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5.1. Perencanaan Bangunan Sadap (Romyn) 5.1.1. Saluransekunder A (Sii) - Bsa1 Kiri

This document summarizes the planning of a drainage system (Romyn) for a secondary channel (SII). It includes calculations of the heights of the Romyn and water levels for four sections of the secondary channel: BSA1 Left, BSA2 Left, BSA1 Right, and BSA2 Right. The given parameters such as discharge and Strickler coefficient are used to calculate the cross-sectional dimensions including height, width, area, and velocity. The height of the Romyn structure and submerged depth are also determined for each section. Diagrams illustrate the cross-sections and water levels.
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0% found this document useful (0 votes)
36 views5 pages

5.1. Perencanaan Bangunan Sadap (Romyn) 5.1.1. Saluransekunder A (Sii) - Bsa1 Kiri

This document summarizes the planning of a drainage system (Romyn) for a secondary channel (SII). It includes calculations of the heights of the Romyn and water levels for four sections of the secondary channel: BSA1 Left, BSA2 Left, BSA1 Right, and BSA2 Right. The given parameters such as discharge and Strickler coefficient are used to calculate the cross-sectional dimensions including height, width, area, and velocity. The height of the Romyn structure and submerged depth are also determined for each section. Diagrams illustrate the cross-sections and water levels.
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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5.1.

Perencanaan Bangunan Sadap (Romyn)


5.1.1. SaluranSekunder A(SII) BSA1 Kiri
Diketahui :

Q BSA1 Kiri

= 0,22 m3/dt

K.Strickler

= 45

Dari Tabeldidapat :

Sehingga

b/h

=1

=1

A1

= 2h2

= 0,292 m/dt

= 0,614 m

= 0,614 m

= 1,912 10-4

= 0,30

MenghitungtinggiRomyn
h BSA1 Kiri

= 0,614 m

h SIIA

= 1,041 m

Q=1,71 b h3 /2
220=1,71 0,50 h3 /2
0,22/1,71 0,50 2

(OK)

3
h=
hRomyn
Tinggihilang (z)

= 0,405 m
= (1/3) 0,405 = 0,135 m

+249,709
z = 0.135

+249,574

h romyn = 0.405

V = 0,484 m/dt
V = 0,292 m/dt

h Saluran sekunder
BSA1 SIIA = 1,041 m

h BSA1 Kiri = 0.614 m

+248,960

+248,668

33

PenampangMemanjang BSA1 KIRI

5.1.2

Saluransekunder A(SII) BSA2 Kiri


Diketahui :

Q BSA1 Kiri

= 0,2 m3/dt

K.Strickler

= 50

Dari Tabeldidapat :

Sehingga:

b/h

=1

=1

A1

= 2h2

= 0,285 m/dt

= 0,592m

= 0,592m

= 1,559 10-4

= 0,30

MenghitungtinggiRomyn
h BSA2Kiri

= 0,592 m

hHulu A SIIA = 0,955 m


Q=1,71 b h3 /2
200=1,71 0,50 h3 /2
2

0,20/1,71 0,50

h=3
hRomyn
Tinggihilang (z)

(OK)
= 0,379 m
= (1/3) 0,38 = 0,127 m

+243,65
z = 0.127

+243,523

h Romyn = 0.379 m

V = 0,461 m/dt
h Saluran sekunder
BSA2 SIIA = 0,955 m

V = 0,285 m/dt

h BSA2 Kiri = 0.592 m

+242,931
+242,695

34

PenampangMemanjang BSA2 KIRI

5.1.3

Saluransekunder A(SII) BSA1 Kanan


Diketahui :Q BSA1 Kanan
K.Strickler
Dari Tabeldidapat :

Sehingga:

= 0,2 m3/dt
= 40

b/h

=1

=1

A1

= 2h2

= 0,285 m/dt

= 0,592 m

= 0,592 m

= 2,435 10-4

= 0,30

MenghitungtinggiRomyn
h BSA1 Kanan = 0,592 m
h SIIA

= 1,041 m

Q=1,71 b h3 /2
200=1,71 0,50 h3 /2
0,20/1,71 0,50 2

(OK)

h=3
hRomyn
Tinggihilang (z)

= 0,379 m
= (1/3) 0,379 = 0,127 m

35

+249,709
+249,583

z = 0.126
h romyn = 0.379

h BSA1 Kanan = 0.592 m

V = 0,484 m/dt

V = 0,292 m/dt

h Saluran sekunder
BSA1 SIIA = 1,041 m

+248,991

+248,668

PenampangMemanjang BSA1 KANAN

5.1.4

Saluransekunder A(SII) BSA2 KANAN


Diketahui : Q BSA2Kanan
K.Strickler
Dari Tabeldidapat :

Sehingga :

= 0,22 m3/dt
= 50

b/h

=1

=1

A1

= 2h2

= 0,292 m/dt

= 0,614 m

= 0,614 m

= 1,549 10-4

= 0,30

MenghitungtinggiRomyn
h BSA2Kanan = 0,614 m
hHuluSIIA

= 0,955 m

Q=1,71 b h3 /2
220=1,71 0,50 h3 /2
0,22/1,71 0,50 2

(OK)

3
h=
hRomyn

= 0,405 m
36

= (1/3) 0,405 = 0,135 m

Tinggihilang (z)

+245,73
z = 0.135

+245,595

h Romyn = 0.405 m

V = 0,461 m/dt
h BSA2 Kanan = 0.614 m

h Saluran sekunder
BSA2 SIIA = 0,955 m

V = 0,285 m/dt
+244,981
+244,775

PenampangMemanjang BSA2 KANAN

37

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