HomeMy WebLinkAboutPOOLGUARD PAPERWORK[� l ASTM CAST06
M)
gyp' 22
APSP .n,y�;, �Ir� �.:.�� F ,.
r.
P. -
POOLGUARD POOL ALARMS
" BEST SOLUTION"
a ` •'�" GOOD HOUSEKEEPING t
MAGAZINE ;, r
fu'# /fZ� fZGfiZ2 Y t�(ltL��/� / h' \I Fr
k'
/ l�
One source for all
your pool safety alarms, t poa
u
number one in
customer service.
All products ar
made in the USA.
IN GROUND. ABOVE GROUND
POOL ALARM F
POOL ALARM
WITH REMOTEWITH REMOTE
,,
Poolguard's w
Family of Products
a
Helps Protect Your Family!
GATE ALARM DOOR ALARM'
www.pooiguard.com
Call otl�x ,�{ee�7� �$U=242-7163
P.O. Box 658 North Vernon, Indiana 47265
OPERATING INSTRUCTIONS
MANUAL
"MEETS REQUIREMENTS OF ASTM SAFETY SPECIFICATION F 220809
C STST[D
CFASTM8)
2208
c
MODEL PGRM - 2
85dB Horn at 10 Feet
This product has been designed to aid in the detection of unwanted intrusions into
unsupervised pools. POOLGUARD IS A SAFETY ALARM SYSTEM AND NOT A
LIFE SAVING DEVICE. `This device is not intended to replace any other safety
consideration - i.e., adult supervision, lifeguards, fences, gates, pool covers, locks, etc.,
and some devices may not detect gradual entry."
Total Dynamic Head
Company.- J LOUDEN BONDED.POOLS _
Job Name: JALLIH, '- .
City?own: FT. PIERCE,,
jag - -
c�Pro Series
t,ZODIAC-
Job #: 0 Date: 5/7/2019'
Address: 4705ELMAVE -
State: FL Zip Code: 0
Instructions: Data can only beadded 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 tumover rate is already established, click on theGPM cell at the end of Step #2 and input
flow rate, then proceed to Step #3. Pressing the RESET bu8on will clear all inputed Information to start a new worksheet Worksheet can
be saved to a rile or printed for future reference.
Caution: Pressing the RESET button will clear all
yellow cells to start a new worksheet
GalculatelPool�V_olume +"""'"�'x'?'"^ ,•"'"�'"I',?.t ;:�„��r,t
Width Length Surface Area Av. Depth Gallons
6 hour turnover rate is required to comply with
APSP 15 and Title 24 Standards
System TDH Calculation Results
Total Friction Loss in FL of
Water (TDH)
Total Friction Loss in PSI
Versa Plumb Reduction Results
TDH Reduction
Total System TDH with
Versa Plumb
System GPM
'
Suction Pipe Size Velocity (ft./sec.) Friction loss in FL
at System GPM of water ft.
,__„•-_1 5" h ": " 1 `� : K,ifY•,'
Total Length of Friction Loss in Friction Loss in
Pipe Ft of Water PSI
'fro 1 11 ^k .1'T .1 ° I ':L(i"aj
�' f
.� 3_=_•n...�_,I ,ra ;'- ..!l ,':I r .:yAS
E':. `. a 11 ',. A °o v.F'�S%I
=4:1� ,, ,+a,.. ,. �n-
__"',`
,.. .,
_�•�.�= ,...ui`I ..'•:+t'.4>•'- i � e'II ,: .._
,K a le '.: 1 ar'f«..
1,OfM'
Step # 4
G »
t zz
Velocity (.) Friction lossIif Ft Total Length of Friction Loss in Friction Loss in
Return Pipe size at Systemm GPMGPM of wateer/ft.
Pipe Ft of Water PSI
a•4r� >{iT+^—"'-2
S:.e� °:'S'0 : f 1. � •lbl 1 .f}bR1i
f8,'st e:
,
•1 '.
