HomeMy WebLinkAboutPROJECT INFORMATION11
ORDERING INFORMATION
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'Rating in accordance with ARI Standard 1160 (air temp. F° I%relative humidity/water temp. PI
AVAILABLE FROM:
PENTAIR
1620 HAWKINSAVE, SANFORD, NC 27330 800.831.7133 WWW.PENTAIRPOOL.COM
All Pentair trademarks and logos are owned by Pentair or one of its global affiliates. UltraTemp°, IntelliTouch', EasyTouch'. Eco Select-. and Aub.set" are trademarks and/or registered trademarks of Pentair
Water Pool and Spa. Inc. and/or its affiliated companies in the United States and/ or other countries. Emerson' is a registered trademark of Emerson Electric Co.. Copeland SCmtl' is a registered trademark of
Emerson Climate Technologies. Inc. Because we are continuously improving our products and services. Pentair reservas the right to change specifications wilhoul prior notice. Pentair is an equal opportunity
employer.
pumps • filters • heaters • heat pumps • automation • lighting' cleaners • sanitizers • water features • maintenance products
3/15 Part # P1-046 02015 Pentair Water Pool and Spa, Inc. All rights reserved. 0
A
St: Lude'`Cout1t�,'
CLASS P[RFORMANCI AND EFFICIENCY.
ENVIRONMENTALLY SUPERIOR.
MORE STANDARD FEATURES THAN ANY OTHER.
With today's record energy costs, there's never been a better time to invest in a heat pump. Compared to gas, oil or electric heaters,
UltraTemp® High Performance Heat Pumps use just a fraction of the energy to generate the same amount of heat. In fact, just 201 worth
of electricity produces $1.00 worth of heat generated by other methods. That means more comfortable water temperatures and longer
swimming seasons for you and your family.
Why should you choose an UltraTemp heat pump? That's easy. It offers the longest list of standard features available.
The UltraTemp heat pump provides
an AutoSetTt^ Temperature Control
feature as standard. It monitors water
temperature and turns the pump on and
off as needed, overriding the -time clock
to maintain desired temperature. Its
the ultimate in convenient, hands -free
comfort control.
• The UltraTemp heat pump features the
legendary Emerson® CopelandScroll®
Compressor that's more efficient, durable,
reliable and quieter than any piston -driven
compressor. It's the best of the best.
• Pentair heat pumps have been using
the EPA -recognized, environmentally
safe, non -ozone depleting R-410A
refrigerant for over 10 years. This
has allowed the UltraTemp heat pump
to be awarded the Eco Select® Brand
for environmental responsibility.
• 100% titanium heat exchanger assures
corrosion -free performance for extra long
life and value.
• LCD control board displays an intuitive,
menu -driven readout with easy to follow, full
word messages —no codes to memorize.
• Self -diagnostic software continuously
monitors system for peak performance.
• Thermostatic Expansion Valve (TXV)
controls refrigerant flow for optimum
efficiency and BTU output over a wider
operating temperature range.
• Automatic defrost feature senses
refrigerant temperature and helps
prevent the UltraTemp heat pump from
freezing, allowing the unit to operate
effectively at even lower temperatures
than many competing products.
• Perfect companion to InteRiTouch® or
EasyTouch® Control Systems —all heat
pump instructions and displays can
be transferred to a centralized control
system that manages all your pool/spa
operations and poolscape features.
• ETL listing is your assurance of safer,
dependable operation.
• BTU and efficiency independently
certified by the Air Conditioning, Heating,
and Refrigeration Institute (AHRI). The
AHRI Certified mark is applied only to
HVACR equipment and components that
have been independently tested to certify
that manufacturers' performance claims
are accurate.
• 10-year compressor parts and tabor
warranty and lifetime warranty on the
titanium heat exchanger. See limited
warranty for details.
Clearly, a heat pump is the best choice for pool heating. Also clear is the best -in -class performance and value of the fully -featured
UltraTemp heat pump. Contact your pool professional today to learn which model is right for your pool.
The UltraTemp heal pump has earned the Eco Select brand indicating
it is one of our 'greenest' and most efficient equipment choices.
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olaml 1 .974
All F Fifth Ec
"Are
�1_I &Q1 Jr-I'f:l► tire-
RESIDENTIAL ENERGY EFFICIENCY
drawn shall be insulated to a minimum of R-11 and
the ceiling shall be insulated to a minimum of R-19,
space permitting, or R-10 otherwise_ t
R403.6 Heating and cooling equipment (Mandatory).
R403.6.1 Equipment sizing. Heating and cooling equip-
ment shall be sized in accordance with ACCA Manual S
based on the equipment loads calculated in accordance
with ACCA Manual J or other approved heating and cool-
ing calculation methodologies, based on building loads fox
the directional orientation of the building. The manufac-
turer and model number of the outdoor and indoor units ('
split system) shall be submitted along with the sensible
and total cooling capacities at the design conditions
described in Section R302.1_ This code does not allow
designer safety factors, provisions for future expansion o
other factors which affect equipment sizing. System sizing
calculations shall not include loads created by local inter-
mittent mechanical ventilation such as standard Idtr-henj
and bathroom exhaust systems.
R403.6.1.1 Cooling equipment capacity. Cooling
only equipment shall be selected so that its total capac-
ity is not less than the calculated total load, but not
more than 1.15 times greater than the total load calcu-
lated according to the procedure selected in Section
403.6, or the closest available size provided by the
manufacturer's product lines. The corresponding latent
capacity of the equipment shall not be less than the cal-
culated latent load.
