0201-107 (SFD) Title 24i
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A
TITLE 24 REPORT
Title 24 Report for:
VISTA DOMANI Residence
53-480 Del Gato Drive * The Traditio
La Quinta, CA 92253
Project Designer:
Mc FADDEN /-Mc INTOSH ARCHIT
72-925 Fred Waring Drive, Suite
Palm Desert, CA 92260
(760) 346-8014
Report Prepared By:
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50 6At-/'TimZ -r?a
Christopher Mc Fadden
C.M. Energy Consulting
72-925 Fred Waring Drive, Suite 204
Palm Desert, CA 92260
(760) 346-8014
Tl-it;2r�A� MA s5
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53 -496 IEl. C2aZa �
Job Number: CITY OF LA QUINTA
BUILDING & SAFETY DEPT.
0117.00 APPROVED
Date: 1 ��
FOR CONSTRUC�P,ON
1/11/02 ( DATE s510-4— BY —42�±D_
s�-
The EnergyPro computer program has been used to perform the calculations summarized in this compliance report. This program has approval and is
authorized by the California Energy Commission for use with both the Residential and Nonresidential 2001 Building Energy Efficiency Standards.
This program developed by Gabel Dodd/EnergySoft, LLC (415) 883-5900.
EnergyPro 3.1 By EnergySoft Job Number. 0117.00 User Number: 1088 I
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Mandatory Measures Checklist: Residential MF -1 R
NOTE: Lowrise residential buildings subject to the Standards must contain these measures regardless of the compliance approach used. Items marked with an
asterisk (') may be superseded by more stringent compliance requirements listed on the Certificate of Compliance. When this checklist is incorporated into
the permit documents, the features noted shall be considered by all parties as minimum component specifications for the mandatory measures whether they
are shown elsewhere in the documents or on this checklist only.
DESCRIPTION Instructions: Check or initial applicable boxes or enter N/A if not applicable.
DESIGNER
ENFORCEMEN
Building Envelope Measures
'§ 150(a): Minimum R-19 ceiling insulation in wood frame assembly, or equivalent U -value.
§ 150(b): Loose fill insulation manufacturers labeled R -Value.
. 150(c): Minimum R-13 wall insulation in wood framed walls or equivalent U -value in metal frame walls (does not apply to
§exterior mass walls).
F7] '§ 150(d): Minimum R-13 raised floor insulation in framed floors.
§ 150(1): Slab edge insulation - water absorption rate <= 0.3%, water vapor transmission rate <= 2.0 punch.
§118: Insulation specified or installed meets insulation quality standards. Indicate type and form.
®§116-17: Fenestration Products, Exterior Doors and Infiltration/Exfiltrabon Controls
1. Doors and windows between conditioned and unconditioned spaces designed to limit air leakage.
2. Fenestration products (except field fabricated) have label with certified U -Factor, certified SHGC, and infiltration certification.
3. Exterior doors and windows weatherstripped; all joints and penetrations caulked and sealed.
F] §150(8): Vapor barriers mandatory in Climate Zones 14 and 16 only.
❑ §150(f): Special infiltration barrier installed to comply with Section 151 meets Commission quality standards.
FX§150(e): Installation of Fireplaces, Decorative Gas Appliances and Gas Logs.
1. Masonry and factory -built fireplaces have closable doors, outside air intake with damper and control, and flue
damper and control;
2. No continuous burning gas pilots allowed.
Space Conditioning, Water Heating and Plumbing System Measures
§110-13: HVAC equipment, water heaters, showerheads and faucets certified by the Commission.
§150(h): Heating and/or cooling loads calculated in accordance with ASHRAE, SMACNA or ACCA.
§150(i): Setback thermostat on all applicable heating and/or cooling systems.
® §1500): Pipe and Tank Insulation
1. Storage gas water heaters with less than 0.58 energy factor shall be externally wrapped with R-12.
2. First 5 feet of pipes closest to water heater tank, non -recirculating systems, insulated (R-4 or greater)
3. Back-up tanks for solar system, unfired storage tanks, or other indirect hot water tanks have R-12 external insulation or R-16
combined intemal/extemal insulation.
4. All buried or exposed piping insulated in recirculating sections of hot water systems.
5. Cooling system piping below 55 degrees F. insulated.
6. Piping insulating between heating source and indirect hot water tank.
®'§150(m): Ducts and Fans
1. All ducts and plenums installed, sealed and insulated to meet the requirements of the 1998 CMC Sections 601, 603, 604 and
Standard 6-3; ducts insulated to a minimum installed level of R4.2 or enclosed in conditioned space. Openings shall be sealed
with mastic, tape aerosol sealant or other duct- closure system that meets the applicable requirements of UL181, UL181A, or
UL181 B. If mastic or tape is used to seal openings greater than 1/4 inch, the combination of mastic and either mesh tape or
tape shall be used. Building cavities shall not be used for conveying conditioned air. Joints and seams of duct systems and
their components shall not be sealed with cloth back rubber adhesive duct tapes unless such tape is used in combination with
mastic and drawbands.
2. Exhaust fans systems have back draft or automatic dampers.
3. Gravity ventilating systems serving conditioned space have either automatic or readily accessible, manually operated dampers.
§114: Pool and Spa Heating Systems and Equipment
1. Certified with 78% thermal efficiency, on-off switch, weatherproof instructions, no electric resistance heating, no pilot.
2. System is installed with at least 36" of pipe between filter and heater for future solar, cover for outdoor pools or spas.
3. Pool system has directional inlets and a circulation pump time switch.
§115: Gas fired central furnaces, pool heaters, spa heaters or household cooking appliances have no continuously burning pilot
. light. (Exception: Non -electrical cooking appliances with pilot < 150 Btu/hr)
Lighting Measures
®§150(k)1: Luminaires for general lighting in kitchens shall have lamps with an efficacy 40 lumens/watt or greater for general
lighting in kitchens. This general lighting shall be controlled by a switch on a readily accessible lighting control panel at an
entrance to the kitchen.
150(k)2: Rooms with a shower or bathtub must have either at least one luminaire with lamps with an efficacy of 40 lumens/watt
or greater switched at the entrance to the room or one of the alternative to this requirement allowed in Section 150(k)2.; and
recessed ceiling fixtures are IC (insulation cover) approved.
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:1 of 1
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INSTALLATION CERTIFICATE (Page 1 of 7) CF -6R
Site Address Permit Number
An installation certificate is required to be posted at the building site or made available for all appropriate inspections. (The
information provided on this form is required; however, use of this form to provide the information is optional.) After
completion of final inspection, a copy must be provided to the building department (upon request) and the building owner at
occupancy, per Section 10-103(b).
HVAC SYSTEMS:
Heating Equipment
Equip. # of Efficiency Duct Duct or Heating Heating
Type (pkg. . CEC Certified Mfr Name Identical (AFUE, etc.)' Location Piping Load Capacity
heat Duma) and Model Number Systems f2CF-1R valuel (attic. etc.) R -value (Btu/hr) (Btu/hr)
A Cooling Equipment
Equip. CEC Certified Compressor # of Efficiency Duct Cooling Cooling
Type (pkg. Unit Mfr Name and Identical (SEER, etc.)' Location Duct Load Capacity
beat 12umn) Model Number Systems h_CF-IR valuel (attic. etc.) R -value (Btu/hr) — __ (Btu/hr)
1. > reads greater than or equal to.
I, the undersigned, verify that equipment listed above is: 1) is the actual equipment installed, 2) equivalent to or more
efficient than that specified in the certificate of compliance (Form CFA R) submitted for compliance with the Energy
Efficiency Standards for residential buildings, and 3) equipment that meets or exceeds the appropriate requirements for
manufactured devices (from the Appliance Efficiency Regulations or Part 6), where applicable.
Signature, Date Installing Subcontractor (Co. Name)
OR General Contractor (Co. Name) OR Owner
WATER HEATING SYSTEMS:
Distribution If Recir- # of Rated= Tank Effi- Exdemal
Heater CEC Certified Mfr Type (Std, culation, Identical Input (kW Volume ciency2 Standbyr Insulation
Type Name & Model Number Point -of -Use) Control Type Systems or Btu/hr) (gallons) (EF, RE) Loss (%) R-value3
2 For small gas storage (rated input of less than or equal to 75,000 Btu/hr), electric resistance and heat pump water beaters, list Energy Factor.
For large gas storage water beaters (rated input of greater than 75,000 Btu/hr), list Recovery Efficiency, Standby Loss and Rated Input.
10 For instantaneous gas water beaters, list Recovery Efficiency and Rated Input.
3. R-12 e)demal insulation is mandatory for storage water heaters with an energy factor of less than 0.58.
Faucets & Shower Heads:
All faucets and showerheads installed are certified to the Commission, pursuant to Title 24, Part 6, Section 111.
• I, the undersigned, verify that equipment listed above my signature is: 1) the actual equipment installed; 2) equivalent to
or more efficient than that specified in the certificate of compliance (Form CF -1R) submitted for compliance with the
Energy Efficiency Standards for residential buildings; and 3) equipment that meets or exceeds the appropriate
requirements for manufactured devices (from the Appliance Efficiency Regulations or Part 6), where applicable.
Signature, Date Installing Subcontractor (Co. Name) OR
General Contractor (Co. Name) OR Owner
COPY TO: Building Department
HERS Provider (if applicable)
Building Owner at Occupancy
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July 1, 1999
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INSTALLATION CERTIFICATE (Page 2 of 7) CF -6R
Manufactured fenestration products use the values from the product label. Field fabricated fenestration products use the
default values from Section 116 of the Energy Efficiency Standards.
Z Installed U -value must be less than or equal to values from CF -IR. Installed SHGC must be less than or equal to values
from CF -1R, or a shading device (interior, exterior or overhang) is installed as specified on the CF -1R. Alternatively,
installed weighted average U -values for the total fenestration area are less than or equal to values from CF -IR.
1, the undersigned, verify that the fenestration/glazing listed above my signature: 1) is the actual fenestration product
installed; 2) is equivalent to or has.a lower U -Value and lower SHGC than that specified in the certificate of compliance
(Form CF -IR) submitted for compliance with the Energy Efficiency Standards for residential buildings; and 3) the
product meets or exceeds the appropriate requirements for manufactured devices (from Part 6), where applicable.
Item #s Signature, Date Installing Subcontractor (Co. Name) OR
(if applicable) General Contractor (Co. Name) OR Owner
OR Window Distributor
Item #s Signature, Date Installing Subcontractor (Co. Name) OR
(if applicable) General Contractor (Co. Name) OR Owner
OR Window Distributor
Item #s Signature, Date Installing Subcontractor (Co. Name) OR
• (if applicable) General Contractor (Co. Name) OR Owner
OR Window Distributor
COPY TO: Building Department
HERS Provider (if applicable)
Building Owner at Occupancy
0
JUN 1. 1999
Site Address
Permit Number
FENESTRATION/GLAZING:
Total
Quantity
Interior or
Product
Product
of Like
Exterior Shading
U -Value' (<
SHGC' (<_ # of
Product Square
Device or Comments(Locationt
ManufacturerBrand Name CF- IRvalue) 2
CF- IRvalue)Z Panes
(Optional) Feet
Overhang Special Features
0
(GROUP LIKE PRODUCTS)
1.
2.
3.
_
4.
_
5.
_
6.
7.
8.
_
9.
_
10.
_
11.
_
12.
13.
_
14.
_
15.
Manufactured fenestration products use the values from the product label. Field fabricated fenestration products use the
default values from Section 116 of the Energy Efficiency Standards.
Z Installed U -value must be less than or equal to values from CF -IR. Installed SHGC must be less than or equal to values
from CF -1R, or a shading device (interior, exterior or overhang) is installed as specified on the CF -1R. Alternatively,
installed weighted average U -values for the total fenestration area are less than or equal to values from CF -IR.
1, the undersigned, verify that the fenestration/glazing listed above my signature: 1) is the actual fenestration product
installed; 2) is equivalent to or has.a lower U -Value and lower SHGC than that specified in the certificate of compliance
(Form CF -IR) submitted for compliance with the Energy Efficiency Standards for residential buildings; and 3) the
product meets or exceeds the appropriate requirements for manufactured devices (from Part 6), where applicable.
Item #s Signature, Date Installing Subcontractor (Co. Name) OR
(if applicable) General Contractor (Co. Name) OR Owner
OR Window Distributor
Item #s Signature, Date Installing Subcontractor (Co. Name) OR
(if applicable) General Contractor (Co. Name) OR Owner
OR Window Distributor
Item #s Signature, Date Installing Subcontractor (Co. Name) OR
• (if applicable) General Contractor (Co. Name) OR Owner
OR Window Distributor
COPY TO: Building Department
HERS Provider (if applicable)
Building Owner at Occupancy
0
JUN 1. 1999
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INSTALLATION CERTIFICATE (Page 3 of 7) CF -6R
Site Address Permit Number
0 DUCT DIAGNOSTICS
This building obtained compliance credit for: ❑ Duct sealing ❑ Duct Area Reduction
❑ ACCA Manual D design and installation
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CREDIT FOR REDUCED DUCT
SURFACE AREA OR LOCATION
Duct Location* Exterior Measured
Surface Exterior
Area Surface
Area
❑ Attic
❑ Crawlspace
❑ Basement
❑ Other
*Ignore ducts in
conditioned space.
Only a check is
required for
location credit.
ACCA Design
❑ Duct Design on Plans
❑ Installed duct diameters match plans
❑
TXV'installed
❑ Access to TXV valve (if installed)
❑ No TXV, Fan air flow (CFM)
Duct Sealing
❑ Duct Leakage Measured
❑Measured leakage (CFM)
HVAC Fan air flow (CFM) (measured or calculated as
❑CFM = 0.7 x Acs, for CZ 8 through 15
❑CFM = 0.5 x Afi. for CZ l through 7 & 16
or, if the equipment size is known, the larger of 1 or 2.
1. ❑CFM = 400 x. Cooling Capacity in Tons or
2. ❑CFM = 21.7 x Heating Capacity in Thousands ojBtu per hour)
Leakage divided by HVAC Fan air flow (must be <_ 0.06)
For AEROSOL TYPE SEALANTS ONLY - The following diagnostic testing was completed:
❑ Duct Fan Pressurization at rough -in measured leakage CFM) CHECK AFTER FINISHING WALL::
❑ Pressure pan test ❑ House pressurization test ❑ Visual Inspection of Duct Connections
Provide Follow-up Test Results or Inspection Results on a Separate Page
❑ This certifies that the duct surface area and duct locations were verified.
When compliance credit is claimed for duct surface area reductions and duct location improvements beyond those covered
by default assumptions, builder employees or subcontractors shall certify that they have verified that the duct surface area
and locations match those on the plans and shall indicate the duct surface Area in each duct location on the CF -6R.
❑ This is to certify that the above diagnostic test results and the work I performed associated with the test(s) is in
conformance with the requirements for compliance credit. [The builder shall provide the HERS provider a copy of the CF -6R
signed by the builder employees or sub -contractors certifying that diagnostic testing and installation meet the requirements
for compliance credit.)
Tests Signature, Date Installing Subcontractor (Co. Name) OR
Performed General Contractor (Co. Name)
• COPY TO: Building Department
HERS Provider (if applicable)
Building Owner at Occupancy
• July 1, 1999
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INSTALLATION CERTIFICATE (Page 4 of 7) CF -6R
Site Address Permit Number
BUILDING ENVELOPE LEAKAGE DIAGNOSTICS
This building obtained compliance credit for: ❑ Envelope sealing using diagnostic testing (CF -1 R)
Diagnostic Testing Results
Needed for Measured
Compliance (from CF- Blowerdoor Test
1 R) Results
Building Envelope Leakage (CFM @ 50 Pa)
Leakage level equivalent to an SLA of 3.0 from CF -1 R
Minimum Building Leakage equivalent to an SLA of 1.5
from CF -11R (CFM @ 50 Pa)
❑ Yes ❑ No Is design leakage less than the SLA 3.0 equivalent (from CF -1 R)?
❑ Yes ❑ No Is mechanical ventilation installed? (Required if design is less than 3.0 SLA)
❑ Yes ❑ No Is measured leakage (without fans operating) less than minimum in the above Table (1.5 SLA from
CF -IR)?
❑ Yes ❑ No Is mechanical supply ventilation installed to assure house pressure does not go below minus 5 Pascal
relative to outside ambient with all exhaust fans operating?
Mechanical Ventilation — Fill in Table if mechanical ventilation is installed
Used for Compliance Measured
(from CF -1R) Actual
' Continuous Mechanical Ventilation (CFM)'
Continuous Mechanical Supply Ventilation
(CFM) Required to maintain -5 Pa if building
envelope leakage is less than minimum (see
above)
Total Power Consumption of Continuous
Mechanical Ventilation (Watts)2
❑ This certifies that the building envelope leakage was verified.
When compliance credit is claimed for building leakage reduction below default assumptions, builder employees or
subcontractors shall certify that they have verified that the building leakage level matches that used for compliance on the
CF -1R and shall document the leakage levels required for compliance and the tested infiltration values on the CF -6R.
❑ This is to certify that the above diagnostic test results and the work I performed associated with the test(s) is in
conformance with the requirements for compliance credit. (The builder shall provide the HERS provider a copy of the
CF -6R signed by the builder employees or sub -contractors certifying that diagnostic testing and installation meet the
requirements for compliance credit.]
Test Performed Signature Date Testing Subcontractor (Co. Name) OR
General Contractor (Co. Name)
COPY TO: Building Department
HERS Provider (if applicable)
' When mechanical ventilation is required, CFM less than 0.047 CFM per square foot of conditioned floor area indicates
failure to achieve compliance.
2 As determined from label on fan or manufacturers literature.
July 1. 1999
•
INSTALLATION CERTIFICATE (Page 5 of 7) CF -6R
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Site Address Permit Number
The following is an explanation of many of the input values required on this form:
HVAC SYSTEMS
Heating Equipment Type must be one of the following:
Furnace:
Gas (including Liquefied Petroleum Gases) or oil -fired central furnace &
space heater
Boiler:
Gas or oil -fired boiler
PckgHeatPump:
Packaged central heat pump
SplitHeatPump:
Split central heat pump
RoomHeatPump:
Room heat pump
LgPkgHeatPump:
Large packaged heat pump (>: 65,000 Btu/hr output)
Electric:
Electric resistance heating (fixed HSPF = 3.413); radiant electric resistance
(fixed HSPF = 3.55)
CombinedHydro:
Reference water heater under water heating systems below
CEC Certified Manufacturer Name & Model Number from applicable Commission approved appliance directory.
# of Identical Systems is for those systems with the same efficiency, duct location, duct R -value and capacity.
Efficiency from applicable Commission certified appliance directory.
' Duct (or Piping) Location is attic, crawl space, CVC crawl space, conditioned space, unconditioned space or none.
Duct (or Piping) R -Value from Directory of Certified Insulation Materials and/or manufacturer's data.
Heating/Cooling Load refer to Commission approved load calculation procedure.
Heating/Cooling Capacity from the applicable Commission certified appliance directory. Note: location elevations over
2,000 ft above sea level require a derating of output capacity (refer to manufacturer's literature).
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Cooling Eauiument Tvpe must be one of the followin2:
SplitAirCond:
Split system air conditioner
PckgAirCond:
Packaged air conditioner
Split Heat Pump:
Split system heat pump
PckgHeatPump:
Packaged heat pump
RoomHeatPump:
Room heat pump
LgPkgHeatPump:
Large packaged heat pump (>_ 65,000 Btu/hr output). Substitute EER for SEER
when SEER is not available
RoomAirCond:
Room air conditioner. Minimum SEER varies*
LgPkgAirCond:
Large packaged air conditioner (>_ 65,000 Btu/hr output). Substitute EER for
SEER when SEER is not available
EvapDirect:
Direct evaporative cooling system. For compliance calculation purposes, fixed
values: SEER = 11.0; duct location = attic; duct insulation R -value = 4.2
EvapIndirect:
Indirect evaporative cooling system. For compliance calculation purposes, fixed
values: SEER = 13.0; duct location = attic; duct insulation R -value = 4.2
*Refer to Energy Commission publication Appliance Efficiency Regulations, P400-92-029
July 1, 1999
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INSTALLATION CERTIFICATE (Page 6 of 7) CF -6R
Site Address Permit Number
The following is an explanation of many of the input values required on this form:
WATER HEATING SYSTEMS
ilictrihnPinn .Cvclomc Refar to Rociilontinl iLlnnvnl fnr mnre HP.Mik-
Standard:
Standard — Supply pressure based system, no pumps
Pipe Insulation:
Pipe Insulation on all 3/4 -inch pipes
POU/HWR:
Point of Use/Hot Water Recovery System
Recirc/NoControl:
Recirculation loop with no controls
Recirc/Timer:
Recirculation loop with a timer
Recirc/Temp:
Recirculation loop with temperature control
Recirc/Time+Temp:
Recirculation loop with a timer and temperature control
Recirc/Demand:
Recirculation loop with demand control
Water Heater Type
Storage Gas, Oil or Electric
Heat Pump
Instantaneous Gas
Instantaneous Electric
Large Storage Gas
Indirect Gas (Boiler)
FENESTRATION/GLAZING
Information Needed
Energy Facto
Recovery Efficiency
Standby Loss
Rated Input
Yes
No
No
No
Yes
No
No
No
No
Yes
No
No
Yes
No
No
No
No
Yes
Yes
Yes
No
Yes (AFUE)
No
Yes
Fenestration:
Windows, sliding glass doors, French doors, skylights, garden windows, and
any door with more than one square foot of glass
Operator Type:
Slider, hinged, fixed
U -Value:
Installed U -value must be less than or equal to value from CF -1R
OR
Installed weighted average U -value for the total fenestration area is less than
orequal to value from CF -1R
SHGC:
Installed SHGC must be less than or equal to value from CF -1 R
OR
Installed weighted SHGC for the total fenestration area is less than or equal to
value from CF -1R
OR
An interior shading device, overhang, or exterior shading device is installed
consistent with the CF -1R
Shading Device:
i
Include when the building complied using an interior shading device: blinds,
opaque roller shades, blinds (do not list draperies), an exterior shading device:
woven sunscreen, louvered sunscreen, low sun angle sunscreen, roll -down
awning, roll -down blinds or slats (do not list bug screen), or an overhang
include depth in feet
July 1. 1999
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INSTALLATION CERTIFICATE (Page 7 of 7) CF -6R
Site Address Permit Number
The following is an explanation of many of the input values required on the Diagnostic portion of this form (page 3 of 6):
TYPE OF CREDIT
Refer to Residential Manual Chapters 4 and 5 for more details:
0
r
Reduced Duct Surface Area:
Calculated as the outside area of the duct. Areas must be measured and
verified by a HERS rater.
