HomeMy WebLinkAbout125 Kaywood DrCITY OF SANFORD PLUMBING PERMIT APPLICATION
Permit Number: O Z I Date: '5-- / 6 -
The undersigned hereby applies for a permit to install the following plumbing:
So 6& 4 Owner's Name:
Address of Job:
Plumbing Contractor:
Residential:
r 3zo lit"o
Non -Residential:
Number Amount
Addition, Alteration, Repair (Residential & Non -Residential)
New Residential:
One Water Closet
Additional Water Closet
Commercial: Minimum Permit Fee $25.00
Fixtures, Floor Drain, Trap
Sewer Piping
Water Piping
Gas Piping
Manufactured Building
Description of Work:
5 GiL
Application Fee: 10.00
TOTAL DUE:
By Signing thisapplication I am stating that I am in compliance Mh City of Sanford Plumbing Code.
a Ila
Apptcant's Signature
State License Number
3 44-
Seminole County Property Appraiser Get Information by Parcel Number Page I of 1
PARCEL DETAIL
cmintdr C uunly
ot, RA*
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1IOt K. Nlratst.
Santord tl.32"1
4/17 i(5-7411ri r
GENERAL
Parcel Id: 32-19-30-5GS-0000- Tax District: S1-SANFORD
0630 VALUE SUMMARY
BOCK ROBERT M JR & Dor: 01-SINGLE Value Method: Market
Owner: VICKI G FAMILY Number of Buildings: 1
Address: 125 KAYWOOD DR Depreciated Bldg Value: $105,347
City,State,ZipCode: SANFORD FL 32771 Exemptions: 00HOMESTEAD Depreciated EXFT Value: $11,408
125 KAYWOOD DR
Property Address: Land Value (Market): $24,300
SANFORD 32771
Land Value Ag: $0
Subdivision Name: KAYWOOD REPLAT
Just/Market Value: $141,055
SALES Assessed Value (SOH): $141,055
Deed Date Book Page Amount Vaclimp Exempt Value: $25,000
WARRANTY DEED 03/2001 04038 1186 $158,000 Improved Taxable Value: $116,055
WARRANTY DEED 09/1997 03299 1135 $140,000 Improved Tax Bill Amount: $2,078
WARRANTY DEED 09/1989 02111 1086 $111,300 Improved
Find Comparable Sales within this Subdivision
LAND LEGAL DESCRIPTION PLAT
Land Assess Method Frontage Depth Land Units Unit Price Land Value LEG LOT 63 KAYWOOD REPLAT PB 30 PGS 27
LOT 0 0 1.000 24,300.00 $24,300 28
BUILDING INFORMATION
Bid Num Bid Type Year Bit Fixtures Gross SF Heated SF Ext Wall Bid Value Est. Cost New
1 SINGLE FAMILY 1989 10 2,783 2,266 CB/STUCCO FINISH $105,347 $110,600
Appendage 1 Sgft GARAGE FINISHED / 462
Appendage I Sqft OPEN PORCH FINISHED / 55
Appendage / Sgft BASE / 263
EXTRA FEATURE
Description Year Bit Units EXFT Value Est. Cost New
FIREPLACE 1989 1 $1,350 $2,000
POOL GUNITE 1989 465 $6,278 $9,300
SCREEN ENCLOSURE 1989 2,145 $2,433 $4,290
COOL DECK PATIO 1989 570 $1,347 $1,995
NOTE: Assessed values shown are NOT certified values and therefore are subject to change before being finalized for ad valorem tax
purposes
http://www.scpafl.org/pls/web/re web.seminole county title?parcel=3219305GS00000630& 5/14/2002
1 ec
Solar Pool Heaters
INSTALLATION MANUAL
Authorized for Hi-Tec Swimming
Pool Solar Heating Systems
Read this manual before beginning installation of solar system
PLANNING
Before beginning installation check to see that
the system sizing and location criteria in the Hi-
Tec Planning & Sizing Guide have been fol-
lowed. If you find it necessary to undersize the
system, it is your responsibility to inform the
pool owner to expect proportionally less heat to
the pool than if the system was sized according
to the manufacturer's specifications. For ex-
ample, ten percent undersized means approxi-
mately ten percent less heat to the pool. To
avoid any misunderstanding, you may wish to
provide this in writing.
INSIDE THIS MANUAL
Section 1 illustrates the kits and components
used for installation of the solar collectors, and
shows component locations in the system.