The published value for AHRI total capacity is a
nominal, reting-test value and shall not be used for
equipment sizing. Manufacturer's expanded perfor-
mance data shall be used to select cooling -only equip-
ment This selection shall be based on the outdoor
design dry bulb temperature for the load calculation (or
entering water temperature for water -source equip-
ment), the blower cfm provided by the expanded per-
formance data, the design value for entering wet bulb
temperature and the design value for entering dry bulb
temperature.
Design values for entering wet bulb and dry bulb
temperature shall be for the indoor dry bulb and relative
humidity used for the load calculation and shall be
adjusted for return side gains if the return duct(s) is
installed in an unconditioned spare.
Exceptions:
1_ Attached single- and multiple -family residential
equipment sizing may be selected so that its cool-
ing capacity is less than the calculated total sensi-
ble load but not less than 80 percent of that load
2. When signed and sealed by a Florida -registered
engincer, in attached single- and multiple -family
units, the capacity of equipment may be sized in
accordance with good design practice.
R403.6.1.2 Heating equipment capacity.
R403.6.L2.1 Heat pumps. Heat pump sizing shall
be based on the cooling requirements as calculated
according to Section R403.6.1.1 and the heat pump
total cooling capacity shall not be more than 1.15
1
times greater than the design cooling load, even if
the design heating load is 1.15 times greater than the
1
design cooling load.
R403.6.L2.2 Electric resistance furnaces. Electric
1
resistance furnaces shall be sized within 4 kW of the
design requirements calculated according to the pro-
1
cedure selected in Section R403.6.1.
R403.6.1.23 Fossil fuel heating equipment. The
1
capacity of fossil fuel heating equipment with natu-
1—
ral draft atmospheric burners shall not be less than
the design load calculated in accordance with Sec-
1
tion R403.6.1.
1
R403.6.13 Extra capacity required for special occa-
sions. Residences requiring excess cooling or heating
equipment capacity on an intermittent basis, such as
1
anticipated additional loads caused by major.entertain-
ment events, shall have equipment sized or controlled
1
to prevent continuous space cooling or Beating within
1
that space by one or more of the following options:
1. A separate cooling or heating system is utilized to
1
provide cooling or heating to the major entertain-
1
ment areas.
2. A variable capacity system sized for optimum
,
performance during base load periods is utilized.
R403.7 Systems serving multiple dwelling units (Manda-
tory). Systems serving multiple dwelling units shall comply
with Sections C403 and C404 of the Commercial Provisions
in lieu of Section R403.
R403.8 Snow melt system controls (Mandatory). Snow -
and ice -melting systems, supplied through energy service to
the building, shall include automatic controls capable of shut-
ting off the system when the pavement temperature is above
50'F, and no precipitation is falling and an automatic or man-
ual control that will allow shutoff when the outdoor tempera-
ture is above 40'F.
R403.9 Swimming pools, inground spas and portable spas. = l
(Mandatory). The energy requirements for residential pools
and ingroand spas shall be as specified in Sections R403.9.1 1
through R403.93 and in accordance with ANSUAPSP-15.
The energy requirements for portable spas shall be in accor-
dance with ANSIIAPSP-14.
R403.9.1 Pool and spa heaters. All pool heaters shall be 1
equipped with a readily accessible on -off switch that is
mounted outside the heater to allow shutting off the heater 1
without adjusting the thermostat setting.
R403.9.1.1 Gas and oil -fired pool and spa heaters. 1
All gas- and oil -fired pool and spa heaters shall have a 1
minimum thermal efficiency of 82 percent for heaters I
manufactured on or after April 16, 2013 when tested in I
accordance with ANSI Z 2U6_ Pool heaters fired by 1
natural or LP gas shall not have continuously bunting
pilot lights. 4
R4039.1.2 Heat pump pool heaters. Heat pump pool
heaters shall have a minimum COP of 4.0 when tested 1
in accordance with AHRI 1160, Table 2, Standard Rat- I
R-4.8 FLORIDA BUILDING CODE— ENERGY CONSERVATION, 5th EDITION (2014)
RESIDENTIAL ENERGY EFFICIENCY
ing Conditions -Low Air Temperature. A test report
from an independent laboratory is required to verify
procedure compliance. Geothermal swimming pool
heat pumps are not required to meet this standard.
R403.9.2 Time switches. Time switches or 'other control
method that can automatically turn off and on heaters and
pumps according to a preset schedule shall be installed on
all heaters and pumps. Heaters, pumps and motors that
have built in titers shall be deemed in compliance with
this requirement
Exceptions:
1. Where public health standards require 24-hour
pump operation.
2. Where pumps are required to operate solar- and
waste -heat -recovery pool heating systems.
t 3. Where pumps are powered exclusively from on -
site renewable generation.
1 R403.93 Covers. Heated swimming pools and inground
1 permanently installed spas shall be equipped with a vapor -
retardant cover on or at the water surface or a liquid cover
1 or other means proven to reduce heat loss.
ELanrating
tion: Outdoor pools deriving over 70 percent of
yfoeatingfromsite-recovpump or sohuenergysource season
SECTION R404
ELECTRICAL POWER AND LIGHTING SYSTEMS
(MANDATORY)
R404.1 Lighting equipment (Mandatory). A minimum of
75 percent of the lamps in permanently installed lighting fu-
tures shall be high -efficacy lamps or a minimum of 75 per-
cent of the permanently installed lighting fixtures shall
contain only high efficacy lamps.
Exception: Low -voltage lighting shall not be required to
utilize high -efficiency lamps.
R404.1.1 Lighting equipment (Mandatory). Fuel gas
lighting systems shall not have continuously burning pilot
lights.