Improved Duct Location:
Supply duct located in other than attic, as verified by location of registers
(does not require HERS rater verification).
Catastrophic Leakage:
Pressure pan test readings must be less than 1.5 Pascal at a house pressure of
25 Pascal.
TXV:
Access cover required to facilitate verification.
Infiltration Reduction:
Infiltration is measured without mechanical ventilation operating.
Mechanical ventilation is required.for very tight house construction when
credits for infiltration reduction using diagnostic testing are being used for
achieving compliance. These very tight houses are defined as those with SLA
of less than 1.5. The compliance documentation (CF -IR) will contain the
measured CFM target value from a blower door test at 50 Pascal pressure
difference that represents this SLA of 1.5. Mechanical ventilation is also
required if the builder chooses to design the building to use mechanical
ventilation and claims a credit for infiltration below an SLA of 3.0. The
compliance documentation (CF -1R) will contain the measured CFM target.
value that represents this 3.0 SLA. If the builder claims credit in a design for
infiltration reduction that is at an SLA of 3.0 or higher, and the actual
measured SLA is 1.5 or greater, then mechanical ventilation is not required.
If the SLA in this case were below 1.5, then mitigation (such as mechanical
ventilation) would be required.
July 1, 1999
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Certificate of Compliance: Residential (Part 1 of 2) CF -1 R
-VISTA D O M A N I Residence 1/11/02
53-480 Del Gato Drive * The Traditions La Quinta
Project Adress
C.M. Energy Consulting (760) 346-8014
Documentation Author i a ep one
Computer Performance 15
Compliance Method (Package or Computer) Climate Zone
Building ermi
Plan Check Date
iew L;neCK Date
enforcement Agency use umy
GENERAL INFORMATION
Frame
Total Conditioned Floor Area:
6,194 f? Average Ceiling Height:
Total Conditioned Slab Area:
6,194 ft2
Building Type:
(attic, garage, typical, etc.)
(check one or more)
Wood
® Single Family Detached
❑ Addition
❑ Single Family Attached
❑ Existing Building
❑ Multi -Family
❑ Existing Plus Addition
Front Orientation: (East) 90 deg Floor Construction Type: a Slab Floor
• Number of Dwelling Units:
1.00
Number of Stories:
1 ❑ Raised Floor
I*
n
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L]
BUILDING SHELL INSULATION
10.9 ft
Component
Frame
Assembly
Location/Comments
Type
Type
U -Value
(attic, garage, typical, etc.)
C/R-1 (R.38.2x_.16)
Wood
0.024
Exterior Roof
C/R-2 (R.38.2x .16)
Wood
0.026
Exterior Roof
W-1 Wall (W.21.2x6.16)
Wood
0.057
Exterior Wall
W-2 Wall (W.21.2x6.16)
Wood
0.057
Exterior Wall
Slab On Grade
nla
0.756
Exposed Slab w/R-0.0 Perimeter Insulation
Slab On Grade
Na
0.756
Covered Slab w/R-0.0 Perimeter Insulation
C/R-3 (R.38.2x_.16)
Wood
0.030
Exterior Roof
Slab On Grade
Na
0.510
Exposed Slab w/R-7.0 Perimeter Insulation
Bug Screen
❑
FENESTRATION
Shadinct Devices
Type
Orientation
Area
Fenestration
Exterior
Overhang Side Fins
(SF)
U -Factor
SHGC
Shading
Yes / No
Yes
/ No
Skylight
23.9
0.68
0.55
None
❑
a
❑
a
Right
(North)
198.0
0.38
0.25
Bug Screen
X❑
❑
❑
X❑
Right
(North)
259.2
0.29
0.33
Bug Screen
❑
X❑
❑
0
Rear
(Northwest)
12.5
0.29
0.33
Bug Screen
❑
X❑
❑
0
Rear
(Northwest)
31.5
0.36
0.28
Bug Screen
❑
X❑
❑
X❑
Rear
(Northwest)
5.0
0.40
0.37
Bug Screen
❑
X❑
❑
❑X
Front
(East)
296.9
0.29
0.33
Bug Screen
❑
X❑
❑
0
Left
(South)
112.0
0.38
0.25
Bug Screen
X❑
❑
❑
0
Left
(South)
57.8
0.36
0.28
Bug Screen
❑
®
❑
Left
(South)
137.4
0.29
0.33
Bug Screen
❑
X❑
❑
X❑
Left
(Southwest)
31.3
0.29
0.33
Bug Screen
❑
X❑
❑
X❑
Left
(Southwest)
31.5
0.36
0.28
Bug Screen
❑
®
❑
0
Run Initiation Time: 01/11/02 09:24:42
Run Code: 1010769882
EnergyPro 3.1 By EnergySoft
User Number. 1088
Job Number. 0117.00
Page:1 of 5
Certificate of Compliance: Residential
(Part 1 of 2) CF -1R
-VISTA D O M A N I Residence 1/11/02
rojec itie a e
53-480 Del Gato Drive * The Traditions La Quinta
rojec r—es s Building Permit
C.M. Energy Consulting (760) 346-8014
Plan Check Date
ocumen a on u or a ep one
Computer Performance 15 Field Checka e
Compliance Method (Package or Computer) Climate Zone Enforcement Agency Use Only
GENERAL INFORMATION
Orientation
Total Conditioned Floor Area:
6,194 f? Average Ceiling Height:
Total Conditioned Slab Area:
6,194 f?
Building Type:
(check one or more)
(SF)
® Single Family Detached
❑ Addition
❑ Single Family Attached
❑ Existing Building
❑ Multi -Family
❑ Existing Plus Addition
Front Orientation: (East) 90 deg Floor Construction Type: FX-] Slab Floor
• Number of Dwelling Units:
1.00
Number of Stories:
1 ❑ Raised Floor
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BUILDING SHELL INSULATION
Component
FENESTRATION
Const.
Frame Assembly Location/Comments
Type U -Value (attic, garage, typical, etc.)
Shading Devices
10.9 ft
Type
Orientation
Area
Fenestration
Exterior
Overhang Side Fins
(SF)
U -Factor
SHGC
Shading
Yes / No
Yes / No
Right
(North)
15.1
0.40
0.37
Bug Screen
❑
X❑
❑ X❑
Front
(East)
153.0
0.38
0.25
Bug Screen
X❑
❑
❑ ❑x
Left
(South)
54.0
0.54
0.53
Bug ScreenX❑
❑
❑ ❑X
Rear
(West)
85.5
0.38
0.25
Bug Screen
X❑
El
❑X
Rear
(West)
93.0
0.29
0.33
Bug Screen
❑
X❑
❑ X❑
Right
(North)
108.0
0.54
0.53
Bug Screen
❑X
❑
❑ X❑
Front
(East)
185.0
0.54
0.53
Bug Screen
X❑
❑
❑ X❑
❑
❑
❑ ❑
❑
❑
❑ ❑
❑
❑
❑ ❑
❑
❑
❑ ❑
❑
❑
❑ ❑
Run Initiation Time: 01/11/02 09:24:42
Run Code: 1010769882
EnergyPro 3.1 By EnergySoft
User Number. 1086
Job Number. 0117.00
Page:2 of 5
•
a I
Certificate of Compliance: Residential
(Part 2 of 2) CF -1 R
VISTA D O M A N I Residence
1/11/02
ro)e i e
-Date
HVAC SYSTEMS Note: Input Hydronic or Combined Hydronic data under Water Heating Systems, except Design Heating Load.
Distribution
Heating Equipment Minimum Type and
Duct or
Type (furnace, heat Efficiency Location
Piping
Thermostat Location /
pump, etc.) (AFUE/HSPF) (ducts, attic, etc.)
R -Value
Type Comments
Central Furnace 80% AFUE Ducts in Attic
6.0
Setback ZONE 1 (Guest Suites)
•
Central Furnace 80% AFUE Ducts in Attic
6.0
Setback ZONE 2 (Master Bedroom)
Central Furnace 80% AFUE Ducts in Attic
6.0
Setback ZONE 3 (Living Room)
Central Furnace 80% AFUE Ducts in Attic
6.0
Setback ZONE 4 (Kitchen/Dining)
Cooling Equipment Minimum Duct
Type (air conditioner, Efficiency Location
Duct
Thermostat Location /
heat pump, evap. cooling) (SEER) (attic, etc.)
R -Value
Type Comments
Split Air Conditioner 13.5 SEER Ducts in Attic
6.0
Setback ZONE 1 (Guest Suites)
Split Air Conditioner 14.5 SEER Ducts in Attic
6.0
Setback ZONE 2 (Master Bedroom)
Split Air Conditioner 13.5 SEER Ducts in Attic
6.0
Setback ZONE 3 (Living Room)
Split Air Conditioner 13.5 SEER Ducts in Attic
6.0
Setback ZONE 4 (Kitchen/Dining)
WATER HEATING SYSTEMS
Rated 1
Tank Energy Fact' 1 External
Water Heater Water Heater Distribution # in
Input
Cap. or Recovery Standby Tank Insul.
System Name Type Type Syst.
Btu/hr
(gal) Efficiency Loss (%) R -Value
RHEEM HE80-130 Large Gas Recirc/Time+Temp 1
130,000 80 0.95 0.0129 0.0
RHEEM 41•1150N Small Gas Recirc/Time+Temp 1
40,000 50 0.62 n/a n/a
1 For small gas storage (rated inputs of less than or equal to 75,000 Btu/hr), electric
resistance and heat pump water heaters, list energy factor.
For large gas storage water heaters (rated input of greater than 75,000 Btu/hr), list
Rated Input, Recovery Efficiency and Standby Loss.
For instantaneous gas water heaters, list Rated Input and Recovery Efficiency.
REMARKS
n
Ll
This certificate of compliance lists the building features and performance specifications needed to comply with Title 24, Parts 1 and 6 of the
California Code of Regulations, and the administrative regulations to implement them. This certificate has been signed by the individual with
overall design responsibility. When this certificate of compliance is submitted for a single building plan to be built in multiple orientations, any
shading feature that is varied is indicated in the Special Features/Remarks section.
Designer or Owner (per Business & Professions Code) Documentation Author
Name:
Title/Firm: Mc FADDEN / Mc INTOSH ARCHITECTS
Address: 72-925 Fred Waring Drive, Suite 204
Palm Desert, CA 92260
Tel hone: (760) 346-8014
Li
(sig atu ) (date)
Enfordment Agncy
Name:
i Title/Firm:
Address:
Telephone:
0
Name: Christopher Mc Fadden
Title/Firm: C.M. Energy Consulting
Address: 72-925 Fred Waring Drive, Suite 204
Palm Desert, CA 92260
Telephone: (760) 346-8014
1 �fo�
I
(si atu e) (date)
signature stamp ate
Run Initiation Time: 01/11/02 09:24:42 Run Code: 1010769882
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:3 of 5
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Certificate of Compliance: Residential . (Addendum) CF -1 R
V f S T A D O M A N I Residence 1/11/02
Project Title Date
Special Features and Modeling Assumptions
The local enforcement agency should pay special attention to the items specified in this checklist. These items require special
written justification and documentation, and special verification to be used with the performance approach. The local
enforcement agency determines the adequacy of the justification, and may reject a building or design that otherwise complies
based on the adequacy of the special justification and documentation submitted. Plan I Field
The HVAC System "ZONE 1 (Guest Suites)" must meet all CEC Criteria for a Zonally Controlled system serving only Sleepin 3 Areas.
The HVAC System "ZONE 1 (Guest Suites)" has R-6.0 Heating Duct Insulation. Insulation levels above R-4.2 must be veriflei J.
The HVAC System "ZONE 1 (Guest Suites)' has R-6.0 Cooling Duct Insulation. Insulation levels above R-4.2 must be verifie 1.
HIGH MASS Design(see C-211) - Verify Thermal Mass: 568 sqft Tile in Mortar Interior Mass, 0.75" thick at Guest Suites
HIGH MASS Design(see C-211) - Verify Thermal Mass: 568 sqft Exposed Slab Floor, 4.00" thick at Guest Suites
HIGH MASS Design(see C-211) - Verify Thermal Mass: 1146 sqft Covered Slab Floor, 4.00" thick at Guest Suites
The HVAC System "ZONE 2 (Master Bedroom)" must meet all CEC Criteria for a Zonally Controlled system serving only Slec ping Areas.
The HVAC System "ZONE 2 (Master Bedroom)" has R-6.0 Heating Duct Insulation. Insulation levels above R-4.2 must be vei ified.
The HVAC System "ZONE 2 (Master Bedroom)" has R-6.0 Cooling Duct Insulation. Insulation levels above R-4.2 must be ve ified.
HIGH MASS Design(see C-211) - Verify Thermal Mass: 245 sqft Tile In Mortar Interior Mass, 0.75" thick at Master Bedroom
HIGH MASS Design(see C-211) - Verify Thermal Mass: 245 sqft Exposed Slab Floor, 4.00" thick at Master Bedroom
HIGH MASS Design(see C-211) - Verify Thermal Mass: 853 sqft Covered Slab Floor, 4.00" thick at Master Bedroom
The HVAC System "ZONE 3 (Living Room)' must meet all CEC Criteria for a Zonally Controlled system serving only Living Areas. �El
HERS Required Verification
These features must be confirmed and/or tested by a certified HERS rater under the supervision of a CEC approved HERS
provider. The HERS rater must document the field verification and diagnostic testing of these measures on a form CF -611. an I Field
e HVAU System --ZUNft I (Uuest Suites)"nc u es Refrigerant Charge and Airflow Credit (ora certivea HLIK5 rater
provide verifification of the TXV, or measure the Refrigerant Charge and Airflow.
mus
The HVAC System "ZONE 2 (Master Bedroom)' includes Refrigerant Charge and Airflow Credit (or a TXV). A certified HERS
must provide verifification of the TXV, or measure the Refrigerant Charge and Airflow.
rater
The HVAC System"ZONE (LivingRoom)" nc u es Refrigerant Charge and Airflow Credit ora . A certified HERS rater
provide verifification of the TXV, or measure the Refrigerant Charge and Airflow.
must
The HVAU System ice n ng)" includes Retriger—an-TCharge and Airflow Credit (ora ce tie
must provide verifification of the TXV, or measure the Refrigerant Charge and Airflow.
er
Run InitiationTime: un Code: 1010769882
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 PageA of 5
Certificate of Compliance: Residential (Addendum) CF -1 R
VISTA D O M A N I Residence 1/11/02
Project Title Date
. Special Features and Modeling Assumptions
The local enforcement agency should pay special attention to the items specified in this checklist. These items require special
written justification and documentation, and special verification to be used with the performance approach. The local
enforcement agency determines the adequacy of the justification, and may reject a building or design that otherwise complies
based on the adequacy of the special justification and documentation submitted. Plan Field
I*
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19
is
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The HVAC System "ZONE 3 (Living Room)" has R-6.0 Heating Duct Insulation. Insulation levels above Il must be verified.
The HVAC System "ZONE 3 (Living Room)" has R-6.0 Cooling Duct Insulation. Insulation levels above R-4.2 must be verified.
HIGH MASS Design(see C -2R) - Verity Thermal Mass: 1120 sqft Tile In Mortar Interior Mass, 0.75" thick at Living Room
HIGH MASS Design(see C-211) -Verify Thermal Mass: 1120 sqft Exposed Slab Floor, 4.00" thick at Living Room
HIGH MASS Design(see C-211) - Verify Thermal Mass: 256 sqft Covered Slab Floor, 4.00" thick at Living Room
The HVAC System "ZONE 4 (Kitchen/Dining)" must meet all CEC Criteria for a Zonally Controlled system serving only Living Areas.
The HVAC System "ZONE 4 (Kitchen/Dining)" has R-6.0 Heating Duct Insulation. Insulation levels above R-4.2 must be verif led.
The HVAC System "ZONE 4 (Kitchen/Dining)" has R-6.0 Cooling Duct Insulation. Insulation levels above R-4.2 must be veril led.
HIGH MASS Design(see C-211) - Verify Thermal Mass: 1620 sqft Tile in Mortar Interior Mass, 0.75" thick at Kitchen/Dining
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 136 sqft Exposed Slab Floor, 4.00" thick at Kitchen/Dining
HIGH MASS Design(see C-211) - Verify Thermal Mass: 1620 sqft Exposed Slab Floor, 4.00" thick at Kitchen/Dining
HIGH MASS Design(see C-211) - Verify Thermal Mass: 250 sqft Covered Slab Floor, 4.00" thick at Kitchen/Dining
HERS Required Verification
These features must be confirmed and/or tested by a certified HERS rater under the supervision of a CEC approved HERS
provider. The HERS rater must document the field verification and diagnostic testing of these measures on a form CF -6R. an Field
Run InitiationTime: un Code: 1010769382
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:5 of 5
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Computer Method Summary (Part 1 of 3) C -2R
V I S T A D O M A N I Residence 1/11/02
ProjectTitle
a e
53.480 Del Gato Drive * The Traditions La Quinta
ProjeCt Address
C.M. Energy Consulting (760) 346-8014
Documentation Author Te ep one
Computer Performance 15 -
Building Permit
Flan Checkmate
Field ec a e
Compliance Method tvaMage or ompu er ima a one
Source Energy Use Standard Proposed Compliance
(kBtu/sf-yr) Design Design Margin
Space Heating
3.78
2.81
0.97 ,
Space Cooling
35.30
35.15
0.15
Domestic Hot Water
4.60
4.55
0.05
Totals
43.6T_
�
--ff7'GENERAL
161
0.057
315
90
INFORMATION
Conditioned Floor Area:
6,194
0.057
Floor Construction Type:XD Slab Floor
Building Type:
Single Fam Detached
Raised Floor
Building Front Orientation:
(East) 90 deg
90
Wall
Number of Dwelling Units:
1.00
180
Total Conditioned Volume: 67,358
Number of Stories:
1
0.057
Slab Floor Area: 6,194
90
Wall
97
0.057
BUILDING ZONE INFORMATION
90
# of Thermostat Vent
Zone Name
Floor Area
Volume
Units Zone Type Type Hgt. Area
ZONE 1 (Guest Suites) 1.714 15.683 0.28 Sleeping SleepinaStat 2 n/a
ZONE 2 (Master Bedroom) 1,098 10.431 0.18 Sleeping SleepingStat 2 Na
ZONE 3 (Living Room) 1,376 18,576 0.22 Living LivingStat 2 Na
ZONE 4 (Kitchen/Dining) 2006 22,668 0.32 Living LivingStat 2 Na
SoGr
OPAQUE SURFACES
Act. Gains
Type Area U -Val. Azm. Tilt Y / N Form 3 Reference Location / Comments
Roof
36
0.024
0
0
Roof
1,674
0.026
0
0
Wall
329
0.057
0
90
Wall
161
0.057
315
90
Wall
89
0.057
90
90
Wall
38
0.057
90
90
Wall
276
0.057
180
90
Wall
86
0.057
225
90
Wall
97
0.057
270
90
Roof
1,078
0.026
0
0
Wall
342
0.057
0
90
Wall
92
0.057
90
90
Wall
37
0.057
270
90
Roof
121
0.024
0
0
Roof
962
0.026
0
0
Roof
293
0.030
0
18
Wall
43
0.057
0
90
Wall
132
0.057
90
90
Wall
432
0.057
180
90
Wall
254
0.057
270
90
Roof
434
0.024
0
0
Roof
1,572
0.026
0
0
Wall
300
0.057
0
90
Wall
14
0.057
0
90
Wall
60
0.057
315
90
Wall
110
0.057
315
90
Wall
319
0.057
90
90
Wall
449
0.057
180
90
Wall
135
0.057
180
90
C/11-1 (R.38.2x_.16)
C/R-2_(R.38.Zx .16)
W-1 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
W-2 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
C/R-2 (R.38.2x .16)
W-1 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
W-2 Wall (W.21.2x6.16)
C/11-1 (R.38.2x .16)
C/R-2 (R.38.2x .16)
C/R-3 (R.38.2x .16)
W-1 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
C/R-1 (R.38.2x .16)
C/R-2 (R.38.2x .16)
W-1 Wall (W.21.2x6.16)
W-2 Wall (W.21.2x6.16)
ZONE 1 ONLY
ZONE 1 ONLY
ZONE 1 ONLY
ZONE 1 ONLY
ZONE 1 ONLY
ZONE 1 ONLY
ZONE 1 ONLY
ZONE 1 ONLY
ZONE 1 ONLY
ZONE 2 ONLY
ZONE 2 ONLY
ZONE 2 ONLY
ZONE 2 ONLY
ZONE 3 ONLY
ZONE 3 ONLY
ZONE 3 ONLY
ZONE 3 ONLY
ZONE 3 ONLY
ZONE 3 ONLY
ZONE 3 ONLY
ZONE 4 ONLY
ZONE 4 ONLY
ZONE 4 ONLY
ZONE 4 ONLY
ZONE 4 ONLY
ZONE 4 ONLY
Computer Method Summary (Part 1 of 3) C -2R
VISTA D O M A N I Residence 1/11/02
rojec flue
a e
53�-480 DeAddressGato Drive * The Traditions La Quinta
I-roC.M. Energy Consulting (760) 346-8014
ocD umenfation Author Te ep one
Computer Performance 1.5
omo lance Iviethod IPACKaue or omou er ima a one
Source Energy Use
Standard
Proposed
Compliance
• (kBtu/sf-yr)
Design
Design
Margin
Space Heating
3.78
2.81
0.97
Space Cooling
35.30
35.15
0.15
Domestic Hot Water
4.60
4.55
0.05
Totals
-3-.6Y-
�
__1_.17__
19
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10
IL,
lu
'GENERAL INFORMATION
Conditioned Floor Area:
Building Type:
Building Front Orientation:
Number of Dwelling Units:
Number of Stories:
6,194
Single Fam Detached
(East) 90 deg
1.00
1
BUILDING ZONE INFORMATION
Zone Name Floor Area Volume
OPAQUE SURFACES Act.