Section 2 shows the steps you must take to
properly install the solar collectors.
Section 3 describes the system piping and
control components.
Section 4 covers start-up and maintenance.
a
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Section 1
Installation Kits & Components
Installation Kits and Component Locations
This section describes three Hi-Tec installation kits and the individual components used in the solar system. The kits
and components are itemized below. Installed component locations are exemplified within the labeled, circled areas
in Figure 1, above. Components listed in "F" and "G" are shown in Figure 3 (see Page 5).
A. Hi-Tec Collector Kit (Part No. 1090) B. Hi-Tec System Kit (Part No. 1091)
Contains all parts needed to fasten down one solar Contains parts needed to fasten down collectors, and to
collector and connect it to the next one in a row. One connect piping to a system. Use one system kit for each
collector kit per collector required. row of collectors in the installation.
Part No. Description tC. Figure 1 No. Part No. Description
4029 Coll. Mounting Bracket 1 1 4029 Coll. Mounting Bracket
8019 Stainless Steel Washer 1 2 8019 Stainless Steel Washer
8016 Strap Bracket 2 3 8016 Strap Bracket
8017-2 Coupling Hose, Short 2 4 1012 Coupling Clamp
1012 Coupling Clamp 4 5 8017-6 Coupling Hose, Long
4032 End Cap
4033 Adapter, Pipe to Collector
Ct. Figure 1 No.
1 1
1 2
2 3
4 5
2 6
2 7
2 8
2
C. Hi-Tec Split Row Kit (Part No. 1093) D. Hold -Down Strap
Use this kit whenever it is necessary to split a row of A`100' roll will hold down up to twelve collectors.
collectors to clear obstructions, or to install part of a row
on another roof.
Part No. Description otv.
4029 Coll. Mounting Bracket 1
8019 Stainless Steel Washer 1
8016 Strap Bracket 2
8017-3 Coupling Hose, Medium 4
1012 Coupling Clamp 4
4033 Adapter, Pipe to Collector 4
E. Vacuum Relief Valve
One per system is required whenever collector inlet
bottom) headers are higher than three feet above the
pool surface. Several locations for installation of this
valve are acceptable. See Section 2, Step 10, on Page S.
F. Check Valve
One check valve should be installed per system. A
second valve must also be installed whenever collector
inlet (bottom) headers are more than three feet above the
pool. See Section 3, Figure 3, on page 5 for locations.
G. Control System
Every Hi-Tec pool heater needs a control system to by-
pass the solar collectors when the pool is at the desired
temperature, or during inclement weather. In most
climates an automatic control system should be used. It
consists of an electronic control panel, two sensors and
a motor -driven valve. In warm climates, or when the
system is regularly attended, a manual control valve may
be used.
Section 2
Installation of Hi-Tec Solar Collectors
Step 1: Plan the location of the collectors on the
mounting surface. The outlet (top) headers must be at
least 4 inches hioher than the inlet (bottom) headers and
the row of collectors must slope at least 1/4 inch per
collector toward the supply pipe as shown in Figure 2.
This will permit drainage which prevents freeze damage.
Table 1 shows the amount of space required for an
uninterrupted row of collectors.
Add 8 to 12 inches at each end of the row for piping. Add
2 1/2" inches above the outlet header for Mounting
Brackets.
Note from Figure 2 that the pipe carrying the water back
to the pool, the return pipe, is connected to the collectors
diagonally opposite the supply pipe to the collectors.
Step 2: Starting at the return (back to pool) end of the
outlet headers, snap a horizontal chalk line 1 1 /2" up the
roof above the intended top of the outlet headers. The
chalk line must slope down the roof toward the supply
side 114" per collector. For example, six collectors in the
row means a total slope of 1 112" inches.
Step 3: Measure 6 3/4" in from the intended beginning
of your array (the first collector in your system is the one
connecting to the supply piping), and mark the chalk line.
Next, mark the chalk line every 49" until you have a total
number of marks equal to the number of collectors in the
row. Finally, measure 6 3/4" in from the end of the last
Number of
Collectors Width of Array
5 20' 5"
6 241611
7 28' 7"
8 32' 8"
9 36' 9"
10 40' 10"
11 44' 11"
12 49'
Table 1
3
Figure 2
2 112" _
End
Cap
3
Assembly Diagram
Showing Three Collectors)
6 3/4" 49"
Slope Down 1/4" per Collector
header and make another mark. See Figure 2 above.