SECTION R405
SIMULATED PERFORMANCE ALTERNATIVE
(PERFORMANCE)
R405.1 Scope. This section establishes criteria for compli-
ance using simulated energy performance analysis. Such
analysis shall include heating, cooling, and service water
heating energy only.
R405.2 Mandatory requirements. Compliance with this
section requires that the mandatory provisions identified in
Section R401.2 be meL All supply and return ducts not com-
pletely inside the building thermal envelope shall be insulated
to a minimum of R-6.
R405.2.1 Ceiling insulation. Ceilings shall have an insu-
lation level of at least R-19, space permitting. For the pur-
poses of this code, types of ceiling construction that are
considered to have inadequate space to install R-19
include single assembly ceilings of the exposed deck and 1
beam type and concrete deck roofs. Such ceiling assem-
blies shall be insulated to at least a level of R-10. 1
R4053 Performance -based compliance. Compliance based
on simulated energy performance requires that a proposed
residence (proposed design) be shown to have annual total
normalized modified loads that are less than or equal to the
annual total loads of the standard reference design as calcu-
lated in accordance with Appendix B of this standard.
R405.4 Documentation. Documentation of the software
used for the performance design and the parameters for the
building shall be in accordance with Sections R405A.1
through R405.4.3.
R405.4.1 Compliance software tools. Computer software i
utilized for demonstration of code compliance shall have 1
been approved by the Florida Building Commission in 1
accordance with requirements of this code.
■
R405.4.2 Compliance report Compliance software tools
used to demonstrate code, compliance by Section R405 i
shall generate a report that documents that the proposed -
design complies with Section R405.3 (see Section i
R101.5.1). The compliance documentation shall include t
the following information-
1- Address or other identification of the residence;
2. An inspection checklist documenting the building
component characteristics of the proposed design as
listed in Table R405.5.2(1). The inspection checklist
shall show results for the proposed design, and shall
document all inputs entered by the user necessary to
reproduce the results;
3. Name of individual completing the compliance
report; and
4. Name and version of the compliance software tooL
Exception Multiple orientations. When an otherwise
identical building model is offered in multiple orienta-
tions, compliance for any orientation shall be permitted
by documenting that the building meets the perfor-
mance requirements in each of the four cardinal (north,
east, south and west) orientations,
R405.43 Additional documentation. The code official
shall be permitted to require the following documents:
I. Verification that an EPL display card signed by the i
builder providing that the building component chat- 1
acteristics of the proposed design will be provided 1
to the purchaser of the home at time of title transfer.
2. Documentation of the component efficiencies used 1
in the software calculations for the proposed design. 1
R4055 Calculation procedure, Calculations of the perfor-
mance design shall be in accordance with Sections R405.5.1
through R405.53.
R4055.1 General Except as specified by this section, the
standard reference design and proposed design shall be .
FLORIDA BUILDING CODE — ENERGY CONSERVATION, Sth EDITION (2014)
R-4.9
RESIDENTIAL ENERGY EFFICIENCY
configured and analyzed using'identical methods and tech- analyzed as specified by Table R405.5.2(1). Table --.
tech-
niques. R405.5.2(1) shall include by reference all notes contained
R405S.2 Residence specifications. The standard refer- in Table R402.1.1.
ence design and proposed design shall be configured and
TABLE R405.52(1)
SPECIFICATIONS FOR THE STANDARD REFFRFNOF nun oonone..i nvc.....,..
BUILDING COMPONENT
STANDARD REFERENCE DESIGN
PROPOSED DESIGN
Above -grade walls
Type: mass wall if proposed wall is mass; otherwise wood frame,
As proposed
Gross area: same as proposed
As proposed.
17-factor. from Table R402.1.3
As Proposed
Solar absorptance = 0.75
As proposed
Remittance = 0.90
As proposed
Basement and crawl space
Type: same as proposed
As proposed
walls
Gross area: same as proposed
As proposed
(!-factor. from Table R402.13, with insulation layer on interior side of walls.
..
As proposed
Above -grade floors
Type: wood frame
As proposed
Gross arcs same as proposed
As proposed
lxfactor. from Table R402.1.3
As proposed
Ceilings
Type: wood frame
As proposed
Gross area: same as proposed
As
As proposed
Wactor. from Table R402.1.3
............._.
proposed
Roofs �
Type: composition shingle on wood sheathing
AS proposed
Gross area: same as proposed
As proposed '
'
Solar absorptance = 0.75
As proposed
Emi[tance - 0.90
As proposed
Attics
Type: vented with aperture = 1 ir per 300 W ceiling area
As ro osed .
P P
Foundations
Type: same as proposed foundation wall area above and below grade and soil
As proposed
characteristics: same as proposed.
As proposed ..
Doors
Area 40 fi
Orientation NorthAs
As proposed
Wactor same as fenestration from Table R402.13.
proposed
As proposed
Glazing`
Total ame = .
(a) The proposed glazing area; where proposed glazing area is less than
As proposed .
15% of the conditioned floor area
(b) 15% of the conditioned floor area; where the proposed glazing area is
15% or more of the conditioned floor area.
'
Orientation: equally distributed to four cardinal compass orientations
As proposed '
(N, E, S & Vie.