Type Area U -Val. Azm. Tilt
Som
Gains
Y/N
Wall
59
0.057
225
90
Wall
66
0.057
225
90
Wall
70
0.057
270
90
Wall
129
0.057
270
90
Building Permit#
Plan CheclUvate
Field ec a e
Floor Construction Type: XO Slab Floor
❑ Raised Floor
Total Conditioned Volume: 67,358
Slab Floor Area: 6,194
# of Thermostat Vent
Units Zone Type Type Hgt. Area
Form 3 Reference
W-1 Wall (W.21.2x6.16)
W-2 Wall (W.21.2x6.16)
W-1 Wall (W.21.2x6.16)
W-2 Wall (W.21.2x6.16)
Location / Comments
ZONE 4 ONLY
ZONE 4 ONLY
ZONE 4 ONLY
ZONE 4 ONLY
Run Initiation Time: 01/11/02 09:24:42 . Run Code: 1010769882
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:2 of 10
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Computer Method Summary (Part 2 of 3) C -2R
VISTA D O M A N 1 Residence 1/11/02
ProjectTitle
a e
11:Nh5l RAI ION SURFACF-b
U- Act. Glazing Type Location/
# Type Area Factor SHGC Azm. Tilt Comments
1
dight Right
(North)
1.3
0.680
0.55
0
0 SolaTube (Default) Skylite
ZONE 1 ONLY
2
Skylight Right
(North)
1.3
0.680
0.55
0
0 SolaTube (Default) Skylite
ZONE 1 ONLY
3
Skylight Right
(North)
1.3
0.680
0.55
0
0 SolaTube (Default) Skylite
ZONE 1 ONLY
4
Window Right
(North)
48.0
0.380
0.25
0
90 Eagle Mtl. Clad
ZONE 1 ONLY
5
Window Right
(North)
48.0
0.380
0.25
0
90 Eagle Mtl. Clad
ZONE 1 ONLY
6
Window Right
(North)
48.0
0.380
0.25
0
90 Eagle Mtl. Clad
ZONE 1 ONLY
7
Window Right
(North)'
13.9
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 1 ONLY
S
Wim Right
(North)
0.290
�
0
90 Eagle Mtl. Clad
9
Window Right
(North)
24.0
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 1 ONLY
10
Window Right
(North)
24.0
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 1 ONLY
11
Window Rear
(Northwest)
7.5
0.290
0.33
315
90 Eagle Mtl. Clad
ZONE 1 ONLY
12
Window Rear
(Northwest)
31.5
0.360
0.28
315
90 Eagle Mtl. Clad
ZONE 1 ONLY
13
Window Rear
(Northwest)
5.0
0.400
0.37
315
90 Fltwd Aspen 530T (LoE/Air)
ZONE 1 ONLY
14
Window Front
(East)
5.0
0.290
0.33
90
90 Eagle Mtl. Clad
ZONE 1 ONLY
15
Window Left
(South)
48.0
0.380
0.25
180
90 Eagle Mtl. Clad
ZONE 1 ONLY
16
Window Left
(South)
57.8
0.360
0.28
180
90 Eagle Mtl. Clad
ZONE 1 ONLY
17
Window Left
(South)
20.0
0.290
0.33
180
90 Eagle Mtl. Clad
ZONE 1 ONLY
18
Window Left
(South)
17.2
0.290
0.33
180
90 Eagle Mtl. Clad
ZONE 1 ONLY
19
Window Left
(South)
20.0
0.290
0.33
180
90 Eagle Mtl: Clad
ZONE 1 ONLY
20
Window Left
(Southwest)
24.3
0.290
0.33
225
90 Eagle Mtl. Clad
ZONE 1 ONLY
21
Window Left
(Southwest)
3.6
0.29
0.33
---2-2-5 ---T0 Eagle Mtl. Clad
ZONE I ONLY -
T2
Window Left
(Southwest)
31.5
0.360
0.28
225
90 Eagle Mtl. Clad
ZONE 1 ONLY
23
Window Left
(Southwest)
3.4
0.290
0.33
225
90 Eagle Mtl. Clad
ZONE 1 ONLY
24
Skylight Right
(North)
20.0
0.680
0.55
0
0 Bristolite (Default) Skylite
ZONE 2 ONLY
25
Window Right
(North)
35.7
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 2 ONLY
26
Window Right
(North)
15.1
0.400
0.37
0
90 Fltwd Aspen 530T (LoE/Air)
ZONE 2 ONLY
W
MnOOW Kight
---(Rb-r1FQ--TT3
-0:290
X33
(17 ---0
age WE Clad
28
Window Right
(North)
--7.-6
-V.2W
0- -30
Eagle Mtl. Clad
29
Window Front(East)
�5 6
0.380
0.25
�
90 Eagle Mtl. Clad
ZONE 2
INTERIOR AND EXTERIOR SHADING
Window
Overhang Left Fin
Right Fin
#
Exterior Shade
Type
SHGCgT�
Vd-.
en. Hgt.
Dist. Len.
Fr9T Uist. Len. g .
None
2
None
1.00
3
None
1.00
4
Bug Screen
0.76
8.0
6.0
0.0 0.0
0.0 0.0
5
Bug Screen
0.76
8.0
6.0
0.0 0.0
0.0 0.0
3
Bug Screen
0.76
8.0
6.0
0.0 0.0
0.0 0.0
T-
Bug Screen
0.76
V
ug Screen
U.75
9
Bug Screen
0.76
10
Bug Screen
0.76
ff
Bug Screen
-WT6-
T2
Bug Screen
--0-W
T3
Bug Screen
---ff76
M
ug creen
--T76-
-TT6T5
T5
ug creen
--v0
--To �0
1-6
ug creen
d 7�
17
Bug Screen
0.76
im
Bug Screen
X76
iS
Bug Screen
X76
M0
Bug Screen
_Tf
ug creen
22
Bug Screen
0.76
23
Bug Screen
0.76
24
None
1.00
_
25
Bug Screen
0.76
26
Bug Screen
0.76
27
ug Screen
0.76
28
Bug Screen
0.76
29
ug creen
---T-7-6
9.0
--6-00
0.0 �
-0-0 0.0
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Computer Method Summary (Part 2 of 3) C -2R
VISTA D O M A N I Residence 1/11/02
Project Title
U- Act. Glazing Type Location/
# Type Area Factor SHGC Azm. Tilt Comments
30
Window
Front
(East)
22.5
0.290
0.33
90
90 Eagle Mtl. Clad
ZONE 2 ONLY
31
Window
Front
(East)
22.5
0.290
0.33
90
90 Eagle Mtl. Clad
ZONE 2 ONLY
32
Window
Right
(North)
5.2
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 3 ONLY
33
Window
Front
(East)
45.0
0.380
0.25
90
90 Eagle Mtl. Clad
ZONE 3 ONLY
34
Window
Front
(East)
45.0
0.290
0.33
90
90 Eagle Mtl. Clad
ZONE 3 ONLY
35
Window
Front
(East)
33.6
0.290
0.33
90
90 Eagle Mtl. Clad
ZONE 3 ONLY
36
Window
Front
(East)
45.0
0.290
0.33
90
90 Eagle Mtl. Clad
ZONE 3 ONLY
37
W -in ow
a
(south)
�5 .0-
--u.w
0.53
80
90 15ouble Default(L-o-EfCTaaT-
ZONE 3 ONLY
38
Window
Left
(South)
5.1
0.290
0.33
180
90 Eagle Mtl. Clad
ZONE 3 ONLY
39
Window
Rear
(West)
31.5
0.380
0.25
270
90 Eagle Mtl. Clad
ZONE 3 ONLY
40
Window
Rear
(West)
10.5
0.290
0.33
270
90 Eagle Mtl. Clad
ZONE 3 ONLY
41
Window
Rear
(West)
13.5
0.290
0.33
270
90 Eagle Mtl. Clad
ZONE 3 ONLY
42
Window
Rear
(West)
13.5
0.290
0.33
270
90 Eagle Mtl. Clad
ZONE 3 ONLY
43
Window
Right
(North)
108.0
0.540
0.53
0
90 Double Default (Lo-E/Clad)
ZONE 4 ONLY
44
Window
Right
(North)
-a. T0
0.380
0.25
0
90 Eagle Mtl. Clad
ZONE 4 ONLY
45
Window
Right
(North)
30.0
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 4 ONLY
46
Window
Right
(North)
29.1
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 4 ONLY
47
Window
Right
(North)
--f 3-.5
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 4 ONLY
48
Window
Right
(North)
28.5
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 4 ONLY
49
Window
Right
(North)
13.5
0.290
0.33
0
90 Eagle Mtl. Clad
ZONE 4 ONLY
50
Window
Rear
(Northwest)
5.0
0.290 ---o-.3Y
�5
90 Eagle Mtl. Clad
ZONE 4 ONLY -
5T
Window
Front
(East)
137.0
0.540
0.53
90
90 Double Default (Lo-E/Clad)
ZONE 4 ONLY
52
Window
Front
(East)
48.0
0.540
0.53
90
90 Double Default (Lo-E/Clad)
ZONE 4 ONLY
53
Window
Front
(East)
47.7
0.290
0.33
90
90 Eagle Mtl. Clad
ZONE 4 ONLY
54
Window
Front
(East)
54.0
0.380
0.25
90
90 Eagle Mtl. Clad
ZONE 4 ONLY
55
Window
Front
(East)
20.2
0.290
0.33
90
90 Eagle Mtl. Clad
ZONE 4 ONLY
36
Window
Front
(East)
--35-T
-02W -0:33
EnergyPro 3.1
age Mtl. Clad
57
Window
Front
(East)
--2T2-
X29-0- -0:33
90 -90
age mtl. Clad
58
Window
Left
(South)
--46.-0
0.380
0.25
-
90 Eagle Mtl. Clad
INTERIOR AND EXTERIOR SHADING
Window
Overhang
Left Fin
Right Fin
#
Exterior Shade Type
SHGC
7FgF--Wd-.
Len. Hgt.
x . Dist. en.g
. is . en. g .
30
Bug 5creen
31
Bug Screen
0.76
32
Bug Screen
0.76
33
Bug Screen
0.76
9.0
5.0
0.0
0.0
0.0
0.0
34
Bug Screen
0.76
35
Bug Screen
0.76
Bug Screen
0.76
IT
Bug Screen
07F
-l0
--0
--2-0
X0
0
38
Bug Screen
---d-7W
39
Bug Screen
0.76
9.0
5.0
0.0
0.0
0.0
0.0
-40
Bug Screen
-4T
Bug Screen
ug creen
7�
-4-3
ug creen
76
9.0
12.0
9.0
0.1
9.0
9.0
Bug Screen
-45
Bug Screen
---076 -
-4-6
Bug Screen
0.76
a7
Bug Screen
0 T6
40
Bug Screen
49
Bug Screen
71;
30
Bug Screen
-5 1
Bug Screen
0.76
--9.0
T5.2
0.0
--y-0
0.0
52
Bug Screen
0.76
8.0
6.0
0.0
0.0
0.0
0.0
53
Bug Screen
0.76
_
54
Bug Screen
0.76
9.0
6.0
9.0
0.1
9.0
_
9.0
55
Bug Screen
0.76
56
Bug Screen
57
Bug Screen
0.76
-_
58
ug creen
0.7W
8.0
5.0
0.0
0.0
0.0
0.0
Run Initiation Time: 01/11/0209:24:42
Run
Code: 1010769882
EnergyPro 3.1
By EnergySoft User Number. 1086
Job Number. 0117.00 Page:4 of 10
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Computer Method Summary (Part 2 of 3) C -2R
VISTA D O MAN I Residence 1/11/02
Project a Date
U- Act. Glazing Type Location/
# Type Area Factor SHGC Azm. Tilt Comments
59
60
-6-1-
62
162
63
64
65
66
67
24.0
0.380
0.25
180
90 Eagle Mtl. diad
ZONE 4 ONLY
11.2
0.290
0.33
180
90 Eagle Mtl. Clad
ZONE 4 ONLY
11.2
0.290
0.33
180
90 Eagle Mtl. Clad
ZONE 4 ONLY
26.2
0.290
0.33
180
90 Eagle Mtl. Clad
ZONE 4 ONLY
26.2
0.290
0.33
180
90 Eagle Mtl. Clad
ZONE 4 ONLY
54.0
0.380
0.25
270
90 Eagle Mtl. Clad
ZONE 4 ONLY
13.5
0.290
0.33
270
90 Eagle Mtl. Clad
ZONE 4 ONLY
28.5
�
0.33
27
90 F=agle mtl. Clad
13.5
0.290
0.33
270
90 Eagle Mtl. Clad
ZONE 4 ONLY
INTERIOR AND EXTERIOR SHADING Window Overhang Left Fin Right Fin
# Exterior Shade Type SHGC-Rgt-pa Len. Hgt. LExt. FTERt. ist. en. Hgt. Dist. Len. gt
60
Bug Screen
0.76
61
Bug Screen
0.76
62
Bug Screen
0.76
63
Bug Screen
0.76
did
Bug Screen
0.76 9.0 6.0
-5
Bug Screen
0.76
96
ug creen
67
Bug Screen
0 5�
0.0 0.0 0.0 0.0
Run Initiation Time: 01/11/02 09:24:42 Run Code: 1010769882
EnergyPro 3.1 By EnerovSoft User Number. 1086 Job Number. 0117.00 Page:5 of 10
• 1 For small gas storage (rated input <= 75000 Btu/hr), electric resistance and heat pump water heaters, list energy factor.
For large gas storage water heaters (rated input > 75000 Btu/hr), list Rated Input, Recovery Efficiency and Standby Loss.
For instantaneous gas water heaters, list Rated Input, and Recovery Efficiency.
REMARKS
I0
Run Initiation Time: 01/11/02 09:24:42 Run Code: 1010769882
EnergyPro 3.1 By Energysoft User Number. 1086 Job Number. 0117.00 Page:6 of 10
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Computer Method Summary
(Part 3 of 3) C -2R
VISTA D O M A N I
Residence
1/11/02
Project i e
Date
THERMAL MASS FOR HIGH MASS DESIGN
Area
Thick. Heat
Inside
Location
Type
(sq
(in.) Cap. Cond. Form 3 Reference
R -Val.
Comments
Tile in Mortar
568
0.75
24 0.67 n/a
0
ZONE 1 ONLY / Interior Mass
Concrete, Heavyweight
568
420
28 0.98 n/a
0
ZONE 1 ONLY / Slab on Grade
Concrete, Heavyweight
1,146
4.00
28 0.98 n/a
2
ZONE 1 ONLY / Slab on Grade
Tile in Mortar
245
0.75
24 0.67 n/a
0
ZONE 2 ONLY /Interior Mass
•
Concrete, Heavyweight
245
4.00
28 0.98 n/a
0
ZONE 2 ONLY / Slab on Grade
PERIMETER LOSSES
F2
Insulation
Type
Length
Factor R
-Val. Depth
Location / Comments
Slab Perimeter
57
0.76
0.0 0
ZONE 1 ONLY
Slab Perimeter
136
0.76
0.0 0
ZONE 1 ONLY
Slab Perimeter
28
0.76
0.0 0
ZONE 2 ONLY
Slab Perimeter
51
0.76
0.0 0
ZONE 2 ONLY
Slab Perimeter
31
0.76
0.0 0
ZONE 3 ONLY
HVAC SYSTEMS
Heating Equipment
Minimum
Distribution Type
•
Type (furnace, heat
Efficiency
and Location
Duct Thermostat
Location /
pump, etc.)
(AFUE/HSPF)(ducts/attic,
etc.) R -Value Type
Comments
Central Furnace
80%AFUE
Ducts in Attic
6.0
Setback
ZONE 1 (Guest Suites)
Central Furnace
80%AFUE
Ducts in Attic
6.0
Setback
ZONE 2 (Master Bedroom)
Central Furnace
80%AFUE
Ducts in Attic
6.0
Setback
ZONE 3 (Living Room)
Central Furnace
80%AFUE
Ducts in Attic
6.0
Setback
ZONE 4 (Kitchen/Dining)
0
Hydronic Piping
pipe
Pipe
Insul.
System Name
Length
Diameter Thick.
Cooling Equipment
Minimum
Duct
Type (air conditioner,
Efficiency
Location
Duct Thermostat
Location /
heat pump, evap. cooling)
(SEER)
(attic, etc,)
R -Value Type
Comments
Split Air Conditioner
13.5 SEER
Ducts in Attic
6.0
Setback
ZONE 1 (Guest Suites)
Split Air Conditioner
14.5 SEER
Ducts in Attic
6.0
Setback
ZONE 2 (Master Bedroom)
Split Air Conditioner
13.5 SEER
Ducts in Attic
6.0
Setback
ZONE 3 (Living Room)
Split Air Conditioner
13.5 SEER
Ducts in Attic
6.0
Setback
ZONE 4 (Kitchen/Dining)
WATER HEATING SYSTEMS
Ratedl
Tank
Energy Fact! Tank Insul.
Water Heater
Water Heater
Distribution
# in Input
Cap.
1
or Recovery Standby R -Value
System Name
Type
Type
Syst. (Btu/hr)
(gal)
Efficiency Loss (%) Ext.
RHEEM HE80-130
Large Gas
Recirc/Time+Temp 1 130,000
80
0.95 0.0129 0.0
RHEEM 41'R50N
Small Gas
Recirc[Time+Temp 1 40,000
50
0.62 n/a n/a
• 1 For small gas storage (rated input <= 75000 Btu/hr), electric resistance and heat pump water heaters, list energy factor.
For large gas storage water heaters (rated input > 75000 Btu/hr), list Rated Input, Recovery Efficiency and Standby Loss.
For instantaneous gas water heaters, list Rated Input, and Recovery Efficiency.
REMARKS
I0
Run Initiation Time: 01/11/02 09:24:42 Run Code: 1010769882
EnergyPro 3.1 By Energysoft User Number. 1086 Job Number. 0117.00 Page:6 of 10
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Computer Method Summary
(Part 3 of 3) C -2R
V VS T A D O M A N I
Residence
1/11/02
Project Title
Date
THERMAL MASS FOR HIGH MASS DESIGN
Area
Thick. Heat
Inside
Location
Type
(so
(in.) Cap. Cond. Form 3 Reference
R -Val.
Comments
Concrete, Heavyweight
853
4.00 28 0_98 n/a
2
ZONE 2 ONLY / Slab on Grade
Tile in Mortar
—f, 120
0.75 24 0.67 n/a
0
ZONE 3 ONLY / Interior Mass
Concrete, Heavyweight
1,120
4.00 28 0.98 n/a
0
ZONE 3 ONLY / Slab on Grade
Concrete, Heavyweight
256
4.00 28 0.98 n/a
2
ZONE 3 ONLY / Slab on Grade
Tile in Mortar
1,620
0.75 24 0.67 n/a
0
ZONE 4 ONLY /Interior Mass
PERIMETER LOSSES
F2 Insulation
Type
Length
Factor R -Val. Depth Location / Comments
Slab Perimeter
52
0.76 0.0 0 ZONE 3 ONLY
Slab Perimeter
33
0.51 7.0 16 ZONE 4 ONLY
Slab Perimeter
106
0.76 0.0 0 ZONE 4 ONLY
Slab Perimeter
90
0.76 0.0 0 ZONE 4 ONLY
HVAC SYSTEMS
Heating Equipment
Minimum Distribution Type
Type (furnace, heat
Efficiency and Location Duct
Thermostat
Location/
i
pump, etc.)
(AFUE/HSPF)(ducts/attic, etc.) R -Value
Type
Comments
Hydronic Piping
Pipe
Pipe Insul.
System Name
Length
Diameter Thick.