Note: these marks indicate Bracket locations which may
be shifted 1 1/2" inches to either side, if necessary. Drill
pilot holes on each of these marks to install Mounting
Brackets. If you are using 1/4" lag screws the pilot drill
should be 3/16".
Step 4: Measure down from the Mounting Bracket holes
distances as shown in Table 2), and snap two more
horizontal chalk lines to mark you strap locations. The
Strap Bracket holes will be located and drilled after the
collectors are in place.
Step 5: Bring one collector to the roof and position its
outlet header at the return end of the row. This collector
should be the only one having two Mounting Bracket
holes. Slide a Mounting Bracket, Part Number 4029,
over each semi -
dovetail on the col-
lector top as shown
below. Fill the re-
cesses under the
Mounting Brackets
with a high quality,
polyurethane
sealer. Put mount-
ing screws through
the Stainless Steel
Washers, and then
through the Mount-
ing Brackets, and
anchor them into
the roof. Do not
tighten until all
Mounting Brackets
are installed.
49"
End
Cap
6 3/4"
Table 2
Distance from
Mounting Bracket
to Strap Bracket
Collector Upper Lower
Length Strap Strap
8' 3' 8„ 72„ 0'
4' 8" 9' 2" 12'
S' 8" 11- 2" Step
6: Install the remaining collectors in the row. The headers
are connected with the Short Hoses. Use a coupling
clamp at each end of the hose, just behind the barb
at the end of the collector fitting. DO NOT OVER - TIGHTEN (
hose rubbershould only bulge slightly into the holes
in the band of the clamp). Each of these collectors will
have one Mounting Bracket. Apply polyurethane sealer
to all recesses as in Step 5. Step
7: Drill a pilot hole (3/16" for 1/4" lag bolt) on each end
of the strap chalk lines, a minimum of 3" from the edge
of the absorber plate (four places). Drill pilot holes on
each chalk line, between the edges of the absorber plate
at each collector. These holes should be about 1/4" off
of center, so that the leg of the Strap Bracket will be in the
center of the space. Install the Strap Brackets with polyurethane
sealer. The Strap Brackets at both ends of the
row must be installed with the bracket's flat side towards
the collector (screw head outside). Note: be sure
all of your anchors satisfy your prevailing local code requirements.
Step
8: Slip the Hold -Down Strap (polyester) through the Strap
Brackets, tie it to one end bracket, stretch it tight, cut
it off and tie it to the bracket at the opposite end. Polypropylene
strap is slipped through the bracket and doubled
back on itself. Slip a Strap Clamp over the 21
doubled section and tighten the screw until the strap
bulges into the hole. Do not puncture the strap with the
screw.
Step 9: Connect the end caps to the collectors in the
locations shown on Figure 2, using Short Hoses and
Coupling Clamps. Connect the collectors to the supply
and return piping with Long Hoses and Coupling Clamps
using Pipe to Collector Adapters. Universal PVC/CPVC/
ABS adhesive must be used at these cemented joints.
Step 10: The appropriate location for the vacuum relief
valve in the system may be dictated by the particulars of
Solar to Filter System Piping: r--..
To achieve optimum perfor-
mance levels from the sys-
tem, meet the recom-
mended water flow rates
in Table 3. AA
for
the system. Typically best locations are: out of a tee at
the supply connection of the pipe and collectors (see "E"
in Figure 1); out of a fitting, in place of any of the end caps;
and out of a tee in the supply or return line, just below the
roof level.
Step 11: If the plumbing in your system will not allow the
collectors to properly drain (eg: piping over the peak of
the roof), a manual drain line must be installed from the
lowest point in the system on the roof. Manually draining
the system during freezing weather should protect the
collectors from freezing.
Section 3
System Piping
Solar systems with less
than 300 square feet of collec
for and located less than 20 feet from
the pool may be connected with 1 1/2"
schedule 40 pipe. All other systems should be
plumbed with 2" or larger, schedule 40 pipe. Plan the
piping to
minimize
the num-
ber of fit-
tings. It is
important
that pres-
s u r e
losses are
kept low so
that the
Collector Size 4 x 8 4 x 10 4 x 12
Recommended Flow Rate
3.2 4.0 5.0
per Collector (gpm)
Minimum Flow Rate
2.0 2.5 3.0
per Collector (gpm)
Maximum Number of
18 15 12
Collectors per Row
maximum Table 3
Control
amount of water flows through the
collectors.