17-factor. from Table R402.1.3
As proposed
'
SHGC: From Table R402.1.1 except that for climates with no requirement
As proposed
(NR) SHGC = 0.40 shall be used
'
Interior, shade f action: 0.92-(0.21 x SHGC for the standard reference design)
Extemal.shading: none
0.92-(0.21 x SHGC as proposed)
As proposed
Skylights
None
As proposed
Thermally isolated sunrooms
None
As proposed
(continued)
R-4.10 FLORIDA BUILDING CODE— ENERGY CONSERVATION, 5th EDITION i2014)
i
k,HALOSOURCE Date: 1/10/2011
Revision: 00
Manufacturers Name:
Corporate Address:
Manufacturers Telephone:
Emergency Telephone (24 Hours):
Materialrrrade/Product Name:
Synonyms:
Chemical Name:
Chemical Formula:
CAS No.:
EPA Registration #:
Product Use:
Material Safety Data Sheet
AquaPill. SolarPill
HaloSource, Inc.
1631 220' St. SE, Suite 100, Bothell; WA 98021
(425) 881-6464 (Monday -Friday, 8AM-5PM..PDT)
600-424-9300 CHEMTREC (Domestic, Norih America)
703-527-3887 CHEMTREC (Intemational, collect calls accepted)
AquaPill: SolarPill
None
Not applicable
Not applicable
Not applicable
Not applicable
Reduces heat and chemical loss by preventing water evaporation.
CAS NO.
COMPONENT
%
OSHA
HAZARDOUS?
Trade Secret
Trade Secret
Trade
YES
Secret
All other components are either non -hazardous or below de
NO
minimus quantities.
NOTE: See Section 8 forpermissible exposure limits.
Yellow liquid with a slight.fatty/waxy odor.
- —: Maybe mildly irritating to eyes.. Not likely to be hazardous to skirt; respiratory tract or by ingestiori.
POTENTIAL HEALTH EFFECTS
EYE: May be mildly irritating to eyes. .
SKIN: Not likely to be hazardous to skin. File Copy
INHALATION: Not likely to be hazardous by inhalation. .
AquaPill: SolarPil/ Page Number. 2 of 6
INGESTION: Not likely to be hazardous by ingestion.
CHRONIC EXPOSURE/CARCINOGENICITY: None of the components present in this material at concentrations
of equal to or greater than 0.1 % are listed by ]ARC, NTP, OSHA or ACGIH as a carcinogen. A component may
affect genetic material (mutagenic) and may cause adverse reproductive effects and birth defects (teratogenic)
based on animal test data.
AGGRAVATION OF PRE-EXISTING CONDITIONS: None known.
POTENTIAL ENVIRONMENTAL EFFECTS Ndne known
FIRST AID PROCEDURES
EYE CONTACT. Remove contact lenses (if applicable), flush with water for 15 minutes. Call a physician.
SKIN CONTACT: Cleansing the skin after exposure is advisable.
INHALATION: If large amounts of fumes are inhaled, remove to fresh air and consult a physician.
INGESTION: Consult a physician if necessary.
NOTE TO PHYSICIANS: None.
FLASH POINT: >93°C (>200°F) . AUTOIGNITION TEMPERATURE: Not available
UPPER FLAMMABLE LIMIT: Not available LOWER FLAMMABLE LIMIT: Not available
FLAMMABLITY CLASS (OSHA): Not applicable FLAME PROPAGATIONBURNING RATE: Not available
UNIQUE FIRE PROPERTIES: None known or expected.
HAZARDOUS COMBUSTION PRODUCTS: Releases carbon monoxide when burned.
EXTINGUISHING MEDIA: Water spray, CO2 (carbon dioxide), foam or dry chemical.
PROTECTION OF FIREFIGHTERS: Water can be used to cool fire -exposed containers, to protect personnel and to
disperse vapors and spills. Water run off from chemical fires can cause environmental damage. Dike and collect water
used to fight chemical fires. Fire fighters should wear normal protective equipment and positive -pressure self-contained
bredthing apparatus.
PERSONAL PROTECTIVE EQUIPMENT: See Section 8 (Personal Protective Equipment).
ENVIRONMENTAL PRECAUTIONS: None known.
METHODS FOR CLEANING UP: Spilled material should be absorbed onto an inert material and scooped up. Flush
spill areas thoroughly with water and scrub to remove residue. If slipperiness remains apply more dry -sweeping
compound.
AquaiPffl. SOlarPill Page Number: 3 of 6
SAFE HANDLING RECOMMENDATIONS
VENTILATION: General ventilation should be sufficient -
SPECIAL HANDLING REQUIREMENTS: No special handling requirements.
SAFE STORAGE RECOMMENDATIONS
CONTAINMENT: Keep container closed when not in use.
STORAGE ROOM RECOMMENDATIONS: Store at room temperature.
INCOMPATIBLE MATERIALS: To avoid product degradation and equipment corrosion, do not use iron, copper or
aluminum containers or equipment
ENGINEERING CONTROLS: General ventilation should be sufficient
PERSONAL PROTECTIVE EQUIPMENT (PPE)
EYE/FACE PROTECTION: Eye protection is recommended.
SKIN PROTECTION: Special skin protection should not be needed.
HAND PROTECTION: Gloves are recommended any time handling chemicals.
RESPIRATORY PROTECTION: A respiratory protection program that meets OSHA's 29 CFR 1910.134 and ANSI
ZB8.2 requirements must be followed whenever workplace conditions warrant a respirator's use.
GOOD HYGEIENENVORK PRACTICES: Always follow good hygiene/work practices by avoiding dusts, vapors,
or mists and contact with eyes and skin. Thoroughly wash hands after handling and before eating or drinking.
EXPOSURE GUIDELINES
PERMISSIBLE EXPOSURE LIMITS
INGREDIENT`
S"M
.IS
p-(TLVj--
CAS NO.