Cooling Equipment
Minimum Duct
.
Type (air conditioner,
Efficiency Location Duct
Thermostat
Location /
heat pump, evap. cooling)
(SEER) (attic, etc,) R -Value
Type
Comments
WATER HEATING SYSTEMS Ratedl Tank Energy Fact? 1 Tank Insul.
Water Heater Water Heater Distribution # in Input Cap. or Recovery Standby R -Value
System Name Type Type Syst. (Btu/hr) (gal) Efficiency Loss (%) Ext.
1 For small gas storage (rated input <= 75000 Btu/hr), electric resistance and heat pump water heaters, list energy factor.
For large gas storage water heaters (rated Input > 75000 Btu/hr), list Rated Input, Recovery Efficiency and Standby Loss.
For instantaneous gas water heaters, list Rated Input, and Recovery Efficiency.
REMARKS
Run Initiation Time: 01/11/02 09:24:42 Run Code: 1010769882
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Pagel of 10
•
Computer Method Summary (Part 3 of 3) C -2R
VISTA D O M A N I Residence 1/11/02
Project Title Date
A
THERMAL MASS FOR HIGH MASS DE51UN
Area Thick. Heat
Type (sf) (in.) Cap. Cond. Form 3 Reference
Concrete_ HP_aWWP%nnT 136 4.00 28 0.98 n U LUNt 4 UNLY / w— on gran -
620 420 28 0.98 n/a 0 ZONE 4 ONLY / Slab on Grade
250 4.00 28 0.98 n/a 2 ZONE 4 ONLY / Slab on Grade
Inside Location
R -Val. Comments
PERIMETER LOSSES
F2 Insulation
Type Length Factor R -Val. Depth Location / Comments
HVAC SYSTEMS
Heating Equipment
Type (furnace, heat
pump, etc.)
Minimum Distribution Type
Efficiency and Location Duct Thermostat Location /
(AFUE/HSPF)(ducts/attic, etc.) R -Value Type Comments
�. Hydronic Piping Pipe Pipe Insul.
j System Name Length Diameter Thick.
Cooling Equipment 'Minimum Duct
Type (air conditioner, Efficiency Location Duct Thermostat Location /
heat pump, evap. cooling) (SEER) (attic, etc,) R -Value Type Comments
WATER HEATING SYSTEMS
Water Heater Water Heater Distribution
System Name Type Type
Ratedl Tank Energy Fact? 1 Tank Insul.
# in Input Cap. or Recovery Standby R -Value
Syst. (Btu/hr) (gal) Efficiency Loss (%) Ext.
• 1 For small gas storage (rated input <= 75000 Btu/hr), electric resistance and heat pump water heaters, list energy factor.
For large gas storage water heaters (rated Input > 75000 Btu/hr), list Rated Input, Recovery Efficiency and Standby Loss.
For instantaneous gas water heaters, list Rated Input, and Recovery Efficiency.
REMARKS
6-2
Run Initiation Time: 01/1110209:24:42 Run Code: 1010769882
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:8 of 10
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Computer Method Summary (Addendum) C -2R
V f S T A D O M A N I Residence 1/11/02
Project Title Date
Special Features and Modeling Assumptions
The local enforcement agency should pay special attention to the items specified in this checklist. These items require special
written justification and documentation, and special verification to be used with the performance approach. The local
enforcement agency determines the adequacy of the justification, and may reject a building or design that otherwise complies
based on the adequacy of the special justification and documentation submitted. I Plan I Field
The HVAC System "ZONE 1 (Guest Suites)" must meet all CEC Criteria for a Zonally Controlled system serving only Sleeping Areas.
The HVAC System "ZONE 1 (Guest Suites)" has R-6.0 Heating Duct Insulation. Insulation levels above R4.2 must be verified.
The HVAC System "ZONE 1 (Guest Suites)" has R-6.0 Cooling Duct Insulation. Insulation levels above R-4.2 must be verified.
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 568 sqft Tile in Mortar Interior Mass, 0.75" thick at Guest Suites
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 568 sqft Exposed Slab Floor, 4.00" thick at Guest Suites
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 1146 sqft Covered Slab Floor, 4.00" thick at Guest Suites
The HVAC System "ZONE 2 (Master Bedroom)" must meet all CEC Criteria for a Zonally Controlled system serving only Slec ping Arl as.
The HVAC System "ZONE 2 (Master Bedroom)" has R-6.0 Heating Duct Insulation. Insulation levels above R-4.2 must be vei ified.
The HVAC System "ZONE 2 (Master Bedroom)" has R-6.0 Cooling Duct Insulation. Insulation levels above R-4.2 must be verified.
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 245 sqft Tile in Mortar Interior Mass, 0.75" thick at Master Bedroom
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 245 sqft Exposed Slab Floor, 4.00" thick at Master Bedroom
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 853 sqft Covered Slab Floor, 4.00" thick at Master Bedroom
The HVAC System "ZONE 3 (Living Room)" must meet all CEC Criteria for a Zonally Controlled system serving only Living Areas.
HERS Required Verification
These features must be confirmed and/or tested by a certified HERS rater under the supervision of a CEC approved HERS
provider. The HERS rater must document the field verification and diagnostic testing of these measures on a form CF -6R. an I Field
The HVAU byStern uest Suites)" includes Refrigerant Charge and Airflow Credit (ora certified 1-11:11S rater
provide verifification of the TXV, or measure the Refrigerant Charge and Airflow.
mus
The HVAC System "ZONE 2 (Master Bedroom)" includes Refrigerant Charge and Airflow Credit (or a TXV). A certified HERS
must provide verifification of the TXV, or measure the Refrigerant Charge and Airflow.
rater
The HVAC System 3 (Living Room)" nc u es Refrigerant Charge and Airflow Credit or a T certi ie rater
provide verifification of the TXV, or measure the Refrigerant Charge and Airflow.
must
e System c e ming)- includes Refrigerant Charge and Airflow ureclit (ora ceffif—ieWFIEKS rater
must provide verifification of the TXV, or measure the Refrigerant Charge and Airflow.
Run InitiationTime: un Code: 1010769882
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 Page:9 of 10
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Computer Method Summary (Addendum) C -2R
V f S T A D O M A N I Residence 1/11/02
Project Title Date
Special Features and Modeling Assumptions
The local enforcement agency should pay special attention to the items specified in this checklist. These items require special
written justification and documentation, and special verification to be used with the performance approach. The local
enforcement agency determines the adequacy of the justification, and may reject a building or design that otherwise complies
based on the adequacy of the special justification and documentation submitted. I Plan I Field
The HVAC System "ZONE 3 (Living Room)" has R-6.0 Heating Duct Insulation. Insulation levels above R-4.2 must be verified.
The HVAC System "ZONE 3 (Living Room)" has R-6.0 Cooling Duct Insulation. Insulation levels above R-4.2 must be verified.
HIGH MASS Design(see C-211) - Verify Thermal Mass: 1120 sqft Tile in Mortar Interior Mass, 0.75" thick at Living Room
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 1120 sqft Exposed Slab Floor, 4.00" thick at Living Room
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 256 sqft Covered Slab Floor, 4.00" thick at Living Room
The HVAC System "ZONE 4 (Kitchen/Dining)" must meet all CEC Criteria for a Zonally Controlled system serving only Living Areas.
The HVAC System "ZONE 4 (Kitchen/Dining)" has R-6.0 Heating Duct Insulation. Insulation levels above R-4.2 must be verif ed.
The HVAC System "ZONE 4 (Kitchen/Dining)" has R-6.0 Cooling Duct Insulation. Insulation levels above R-4.2 must be verif ied.
HIGH MASS Design(see C -2R) '- Verify Thermal Mass: 1620 sqft Tile in Mortar Interior Mass, 0.75" thick at Kitchen/Dining
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 136 sqft Exposed Slab Floor, 4.00" thick at Kitchen/Dining
HIGH MASS Design(see C-211) - Verify Thermal Mass: 1620 sqft Exposed Slab Floor, 4.00" thick at Kitchen/Dining
HIGH MASS Design(see C -2R) - Verify Thermal Mass: 250 sqft Covered Slab Floor, 4.00" thick at Kitchen/Dining
HERS Required Verification
These features must be confirmed and/or tested by a certified HERS rater under the supervision of a CEC approved HERS
provider. The HERS rater must document the field verification and diagnostic testing of these measures on a form CF -6R. an Reld
Run InitiationTime: un Code: 1010769882
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PROPOSED CONSTRUCTION ASSEMBLY ENV -3
PROJECT NAMEDATE
VISTA DO M A N I Residence 1/11/02
EMI
EMI
0
L"I
K -311111111I
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
ASSEMBLY NAMEIC/R-1 (R.38.2x_ 16)
Roofing, Built -Up
2
Membrane, Vapor -Permeable Felt
ASSEMBLY Floor
Insulation, Cellular Polyisocyanurate
4
TYPE Wall
(check one)
5
Wf7
Ceiling / Roof
Gypsum or Plaster Board
W
0.29
8
C3
FRAMING MATERIAL Wood
1.39
Z
p
FRAMING 10 % Framing %
0.610
47.711
15% (16" o.c. Wall)
12% (24" o.c. Wall)
10% (16" o.c. Floor/Cell.)
SKETCH OF ASSEMBLY
7% (24" o.c. Floor/Ceil.)
EMI
EMI
0
L"I
K -311111111I
KMI
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
1
Roofing, Built -Up
2
Membrane, Vapor -Permeable Felt
3
Insulation, Cellular Polyisocyanurate
4
Plywood
5
Insulation, Mineral Fiber, R-38
6
Gypsum or Plaster Board
7
0.29
8
3.86
9
1.39
2.60
INSIDE SURFACE AIR FILM
KMI
SUBTOTA
R -VALUE
THICK-
NESS
(in.)
FRAMING
❑
❑
❑
❑
®
❑
El
0.170
0.375
0.010
1.000
0.625
1.500
0.625
0.775
0.775
38.0001
11.385
SUBTOTA
R -VALUE
CAVITY
R -VALUE
(Rc)
WOOD
FRAME
R -VALUE
0.170
0.170
0.330
0.330
0.060
0.060
7.200
7.200
0.775
0.775
38.0001
11.385
0.562
0.562
0.29
0.51
3.86
0.36
1.39
2.60
0.610
0.610
47.711
21.09
'HEAT CAPACITY (Optional)
WALL
WEIGHT
(lbs/sf)
SPECIFIC
HEAT
(Btu/F-Ib)
HC
(A X B)
(Btu/F-sf)
X 0.10
2.19
0.35
0.77
0.06
0.35
0.02
0.17
0.22
0.04
1.77
0.29
0.51
3.86
0.36
1.39
2.60
0.26
0.68
10,6
TOTAL HC
3.4
E: Weight and Specific Heat values for materials penetrated by wood framing include the effects of the framing members.
0.0210 X
0.90 ]
+ F-,0.0474
X 0.10
1 / Rc
1 - (Fr% /100)-
1 / Rf
Fr% / 100
ASSEMBLY U -VAI
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:1 of 6
0
PROPOSED CONSTRUCTION ASSEMBLY ENV -3
PROJECT NAME DATE
VISTA D O M A N I Residence 1 1/11/02
KIM
C1111111111
01
01
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
ASSEMBLY NAME C/R-2 (R.38.2x_.16)
Roofing, Asbestos -Cement Shingles
2
Membrane, Vapor -Permeable Felt
ASSEMBLY Floor
Plywood
4
TYPE Wall
(check one)
5
W
Ceiling / Roof
Gypsum or Plaster Board
a lL
0.39
8
NFRAMING
MATERIAL
1.39
0 Z
FRAMING % 10 % Framing
0.610
41.191
15% (16" o.c. Wall)
12% (24" o.c. Wall)
10% (16" o.c. Floor/Ceil.)
SKETCH OF ASSEMBLY
7% (24" o.c. Floor/Ceil.)
KIM
C1111111111
01
01
K:301
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
1
Roofing, Asbestos -Cement Shingles
2
Membrane, Vapor -Permeable Felt
3
Plywood
4
Air Space
5
Insulation, Mineral Fiber, R-38
6
Gypsum or Plaster Board
7
0.39
8
3.86
9
1.39
2.60
INSIDE SURFACE AIR FILM
K:301
SUBTOTA
R -VALUE
THICK-
NESS
(in.)
FRAMING
❑
❑
❑
®
❑
El
El
0.170
0.250
0.010
0.625
2.000
1.500
0.625
0.800
11.880
38.000
11.385
SUBTOTA
R -VALUE
CAVITY
R -VALUE
(Rc)
WOOD
FRAME
R -VALUE
0.170
0.170
0.210
0.210
0.060
0.060
0.775
0.775
0.800
11.880
38.000
11.385
0.562
0.562
0.39
1.36
3.86
0.36
1.39
2.60
0.610
0.610
41.191
25.65
'HEAT CAPACITY (Optional)
WALL
WEIGHT
(lbs/sf)
SPECIFIC
HEAT
(Btu/F-Ib)
HC
(A X B)
(Btu/F-sf)
[ 0.0390 X
.0.10 ]
2.50
0.24
0.60
0.06
0.35
0.02
1.77
0.29
0.51
3.491
0.39
1.36
3.86
0.36
1.39
2.60
0.26
0.68
14.3
TOTAL HC
4.6
E: Weight and Specific Heat values for materials penetrated by wood framing include the effects of the framing members.
0.0243 X0.90
]
+
[ 0.0390 X
.0.10 ]
= 0.026
1 / Rc
1 - (Fr% / 100)
1 / Rf
Fr% / 100
ASSEMBLY U-VAL
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:2 of 6
0.
0
1 41
�0,
10
w
I9
0
0
ROPOSED CONSTRUCTION ASSEMBLY. ENV -
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
1GONSTRUG ION COMPONt:N 15
ASSEMBLY NAME
ASSEMBLY
linterior Air Wall
Floor
LAJ
TYPE
(check one)
Wall
*HEAT
CAPACITY (Optional)
W
THICK-
NESS
(in.)
CAVITY
R -VALUE
(Rc)
Ceiling ! Roof
WALL
WEIGHT
(lbs/sf)
SPECIFIC
HEAT
(Btu/F-Ib)
O
W
FRAMING
OUTSIDE SURFACE AIR FILM
El
❑
—
0.170
FRAMING MATERIAL
None
—
1
N
FRAMING %
%
Framing %
2
15% (16" o.c. Wall)
3
12% (24" o.c. Wall)
10% (16" o.c. Floor/Cell.)
SKETCH OF ASSEMBLY
7% (24" o.c. Floor/Ceil.)
1GONSTRUG ION COMPONt:N 15
LAJ
R -VALUE
*HEAT
CAPACITY (Optional)
THICK-
NESS
(in.)
CAVITY
R -VALUE
(Rc)
WOOD
FRAME
R -VALUE
WALL
WEIGHT
(lbs/sf)
SPECIFIC
HEAT
(Btu/F-Ib)
HC
(A X B)
(Btu/F-sf)
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
El
❑
—
0.170
—
—
—
1
2
3
4
5
6
7
8
9
'NOTE:
INSIDE SURFACE AIR FILM
—
0.680
—
—
—
Weight and Specific Heat values for
materials penetrated
SUBTOTA
by
�0.851
TOTAL HC
members.
O.O
MG
wood framing include
the effects
of the framing
Co x , �] x
1 / Rc 1 - (Fr% / 100) 1 ! Rf Fr% / 100 ASSEMBLY U -VALUE
COMMENTS
EnergyPro 3.1 By EnergySoft User Number. 1066 Job Number. 0117.00 Page:3 of 6
0
PROPOSED CONSTRUCTION ASSEMBLY ENV -3
:T NAME
VISTA D O M A N I Residence
THICK-
NESS
FRAMING I(in.)
❑
❑
❑
[?q
❑
El
El
El
DESCRIPTION
ASSEMBLY NAME W-1 Wall (W.21.2x6.16)
ASSEMBLY Floor
OUTSIDE SURFACE AIR FILM
1
Stucco
TYPE Wall
(check one)
Membrane, Vapor -Permeable Felt
3
Ceiling / Roof
4
G lL
N
FRAMING MATERIAL Vy�
Gypsum or Plaster Board
F- y
0.31
7
O= Z
FRAMING % 15 % Framing
2.60
9
15% (16" o.c. Wall)
INSIDE SURFACE AIR FILM
12% (24" o.c. Wall)
23.11
10% (16" o.c. Floor/Cell.)
SKETCH OF ASSEMBLY
7% (24" o.c. Floor/Cell.)
THICK-
NESS
FRAMING I(in.)
❑
❑
❑
[?q
❑
El
El
El
DESCRIPTION
0.010
OUTSIDE SURFACE AIR FILM
1
Stucco
2
Membrane, Vapor -Permeable Felt
3
Plywood
4
Insulation, Mineral Fiber, R-21
5
Gypsum or Plaster Board
6
0.31
7
0.37
8
2.60
9
0.68
INSIDE SURFACE AIR FILM
THICK-
NESS
FRAMING I(in.)
❑
❑
❑
[?q
❑
El
El
El
0.875
0.010
0.375
5.500
0.625
0.175
0.060
0.060
0.465
0.465
SUBTOTA
R VALUE
CAVITY
R -VALUE
(Rc)
WOOD
FRAME
R -VALUE
0.170
0.170
0.175
0.175
0.060
0.060
0.465
0.465
21.000
5.445
0.562
0.562
0.31
2.631
0.37
0.98
2.60
0.26
0.68
0.6801
0.680
23.11
'HEAT CAPACITY (Optional)
WALL
WEIGHT
(lbs/sf)
SPECIFIC
HEAT
(Btu/F-Ib)
HC
(A X B)
(Btu/F-sf)
1 / Rc
1 - (FF -/6/ 100)
8.46
0.20
1.69
0.06
0.35
0.02
1.06
0.29
0.31
2.631
0.37
0.98
2.60
0.26
0.68
14.8
TOTAL HC
3.7
KC Ki
'NOTE: Weight and Specific Heat values for materials penetrated by wood framing include the effects of the framing members.
•
0.0433 x0.85
]
+ [ 0.1323
X 0.15
1 / Rc
1 - (FF -/6/ 100)
1 / Rf
Fr% / 100
ASSEMBLY U -V
EnergyPro 3.1 By EnergySoft User Number. 1086
Job Number. 0117.00
Page:4 of 6
ROPOSED CONSTRUCTION ASSEMBLY ENV,
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
r
0"
0
I0
I*
10
0
i0
01
fe
SUBTOTA
R -VALUE
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
ASSEMBLY NAME W-2 Wall (W.21.2x6.16)
Gypsum or Plaster Board
2
Insulation, Mineral Fiber, R-21
ASSEMBLY Floor
Gypsum or Plaster Board
4
TYPE Wall
(check one)
5
2.60
Ceiling / Roof
0.68
G W
8
aFRAMING
MATERIAL W
?
p
FRAMING 0
% 15 �o Framing %
0.680
22.98
15% (16" o.c. Wall)
12% (24" o.c. Wall)
10% (16" o.c. Floor/Cell.)
SKETCH OF ASSEMBLY
7% (24" o.c. Floor/Ceil.)
SUBTOTA
R -VALUE
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
1
Gypsum or Plaster Board
2
Insulation, Mineral Fiber, R-21
3
Gypsum or Plaster Board
4
0.37
5
2.60
6
0.68
7
8
9
INSIDE SURFACE AIR FILM
SUBTOTA
R -VALUE
THICK-
NESS
(in.)
FRAMING
❑
[?q
❑
El
❑
El
El
El
El
0.170
0.625
5.500
0.625
5.445
0.562
0.562
0.37
0.98
2.60
0.26
SUBTOTA
R -VALUE
CAVITY
R -VALUE
(Rc)
WOOD
FRAME
R -VALUE
0.170
0.170
0.562
0.562
21.000
5.445
0.562
0.562
0.37
0.98
2.60
0.26
0.68
0.680
0.680
22.98
7.42
'HEAT CAPACITY (Optional)
WALL
WEIGHT
(lbs/sf)
SPECIFIC
HEAT
(Btu/F-Ib)
HC
(A X B)
(Btu/F-sf)
X 0.15
1 / Rc
2.60
0.26
0.68
2.63
0.37
0.98
2.60
0.26
0.68
7,$
TOTAL HC
2.3
Ku KY
*NOTE: Weight and Specific Heat values for materials penetrated by wood framing include the effects of the framing members.
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 Page:5 of 6
[ 0.0435 X
0.85 ]
+ [ 0.1348
X 0.15
1 / Rc
1 - (Fr-/. /100)
1 / Rf
Fr% 11100
ASSEMBLY U -VALUE
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 Page:5 of 6
10
PROPOSED CONSTRUCTION ASSEMBLY ENV -3
DATE
VISTA D O M A N I Residence 1 1/11/02
KJ111111
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
ASSEMBLY NAME jC/R-3 (R.38.2x_ 16)
Roofing, Asbestos -Cement Shingles
2
Membrane, Vapor -Permeable Felt
ASSEMBLY Floor
Plywood
4
TYPE Wall
(check one)
5
W
Ceiling I Roof
0.51
G W
' 0.36
8
NFRAMING
MATERIAL yy�
0.68
=O Z
FRAMING % 10 % Framing
0.610
40.39
15% (16" o.c. Wall)
12% (24" o.c. Wall)
10% (16" o.c. Floor/Cell.)
SKETCH OF ASSEMBLY
7% (24" o.c. Floor/Cell.)