:.'»-..._.�-'-^3:�-]
m:. : iL" ;tin ±; °I : ": d'xi
:A3...e el - 'S1 1°
a -
4'•..,,_;;
Arr'r_^.
c .T.-,-_ �.,.) {N: I • • ,:,.3� .:. %�': 1 1 1 _
... ' 1 1 1 " 1 1 1
SCANNED
BY
St. bl!°lPrf1117Pftr
Step # 5
Standard 90"
Long Radius900
Standard 45o Insert
Tee (straight
Friction Loss in
Filling Size Elbow
Elbow
Elbow Coupling
Flow)
Too (branch flaw) Friction Loss in PSI
Ft of Water
!'+'y .. .�°t3 2F �r ., `•�O iCt'.
f-Friction Loss Ili :,..; .,r
b ° 11 .A
�Ft.oLWaterJ -
,.. 1 e 1 #�ays�
•,-4 j Y�',� .:.� .. "T
�+-.-r.2
-'Chenss v ...
" ^
1 11 1 ° 1 t
111y; -
FKI� LoIn *
i• ul °°
:—F.t oLT, W
�'+
rf{111
",y}i.1 11 $� "il el
111 A,,'•'
water
5
r ,y y;- r .•
U
Fnchon Loss ink
.F.4of Water I-.
_
AN 1, e °gi'a
F,f-iCtmn Lass In
- i •- .q ,...
. ........
_ ..
:,:
yr . -�� _,„y.•
1 11 �K_rp 11 T
Is
Cossln
M
Arfi Al 1
4F"r�n
LF.� t.of WateL..'i
1 1 A t
K .IT113 P
A ';`'.
1 11
[a
11 IF
�Friction
'FFt. Off
il:
aT1. 11{',
,� .�HY�b.lall
ep #
0
Input Total Feet Friction Lass in Friction Loss in
of Lift Ft. of Water PSI
EMMIXIIIIIIIIII
Straight
Selict�J�y�l3 Way Valve.` Through
StrelghtLF Sl
a µy r, � Flow
f�.'''�fS., i2, n'irk Y4 l`1-. 3]54aJ th.5j
3-way Valve InputNumberof FrictionLossin
Pipe Size 3-way Valves Ft. of Water
Friction Loss in PSI
0 -1 0.00
'' 0.00,
t�Sileet'tJandyr3 WayValve i IN
�{90t t
+} Flow Slze � ,�� Flow
Check Valve InputNumberof FrictionLossin Friction Loss in PSI
Pipe Size Check Valves Ft. of Water
. 0..
0?QO �'s730!QO's
NMOYOMM
1K �: sre
Way�Vyalve Loss„
w
10.56 4.57;
,y_ Iz To�ta�3
Step # 9
Select Filter Friction Loss in Friction Loss in
Ft. of Water XX PSI
Step # 11
Select Backwash Friction LOSS in Friction Loss in
Valve Ft. of Water PSI
Step # 13
Select In -floor Friction Loss in Friction Loss in
Valve Ft of Water PSI
tep #
Input Size of Input Number Individule Friction Loss in
Return Eyeball of Return Return GPM Ft. of Water Friction Loss in PSI
Eyeballs
elec, t,JnandyP"heek Ualv�er� trough
Flow9ht
Stralg'h'tlFlow Slze Flow
3-way Valve Input Number Friction Loss in
Friction Loss in PSI
Pipe Size of 3-way Valves Ft. of Water
3.34MMM
0.00� -
Seleet�Jandy Chiek'Valve ril
x':'ehx 90' Flow
tOF,,low+lze ��=t�
Check Valve Input Number Friction Loss in
Friction Loss In PSI
Pipe Size of Check Valves Ft. of Water
- N
=01( o-0?00
:Total Chi Valve
7.72zq
Step # 10
Select Heater Friction Loss in Friction Loss in
Ft. of Water PSI
s$N srh
andQD
c �� Prq Series
byZODIACi