Analysis / C.P / Graph 15

Results of Experiment 10

Discussions

35

20

Conclusion 10

Suggestions / Comments 5

Reference / Attachment 5 5

Total 100 100