Not Applicable
Not
ApDlicable
Not
A livable
Not
AoDlivable
Not
Applicable
Nat
A livable
L_
Not
Applicable
COLOR- Yellow SHAPE: Not applicable, liquid
PHYSICAL FORM: Liquid ODOR: Mild fatty -waxy
pH: 6 — 8 VAPOR PRESSURE: Not available
AquaPill. SolarPill
VAPOR DENSITY: Not available
MELTING POINT: Not available
SOLUBILITY IN WATER: Incomplete
Page Number: 4 of 6
BOILING POINT: Not available
FREEZING POINT: Not available
SPECIFIC GRAVITY OR DENSITY: 0.98 -1.02
NOTE: These physical data are typical values based on material tested but may vary from sample to sample. Values
should not be construed as a guaranteed analysis of any specific lot or as spefcatlons.
— CHEMICACSTABILITY:-Stable - - ------
CONDITIONS TO AVOID: None known.
MATERIALS TO AVOID (INCOMPATIBILITY): Aluminum, copper, iron, strong oxidizers, and acids.
HAZARDOUS DECOMPOSITION PRODUCTS: Carbon monoxide, carbon dioxide.
HAZARDOUS POLYMERIZATION: Will not occur.
ORAL LDso (rat): Not available.
DERMAL LDso (rabbit): Not available.
SKIN IRRITATION: Not available.
EYE IRRITATION: Not available.
ADDITIONAL INFORMATION: None.
ECOTOXICITY: Not available.
MOBILITY: _Not available.
PERSISTENCE AND DEGRADABILITY: Not available.
BIOACCUMULATIVE POTENTIAL: Not available.
•
If this product as supplied becomes a waste, it does not meet the criteria of a hazardous waste as defined under the
Resource Conservation and Recovery Act (RCRA) 40 CFR 261. Please be advised that state and local requirements
for waste disposal may be more restrictive or otherwise different from federal regulations. Consult state and local
regulations regarding the proper disposal of this material.
AquaPill. SolarPill
Page Number. 5 of 6
NOTE: Chemical additions, processing or otherwise altering this material may make the waste management
information presented in this MSDS incomplete, inaccurate or otherwise inappropriate.
U.S.. DEPARTMENT OF TRANSPORTATION (DOT):_
Proper -Shipping -Name. —Not -Regulated
Hazard Class: Not Regulated
-- -T- -- ---
IaenfJflcation Number (UN Number): Not Regulated
Packing Group (PG): Not Regulated
TSCA STATUS: All components are listed.
CERCLA REPORTABLE QUANTITY (RQ):
CHEMICAL NAME RQ
Not applicable Not applicable
SARA TITLE III SECTION 302 EXTREMELY HAZARDOUS SUBSTANCES (EHS):
CHEMICAL NAME TPQ RQ
Not applicable Not applicable Not applicable
SARA TITLE III SECTION 311/312 HAZARD CATEGORIES: Does this product/material meet the definition of the
following hazard classes according to the EPA'Hazard Categories' promulgated under Sections 311 and 312 of SARA
Title III?
ACUTE HEALTH
HAZARD
CHRONIC HEALTH
HAZARD
FIRE HAZARD
REACTIVE HAZARD
SUDDEN RELEASE
OFPRESSURE
YES
NO
NO
NO
NO
SARA TITLE III SECTION 313 TOXIC CHEMICALS INFORMATION:
CHEMICAL NAME
CAS NO.
CONCENTRATION (%)
-
Not applicable
Not applicable
Not applicable
C01 1FORNIA-PROPOSITION 6Sc i he o o nnng c emica s is are nown o e s e o a i omia o cause cance
reproductive toxicity. r or
CHEMICAL NAME CAS NO. CONCENTRATION (%)`
Not applicable Not applicable Not applicable
LIFE SAVER POOL FENCE SYSTEM SPECIFICATIONS
General Description:
Pool fence designed specifically to provide a barrier around residential swimming -pools
for toddlers and young children. Life Saver Pool Fence Systems ® does not have any
gaps, openings, indentations, Protrusions, of structural components that could allow a
young child to crawl under, squeeze through, or climb over the barrier. Our exclusive
Perma Locking System will not allow the barrier to be removed without the aid of tools.
Life Saver Pool fence is manufactured and installed in compliance with the Florida
Residential 4501.17 and the Florida Statute.
System:
Tension based system utilizing a series of 15 foot sections of fence with inserts for
mounting in non -conducting polypropylene sleeves core drilled 4 inches deep into a
concrete deck or other substantial surface, connected in series at the top with our
exclusive 21/2 inch Perma Locking System.
Construction:
Mesh: Polyester mesh fabric with a mildew resistant polyvinyl coating to provide for
years of use in direct sunlight
Continuous basket weave with a tensile strength rating o€270 lbs. Per inch
making it impossible to rip under normal use.
Color selection is black, white, green or brown. Available in 48. or 60 in heights.
Bordered on all four sides by a reinforced vinyl material with a rating of 387
lbs. To prevent sagging and provide the necessary tension to insure the fence's
integrity for its intended purpose both at the top and bottom
The mesh is pre -mounted on aluminum support poles and secured by aluminum
cove molding strips.
Poles: Poles are constructed of marine grade aluminum, black, white, green, tan and
brown powder coated or silver finish.
Pole spacing is at 36 inches.
Stainless steel screws (14) are utilized for securely attaching the aluminum cove
molding to the poles and mesh.
Surface of the poles are finished for handling and to prevent injuries from
physical contact j(1e Co
The poles are capped to provide a neat finished appearance.
Revised 11/10/15
Life Saver Pool Fence Systems, Inc.