KJ111111
SUBTOTA
R -VALUE
DESCRIPTION
FRAMING
OUTSIDE SURFACE AIR FILM
1
Roofing, Asbestos -Cement Shingles
2
Membrane, Vapor -Permeable Felt
3
Plywood
4
Insulation, Mineral Fiber, R-38
5
Gypsum or Plaster Board
6
0.51
7
' 0.36
8
2.60
9
0.68
INSIDE SURFACE AIR FILM
SUBTOTA
R -VALUE
THICK-
NESS
(in.)
FRAMING
❑
❑
❑
[?q
❑
❑
El❑
El
0.170
0.250
0.010
0.625
11.500
0.625
0.775
38.000
11.385
0.562
0.562
SUBTOTA
R -VALUE
CAVITY
R -VALUE
(Rc)
WOOD
FRAME
R -VALUE
0.170
0.170
0.210
0.210
0.060
0.060
0.775
0.775
38.000
11.385
0.562
0.562
0.51
3.86
' 0.36
1.39
2.60
0.26
0.68
0.6101
0.610
40.39
13.77
'HEAT CAPACITY (Optional)
WALL
WEIGHT
(lbs/sf)
SPECIFIC
HEAT
(Btu/F-Ib)
HC
(A X B)
(Btu/F-sf)
[ 0.0726
X 0.10
2.50
0.24
0.60
0.06
0.35
0.02
1.77
0.29
0.51
3.86
' 0.36
1.39
2.60
0.26
0.68
10.8
TOTAL HC
3.2
Kc Ki
*NOTE: Weight and Specific Heat values for materials penetrated by wood framing include the effects of the framing members.
A
EMS
0.0248 X0.90
]
+
[ 0.0726
X 0.10
1 / Rc
1 - (Fr-/,,/ 100)
1 / Rf
Fr% / 100
ASSEMBLY U -VA
r
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:6 of 6
101
Ll
�7
See Accompanying Glazing Takeoffs
Total Glazing Area= tG2, 2or 21.i %
Floor Tile=
*
C. M. ENERGY
CONSULTING
Carpet Edge=
*
Tel: (760) 346-8014
Fax (760) 568-0963
*
72-925 Fred Waring Dr. #204
Palm Desert, Ca. 92260
•
Square Footage
k.Fi 14,
R -Value:
Attic Area
—
Walls
Total Perimeter
\9 �-- ��
Ceiling
GLASS
AREAS
101
Ll
�7
See Accompanying Glazing Takeoffs
Total Glazing Area= tG2, 2or 21.i %
Floor Tile=
1-56,6
Tile Edge=
5"1 , p
Carpet Edge=
1 JJ L 10"
T Mleczor�e
� - S = 150
Weighted Average Ceiling Height=
q .�5
SoAib
10 e 5cz
15;084/
CON STRUCTI ON ASSEM BLI ES
W-1 (Ext)= 1u3-� : g;
W-2 (Garage)=
W=3 (Veneer)=
S.C. Doors= _
C/R-1 (Flat)= 3(q
C/R-2 (Vent)= ► 418
C/R-3 (Vault)= —
Skylights= A
WALLS1,L_CEILING
J
# C.M. ENERGY CONSULTING
* Tel: (760) 346-8014 Fax (760) 568-0963
* 72-925 Fred Waring Dr. #204 Palm Desert, Ca. 92260
•
G L A Z I
NG
AREAS
�, "'t �
�O
* SUBSTANTIALLY SHADED—OVERHANG
LENGTH
HAS
BEEN SET TO
GLASS HEIGHT
AS OVERHANG
EXCEEDS C.E.C. RESTRICTIONS
��
• North East
411
A
symbols size sq. ft. overhang
symbols size sq. ft. overhang
LI (,CO—
r
M Gox�3 = ��•�
� Oce
W-2=
46
W-2=
�, "'t �
�O
%� gb
'•r
O
�F
(9
g�
�a
Q
��
)<
I
19,�?'
symbols size sq. ft. overhang
LI (,CO—
r
M Gox�3 = ��•�
� Oce
W-2=
46
W-2=
* C.M. ENERGY CONSULTING
* Tel: (760) 346-8014 Fax (760) 568-0963
* 72-925 Fred Waring Dr. #204 Palm Desert, Co. 92260
�vN C \
GLAZI
c)
NG
2A3
AREAS
* SUBSTANTIALLY SHADED–OVERHANG
LENGTH
HAS
BEEN SET TO
GLASS HEIGHT
-AS
OVERHANG
EXCEEDS C.E.C.
RESTRICTIONS
FF
South West
symbols size sq. ft. overhangjj� symbols size sq. ft. overhang
`}3^.3. — 1C.?5
• _ �o u�1� I�IeS't-
c)
2A3
Ffl
c�6•
K
O
2�` X kms=
3_q
•
�
20
FF
<
1`I-"�
F
L
ateg°
90
i { r��3
`}3^.3. — 1C.?5
• _ �o u�1� I�IeS't-
c)
2A3
c�6•
K
O
2�` X kms=
3_q
•
�
l02•.�
Lj
Q1µ--2= ---
n
W_ 1= X1-1-5
W"2= —
�0
1
•
1
J
* C. M. ENERGY CONSULTING
Tel: (760) 346-8014 Fax (760) 568-0963
* 72-925 Fred Waring Dr. #204 Palm Desert, Co. 92260,
Square Footage I•U��
Attic Area
Total Perimeter
Floor Tile= 15
R -Value:
Walls
Ceiling-
Weighted
eiling
GLASS AREAS
See Accompanying Glazing Takeoffs
Total Glaiing Area= k L� ,(, or X5.5 %
Tile Edge= 2-1 �- � I"
Carpet Edge= 500' 8
Weighted Average Ceiling Height=
6- 280. = 22Av
1, 0°�8 =
CON STRUCTION ASSEMBLIES
C/R-1 (Flat)=
C/R-2 (Vent)=
C/R-3 (Vault)=
Skylights= aO'�'�
W-1 (Ext)= -43g •Z-
W-2 (Garage)= 1 v
W-3 (Veneer)= —
S.C. Doors=
WALLS
CEI LI N G
* C.M. ENERGY CONSULTING ,
* Tel: (760) 346-8014 Fax (760) 568-0963
* 72-925 Fred Waring Dr. #204 Palm Desert, Co. 92260
L
G L A Z I N G A R E A S
* SUBSTANTIALLY SHADED—OVERHANG LENGTH HAS BEEN SET TO GLASS HEIGHT
AS OVERHANG EXCEEDS C.E.C. RESTRICTIONS
North 11F East
symbols size sq. ft. overhang I =symbols size sq. ft. overhang
V-2= `12 H1-2= —
F
F� ..
No
V-2= `12 H1-2= —
�0
0
0
* C. M. ENERGY CONSULTING
* Tel: (760) 346-8014 Fax (760) 568-0963
s
* 72-925 Fred Waring Dr. #204 Palm Desert, Ca. 92260
GLAZING AREAS
* SUBSTANTIALLY SHADED -OVERHANG LENGTH HAS BEEN SET TO GLASS HEIGHT
AS OVERHANG EXCEEDS C.E.C. RESTRICTIONS
South est
symbols size sq. ft. overhang I symbols size sq. ft. overhang
WL -1=--
W-2= — W-2= '36 . Co
ir,
* C.M. ENERGY CONSULTING
* Tel: (760) 346-8014 Fax (760) 568-0963 #
* 72-925 Fred Waring Dr. #204 Palm Desert, Co. 92260
4.
Square Footage R -Value:
• Attic Area _ Walls
Total Perimeter2. ', Ceiling-
GLASS
eiling GLASS AREAS
i
1•I
See Accompanying Glazing Takeoffs
Total Glazing Area=
Floor Tile= 11) 'kao;
Tile Edge=
Carpet Edge=
lu-M-,97at4M 3-q \34
Weighted Average Ceiling Height=
W-1 (Ext)= SG1 _�
W--2 (Garage)=
W--3 (Veneer)=
S.C. Doors=
C/R-1 (Flat)=
C/R-2 (Vent)=�
C/R-3 (Vault)= 2
Skylights= —
WALLS 11L
CEILING 11
�pD i 2 =
1a0
ac
CONSTRUCTION ASSEMBLIES
W-1 (Ext)= SG1 _�
W--2 (Garage)=
W--3 (Veneer)=
S.C. Doors=
C/R-1 (Flat)=
C/R-2 (Vent)=�
C/R-3 (Vault)= 2
Skylights= —
WALLS 11L
CEILING 11
* C.M. ENERGY CONSULTING
* Tel: (760) 346-8014 Fax (760) 568-0963
* 72-925 Fred Waring Dr. #204 Palm Desert, Co. 92260
symbols size sq. ft. . overhang
w-1=
VO-2= -
symbols
size
sq. ft. overhang
GLAZING AREAS
* SUBSTANTIALLY SHADED—OVERHANG LENGTH HAS BEEN SET TO GLASS HEIGHT
AS OVERHANG EXCEEDS C.E.C. RESTRICTIONS
F n.
East
Z
North
�F
symbols size sq. ft. . overhang
w-1=
VO-2= -
symbols
size
sq. ft. overhang
F n.
Z
�F
F�
lr
--
* C.M. ENERGY CONSULTING
* Tel: (760) 346-8014 Fax (760) 568-0963
* 72-925 Fred Waring Dr, #204 Palm Desert, Co. 92260
• ��c 3
G L A Z I N G AREA S
* SUBSTANTIALLY SHADED—OVERHANG LENGTH HAS BEEN SET TO GLASS HEIGHT
AS OVERHANG EXCEEDS C.E.C. RESTRICTIONS
Ito
� tp
,a
Ll
L]
symbols ` size sq. ft. overhang
111E-2= `—
9
est
'symbols size sq. ft. overhang
�D
cpl
c
F
c
,
3 23 -. ul
y� 1= 259
*-2=
1• f
1•
1•
C
0
GLASS AREAS
See Accompanying Glazing Takeoffs
Total Glazing Area= ala-111or -1AA%
Floor Tile= V. ` ..(i �C%,, r��= 13U
Tile Edge=
Carpet Edge=
Ve- C-,aa-�'ie C-.�e : 3�
Weighted Average Ceiling Height=
},3
C.M. ENERGY CONSULTING
C/R-1 (Flat)= 3A
C/R-2 (Vent)=
C/R-3 (Vault)=
Skylights=
�- WALLS
*
Tel: (760) 346-8014 Fax (760) 568-0963
#
72-925 Fred Waring Dr. #204
Palm Desert, Co. 92260
kee
•
�N c- -.0
4
Square Footage
R -Value:
0
Attic Area
Walls �' 1
Total Perimeter
Ceiling "
1• f
1•
1•
C
0
GLASS AREAS
See Accompanying Glazing Takeoffs
Total Glazing Area= ala-111or -1AA%
Floor Tile= V. ` ..(i �C%,, r��= 13U
Tile Edge=
Carpet Edge=
Ve- C-,aa-�'ie C-.�e : 3�
Weighted Average Ceiling Height=
},3
C/R-1 (Flat)= 3A
C/R-2 (Vent)=
C/R-3 (Vault)=
Skylights=
�- WALLS
CEILING
1€ ao
kee
CON STRUCTION ASSEMBLIES
W-1 (Ext)= Y? -':74-,6
W-2 (Garage)= 21S
Iµ-3 (Veneer)= -'
S.C. Doors= —
C/R-1 (Flat)= 3A
C/R-2 (Vent)=
C/R-3 (Vault)=
Skylights=
�- WALLS
CEILING
• .
C. M. ENERGY CONSULTING
* Tel: (760) 346-8014 Fax (760) 568-0963
72-925 Fred Waring Dr. #204 Palm Desert, Ca. 92260
• �cs�a� 4-
G L A Z I N G A R E A S
* SUBSTANTIALLY SHADED—OVERHANG LENGTH HAS BEEN SET TO GLASS HEIGHT
AS OVERHANG EXCEEDS C.E.C. RESTRICTIONS
' N orth East
symbols size sq. ft. overhang symbols size sq. ft. overhang
�1oci� �c�sfi
00 2e 2- ` = 5
• F �
W-2=
9
X53
111E-2= .�
'20.2
35,2
•
* C. M. ENERGY CONSULTING s
* Tel: (760) 346-8014 Fax (760) 568-0963 #
* 72-925 Fred Waring Dr. #204 Palm Desert, Co. 92260
• �t�\� 4
GLAZING AREAS
* SUBSTANTIALLY SHADED—OVERHANG LENGTH HAS BEEN SET TO GLASS HEIGHT
AS OVERHANG EXCEEDS C.E.C. RESTRICTIONS
• South III West
symbols
size sq. ft. overhang.
F�
F
e
5 x5
• f
F
X
F
\�
1•
,•
W-2= C G(-
% U-1 ---lp
t.
u
symbols size sq, ft. overhang
O
r
%V-1•7
W-2= — -1 C52- Com.---�5ci
•
* C. M. ENERGY CONSULTING
Tei: (760) 346-8014 Fax (760) 568-0963
* 72-925 Fred Waring Dr. #204 Palm Desert, Ca. 92260
•
Square Footage ,1 al, R- Value: -
• Attic Area Walls
Total Perimeter �5`�-3Ceiling
I
• GLASS AREAS
i
1•
•
•
•
See Accompanying Glazing Takeoffs
Total Glazing Area= , 44 or A %
Floor Tile= 155
Tile Edge= 135-N �
Carpet Edge= 23- L"
Weighted Average Ceiling Height= -[ _5
q`a I23: = 10-((A`A
� � 1.2;3.. IL
CON STRU CTION ASSEMBLI ES
VIS 1 (Ext)=
W -2 (Garage)= —
9 -3 ' (Veneer)=
S.C. Doors= -
C/R-1 (Flat)= —
C/R-2 (Vent)= 1 I ?3
C/R-3 (Vault)=
Skylights=
WALLS
CEI LI N G
•
* C.M. ENERGY CONSULTING
Tel: (760) 346-8014 Fax (760) 568-0963
* 72-925 Fred Waring Dr. #204 Palm Desert, Co. 92260
G L A Z I N G A R E A S
* SUBSTANTIALLY ' SHADED—OVERHANG LENGTH HAS BEEN SET TO GLASS HEIGHT
AS OVERHANG EXCEEDS C.E.C. RESTRICTIONS
• NorthEast
symbols size sq. fL overhang I symbols size sq. ft. overhang
r,
W -2=
W-2=
•
•
symbols size sq. ft. overhang Fsymb;Is size sq. ft. overhang
AA e_ A n &%^
W-
W -2=
-.W-2=
V�-1=-$115.
* C. M. ENERGY
CONSULTING
* Tel: (760) 346-8014 Fax (760) 568-0963
'
s -72-925 Fred " Waring
Dr. #204 Palm
Desert, Ca. 92260
GLAZING
AREAS
* SUBSTANTIALLY SHADED -OVERHANG LENGTH HAS BEEN SET TO GLASS HEIGHT
AS OVERHANG
EXCEEDS C.E.C.
RESTRICTIONS
Sou t
V--1e-5-V
I I I
i�,,r est
•
•
symbols size sq. ft. overhang Fsymb;Is size sq. ft. overhang
AA e_ A n &%^
W-
W -2=
-.W-2=
V�-1=-$115.
•
�9
I*
19
I*
10
I•
I*
Technical and Performance Data
NFRC Thermal Performalice Testing
Product Type
NFRC
Size
NFRC
Thermal Performance Testing
i Unit Unit "U" Unit"R'
I Dimension Value Value
Solar Heat
Gain
Coefficient
Clad Products
Max. Plus
Max. Plus
Casement
Res.
24" x 48"
.36
2.78
.28
Non -res. 30" x 60" .34 1 2.94
.29
Casement Picture
Res.
48' x 48'
.34
2.94
.31
Non -res. 48" x 72' .33 3.03
.30
Awning
Res.
48' x 24"
.36
2.78
.28
Non -res. 40" x 40" 34 2.94
.29
Double -Hu
Res.
36' x 60'
.34
2.94
.28
Non -res. 48" x 72' .33 3.03
.29
Double -Hung Picture
Res.
48" x 48"
.33
1 3.03
.29
Non -res. ' 48" x 72" .33 1 3.03
.29
�_ •-::
Res.
60• x 36"
.37
2.70
Non -res. 72• x 48' .35 2.86
Circle Top
Res.
48" x 48"
.29
3.45
1 .33
Non -res. 48" x 72" .28 3.57
.32
Set Aux Frame
Res.
48' x 48'
29
3.45
.33 '
Non res. 48' x 72' 28 3.57
- .32 . "
Sliding Patio Door
Res.
72" x 82"
.33
3.03
.26
Non -res. 72" x 96" .33 3.03
.26
. .:+:r -
?57 French Sliding Door
Res.
72' x 82"
.33
3.03
26
Non -res. 72" x 96' 33 3.03
.26
Inswing French Door
Res.
38" x 82"
.33
3.03
.24
Non -res. 38" x 82" .33 3.03
.24
;: Outswing French Door
Res.
38' x 82'
.38
2.63
.25
Non -res. 38' x 82" .38 2.63
.25
Wood Products
-;
Casement
Res.
24' x 48'
.31
3.23
.27
Non -res. 30" x 60' .30 3.33
.28
Casement Picture
Res.
48" x 48"
.30
3.33
.30
Non -res. 48" x 72" 1 .29 3.45
.30
.�s�•�
Awning
Res.
48" x 24"
.31
3.23
.27
Non -res. 40' x 40" .30 3.33
28
Double -Hung
Res.
36" x 60"
.32
3.13
.28
Non -res. 48" x 72" .31 3.23
.29
„s.Doubte-Hung Picture
Res.
48' x 48'
.29
3.45
.29
Non -res. 48' x 72' 30 3.33
30
Slide -By
Res.
60" x 36' 1
.32
3.13
.28
Non -res. 1 72" x 48" .31 3.23
.29
-':
'Circle T
Res.
48' x 48'
.27
3.70
.33
Non -res. 48" x 72' .27 3.70
.32'.
Direct Set Auxiliary Frame
Res.
48" x 48"
.27
3.70
.33
Non -res. 48" x 72" .27 3.70
.32
c a : Slkling Patio Door
Res.
72• x 82"
.30
3.33
.26
Non -res. 72• x 96' .29 3.45
.26
French Sliding Door
Res.
72" x 82"
.30
3.33
.26
Non -res. 72" x 96" 29 3.45
.26
Inswing French Door
Res.
38" x 82'
.32
3.13
.25
Non -res. 38" x 82' .32 3.13
.25
Outswing French Door
Res.
38" x 82"
.33
3.03
.25
Non -res. 38" x 82' .33 3.03
1 .25
WDALA. Product Peiforinallce Testing
NFRC Ratings: The NFRC rating provides a fair,
accurate and easily understandable description of a
window or door's thermal performance. At!
is done by NFRC-accredited laboratories anc
results are sent to the inspection agency for evaluation.
Lab accreditation includes annual inspections and
competence testing. The value represents the thermal
transmittance for the entire product, including the
center of glass, edge of glass, and frame performance
data. The lower the U -value, the less thermal transfer
takes place.
Notes:
NFRC testing was performed using NRFC Irvi
Procedure for Determining Fenestration P
Thermal Properties.
Residential sizes indicate average smaller -sized
products.
Non-residential sizes indicate average larger -sized
products.
Improved performance enhancements are available on
selected products. Contact you EAGLE representative
for more information.
Q
For more information about the NFRC, you
to them at: NFRC, 962 Wayne Avenue, Suite : 3�.
Springs, MD 20910 or call (301) 589-NFRC.
WDMA ratings for windows and cloors have nog\ changed to a nexv rating system, the "Design Pressure Ratings". Windows anct
Doors are now being rated using the design pressures IDPI, with base performance levels of 15, 20, 25, 30, 35 and 40. Optional
design pressure iODP) levels of 45, 50, 55, 60, 03, 70. 75 and 80 are also used. The previous Grade 20 rating is approximateh a
DPI 5, Grade 40 is between DP25 and DNO, and Grade 60 is approximately a DP40.
Design Pressure requirements are a minimum and do not prevent you from choosing a higher level of performance in one of the
other parameters. EAGLE Windovv & Door. Inc. is in the process of the retesting all its windows and doors to the new DP ratinc<.
Updated DP ratings will he furnishrcl as they become available.
•
r '
NFRC 100-97 1.1 -factor
F]WESTLab
Window Simulation
-. ❑ Window Testing and Simulation
Accredited Simulation Laboratory
Test Report
•
Manufacturer: Fleetwood Aluminum Products
Report Number. 098026
Database File:
Contact: Alan Brown
•
Address: 2485 Railroad
Report Date: 2/18/98
Corona, CA 91720
Revision(s):
Phone: (909) 279-1070'
•
Expiration: 2/18/02
Model/Series: Aspen 530-T OG Fixed Window
Recertification:
IA Code:
Frame Type: Aluminum/Thermal Breaks (AT)
Operator Type: Fixed (or non -std shape)
Glazing System: 1" and 1.5" OA IG Unit with Varying Glass Thicknesses and Heat Mirror
Baseline Product for Validation Testing:
Y `Description 1'`OA Itllapes-Panel (polyisocyanurate carewith 0.1'25" hardboard '
and 0.032" aluminum outer skin). (option 25 AA).