Referring to Figures 2 and 3, note
that the supply to the solar col- Filter
Solar System Piping
Solar
Sensor
Isolation
Valves
Ball I Check
Valve Valve
lectors is always at the inlet Pump
Check
headers, and the return is Valve
diagonally opposite, at
the outlet headers. The
three-way control valve,
Water Sensor
whether it is manual or
motor driven, is installed as aiaw das M s r .e sii i
in the inlet line to the col 14,
lectors
3-Way
Valve
Figure 3
Heater
Bypass
Ball Valve
If the collectors' Inlet > aY '
s
headers are installed
more than three feet
5
higher than the pool, a check valve should be installed
between the pool filter and the control valve. This'valve
prevents back -washing filter debris to the pool. The pool
water sensor for an automatic control must be installed
before the control valve, so that it senses the actual pool
water temperature. The solar sensor is mounted on the
same surface as the solar collectors but not touching
them. It is important that the sensor sees the same sun,
all day, as the collectors. Installation instructions packed
with the automatic control system should be followed.
Solar system isolation valves should be installed to allow
the collectors to be serviced without requiring that the
pool circulation stay turned off. If the 3-way control valve
has a non -positive seal, a ball valve should be installed
between the 3-way valve and the collectors. If the 3-way
has a positive seal, it will act as the isolation valve on the
supply side. Install a 112 lb. spring check valve between
the return from the solar collectors and the bypass tee in
the return line. Do not use two ball valves for system
isolation.
If a high pressure pool cleaner pump is used, its supply
should be connected between the filter and the control
valve. If a gas or electric heater or heat pump is used, it
must be installed between the solar system return tee
and the return line to the pool. Heaters and heat pumps
often create an excessive pressure loss, so it is good
practice to provide a bypass as shown. The bypass
valve may be opened whenever the solar system
alone is heating the pool (Note: some heaters
require water flow at all times).
Special System Layout Piping:
The shape of the available space or roof obstructions
often dictate dividing a system into multiple rows or
splitting rows.
Figure 4 below shows a system divided into two rows.
You will need a Hi-Tec System Kit, Part Number 1091, for
each added row. Note that the return from the lower row
is connected to the return at the highest point in the
system. Slope the rows toward the supply for drainage.
Figure 5 on page 7 shows a more complex, multi -level
system with split rows. Roof vents can often be straddled
by using a pair of long hoses in place of short ones. The
normal space between the absorber plates on adjacent
collectors is 2.9 inches. That space can be increased to
7.9 inches by replacing short hoses with long ones, giving
room to pass any standard vent stack. For larger obstruc-
tions, such as chimneys, attic vents or windows, you will
have to split the row with the Hi-Tec Split Row Kit, Part
Number 1093.
In Figure 5, the third row is on another roof, higher than
the first two rows. Note that the returns for the first two
rows meet the return from the third row at the highest
point in the system. Again, slope all rows toward the
supplies, so they can drain.
Two -Row System
On the roof (or other mounting surface) End
horizontal pipes should be supported cap
every 4 feet and vertical pipes every S
feet. A support should be placed as
close to the collector supply and----"''---
return as is practical. Hi-Tec Stain Return
less Steel Hold Down Clamps,; " r /
z*
from
HighestdPartNumber2022, are useful ', f Porn,
for this purpose.
i
End End
Cap Cap
f /
fir ° x.; i bRY 7J '' s : •, . Q
a.
V.
l
7 fri/f r% d f y.• N
Q
I Figure
4 Slope
Down 1/4per Collector End Cap
M.
Multi -Row,
Multi -Level
System
Figure 5
One
Split now
Kit
Section 4
Start -Up and Maintenance
Start -Up and Test:
Before starting the pump, we recommend that you install
a flow meter in a location to accurately show the flow rate
through the solar system. The preferred location is
before the solar collectors, after at least 3 feet of straight
pipe. You can then determine if the flow rate meets the
levels shown in Table 3.
This section describes the steps for starting an automatic
system. [If a manual control is used, turn the three-way
valve to the indicated positions. The "OFF' mark oppo-
site the valve handle indicates the line that is blocked by
the diverter]. Switch the control to "ON". The "Power",
Heating" and "Cooling" lights should go on and the
I should turn to di-
through the solar
I does not, check
Niring to the valve
ilve motor has a
e sure it is not in
the "OFF" position.