Removable Pool Safety Mesh Barrier Fencing Technical Specifications
Life Saver Pool Fence Systems, Inc. has manufactured removable pool safety fencing
for over 13 years and has continuously evolved their methods and materials, often -time ..
leading industry wide changes. A Manufacturer's Limited Lifetime Warranty guarantees
every system for as long as they own it. Life Saver Pool Fence meets and exceeds all .
code requirements throughout Florida. Below you will. find technical specifications on -'the
components used in assembling the Life Saver Pool Fence.
Textilene Mesh'
Textilene mesh has been used as the highest quality material to the pool fence industry
for over 15 years. Laboratory testing shows its strengths to surpass all code specifications
and applicable ASTM standards.
Item Number.
T70 DFS
Product Description:
Fabric using .025" dia. vinyl -coated 1000 den. polyester core yarns in the warp
and fill.
Construction, end/inch
D3775-96
13,0 + .5
11.0 + .5
Weight, oz/yd2
D3776-96
—
— ' 9.9
Tensile Strength (grab), Ibf
D5034-95
221.4
213.3
Tensile Strength (strip), Ibf
D5035-95
194.9
153.8
Tear Strength, (frapezodial), Ibf
D1117-J7
65.4
54.0
Ball Burst, Ibf
D3787-89
335
Bursting Strength, psi
D3786-89
433
Elongation, %
D5035-95
24.3
21.6
Abrasion Resistance
D3884-92
No exposure of core yarn
(CS10/500 cycles/ with no added weight)
Flammability Rating
CS-191=53 & CA 117E
Weatherability, 1200 hours
G53-96
No discoloration
Mildew Resistance
G21-96
No growth -
The above results are a representative or real data from single test samples.
Presently no specification is incorporated.
Warp refers to the horizontal threading while fill refers to the vertical threading. As
shown, all testing confirms Textilene mesh meets and, on all strength tests, amply
exceeds the set code requirements.
Reinforced 1" Aluminum Pole
Life Saver Pool Fence uses Reinforced 6063T6 1" Aluminum Poles spaced no more than
36" apart. Mesh is secured to the pole via an aluminum cove molding using roundhead
screws spaced no greater than 6".
The temper rating of T6 scores the highest tensile strength (30 ksi) within the 6063 alloy
classification.
On July 10, 2003, Life Saver Pool Fence Systems, Inc. contracted Nutting Engineers of
Florida, Inc., an ASTM standards testing lab established in 1967, to test the pole strength
as per the Florida Residential Code 4501.17
At the time of testing, a lateral force was applied to a single pole at a measurement of 36"
from the surface of the deck. In the test, the resistance to lateral pressure was found to
exceed 701bs. of pressure before failure on any single pole in a free standing installation,
thus exceeding the 521bs. of horizontal force prescribed by the Florida Building Code.
zi le Copy
INSTALLATION AND LOCATION
Only a qualified service person should Install the
Drainage and Condensation
UltraTemp° Heat Pump, Before Installing this prgdud,
Condensation occurs from the evaporator toll while the
refer to the Important Warning and Safety Instructions
unit Is running, and drains at a steady rate (usually three
on page 11.
to five gallons per hour), depending upon ambient air
Materials Needed for Installation
temperature and humidly. The more humid the ambient
The following Items are needed and are to be supplied
conditions, the more condensation Will be produced
•
by the Installer for all heat pump installations;
The bottom of the unit ads as a trey to catch rainwater
and condensation. Keep the Grain holes, located on the
1. Plumbing connections (2 inch).
bottom pan of the base of the unit, dear of debris.
2. Level surface for proper drainage.
Roof Run -of
3. -Suitable electrical supply line. Sag fating plate on ..Make
sure the heat pump Is not located where large
unit forelectricalspecifications.A)unctionboxisnot
gmountsofwater may run-off from aroofInto the unit
needed at the heat pump; connadlons ere made
Inside of the heat pump eldculcal. compartment
.
Sharp sloping roofs without gutters will allow massive .
Conduit may be attached directly to the heat pump
amounts of rain water, mixed with debris from the roof
Jacket
to be forced Ihrougli the unit. A gutter or down spout
' 4, Eleddc cutout switch that will Interrupt all power to
may be needed to pried the heat pump.
the unit. This switch must be within line of eight of
Lawn Sprinklers '
. the heat pump. Check local codesforrequirements ,
Avoid placing lawn sprinkler near the heater -
5. Watertight conduit to ran the electrical supply line.
they can spray water Into the heater and void the
Equipment Pad
For proper drainage of•condensation and rain water,
. place the heat pump on a flat slightly pitched sbriace,
.-such-as a concrete orfabdoated slab (pad).
If possible, place the pad at the same level or slightly
higher than the flitersystem equipment pad,
Note. -Be sure that the pad Is pitched not more than 1/4
In, per foot In any direction as needed for rang.
Heat Pump Dimensions
MODELS
70, 90, 901
1001
DIMENSION'A"
330 (851 ram)
414,(1054rmn).
I,120C,1400 45.5' (1158 mm
140,140 WO • ) ,
warranty. Be sure to direct any spraying water away .
from the heater. Note the wind direction to be sure.
water from sprinklers Is not blown toward the heater.
Sprinkler heads can produce high water pressure and
spray at an angle, different from Wait min and humid
weather. Also, sprinklers connected to a well water
system can cause mineraI build up on the evaporator
colls and electronics. Salt water can also be an Issue I
located nearthe coast.
Locatlon and Clearance's
AV edterla given.inthefollowingsections reflactminlmum
clearances. However, each Installation must also be
evaluated, taking''into licccunt the prevailing local
conditions such as proximity and height of walls, and
proxknityto public accbss areas.
