horz thrust

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Calculation for Horizontal Thrust @ shutoff Condition Data 1 Pump Head H 16.203 m 2 Discharge per pump q 0.5545 cumecs 3 Velocuity in Delivery pipe V 2.5 m/s 4 Diameter of Delivery Pipe d 0.55 m 5 Density of water to be pumped w 1000 rizontal Thrust @ shutoff Conditio rizontal or Axial Thrust @ duty he (Pressure x Area x + ( Discharge =( H x 0.7854*d^2) 3849.57 + 141.31 3990.88 Kg =1.5*3990.88 5986.313 say 6000 Kg Kg/m 3 Axial Thrust @ duty point Head Horizontal Thrust @ shutoff Condition =

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Pumping thrust

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Page 1: Horz Thrust

Calculation for Horizontal Thrust @ shutoff Condition

Data

1 Pump Head H 16.203 m

2 Discharge per pump q 0.5545 cumecs

3 Velocuity in Delivery pipe V 2.5 m/s

4 Diameter of Delivery Pipe d 0.55 m

5 Density of water to be pumped w 1000

Horizontal Thrust @ shutoff Condition =

Horizontal or Axial Thrust @ duty head=

(Pressure x Area x + ( Discharge x w x V))/9.81

=( H x 0.7854*d^2)

3849.565 + 141.3099

3990.875 Kg

=1.5*3990.88

5986.313

say 6000 Kg

Kg/m3

1.5 x Horizontal or Axial Thrust @ duty point Head

Horizontal Thrust @ shutoff Condition =

Page 2: Horz Thrust

Calculation for Horizontal Thrust @ shutoff Condition

Horizontal Thrust @ shutoff Condition =

Horizontal or Axial Thrust @ duty head= (Pressure x Area x + ( Discharge x w x V))/9.81623666.8

5772.69 40.774725813.465

1.5 x Horizontal or Axial Thrust @ duty point Head