•
Simulated U -factor: 0.25
Test Size: 48" x 48" (Residential)
Physical Test Tolerance: 0.21 to 0.29
• Notes: Manufacturer must have the product described above tested by an accredited physical testing laboratory. Physical test
window Ll -value results must be within the tolerance range listed above.To erance is rounded in accordance with ASTM E
29. The baseline product simulated LI -factor is within 20% 9htl�e !owes ulated LI -factor listed in the matrix (as allowed
by NFRC 100-97, sec. 4.3). AI /
Signature of Certified Simulator: /
•
Rosil DePaola, Certified Simulator
Disclaimers/Notes:
The window U -factors presented in this report were determined using the Frame and Window computer programs in full
compliance with NFRC 100-97, and from information supplied by the manufacturer. This report does not constitute
certification of this product and only relates to the fenestration products simulated. Authorized use of any U -factor ratings
• may only be granted by the Certification Program Administrator.
WESTLab does not imply or claim that the product simulated in this report will perform as stated in actual use
conditions. This report is the property of WESTLab and the client, and must not be reproduced, except in full, without
written approval from WESTLab and the client.
1721 Arroyo Drive, Auburn, CA 95603. Phone: (530) 885-9891. Fax: 885.9892
• 907 W. Dean Avenue, Madison, Wi 53716-2001. Phone: (608) 221-9510. Fax: 221-95 10
24-94 Bridgeport Rd. E. Suite 311, Waterloo, Ontario, Canada, 112)219. Phone: (519) 742-5909. Fax: 742-5912
Report # U98026
Simulated Total U -factor Summary Rev:
Date: 2/18/98 Frame Option: None
Manufacturer: Fleetwood Aluminum Products Spacer Type(s): Aluminum Dual -seal (dual pane), Steel
Model/Series: Aspen 530-T OG Fixed Window single seal (Heat mirror)
Operator Type: Fixed (or non -std shape)
Note: For Glazing options, SS=Single-Strength 8
Frame Type: AluminumfThermal Breaks (AT) DS=Double-Strength glass. For spacers,
SS=Single Seal and DS=Dual-Seal.
Simulated Product Descriptions: Center -of -Glass Groups: Res NR
.118" .764"Air_.118" i 5mm - .632"Air - 5mm
0.56 0.55
1 " OA IG with or without dividers 6mm - .593"Air - 5mm
6mm - .554"Air - 6mm
.118"_.764"Argon (95% fill typ)_.118" 5mm - .632"Argon - 5mm
16mm
0.54
0.53
- .593"Argon - 5mm
1" OA IG with or without dividers
6mm - .554"Argon - 6mm
118"_.764"Air .118" Low E.096 (src 92 «3) 5mm - .632"Air - 5mm Low E .096 (srca 2 or 3)
0.42
0.41
6mm - .593"Air - 5mm Low E .096 (sfc# 2 ors)
1" OA IG with or without dividers
6mm - .554"Air - 6mm low E.096 (srdt 2 or s)
_ 1 `c a2 «3) i 5mm - .632"Argon - 5mm Low E .096 (swr 2 «3)
118" .764"Argon_.118' Low E.096
0.38
0.37
1 " OA IG with or without dl 6mm - .593"Argon - 5mm low E.096 (srd7 2 «3)
6mm - .554"Argon - 6mm Low E .096 (srW 2 or 3)
.118" 6owE.043. wco2r_.764"Air_.118" 5mm Low E.043 or .041 - .632"Air - 5mm
0.40
0:39 '
6mm Low E .043 or .041 - .593"Air - 5mm'
1" OA IG with or without dividers
• 6mm Low E.043 or .041 - .554"Air - 6mm
118" LowE.043_.764"Argon_.118.' i 5mm Low E .043 or .041 - .632"Argon - 5mm
0.36
0.35
1 " OA IG with or without dividers 6mm Low E .043 or .041 - .593"Argon - 5mm
6mm Low E.043 or .041 - .554"Argon - 6mm
.223".281"Air6mm - .297"Air HM66 -.297"Air_5mm
_,_HM6�81"Air" _.223
!
0.40
0.38
5mm_ 313"Air_HM66_.313"Air_5mm
1 " OA IG without divideFs (HM 66 e=.042(src #3))
Smm .375"Air HM66 .375"Air 3mm
.223" .281"Arg(9sAn,v)_HM66_.281"Argon_.223•' 6mm_.297"Argon_HM66_.297"Argon 5mm
0.36
0.34 •
1" OA IG without dividers (HM 66 e=.042(s(c #3)) ; 5mm_ 313"Argon_HM66_.313"Argon_5mm
i 3mm .375"Argon_HM66_ 375"Argon 3mm
.223" .281"Air_HMTC88 .281"Air .223" ; 6mm_297"Air-HMTC88_.297"Air_5mm
- 5mm_.313"Air_HMTC88_.313"Air_5mm
0.37
0.35
1 " OA IG without dividers (HMTc68 a=.125(93); .111(04))
i 3mm .375"Air HMTC88 .375"Air 3mm
.223" .281"Argon_HMTC88_.281"Argon _.223" 6mm_297"Argon_HMTC88_.297"Argon 5mm
0.33
0.31
1110 ! 5mm -.313"Argon_HMTC88_ 313"Argon_5mm
A IG without dividers (HMTC88 a=.125(931;. 111(04))
3mm_ 375"Argon_ HMTC88_.375"Argon_3mm
.223"_.281"Air_HMSC75_.281"Air .223" ; 6mm-.297"Air_HMSC75_297"Air 5mm
0.39
0.38
1" OA IG without dividers (HMsc75e=.052(04)) f 5mm_ 313"Air HMSC75_ 313"Air Smm
3mm .375"Air HMSC75 .375"Air 3mm
.223"_.281"Argon_HMSC75_.281"Argon _.223" 1 6mm_.297"Argon-HMSC75_.297"Argon_5mm
0.35
0.34
1 " OA IG without dividers 04MSC75 e-.052(94))' 5mm_ 313"Argon_HMSC75_ 313"Argon 5mm
i 3mm .375"Argon HMSC75 .375"Argon_3mm
Note: The simulated product represents the "Group Leader" and has the highest U -value among the grouping of simulated
and Center -of -glass options. IG unit groupings are allowed by NFRC 100-97, sec 6.2. This report is the property of
WESTLab and the client, and must not be reproduced, except in full, without written approval from WESTLab.
WESTLab
Initials:
Report # U98026
Simulated Total U -factor Summary Rev:
Date: 2/18/98 Frame Option: None
Manufacturer: Fleetwood Aluminum Products Spacer Type(s): ' Aluminum Dual -seal (dual pane), Steel
Model/Series: Aspen 530-T,OG Fixed Window single seal (Heat mirror)
Operator Type: Fixed (or non -std shape)
Note: For Glazing options, SS=Single-Strength 8
Frame Type: Aluminum/Thermal Breaks (AT) DS=Double-Strength glass. For spacers,
SS=Single Seal and DS=Dual-Seal.
Simulated Product Descriptions:• • Res NR
"Air
.184"_1.132"Air .184" I 6mm - 1.050 - 6mm
0.56 0.55
1.5" OA IG with or without dividers i
.184"_1.132"Argon_.184" i 6mm - 1.050"Argon - 6mm
0.54
0.53
1.5" OA IG with or without dividers
I
.184"_1.132"A i r_.184" Low E.096 (src 02 or 3) 16mm - 1.050"Air - 6mm Low E .096 (srdt 2 0< 3)
0.44
0.42
1.5" OA IG with or without dividers
.184"_1.132"Argon_.184" Low E.096 (src 02 or 3) 16mm - 1.050"Argon - 6mm Low E .096 (skit 2 or 3)
0.40
0.38
1.5" OA IG with or without dividers "
i
184" Low E.043 tyro #2)_1.132"Air .184" i 6mm Low E .043 or .041. - 1:050"Air - 6mm
0.42 "
,.....
0 .41
1.5" OA IG with or without dividers
i
184" Low E.043 tyro 02)_1.132"Argon_.184., i 6mm Low E .043 or .041 - 1.050"Argon - 6mm
0.38
0.36
1.5" OA IG with or without dividers "
.223"_.531"Air HM66_.531"Air .223"
16mm_531"Air_HM66_531"Air_5mm
0.33
0.32
1.5" OA IG without dividers (HM 66 e=.042(sfc #3))
5mm_ 563"Air_HM66_ 563"Air 5rnm
I
DS_.625"Air HM66_.625"Air_DS
.223" .531"Argon_ HM66_.531"Argon_.223"
6mm_531"Argon_HM66_531"Argon_5mm
0.31
0.29
1.5" OA IG withoutdividers (HM 66 e= -042(5/c #3))
15mm_ 563"Argon_HM66_ 563"Argon_5mm
" DS_.625"Argon_HM66_.625"Argon_DS
.223" .531"Air_HMTC88 .531"Air_.223" 16mm_.531"Air_HMTC88_531"Air_5mm
0.30
0.28
5mm_.563"Air_HMTC88_ 563"Air_5mm
1.5" OA IG without dividers(HMTC88e=.125(#3):.111(04))
DS_.625"Air_HMTC88_.625"Air DS
.223" .531"Argon_HMTC88_.531"Argon_.223" i 6mm_.531"Argon_HMTC88_531"Argon 5mm
0.28
0.26
_
5mm_.563"Argon_HMTC88563"Argon 5mm
1.5" OA IG without dividers (HMTCea a=. 125(43),'.111(04))
DS_ 625"Argon_HMTC88_.625"Argon_DS
.223" .531"Air_HMSC75_.531 "Air_.223" 16mm_ 531"Air_HMSC75_ 531"Air 5mm
0,33
0.31
1.5" OA IG without dividers (HMsc75e=.052(44)) 15mm_ 563"Air_HMSC75_.563"Air 5mm
DS .625"Air HMSC75 .625"Air DS
.223" .531"Argon_HMSC75_.531"Argon_.223" 6mm_531"Argon_HMSC75_531"Argon_5mm
15mm_
0.30
0.28
1.5" OA 1G without dividers (14MSC75 e=.052(#4)) 563"Argon HMSC75_ 563"Argon 5mm
DS .625"Argon HMSC75 .625"Argon DS
Note: The simulated product represents the "Group Leader" and has the highest U -value among the grouping of simulated
and Center -of -glass options. IG unit groupings are allowed by NFRC 100-97, sec 6.2. This report is the property of
�. WESTLab and the client, and must not be reproduced, except in full, without written approval from WESTLab.
• WESTLab
Initials:
r�
25
26
27
28
29
30
Simulated Product Descriptions:
1" OA Mapes Panel (test validation product) 0.25
(Polyisocyanurate core with Hardboard & aluminum cover)
i 31
32
33
34
•
35
36
Note: This report is the property of WESTLab and the client, and must not be reproduced, except in full, without written approval
from WESTLab.
WESTLab Initials:
--
Report # U98026
Simulated
Total Ll -factor Summary (coni) Rev:
(77"1%
Date:
2/18/98
Frame Option: None
Manufacturer:
Fleetwood Aluminum Products
Spacer Type(s): Aluminum Dual -seal (dual pane), Steel
single seal (Heat mirror)
Model/Series:
Aspen 530-T OG Fixed Window
Operator Type:
Fixed (or non -std shape)
•
Note: For Glazing options, SS=Single-Strength 8
Frame Type:
Aluminum[Thermal Breaks (AT)
DS=Double-Strength glass. For spacers,
SS=Single Seal and DS=Dual-Seal.
r�
25
26
27
28
29
30
Simulated Product Descriptions:
1" OA Mapes Panel (test validation product) 0.25
(Polyisocyanurate core with Hardboard & aluminum cover)
i 31
32
33
34
•
35
36
Note: This report is the property of WESTLab and the client, and must not be reproduced, except in full, without written approval
from WESTLab.
WESTLab Initials:
--
A
nfrc 200 SHGC
F]WESTLa, SimulationWindow
i . FEJ]Window Testing and Simulation
Accredited Simulation Laboratory Test Report
1•
ii
i
•
W,
J
Manufacturer: Fleetwood Aluminum Products
Contact: Alan Brown
Address: 2485 Railroad
Corona, CA 91720
Phone: (909) 279-1070
Model/Series: Aspen 530-T OG Fixed Window
Frame Type: Aluminum/Thermal Breaks (AT)
Operator Type: Fixed (or non -std shape)
Report Number. 598026
Database File: SHGC 01
Report Date: 2/18/98
Revision(s):
U -Factor Report: U98026
IA Code:
Glazing System(s): 1" and 1.5" OA IG Units using the following high-performance glass products:
• PPG Sungate 100 (Soft -coat low E, e = .096)
• PPG Sungate 1000 (Soft -coat low E, e = .043)
• Cardinal LoE2 172 (Soft -coat low E, e = .041)
• SouthWall Technologies Heat Mirror 66 (soft -coat low E, e=.042)
• SouthWall Technologies Heat Mirror TC88 (soft -coat low E, e=.125/.111)
SouthWall Technologies Heat Mirror SC75 (soft -coat low E, e=.759/.052)
Signature of Certified Simulator:
Disclaimers/Notes:
The window U -values presented in this report were determined using the Frame and Window computer programs in full
compliance with NFRC 200, and from information supplied by the manufacturer. This report does not constitute SHGC
certification of this product and only relates to the fenestration products simulated. Authorized use of any SHGC ratings may
only be granted by the Certification Program Administrator.
WESTLab does not imply or claim that the product simulated in this report will perform as stated in actual use
conditions. This report is the property of WESTLab and the client, and must not be reproduced, except in full, without written
approval from WESTLab and the client.
1721 Arroyo Drive, Auburn, CA 95603. Phone,(530) 885-9891, Fax: 885-9892
907 W. Dean Avenue. Madison, Wi 53716-2001. Phone: (608) 221-9510, Fax: (608) 221-9510
24-94 Bridgeport Rd. E., Suite 311, Waterloo, Ontario, N212J9. Phone: (519) 742-5909, Fax: 742-5912
Report # S`_16
Total Product SHGC Summary Revised:
Date: 2/18/98 Operator Type: Fixed (or non -std shape)
Manufacturer: Fleetwood Aluminum Products Frame Type: Aluminum rThermal Breaks (AT) Frame Abs: 0.50
Model/Series: Aspen 530-T OG Fixed Window Note: Spacer type "Any" represents the lowest -performing spacer offered for the products simulated.
Other products are calculated using the Individual Product Table included in this report.
.0,
Layer
I
Layer
2
Layer
Spacer
Type
Divider
Type
Group
Rep?/#i
Mfgr
Product./Sfc#
Mfgr
Product/Sfc#
Mfgr
Product/Sfc.#
7.70
0.69 0.67
0.63
N/A
Clear
N/A
Clear
Any
Any
--n-y
A
None
No
N/A
PPG
Clear
S100CL (2)
N/A
S100CL (3)
None
None
No
No
0.
0.64
0.64
0.54
0.52
0.64
0.48
0.47
PPG
S_16656"Cl_ (2)
C1ear
Clear
'*-Any---
'-None-
No
No
No
0.61
0.61
0.36
0.34
CIG
EE72
N/A
N/A
_N/A
Clear
CI,e,_ar_
----....._.__._.....
Any
Any
None
None
-None- --*,-
0,62
0.47
0.56
0.61
0.47
0.55
0.37
0.36
N/A
N/A
Clear
ClearNo
Clear
Clear
Clear
SWT
__S__W_r__
HM66 (3)
0.32
0.45
0.31
0.43
_,,_TC,8_8(*3_)/(_4_),
""-Any-,--
-A
Any
---
Any
Any
Any
Any
Any
Any
Any "
N/A
N/A
SWT
SC75 (3)/(4)
None
No
0.53
0.33
0.32
--------
Clear
Int.<I"
No
No
No
No
No
No
No
N -o-0.52
0.63
0.62
0.61
0.57
N/A
PPG
S100CL (3)
Int.<V
Int.<V
1_n_t.<V
Int.<V
Int.>1"
Int.>V
-1n'-
0.58
0.57
0.50
0.47
PPG
S100CL (2)
N/A
Clear
Clear
Clear
S100CL (3)
Clear
0.58
--,-0-.-55
0.56
0.56
0.52
0.57
0.44
0.42
PPG
S1000CC_(2)
0.55
0.33
0.31
CIG
N/A
N/A
PPG
EE72 (2)
Clear
Clear
S100CL (2)
N/A
NIA
PPG
--N,-/A*'
0.55
0.55
0.51
"0."5'1'
0.34
0.55
0.45
0.40
0.33
0.52
0.43
0.38
Note: Products were modeled using 3mm, and 6mm glass representing residential and non-residential sizes respectively. These represent all other glass thicknesses.
This report is the property of WES TLab and the client, and must not be repridduced, except in full, without written approval from WES TLab.
WESTLab Initials.
• • . • . �
Report # S .6
Tota! Product SHGC Summary (p.2) Revised:
Date: 2/18/98 Operator Type: Fixed (or non -std shape)
Manufacturer: Fleetwood Aluminum Products Frame Type: Aluminum/Thermal Breaks (AT) Frame Abs: 0.50
Model/Series: Aspen 530-T OG Fixed Window Note: Spacer type "Any" represents the lowest -performing spacer offered for the products simulated.
Other products are calculated using the Individual Product Table included in this report.
Layer
1
Layer
2
Layer
3
Spacer
Type
Any
Divider
Type
Int.>V
Group
Rep?/#
No
7030
0.49
0.30
Mfgr
PPG
Product./Sfc#
S1000CL (2)
Mfgr
N/A
Product/Sfc#
Clear
Mfgr
Product/Sfc#
0.49
CIG
EE72 (2)
N/A
Clear
Any
Int.>V
No
0.50
0.49
0.31
Note: Products were modeled using 3mm and 6mm glass representing- residential and non-residential sizes respectively. These represent all other glass thicknesses.
This report is the property of WESTLab and the client, and must not be reproduced, except in full, without written approval from WESTLab.
WESTLab initials:
ITable 1-D Default Fenestration Product U -Factors
10
1•
Ir
' Metal includes any field -fabricated product with metal Gadding. Non-metal framed fenestration
products with metal cladding must add 0.04 to the listed U -factor. NomMetal frame types can include metal
fasteners, hardware, and door thresholds. Thermal break product design characteristics are:
a. The material used as the thermal break must have a thermal conductivity of not more than 3.6 BtuAnch/hr/ft2/"F,
b. The thermal break must produce a gap of not less than 0.210", and
c. All metal members of the fenestration product exposed to interior and exterior air must incorporate a
thermal break meeting the criteria in (a) and (b) above.
In addition, the fenestration product must be clearly labeled by the manufacturer that it qualifies as a thermally
broken product in accordance with this standard.
2 For all dual glazed fenestration products, adjust the listed U -factors as follows:
. a. Subtract 0.05 for spacers of 7/16" or wider.
b. Subtract 0.05 for products certified by the manufacturer as low -E glazing.
c. Add 0.05 for products with dividers between panes if spacer is less than 7/16" wide.
d. Add 0.05 to any product with true divided lite (dividers through the panes).
A ITJDtcACTIm—S UPW7-V—r>. &arTiAit-1
TN,s cap-,��-t��cc c�.cvt-.4:klJot4
i
1•
1•
�0
1•
a
El
41
Table 1-E Default Solar Heat Gain Coefficient
SHGC = Solar Heat Gain Coefficient
� IN9\GATES �'�P-'1vR�S� u�1 �.� LSD L,1 lTH tt�l
\5 �dM �-If��JG� <Ps-cv L.A'-flat�l
i
• Heat Gain and Heat Loss Calculations •
� HVAC SYSTEM HEATING AND COOLING LOADS SUMMARY
n
u
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
SYSTEM NAME FLOOR AREA
ZONE 1 (Guest Suites) 1,714
ENGINEERING CHECKS SYSTEM LOAD
Number of Systems
1
Heating System
Output per System
65,000
Total Output (Btuh)
65,000
Output (Btuh/sgft)
37.9
Cooling System
Output per System
47,658
Total Output (Btuh)
47,658
Total Output (Tons)
4.0
Total Output (Btuh/sgft)
27.8
Total Output (sgftrron)
431.6
Air System
CFM per System
1,325
Airflow (cfm)
1,325
Airflow (cfrn/sgft)
0.77
Airflow (cfm/Ton)
333.6
Outside Air (%)
0.0
Outside Air (cfm/sgft)
0.00
Note: values above given at ARI conditions
24.0 of
Outside Al
0 cfm
a I 68.8 OF
a
114.1 / 80.3 OF
Outside Ai
0 cfm
79.1 164.1 of
Total Room Loads
Return Vented Lighting
Return Air Ducts
Return Fan
Ventilation
Supply Fan
Supply Air Ducts
TOTAL SYSTEM LOAD
COIL COOLING PEAK
COIL HTG. PEAK
CFM
ISensiblel
Latent
CFM
I Sensible
1,258
31,239
6,635
917
34,642
0
1,562
1,732
0
.0
0
0
0
0
0
0
0
1,562
1,732
34,363 6,635 38,106
BDP 598AO48-D / CD5A (1325 cfm) 34,653 6,611 65,000
Total Adjusted System Output 34,6531 67,611 65,000
(Adjusted for Peak Design Conditions)
TIME OF SYSTEM PEAK I Aug 2 pm Jan 12 am
68.8 of 68.8 of 105.0 OF
Supply Fan Heating Coil
1325 cfm
Raft im Air r)i ir-tc
79.1 / 64.1 of 79.1 / 64.1 of m 55.0/53.60F
Supply Fan Cooling Coil
1325 cfm
Supply Air Ducts
103.8 of
ROOMS
70.0 of
Supply Air Ducts IR
56.1 /54.1 of
45.7% R.H. ROOMS
78.0 / 63.7 OF
I
Retum Air Ducts it
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:1 of 5
If
I•
10
le
I*
0
BOOM LOAD SUMMARY
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
SYSTEM NAME FLOOR AREA
ZONE 1 (Guest Suites) 1,714
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:1 of 5
ROOM COOLING
PEAK
COIL
COOLING PEAK
COIL HTG. PEAK
ZONE NAME
ROOM NAME
Mult.