The UltraTemp' Heat Pump must be placed to provide
clearances on all sides formaintenance and Inspection,
1. Atleast241n,[510mm]access mustbeavailable In
the front and 121n.1305 mm) on all the other sides
of the heat pump for service and proper air flow.
(Manufacturers recommendation),
•o ..o'P
2 If the heat pump Is to be Installed under a cove
or under a vertical overhang, the unit must hav
a minimum of five (5) feet [1.52 m) clearance
from the top of the heat pump, (Manufacturers
recommendation).
S. Install a ndnimum of live (5) feet [1.52 sit) from
the Inside wall of the pool or spa unless the
heat pump Is separated from the pool or spa by
a five (5) foot [1.62 m] high solid fence or other
. permanent healer. Canadian Installations requl
a minimum of three (3) meters [9.84 n] from po,
water.
4. Install heat pump a minimum of a In. [153 mm] h
the wall of the house,
Heat Pump Location and Cleerences
I , Anchor Clerrnp Installation
f
� ,• Installation of the anchor damps Is recommended In
all Installations. Installation of the anchor clamps is
1 requlmdInFlorlde(seeFlorida Building Code 301.13),
,. Anchor clargps hold the heat pump to the equipment
I pad In order to withstand high winds caused during
. extreme weather (Le. hurricanes)..
I To Idetall the anchor clamps:
1 1, Be sure the heat pump Is In Its permanent location
on.the equipment pad
I 2 Place the clamps at the base of the heat pump In
the four (4) locations, shown In the Image to the
1. right.
I Note. fitilts and bolt anchors aro not included with
[' the heal pump Theldstaflermusfprovide1/4'x
13r8" stalNess steel andror bone and the appro•
`-. plate size concrete anchor to mount the clamp to
the equipment pad, Be sure to check local codes ,
3. Fitthehooipfeachciampo4 rtheliponthe
base Panel'of the heat pump.The hookshould fit
between the Vp of the base panel and @e evapo•
Anohorgemp Insrelletlon
4 Yam.
Anchor Clamp Installation, Continued
4. Markthe position of the hole In each damp on the
equlpmenf pad.
S. Use a masonrydrill bil and drill a bolo In the
cement with a diameter as determined by the con•
crete anchor, at each of the marks an the equip;
ment pad. The hole should be approldmately 1Ys
In. deep,
S. Insert a bolt anchor Into each of the holes. Be sure
the anchors are set dompletey Into the holes,
7. Position the anchor, damps so that the holes in the
damps are over the bolt anchor& . .
Be sure that the damp hooks are over the Op of
the heal pump base.
B. Insert an anchor bolt tlirougheach damp into the
anchor and tighten to secure the damp and heat
pump to the equipment pad,
Anchor Clamp Installation
Water Connections and Plumbing•.
The Image below shows the standard plumbing layout
with a single UIIMTemp• Heat Pump unit, Follow the
Image from right to left for the standard plumbing
sequence.
Arrangement Of pool system components (otherthan th 9
standard plumbing Imsgs below), End the location of the
'heat pump (above or below the pool water surface) can
effect the opemtio0 of the heat pumpla water pressure
switch.
The pressure switch can be adjusted to accommodate
this effect If the heat pump water connections are no
more than six (6) feet ft.e2 m) below the pool water
surface.
See Instructions for pressure switch adjustment on the
next page. It the heat pump Is Installed outside of Jhis
range, an external pressure switch may need to be
Installed In the plumbing upstream of theheat pump.
Note: Be advised that when pool equlpmenf Is located
below the pool surface a leak can result In large-scale
water loss or fiooding. Pe ntaf r Is notresponsible for such
waterloss orflocdng or damage.
Automatic Flow Control Valve
The InfetloWet header of the heat pump comes
equipped with an Internal automatic flow control valve.
The automatic flow control valve maintains the proper
flow through the heat pump at rates up to 12o gpm
. (456Ipm). If the filler system flow rate Is higher than
120 gpm (468 fpm), Install a manual bypass valve, see
Image below.
Nate: Be advised that If your circulation pump Is ever
• .2 HP or If the total flow exceeds 120 gpm (4561pm),
you will have to add an external bypass valve, ExceAs
• ;water Dow will damage'the heat exchanger.
Standard Plumbing Layout
Water Connections to the Heat Pump
2 in. Quick Connect rulings have been Installed on the
water Inlet and outlet connections. Filtered cool water
Is plumbed to the Inlet, located on the right side of the
UlhaTemp° Heat Pump. Heated waterflows through the
outlet, located on the left side of the heat pump,
Plastic plping.(PVC Schedule 46) should be connected
to the heat pump The unions, provided with the unit,
accept 21n. PVC pipe.
WF___
OUTLET UMON
WATER
INLETUNION
Heat Pump Water Cenneclkme
Always be an that toe requirements and pool
water lumovermlm an be melntalnedwith the
Imluark4oleddlIDMIheatpumps andplumbbg
rosebdom.
, Water Pressure Switch Adjustment
The pressure switch Is preset at the factory for
activation at 1.5 psi 110 kPa). This factory setting
works for most basic Installations. Only, adjust the
water pressure switch if the heat pump does not .
operate when the proper flow is applied to unit
or If the heat pump does not shut of, when the
filter Pump Is off. Occasionally, unusual plumbing
configurations or'nbcessary restrictions In the
Plumbing may Causepressuresensing problems.
In these rare situations, the plumbing system
configuration may require adjustment of the water
pressure switch.
'Adjustment of the pressure switch may be necessary
If any part of the filtersystem piping Is 3 feet (0.e1 m)
ormore above the top of the heat pump.
In gederal, If the heat pump Is Instatiedmore than B
feet [1.6a m) below the pool surface, an external water
flow switch must be added to the plumbing system.