With the system on, the collectors should be purged of all
air in 1 to 3 minutes and the water returning to the pool
should be clear and free from air bubbles. After 5
minutes, feel the return end of the absorber plate on each
collector. They should be uniformly cool to the touch. If
they are, you have uniform flow to all collectors. If they
are not, flow must be increased to the minimum specified
levels in order to get rated performance for the system. If
on the multiple -row system, one bank feels warmer than
the other, the flow must be corrected. Install a ball valve
in either the supply or return line to the row that feels
cooler. You can then throttle this valve until the tempera-
tures of the collectors on each bank are approximately
equal.
Next, switch the control to "OFF". The valve should turn
to divert the water to the line that by-passes the solar
collectors. Switch the control to "AUTO". Set the
temperature control to the maximum position, or at least
10 degrees higher than the pool water temperature. The
fI
Heating" light should come on and the valve should turn
to divert all of the pool water through the solar system. If
the light does not come on, disconnect the pool water
temperature sensor wires and temporarily "short" the
solar sensor terminals. If the "Heating" light now comes
on, you probably have a bad wiring connection to the
solar sensor.
Set the temperature control to the minimum position or at
least 10 degrees below the pool water temperature. The
Heating" light should go out and the valve should turn to
divert the water through the by-pass line. If it does not,
disconnect the solar sensor wires and temporarily "short"
the pool water temperature sensor terminals. If the light
now goes out, you probably have a bad connection in the
pool water sensor wiring. For further trouble shooting
information, see the manual packed with the control.
Once everything is working, set the control for the maxi-
mum desired water temperature with the control on
Auto" and the installation is complete.
Maintenance:
For pools that close during winter months, if the solar
system is piped so that it will naturally drain from gravity,
turn off your circulating system at least 30 minutes before
any freezing temperatures. When all water has drained
from the collectors, normal pool winterization procedures
may be followed. Any piping that will not drain from
gravity must be manually drained, or blown out, to
prevent freeze damage.
SANPORD BUILDING DEPT.
For pools remaining open during the winter months, once
the solar system is completely drained, close your isola-
tion valve in the supply line (either the ball valve or the
positive seal 3-way) and you may resume pool water
circulation. The check valve installed in the return line
should prevent water from rising to the roof through the
return line.
In warm climates where the pool is kept open all year, a
normal practice is to run the filter system, supplying the
collectors with flowing water, whenever light freezes are
expected. Alternatively, an automatic control with a
recirculating freeze protection feature may be used. It
will automatically control the pump and solar system
during freezing conditions, as long as electricity is avail-
able.
Collector Repair:
If one or more collector tubes become damaged and
leak, they may be easily repaired with Hi-Tec Repair Kit,
Part Number 1095. Cut the damaged tube below the
damaged section. Then free the cut end of the tube
projecting from the inlet header, by cutting the center of
the web, parallel with the tube on each side, downward
two inches toward the inlet header. Use the insertion tool
to push a rubber plug into the end projecting from the inlet
header. Now, cut the same tube near the outlet header,
free the cut end projecting from the outlet header and
plug it. This will seal the tube and prevent water from
standing in the plugged tube and expelling the plug when
it freezes.
THESE PLANS ARE REVIEWED AND CONDITIONALLY
ACCEPTED FOP. PERMIT. A PERMIT ISSUED SHALL BE
CON ;TPUED TO RL A LICENSG TO PROCEED WITH
THE WORK AND NOT AS AUTHORITY TO VIOLATE.
CANCEL, ALTER, CR SET ASIDE ANY OF THE
PROVISIONS OF THE TECHNICAL CODES, NOR SHALL
ISSUANCE OF A PERMIT PREVENT IHE BUILDING
DEPT FROM THEREAFTER REOUIRING A CORREC-
TION OF ERRORS ON THE PLANS, CONSTRUCTION
OR OTHER VIOLATIONS OF THE CODES.
Manufactured with pride in the U.S.A. by:
Harter Industries, Inc.
P.O. Box 502
Holmdel, NJ 07733
Manufacturing facilities in New Jersey and Florida
f' •5J— w,4" &410cf w,1, 5
tC L a v a l tl V s, s I_ 1
1995 Solar City, Inc. offla COPY
e PERMIT # 07 a.0,1t