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
ZONE 1 ONLY
G—uest buites
1
1,258
31,239
6,635
1,258
31,239
6,635
917
34,642
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:1 of 5
Ir
0
10
10
I0
0
ROOM HEATING PEAK LOADS
Protect Title Date
VISTA D O M A N I Residence 11/11/02
Room Information Design Conditions
Room Name Guest Suites Time of Peak Jan 12 am
Floor Area 1,714 Outdoor Dry Bulb Temperature 24°F
Indoor Dry Bulb Temperature 70 OF
Conduction Area U -Value AT of Btu/hr
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 1 21,662
Infiltration: 1.0o x 1.080 X 1,714 X 9.15 X 1 1.00 / 6t7 X 46 = 12,980
c e u e r Sensible Area a t J ng erg AT
Fraction '
TOTAL HOURLY HEAT LOSS FOR ROOM 34,642
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:1 of 5
36.0
x
X
X
X
X
x
x
X
X
X
X
x
X
X
X
X
X
x
X
x
X
X
X
x
X
X
X
X
X
X
x
X
X
X
X
X
X
X
X
0.0236
x
X
x
X
X
x
X
X
x
x
X
x
X
X
X
X
X
X
X
X
x
X
X
X
X
X
X
X
X
X
x
X
X
X
X
X
X
X
X
46.0
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
39
1,674.1
0.0257
46.0
1,983
3.9
-0.6800
46.0
122
50.0
1.1765
0.0
0
1,037.8
0.0566
46.0
2,703
192.0
0.3800
46.0
3,356
186.9
0.2900
46.0
2,494
120.8
0.3600
46.0
2,000
5.0
0.4000
46.0
92
38.2
0.0572
101
perimeter =192.8
45.5
8,772
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 1 21,662
Infiltration: 1.0o x 1.080 X 1,714 X 9.15 X 1 1.00 / 6t7 X 46 = 12,980
c e u e r Sensible Area a t J ng erg AT
Fraction '
TOTAL HOURLY HEAT LOSS FOR ROOM 34,642
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:1 of 5
I•
1•
U
1•
RESIDENTIAL ROOM COOLING LOAD SUMMARY
VISTA D O M A N I Residence, 1/11/02
Project Title Date
Room Name
Design Indoor Dry Bulb Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference:
Guest Suites
78OF
115°F
370E
Conduction Area U -Value DETDBtu/hr
/R-1 (R.38.2x_ 16)
/R-2 (R.38.2x_.16)
olaTube (Default) Skylite
Interior Air Wall
-1 Wall (W.21.2x6.16)
Eagle Mtl. Clad
Eagle Mtl. Clad
Eagle Mtl. Clad
Itwd Aspen 530T LOE/Air
1 1,674.1
0.0236
0.0257
0.6800
1.1765
0.0566
0.3800
. 0.2900
0.3600
0.4000
1. Design Equivalent Temperature Difference (DETD)
Items shown with an asterisk (') denote conduction through an interior surface to another room.
Shaded Unshaded
w Solar Gain Orientation Area SGF Area SGF
1•
Sola Tube Skylight
(Skylight)
Sola Tube Skylight
(Skylight)
Sola Tube Skylight
(Skylight)
Frpoor (3)
Frpoor (4)
(North)
(North)
Frpoor (5)
(North)
FxdWdw (P)
(North)
FxdFr (Q)
(North)
FxdFr (R)
(North)
FxdFr (S)
(North)
56.0
56.0
37.0
0.0
35.6
37.0
37.0
37.0
37.0
Page Total
SC
48
2,414
98
0
2,092
2,700
2,006
1,608
74
11,040
Btu/hr
0.0
x1
X
x
x
x
x
X
x
x
x
+
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1.3
X
X
X
X
X
X
X
X
X
X
152)
X
X
X
X
X
X
0.63
=
=
=
=
=
=
=
=
=
=
125
0.0
1.3
152)x
0.63
125
0.0
1.3
152)
0.63
125
0.0
48.0
15)
0.28
207
0.0
48.0
15)
0.28
207
0.0
48.0
15)
0.28
207
0.0
13.9
15)X
0.379
79
0.0
24.0
15)
0.379
137
0.0
24.0
-15)X
0.379
137
0.0
24.0
-15)x
0.379
137
Sched.
- Page Total 1,x84
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 X 1,714 x 0.50 Watts/sgft x 3.41 Btuh/Watt = 2,925
Occupants 1.00 x 1,714 X 25 Btuh/occ. / 333 sgft/occ. = 1,313
Receptacle 1.00 X 1,714 x omol Watts/sgft X 3.413 Btuh/Watt = 0
Process 1.00 x 1,714 x 0.00 Watts/sgft x 3.412 Btuh/Watt = 0
Infiltration: 1.001 x 1.080 x 1,7141 X 9.15 x 1.00 / 60] 37 = 10,441
-Scneauie Air Sensioie Area a ng e g p
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 31,239
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 X 1,714 x 225 Btuh/occ. / 33 sgft/occ.
Receptacle 1.00 X 1,714 X 0.000 Watts/sgft x 3.41 Btuh/Watt = 0
Process 1.00 x 1,714 x 0.000 Watts/sgft x 3.41 Btuh/Watt = 0
Infiltration: 1 1.00 x 4,8401 X 1,71 x g 9.815 x 1.00 /610 Q0 00433 = 5,477
• c e u e r en rea e n e
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 6,635
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:1 of 10
17
r
RESIDENTIAL ROOM COOLING 'LOAD SUMMARY
VISTA D O M A N I Residence 1/11/02
Project Title Date
Room Name Guest Suites
Design Indoor Dry Bulb Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference:
78°F
115°F
37°F
Conduction Area U -Value DETD 1 Btu/hr
�V-2 Wall (W.21.2x6.16)
X
1. Design Equivalent Temperature Difference (DETD)
Items shown with an asterisk (') denote conduction through an interior surface to another room.
Shaded Unshaded
Solar Gain Orientation Area SGF Area SGF
FxdWdw (L)
(Northwest)
Casement M
(Northwest)
FxdWdw (N)
(Northwest)
FxdWdw (0)
(East)
Frpoor (2)
Casement (D)
(South)
(South)
FxdFr (G)
(South)
FxdWdw (H)
(South)
FxdFr (I)
(South)
FxdWdw (E)
(Southwest)
35.6
Page Total 78
SC Btu/hr
0.0
x
x
X
x
X
x
x
X
x
X
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
7.5
X
x
X
x
x
X
X
X
x
x
48)X
X
x
X
X
x
0.379
=
=
=
=
=
=
=
=
=
=
137
0.0
31.5
48)x
0.322
487
0.0
5.0
48)x
0.42
102
0.0
5.0
73)
0.379
138
0.0
48.0
32)
0.287
441
0.0
57.8
32)
0.3
595
0.0
20.0
32)
0.379
243
0.0
17.2
32)
0.379
209
0.0
20.0
32)X
0.379
243
0.0
24.3
62)x
0.379
571
• Sched. Page Total 3,166
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 X 1,714 x 0.50 Watts/sgft x 3.41 Btuh/Watt = 2,925
Occupants 1.00 X 1,714 X 25 Btuh/occ. / 333 sgft/occ. = 1,313
Receptacle 1.00 X 1,714 x 0.00 Watts/sqft x 3.413 Btuh/Watt = 0
Process 1.00 x 1,714 X 0.00 Wattslsgft x 3.413 Btuh/Watt = 0
Infiltration:1.00 x 1.080 x 1 714 x 9.15 x 1.00 � 60] 37 = 10 441
ceue r ens a rea ng e g p
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 31,239
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 X 1,714 X 225 Btuh/OCC. I 33 sgft/occ.
Receptacle 1.00 X 1,714 X - 0.000 Watts/sgft x 3.41 Btuh/Watt = 0
Process 1.00 x 1,714 x 0.000 Watts/sqft x 3.41 Btuh/Watt = 0
Infiltration: 1.00 X 4,840 x 1,71 x 9.15 x 1.00 /601 0.00433 5,477
• ceue Air Latentjing HeigntpW
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 6,635
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 Page:2 of 10
0
i•
RESIDENTIAL ROOM COOLING LOAD SUMMARY
VISTA D O M A N 1 Residence 1/11/02
Project Title Date
0 Room Name
�0
Design Indoor Dry Bulb Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference:
Conduction
Area U -Value
X
1. Design Equivalent Temperature Difference (DETD)
Items shown with an asterisk (') denote conduction through an interior surface to another room.
Shaded Unshaded
Solar Gain Orientation Area SGF Area SGF
Guest Suites
780F
115°F
370E
DETD1
Page Total
SC
Btulhr
FxdWdw (F) (Southwest) ( 0.0 x 1 + 3.6 x 62) x 0.379 = 85
Casement J (Southwest) ( 0.0 x 1 + 31.5 x 62) x 0.322 = 629
FxdWdw (K) (Southwest) ( 0.0 x 1 + 3.4 x 62) x 0.379 = 80
( x + x )x
� ( x + x )x =
( x + x )x =
( x + x )x —
( x + x )x =
( x + x )x =
( x + x )x =
• Sched. Page Total 793
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 x 1,714 x 0.500 Watts/sgft x 3.411 BtuhfWatt = 2,925
Occupants 1.00 x 1,714 x 255 Btuh/occ. /, 333 sgft/occ. = 1,313
Receptacle 1.00 x 1,714 x 0.000 Watts/sgft x 3.413 Btuh/Watt = 0
Process 1.00 x 1,714 x 0.000 Watts/sgft x 3.413 Btuh/Watt = 0
Infiltration: 1 1.001 x 1.080 x 1,714 x 9.15 x 1.00 / 60] 37 = 10441
c e u e Air senslDie Area a ng e g p
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 31,239
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 x 1,714 x 225 Btuhlocc. / 333 sgft/occ.
Receptacle 1.00 x 1,714 x 0.000 Watts/sgft x 1 3.41 Btuh/Watt = 0
Process 1.00 x 1,714 x 0.000 Watts/sgft x 3.41 Btuh/Watt = 0
0
Infiltration: 1.00 x 4,840 x 171 x 9.15 x 1.00 /6 0.00433 = 5,477
i e e u e Air Latent Area Ceiling Heightow
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 6,635
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number: 0117.00 Page:3 of 10
0
HVAC SYSTEM HEATING AND COOLING LOADS SUMMARY
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
SYSTEM NAME FLOOR AREA
ZONE 2 (Master Bedroom) 1,098
SYSTEM LOAD
.
'
Total Outs
Output (B
Cooling Sy
Output pF
Total Out
Total Out
Total Out
Total Out,
Air Systen
CFM per 1
Airflow (c
Airflow (c
Airflow (c
Outside A
Outside A
Note: values
0
24.0 of
Outside Ai
0 cfm
69.0 OF
114.1 /80.3 OF
Outside Ai
0 cfm
79.1 / 64.2 OF
Total Room Loads
Return Vented Lighting
Return Air Ducts
Return Fan
Ventilation
Supply Fan
Supply Air Ducts
TOTAL SYSTEM LOAD
COIL COOLING PEAK
COIL HTG. PEAK
CFM
I Sensible
Latent
I I CFM
I Sensible
782
19,407
4,385
473
17,875
0
970
894
0
0
0
0
0
0
0
0
0
970
894
21,348 4,385 19,663
BDP 598A036 -D/ CD5A (800 cfm) 23,405 6,873 48,000
Total Adjusted System Output 23,405 6,873 48,000
(Adjusted for Peak Design Conditions)
TIME OF SYSTEM PEAK Aug 2 pm F Jan 12 am
69.0 of 69.0 of 105.0 OF
-0
Supply Fan Heating Coil
800 cfm
Rahim Air r)iictc
79.1 / 64.2 of 79.1 / 64.2 of 55.0 / 53.6 of
Supply Fan Cooling Coil
800 cfm
Supply Air Ducts
104.0 of
ROOMS
70.0 of
Supply Air Ducts IR
56.1 / 54.1 of
46.2% R.H. ROOMS
78.0 / 63.9 of
Return Air Ducts
EnergyPro 3.1 By Energysoft User Number. 1086 Job Number. 0117.00 Page:2 of 5
r
.-A
9
10
le
10
10
10
10
9
0
ROOM LOAD SUMMARY
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
SYSTEM NAME FLOOR AREA
ZONE 2 (Master Bedroom) 1,098
ROOM LOAD SUMMARY
ROOM
COOLING PEAK
COIL COOLING PEAK
COIL HTG. PEAK
ZONE NAME
ROOM NAME
Mult.
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
ZONE 2 ONLY
as er Bedroom
1
782
19,407
4,385
782
19,407
4,385
473
17,875
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Pagel of 5
u
ZOOM HEATING PEAK LOADS
Project Title
VISTA D O M A N I Residence
Date
11/11/02
Room Information Design Conditions
Room Name Master Bedroom
Time of Peak Jan 12 am
Floor Area 1,098
Outdoor Dry Bulb Temperature 24OF
Indoor Dry Bulb Temperature 70 of
1,078.0
Conduction
i
0
0
10
0
I9
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 9,242
Infiltration: 1.00 x 1.080 x 1,098 x 9.50 x F 1.00 / 6� x 46 = 8,633
c e u e r Sensible Area CeilingHeight J pT
Fraction
TOTAL HOURLY HEAT LOSS FOR ROOM 17,875
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:2 of 5
Area
x
x
X
x
X
x
x
x
x
X
X
X
x
x
x
X
x
X
x
X
x
X
X
x
x
x
X
X
X
X
X
X
X
X
x
x
X
X
x
U -Value
X
X
X
x
X
x
X
X
x
X
x
X
X
X
x
x
X
X
x
X
x
X
X
X
x
X
X
X
X
X
X
X
X
X
x
X
X
X
X
AT of
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
Btu/hr
1,078.0
0.0257
46.0
1,277
20.0
0.6800
46.0
626
434.2
0.0566
46.0
1,131
98.5
0.2900
46.0
1,314
15.1
0.4000
46.0
278
54.0
0.3800
46.0
944
36.6
0.0572
46.0
96
perimeter = 78.6
45.5
3,576
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 9,242
Infiltration: 1.00 x 1.080 x 1,098 x 9.50 x F 1.00 / 6� x 46 = 8,633
c e u e r Sensible Area CeilingHeight J pT
Fraction
TOTAL HOURLY HEAT LOSS FOR ROOM 17,875
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:2 of 5
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10
41
RESIDENTIAL ROOM COOLING LOAD SUMMARY
" VISTA D O M A N I Residence 1/11/02
Project Title Date
Room Name
Design Indoor Dry Bulb Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference: -
Master Bedroom
78OF
115°F
370F
Conduction Area U -Value DETD 1 Btu/hr
X
X
X
X
X
X
X
56.0
=
=
=
=
=
=
=
1,554
37.0
503
35.6
875
37.0
1,057
37.0
223
37.0
759
1 35.61
1 75
X
X
1. Design Equivalent Temperature Difference (DETD) Page Total 5,047
Items shown with an asterisk (') denote conduction through an interior surface to another room.
Shaded Unshaded
Solar Gain Orientation Area SGF Area SGF SC Btu/hr
Bristolite Skylite
(Skylight)
FxdWdw M
(North)
FxdWdw (U)
(North)
FxdWdw (V)
(North)
FxdWdw (W)
(North)
Frpoor (8)
(East)
FxdFr (X)
(East)
FxdFr m
(East)
15.1
15)X
0.425
96
( 0.0
x
x
x
x
x
x
X
x
x
x
1 +
1 +
1 +
1 +
1 +
1 +
1 +
V +
+
+
20.0
X
x
X
X
x
x
x
x
x
x
152)
X
x
X
X
X
)x
)x
0.632
=
=
=
=
=
=
=
=
=
1,922
( 0.0
35.7
15)
0.379
203
( 0.0
15.1
15)X
0.425
96
( 0.0
10.3
15)
0.379
59
( 0.0
7.5
15)x
0.379
43
( 0.0
54.0
73)
0.287
1,133
( 0.0
22.5
73)
0.379
623
(-0.0
22.5
73)X
0.379
623
(
(
Sched. Page Total 4,701
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 X 1,098 x 0.500 Watts/sgft x 3.41 Btuh/Watt = 1,874
Occupants 1.00 x 1,098 X 25 Btuh/occ. / 333 sgft/occ. = 841
Receptade 1.00 X 1,098 x 0.000 Watts/sgft x 3.413 Btuh/Watt = 0
Process 1.00 x 1,098 x 0.00 Watts/sgft x 3.412 Btuh[Watt = 0
Infiltration: 1.0o x 1.080 .x 1,os6 x 9.so x 1.00 / 60] 37 = s 944
ceueAir sensime Area
elling Heightp
Fraction,
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 19,407
Sched. -
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 x 1,098 x 225 Btuh/OCC./ 33 sgft/occ. = 742
Receptacle 1.00 x 1,098 x 0.000 Watts/sgft X3.41 Btuh/Watt = 0
Process 1.00 x 1,098 x 0.000 Watts/sgft x 3.41 BtuhlWatt = 0
Infiltration: 1.00 x 4,840 x 1,09 x 9.90 x 1.00 / 60] QOtON0433
• ceue r Latent Area e ng ei
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 4,385
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 Page:4 of 10
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L�
•
VAC SYSTEM HEATING AND COOLING LOADS SUMMARY
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
SYSTEM NAME FLOOR AREA
ZONE 3 (Living Room) 1,376
[ENGINEERING CHECKS 11SYSTEM LOAD
Number of Systems
1
Heating System
Output per System
65,000
Total Output (Btuh)
65,000
Output (Btuh/sgft)
47.2
Cooling System
Output per System
47,658
Total Output (Btuh)
47,658
Total Output (Tons)
4.0
Total Output (Btuh/sgft)
34.6
Total Output (sgftrron)
346.5
Air System
CFM per System
1,325
Airflow (cfm)
1,325
Airflow (cfm/sgft)
0.96
Airflow (cfm/Ton)
333.6
Outside Air (%)
0.0
Outside Air (cfm/sgft)
0.00
ote: values above given at ARI conditions
24.0 of 69.0 of 69.0 of
Outside Air�t'
0 cfm
69.0 OF
114.1 / 80.3 OF
OutsideA
0 cfm
79.1 ! 64.3 OF
Total Room Loads
Return Vented Lighting
Return Air Ducts
Return Fan
Ventilation
Supply Fan
Supply Air Ducts
TOTAL SYSTEM LOAD
COIL COOLING PEAK
1,216
COIL HTG. PEAK
CFM
ISensiblel
Latent
CFM
I Sensible
33,199 7,417 30,817
BDP 598AO48-D / CD5A (1325 cfm) 34,323 7,067 65,000
Total Adjusted System Output 34,323 7,067 65,000
(Adjusted for Peak Design Conditions)
TIME OF SYSTEM PEAK Aug 2 pm Jan 12 am
?am Temperatures at Time of Heating ea
105.0 of
Su 1 Air Ducts
Supply Fan Heating Coil
1325 cfm
1. Return Air Ducts t4
79.1 / 64.3 of 79.1 / 64.3 OF m 55.0 / 53.7 of
Supply Fan Cooling Coil
1325 cfm
PP Y
104.0 of
ROOMS
70.0 of
I
Supply Air Ducts
56.1 / 54.1 of
46.3% R.H. ROOMS
78.0 / 63.9 of
Return Air Ducts e
EnergyPro 3.1 By Energysoft User Number. 1086 Job Number: 0117.00 Page:3 of 5
30,181
7,417
741
28,015
0
1,509
1,40
0
0
0
0
0
0
0
0
0
1,509
1,401
33,199 7,417 30,817
BDP 598AO48-D / CD5A (1325 cfm) 34,323 7,067 65,000
Total Adjusted System Output 34,323 7,067 65,000
(Adjusted for Peak Design Conditions)
TIME OF SYSTEM PEAK Aug 2 pm Jan 12 am
?am Temperatures at Time of Heating ea
105.0 of
Su 1 Air Ducts
Supply Fan Heating Coil
1325 cfm
1. Return Air Ducts t4
79.1 / 64.3 of 79.1 / 64.3 OF m 55.0 / 53.7 of
Supply Fan Cooling Coil
1325 cfm
PP Y
104.0 of
ROOMS
70.0 of
I
Supply Air Ducts
56.1 / 54.1 of
46.3% R.H. ROOMS
78.0 / 63.9 of
Return Air Ducts e
EnergyPro 3.1 By Energysoft User Number. 1086 Job Number: 0117.00 Page:3 of 5
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10
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10
10
10
0
IROOM LOAD SUMMARY
PRQJECT NAME
VISTA D O M A N I Residence
DATE
1/11/02
SYSTEM NAME
ZONE 3 (Living Room)
FLOOR AREA
1,376
ROOM COOLING PEAK
COIL COOLING PEAK
COIL HTG. PEAK
ZONE NAME
ROOM NAME
Mult.