On some Installations, the piping from the heat pump
. , lira aaterpanue swgdl dxuN be eo)aledb
' bmgahealva6whmcapunplsoB,SelbpNe
ea8d, to dose el bo low of a row ran damage Ne epplaxa Adjust 0e
awfldl b ban Na heebr oil, not as
to the pool Is very short. The back pressure could be
too low totdgger the pressure switch. If this happens,
Install a directional fitting or elbow where the return
line enters the pool. This wll increase back pressure fob
the heat pump to operate propedy. Be sure to checktha
the system flow is above the minimum requirement of 3(
gpm 0101pm) after the directional fitting Installation.
• Be sure the pool filter Is clean before making any
• pressure switch adjustment A dirty tiller will restrict
the water flow andthe pressure switch cannot be
. adjusted property.
7o adjust the pressure switch:
The following adjustment Is for Installations where
the heat pump Is belowpool water level.
I. Be sure that all valves in the system are set to allow
Water flow through the heat pump, Stan the filter
pump• .._ .. ..
2. Set the heat pump temperature above the actual
• temperature to call lorheat.Tbmthe heat Pump ON.
3. Once the heat pump Is running, turn off the filter
Pump. The heat pump should turn off immedately,
4. If the heat pump continues to operate when the filter
pump Is off, then the water pressure switch needs to
be adjusted.
5. Remove the heat pump's lefifrontpanel and remove
remaining rightfrontpanel.The waterpressureswitch
Is located In the water plumbing In the lower right
corner of the heat pump.
6, Slowly rotate the adjustment Wheel on the water
,pressure switch In a clockwise direction until the
"LOW WATER FLOW Alarm shows on the LCD,
the Red Service LED turns ON, and the heat pump
stops,
.7. Check the setting -of the water pressure much by
starting and stopping the filter pump and checking
the control peneland operation oftheheaterbetween
each flow change.
e. If the water pressure switch cannot be adjusted to
acc6mmodatethe wnddonslsted above, an extemal
COW switch must is added to the plumbing system
to ensure that the heat pump will not operate without
the Proper flow through the heat exchanger. ' •
The following adjustment Is for installations where
the heat pump Is above pool water level.
1, Be stirs that all valves In the system are set to
allow water flow through the heal pump. Start the
filter pump.
t. Set the heat pump temperature above the actual
temperature to call for heat Turn the heat pump
ON,
I, If the LCOshows a'LOWWATER FLOW Alarm
and Red Service LED Is present then the water
0
Water Pressure Switch Adjustment,
Continued
4. ' Remove the UltraTemp• Heat pumps .left front
panel and remove remaining dght fmld panel.
The water pressure switch is located In the water
pfumbing in the lower right comer of the heat
pump
5. Slowly rotate the adjustment wheel on the water
pressure switch In a counterclockwise direction
until tie °LOW WATER FLOW" Alarm and -Red
Service LED vanlsh, time delay countdown will
start,
6. Once the heat pump Is running, turn off the filter
pump,The heat pump should turn off immadhdely.
7. If the heat pump pontinues to operate when the
filter pump Is off, turn the adjustment wheel on the
water pressure switch in a clockwise direction unfll
the °LOW WATER FLOW* Alarm shown on the
LCD, the Red Service LED turns ON, and the heat
pump stops.
a. Check the setting of the water pressure switch by
starting and slopping the filter pump and checking
the control panel anrfoperaflon of the heater
between each flow change.
S. If the water pressure switch cannot be adjusted
to accommodate the conditions listed above,
an external Clow switch must be added to the
plumbing system to ensure that the heat pump will
not operate without the proper flow through the
heat exchanger.
INTAKE
Multiple Unit Installation
1. Heat Pump, Heater and/or Soler Combination
In certain regions of the country It may be more
economicaltoru aheatpumpduttngthewamlermonb
and a gas heater during the cooler months. In some
situags It may be desirable to run the heat pump in the
°Chiser"mods, I1so equipped, dudngthe hottestportion
of the year and a heater during the cooler months, The
Pentair heat pump may be used In conjunction with a
-gas orelectric heateroranycombinadon of healsources
Including sceir. All heat sources must be plumbed In
serles to work correctly and elfidently.
A reoommended,plumbing layout for a heat pump /
heater / solar cambfnaflon healing system for a pool /
spa combination Is shown below Your system may not
contain all of Ihese'componenls, but the basic plumbing
will applyby eliminsting the component In the Illustration
that is not a pad of your system
2, Multiple Heat Pump Connections
All plumbing on multiple heat pump installations must be
done In parallel (see Image betoq.An equafflow of water
to each heat pump Is important for optimum operatfom
Note: It may be iscessmytoadjustthewaterpressure
switch If a unit Is Installed below the water level. Refer
backlo page 5.for details on when and how to adjust
the pressure switch.
Each heat pump in a multiple unit installation
allows a maximum flow rate of 100 gpm (3801pm)
and requires a minimum of 30 gpm 0101pm).
MAR
AR
dt Installation;
yor solar Combination
Multiple Unlfinstallation
i To Pad
6
— 163mm
i
I,
I
. f tl'Istan�nh
I
I
I
I
.1
l
1
i
Wd eaka
To Pad
rPVCWpe
Two Haut Pump Plumbing Layout
TFVGP(W
Four Heat Pump Plumbing Layout
Eumd IrP05nun)
paa edhea u
wellorbomua;
blumbe
60 GPM (2201pm)
Minimum
Pad Pimp
ppastendhe
Wetlorkd
babndnq
120 GPM (4561pm)
Minimum
Pod" ,