HomeMy WebLinkAboutPROJECT INFORMATIONTp tal Dynamic plead �
i
NEDSeries
by ZODIAC®
Company: LOUDEN BONDED POOLS S'St ������ r n el oV#0 : Date: 21112018
Job Name: GAMEZ Address: 14738 SE VITZ RD
City/Town; FT. PIERCE 4 State:I FL Zip Code:
Instructions: Data can only be added to the yellow cells. Steps #1 & 2 are for calculating Pool Volume in Gallons and for establishing a
turnover rate in Gallons Per Minute (GPM). If the turnover rate is already established, click on the GPM cell`at the end of Step #2 and input
flow rate, then proceed to Step #3. Pressing the RESET button will clear all inputed information to start a new worksheet. Worksheet can
be saved to a file or printed for future reference.
Caution: Pressing the RESET button will clear all System TDH Calculation Results
yellow cells to start a new workshee i
Total Friction Loss in Ft. of 47.47
Calculate Pool Volume: ¢ Water (TDH)
Wilith Length
Total Friction Loss in PSI
20.55
17.530 1 625 1 4.25 16;690 '.
6 hour turnover rate is required to comply with
• APSP 15 and Title 24 Standards Versa Plumb Reduction Results
Calculate GPM & Turnover Rate in Hours: TDH Reduction 1 1
16 690 c _ 360 p Wea � ` Total System TDH with
V v lumb Versa Plumb � 1 �
WIMIS6 fps suction velocityre aired b APSP 15 & Title 24 Standards
(Calculate Total Length of Suction Pipe: recommended' velocity: 6'fps and below
Ft. of water PSI
MENEM
0.353 0.00 0,00.
fl.102 0 I 0.00 0.00- _
5.51 0.044 0' 0.00 ° ` 0 00 Vorsa plumb systom
3.48 0.015 0.00' 0:00
I , � kV 0.59'- U.UU1
SUM
UMV
8'
TOTAL o.00, ➢ 000
• 8 fps return velocityrequired b j APSP 15 & Title 24 Standards
RECEIVED
Calculate Total Length of Return Pipe: recommended velocity:8
fps and below),MAR
sec.) 11
Friction loss in Ft. j,jTl
. r. Leng
L of Water
3.17--
PSI
2 O 2018
ST. Lucie County, Perri
0.353
9. ?
°
7:78
0.102'
94
9.62 ^
4.`17
`
5.51 '
0.044
56 T _ .
2.46.
1.06
'
3.48
0.015
!
0.06
0 00
2 03
0.004
t
0.00,
0:00
'
0.89
1 0.001 "
I
0.00,
• 0.00
TOTAL
15.25'
6.60:
Step # 5
NumberCalculate Total
Fitting.Size i�
i.
Standard 900 ii
Elbow
Long Radius 900 I�
I Elbow I,
Standard 450 II
Elbow I
Insert
Coupling
Tee (straight
Flow) �
'Tee (branch flow)((
_
Friction Loss in `I
Ft. of Water
Friction Loss in PSI
i
1 '
Faction Loss n
.
2"
F�ictlon Loss in
! 1 1
1 1 1
I A I
i••
/ 1/
Fnctton Loss In
1 1/
1 1 0
1 1 1
1
1 1 1
Friction Loss in
Friction Loss n
1 1 1
l i l
1 1 1
i 1 1
0/ 1
1 1 1
/ 1 1
1 1 /
Fr CtlOn Loss Ih
1 it
/ it
1 11
/ 11
1 11
1 /1
•
1
p#
Input Total Feet Friction Loss in Friction Loss in
of Lift Ft. of Water PSI
Step # 8
3-way Valve Input Number of Friction Loss in ,Friction Loss in PSI
Pipe Size 3-way Valves Ft. of Water
Check Valve Input Number of Friction Loss in Friction Loss in PSI
Pipe Size Check Valves Ft. of Water
Step # 9
Select Filter Friction Loss in Friction Loss in
Ft. of Water PSI
Step
Select Backwash Friction Loss in Friction Loss in
Valve Ft. of Water PSI
#13
Select In -Floor Friction Loss in Friction Loss in
Valve Ft. of Water PSI
Input Size of Input Number of Return Individule Friction Loss in Friction Loss in PSI
Return Eyeball Eyeballs Return GPM Ft. of Water
3-way Valve Input Number Friction Loss in
Friction Loss in PSI
Pipe Size of 3-way Valves Ft. of Water
Check Valve Input Number Friction Loss in
Pipe Size of Check Valves Ft. of Water Friction Loss in PSI
#10
Select Heater ` Friction Loss in Friction Loss in
Step # 12
Select Salt Cell Friction Loss in Friction Loss in
+Ft. of Water PSI