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
ZONE 3 ONLY
rvmgoom
1
1,216
30,181
7,417
1,216
30,181
7,417
741
28,015
PAGE TOTAL 1,216 30,181 7,417 741 28,015
TOTAL 1,216 30,181 7,417 741 28,015
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number: 0117.00 Page:3 of 5
0
BOOM HEATING PEAK LOADS
Prdect Title
VISTA D O M A N I Residence
Date
11/11/02
Room Information Design Conditions
Room Name living Room
Time of Peak Jan 12 am
Floor Area 1,376
Outdoor Dry Bulb Temperature 24OF
Indoor Dry Bulb Temperature 70 OF
962.0
ift Conduction Area U -Value AT of Btu/hr
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 12,640
Infiltration: 1.00 x 1.080 x 1,376 x 13.50 x 1.00 16G x 46 = 15,375
c e u e r ensi a Area Ceiling e g t J AT
• Fraction
TOTAL HOURLY HEAT LOSS FOR ROOM 28,015
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:3 of 5
0
121.0
X
X
x
X
x
X
X
X
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
0.0236
X
x
x
X
x
x
x
X
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
46.0
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
131
962.0
0.0257
46.0
1,139
293.0
0.0295
46.0
398
134.0
1.1765
0.0
0
861.0
0.0566
46.0
2,243
171.5
0.2900
46.0
2,287
76.5
0.3800
46.0
1,337
54.0
0.5400
46.0
1,341
rimeter = 82.7
45.5
3,763
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 12,640
Infiltration: 1.00 x 1.080 x 1,376 x 13.50 x 1.00 16G x 46 = 15,375
c e u e r ensi a Area Ceiling e g t J AT
• Fraction
TOTAL HOURLY HEAT LOSS FOR ROOM 28,015
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:3 of 5
0
r
�0
RESIDENTIAL ROOM COOLING LOAD SUMMARY
VISTA D O M A N I Residence 1/11/02
Project Title Date
Room Name Living ROOM
780F
115°F
370F
Design Indoor Dry Bulb Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference:
Conduction Area U -Value DETD 1 Btu/hr
/R-1 (R.38.2x_.16)
/R-2 (R.38.2x_.16)
/R-3 (R.38.2x_.16)
Interior Air Wall
-1 Wall (W.21.2x6A6)
lagle Mtl. Clad
agle Mtl. Clad
ouble Default (Lo-E/Clad
121
861
171
X
X
X
X
X
X
X
x
X
0.0236
X
X
X
X
X
X
X
X
X
56.0
0.0257
56.0
0.0295
56.0
1.1765
0.0
0.0566
35.6
0.2900
37.0
0.3800
37.0
0.5400
37.0
0.379
1,246
1. Design Equivalent Temperature Difference (DETD) Page Total
Items shown with an asterisk (*) denote conduction throadd interior stga e t another room.
ns
Solar Gain Orientation Area SGF Area SGF Sc
FxdWdw (B)
(North)
Frpoor 9
(East)
FxdFr(Z)
(East)
FxdWdw (AA)
(East)
FxdFr (BB)
SIdFrpoor (10)
(East)
(South)
FxdWdw (A)
(South)
EntryDoor (1)
(West)
FxdWdw (C)
(West)
FxdWdw (XX)
(West)
160
1,387
485
0
1,736
1,840
1,076
1,079
7,762
Btu/hr
( 0.0
x1
X
x
x
x
x
x
x
x
+
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
5.2
X
x
x
x
x
x
X
x
x
x
15)
X
x
X
x
0.379
=
=
=
=
=
=
=
=
=
=
30
( 0.0
45.0
73)
0.28
944
( 0.0
45.0
73)
0.379
1,246
( 0.0
33.6
73)
0.379
930
( -0.0,x
45.0
73)x
0.379
1,246
( 54.0
0.0
32)X
0.609
493
( 0.0
5.
32)X
0.379
62
(-0.0
31.5
73)X
0.28
661
(-0.0
10.5
-73)X
0.379
291
( 0.0
13.5
-73)x
0.379
374
• Sched. Page Total 6,277
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 X 1,3761 x 0.500 Watts/sgft x 3.41 Btuh/Watt = 2,348
Occupants 1.00 X 1,376 X 255 Btuh/occ. / 333 sgft/occ. = 1,054
Receptacle 1.00 X 1,376 x 0.000 Watts/sgft x 3.413 Btuh/Watt = 0
Process 1.00 x 1,376 x 0.000 Watts/sgft x 3.412 Btuh/Watt = 0
Infiltration: 1.00 x 1.080 x 1 376 x 13.50 x 1.00 /60 37 = 12,3671
ceueAlf Sensioie rea a ng e g p
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 30,181
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 x 1,376 x 225 Btuh/occ. I 33 sqf /occ. = 930
Receptacle 1.00 x 1,376 x 0.000 Watts/sgft X 3.41 Btuh/Watt = 0
Process 1.00 x 1,376 x 0.000 Watts/sgft x 3.41 Btuh/Watt = 0
Infiltration: 1 1.001 x 1 4,WJ x 1,37 x 1 13.50 x 1.00 /60 �tON0433
• ceue r en mg rea ee 8
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 7,417
EnergyPro 3.1 By EnergySoft User Number: 1086 Job Number. 0117.00 Page:5 of 10
Ll
0
0
RESIDENTIAL ROOM COOLING LOAD SUMMARY
VISTA D O M A N I Residence 1/11/02
Project Title Date
Room Name Living Room
Design Indoor Dry Bulb Temperature: 780F
Design Outdoor Dry Bulb Temperature: 1150F
Design Temperature Difference: 370E
Conduction
Area U -Value
X
1. Design Equivalent Temperature Difference (DETD) o Page Total
Items shown with an asterisk (*) denote conduction thrQt��h an interior surface toanother room.
• 5h a Unshaded
Solar Gain Orientation Area SGF Area SGF Sc
Btu/hr
FxdWdw(YY) (West) ( 0.0 x 1 + 13.5 x 73)x 0.379 = 374
( x + x )x =
( x + x )x =
( x + x )x —
( x + x )x —
( x + X )x =
( x + x )x =
( x + x )x =
( X + X )X
Sched. Page Total 37a
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 X 1,376 x 0.500 Watts/sgft x 3.411 Btuh/Waft = 2,348
Occupants 1.00 X 1,376 X 25 Btuh/OCC. / 333 sgft/OCc. = 1,054
Receptacle 1.00 X 1,376 X 0.00 Watts/sgft x 3.413 Btuh/Watt = 0
Process 1.00 x 1,376 x 0.000 Watts/sgft x 3.412 Btuh/Waft = 0
Infiltration: 1.00 x 1.080 x 1,376 x 13.50 x 1.00 / 60] 37 = 12 367
C. e u e r SenSlDle Area a ng e g p
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 30,181
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 X 1,376 x 225 Btuh/oCc. / F 333 sgft/occ. = 930
Receptacle 1.00 X 1,376 X 0.000 Watts/sqft x 3.41 Btuh/Waft = 0
Process 1.00 x 1,376 x 0.000 Wafts/sqft x 3.41 Btuh/Waft = 0
Infiltration: 1.0o x 4,840 x
cu 1,37 X g 13.90 x 1.00 / 60] �Ot00433 = 6,487
• e r enrea ene
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 7,417
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number: 0117.00 Page:6 of 10
0
C7
�r
• 24.0 of 68.9 of 68.9 of
n
Outside Air
0 cfm
'HVAC SYSTEM HEATING AND COOLING LOADS SUMMARY
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
SYSTEM NAME FLOOR AREA
ZONE 4 (Kitchen/Dining) 2,006
SYSTEM LOAD
0 I 68.9 OF
114.1/80.30F
Outside
0 cfm
0 179.2 / 63.9 of
LM
Total Room Loads
Return Vented Lighting
Return Air Ducts
Return Fan
Ventilation
Supply Fan
Supply Air Ducts
TOTAL SYSTEM LOAD
COIL COOLING PEAK
I COIL HTG. PEAK
CFM
I Sensiblel
Latent
I CFM
I Sensible
2,294
56,963
9,272
1,321
49,913
0
2,848
2,496
0
0
0
0
a
0
0
0
0
2,848
2,496
62,659 9,272 54,905
HVAC EQUIPMENT SELECTION
BDP 598AO48-D / CD5A (1070 cfm) 63,602 15,267 130,000
Total Adjusted System Output 63,602 15,267 130,000
(Adjusted for Peak Design Conditions)
TIME OF SYSTEM PEAK Aug 2 pm Jan 12 am
105.0 OF
Supply Fan Heating Coil
2140 cfm
Return Air Ducts
(Airstream Temperatures a tme o o,
79.2/63.9 OF 79.2/63.9 OF 55.0/53.6 OF
Supply Fan Cooling Coil
2140 cfm
EnergyPro 3.1 By EnergySoft User Number. 1086
—� Return Air Ducts
Job Number: 0117.00
Supply Air Ducts
103.9 of
ROOMS
70.0 of
Supply Air Ducts
56.2 / 54.1 OF
44.9% R.H. ROOMS
78.0 / 63.5 OF
Page:4 of 5
n
u
n
U
0
0
Ll
L
0
ROOM LOAD SUMMARY
PROJECT NAME
VISTA D O M A N I Residence
DATE
1/11/02
SYSTEM A
ZONE 4 (Kitchen/Dining)
FLOOR AREA
2,006
IROOM LOAD SUMMARY
ROOM
COOLING PEAK
COIL COOLING PEAK
COIL HTG. PEAK
ZONE NAME
ROOM NAME
Mult.
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
ZONE 4 ONLY
c en imng
1
2,294
56,963
9,272
2,294
56,963
9,272
1,321
49,913
PAGE TOTAL 2,294 56,963 9,272 1,321 49,913
TOTAL 2,294 56,963 9,272 1,321 49,913
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:4 of 5
i•
1 •
ROOM HEATING PEAK LOADS
Pr6ject Title
VISTA D O M A N I Residence
Date
1/11/02
Room Information Design Conditions
Room Name IGtchen/Dining
Time of Peak Jan 12 am
Floor Area 2,006
Outdoor Dry Bulb Temperature 24°F
Indoor Dry Bulb Temperature 70 OF
1,572.0
Conduction Area U -Value AT of Btu/hr
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 31,152
Infiltration: 1.00 x 1.080 x 2,006 x 11.30 x 1.00 / 60] x
c e u e Area Celling HeIght ACH AT
Fraction
i •
TOTAL HOURLY HEAT LOSS FOR ROOM 49,913
EnergyPro 3.1 By EnergySoR User Number. 1086 Job Number. 0117.00 PageA of 5
Li
434.0
X
X
X
x
X
X
X
X
x
x
x
x
x
x
x
x
x
X
x
x
X
x
X
x
X
x
x
X
X
x
X
X
X
X
X
X
x
X
X
0.0236
X
x
X
X
x
x
x
X
X
x
x
x
X
X
X
x
X
x
X
X
X
x
x.
x
x
X
x
X
X
X
X
X
X
X
X
X
X
x
x
46.0
=
=
=
=
=
=
=
=
=
=
_
=
=
=
=
=
=
=
471
1,572.0
0.0257
46.0
1,862
1,257.0
0.0566
46.0
3,274
293.0
0.5400
46.0
7,278
226.0
0.3800
46.0
3,950
373.4
0.2900
46.0
4,981
149.7
0.0572
46.0
394
perimeter =196.5
45.5
8,941
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 31,152
Infiltration: 1.00 x 1.080 x 2,006 x 11.30 x 1.00 / 60] x
c e u e Area Celling HeIght ACH AT
Fraction
i •
TOTAL HOURLY HEAT LOSS FOR ROOM 49,913
EnergyPro 3.1 By EnergySoR User Number. 1086 Job Number. 0117.00 PageA of 5
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141
RESIDENTIAL ROOM COOLING LOAD SUMMARY
VISTA D O M A N I Residence 1/11/02
Project Title Date
Room Name
Design Indoor Dry Bulb.Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference:
Kitchen/Dining
78OF
115°F
37°F
Conduction Area U -Value DETD 1 Btu/hr
1a/R-1 (R.38.2x_.16)
/R-2 (R.38.2x_.16)
-1 Wall (W.21.2x6.16)
ouble Default (Lo-E/Clad) M
agle I. Clad
gle Mtl. Clad
-2 Wall (W.21.2x6.16)
X
X
X
X
X
X
X
56.0
=
=
=
=
=
=4,007
=
574
56.0
2,267
35.6
2,534
37.0
5,854
37.0
3,178
1 37.0
(North)
1 35.6
1 305
X
X
1. Design Equivalent Temperature Difference (DETD) Page Total 18,718
Items shown with an asterisk (') denote conduction through an Interior surface to another room.
Shaded Unshaded
Solar Gain Orientation Area SGF Area SGF Sc Btu/hr
SIdFrpoor (12)
(North)
Frpoor 23
(North)
FxdWdw (PP)
(North)
FxdWdw (QQ)
(North)
FxdWdw (RR)
(North)
FxdWdw (SS)
(North)
FxdWdw (TT)
(North)
FxdWdw (00)
(Northwest)
SldFrpoor (13)
(East)
SIdFrpoor (22)
(East)
( 0.0
X1
x
x
x
x
x
x
x
x
x
+
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
108.0
x
x
x
x
x
x
x
x
X
x
15)
X
x
x
0.609
=
=
=
=
=
=
=
=
_
=
987
( 0.0
54.0
15)
0.287
233
( 0.0
30.0
15)
0.379
171
( 0.0
29.
15)X
0.379
166
( 0.0
13.5
15)X
0.379
77
( 0.0
28.5
15)X
0.379
162
(-0.0
13.5
15)X
0.379
77
(-0.0
5.0
-48)X
0.379
91
(-0.0
137.0
-73)X
0.609
6,093
(-0.0
48.0
73)x
0.609
2,135
Sched.
Page Total 10,150
Internal Gain Frac. Area Heat'Gain Btu/hr
Lights 1.00 X 2,006 X 0.500 Watts/sgft x 3.411 Btuh/Watt = 3,423
Occupants 1.00 X 2,006 x 25 Btuh/occ. / 333 sgft/occ. = 1,536
Receptacle 1.00 X 2,006 x 0.00 Watts/sgft x 3.413 Btuh/Watt = 0
Process 1.00 x 2,006 x 0.00 Wafts/sgft x 3.41 Btuh/Watt = 0
Infiltration: Eii0 x 1.080 x 2,0061 x 11.30 x E 1.00 / 601 37 = 15,091
ceueAir Sensime, Area Ceiling neight AUHp
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 56,963
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 x 2,006 x 225 Btuh/OCC. / 33 sgftlocc.
Receptacle 1.00 x 2,006 x 0.000 Wafts/sgft x 3.41 Btuh/Waft = 0
Process 1.00 x 2,006 x 0.000 Watts/sgft x 3.a1 BtuhlWatt = o
Infiltration: 1.00 X E 4,840 X 2,00 x 11.30 x I 1.00 / 60] 0.00433 = 7,916
• ceue Air Latent Area Cening Height AGHp
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 9,272
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:7 of 10
is
D
•
'41
RESIDENTIAL ROOM COOLING LOAD SUMMARY
- VISTA D O M A N I Residence 1/11/02
Project Title Date
Room Name
Design Indoor Dry Bulb Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference:
Kitchen/Dining
78OF
115°F
370E
Conduction Area U -Value DETD 1 Btu/hr
x
x
x
x
x
x
x
x
x
x =
x =
x =
x =
x =
x -
x =
x =
x =
1. Design Equivalent Temperature Difference (DETD) Page Total �0
Items shown with an asterisk (') denote conduction through an Interior surface to another room.
Shaded Unshaded
Solar Gain Orientation Area SGF Area SGF Sc Btu/hr
FxdWdw (FF)
(East)
Frpoor 11
(East)
FxdFr (CC)
(East)
FxdWdw (DD)
(East)
FxdFr (EE)
(East)
Frpoor (14)
(South)
Frpoor (16)
(South)
FxdWdw (GG)
FxdWdw (HH)
(South)
(South)
FxdWdw (II)
(South)
0.0
x
X
X
x
X
x
x
x
x
X
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
1 +
47.7
X
X
x
X
x
x
X
x
x
x
73)X
x
X
X
X
X
0.379
=
=
=
=
=
=
=
=
=
1,321
42.6
11.4
73)x
0.287
423
0.0
20.2
73)X
0.379
559
0.0
35.2
73)
0.379
975
0.0
20.2
73)
0.379
559
0.0
40.0
32)
0.28
368
0.0
24.0
32)
0.28
221
0.0
11.2
32)
0.379
137
0.0
11.2
32)X
-0.379-
137
0.0
26.2
32)x
0.379
319
• Sched. Page Total 6,017
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 X 2,006 X 0.500 Watts/sgft x 3.411 Btuh/Watt - 3,423
Occupants 1.00 X 2,006 X 25 Btuh/OCC. / 333 sgft/occ. = 1,536
Receptacle 1.00 X 2,006 x 0.00 Watts/sgft x 3.413 Btuh/Watt = 0
Process 1.00 x 2,006 x 0.00 Watts/sgft x 3.41 Btuh/Watt = 0
Infiltration: 1.00 x 1.080 x 2,006 x 11.30 x 1.00 / 60] 37 = 15,091
c e u e r Sensioie Area Ceiling HeIghtp
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 56,963
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 X 2,006 x 225 Btuh/occ. / 333 sgft/occ.
Receptacle 1.00 X 2,006 x 0.000 Watts/sgft X 3.41 Btuh/Watt = 0
Process 1.00 x zoos x 0.000 Watts/sgft x 3.41 Btuh/Watt = 0
Infiltration: 1.00 X4,840 X 2,00 x 11.30 x 1.00 / 60] 0.00433
• c u e r en rea a ng ReIgni p
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 9,272
EnergyPro 3.1 By EnergySoft User Number: 1088 Job Number. 0117.00 Page:8 of 10
0
L)
RESIDENTIAL ROOM COOLING LOAD SUMMARY
- VISTA D O M A N I Residence 1/11/02
Project Title I Date
0 Room Name
0
is
10
Design Indoor Dry Bulb Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference:
Kitchen/Dining
78OF
115°F
37°F
Conduction Area U -Value DETD 1 Btu/hr
X
X
X
X
X
X
X
X
1. Design Equivalent Temperature Difference (DETD)
Items shown with an asterisk (') denote conduction through an interior surface to another room.
Shaded Unshaded
Solar Gain Orientation Area SGF Area ' SGF
FxdWdw (JJ)
(South)
Frpoor 24
(West)
FxdWdw (UU)
(West)
FxdWdw (VV)
(West)
FxdWdw (WW)
(West)
319
( 0.0
1
54.0
73)
0.287
1,133
( 0.0
1
13.5
Page Total
SC
Btu/hr
( 0.0
x1
x
x
x
X
X
x
x
x
x
+
+
+
+
+
+
+
+
+
+
26.2
X
X
x
x
x
x
x
x
x
x
32)X
X
x
)x
)x
)x
)x
)x
0.379
=
=
=
=
=
=
=
—
=
=
319
( 0.0
1
54.0
73)
0.287
1,133
( 0.0
1
13.5
73)X
0.379
374
(-0.0
1
28.5
73)
0.379
789
(-0.0
1
13.5
73)x
0.379
374
(
(
(
(
(
• Sched. Page Total 2,986
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 X 2,006 X 0.50 Watts/sqft x 3.41 Btuh/Watt = 3,423
Occupants 1.00 X 2,006 X 255 Btuh/OCC. / 333 sgft/occ. = 1,536
Receptacle 1.00 X 2,006 X o.000 Watts/sqft x 3.413 Btuh/Watt = 0
Process 1.00 x 2,006 x 0.000 Wafts/sgft x 3.41 Btuh/Watt = 0
Infiltration: 1.00 x 1.080 x 2 006 x 11.30 x 1.00 / 60] 37 = 15 091
L. e u Air Sensiole Area Ceiling Reignip
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 56,963
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 1.00 X 2,006 x 225 Btuh/occ. / 333 sqf /occ.
Receptacle 1.00 x 2,006 X 0.000 Wafts/sqft X 1 3.411 Btuh/Watt = 0
Process 1.00 x 2,005 x 0.000 Wafts/sgft x 1 3.41 Btuh/Waft = 0
Infiltration: 1.00 X4,840 x 2,00 x 11.30 x 1.00 / 60]000433
• c e u e r en rea e ng Height
.
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 9,272
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 Page:9 of 10
41
U
10
�W
HVAC SYSTEM HEATING AND COOLING LOADS SUMMARY
PROJECT NAME DATE
VISTA D O M A N I Residence 1/11/02
SYSTEM NAME FLOOR AREA
ZONE 5 (Garage / Cart) 1,123
ENGINEERING CHECKS IISYSTEM LOAD
Number of Systems
1
Heating System
Output per System
17,000
Total Output (Btuh)
17,000
Output (Btuh/sqft)
15.1
Cooling System
Output per System
19,400
Total Output (Btuh)
19,400
Total Output (Tons)
1.6
Total Output (Btuh/sgft)
17.3
Total Output (sgft/Ton)
694.6
Air System
CFM per System
480
Airflow (cfm)
480
Airflow (cfm/sqft)
0.43
Airflow (cfm/Ton)
296.9
Outside Air (%)
0.0
Outside Air (cfm/sqft)
0.00
Note: values above saiven at ARI conditions
. 24.0 of
OutsideA
0 cfm
I 75.6 OF
40 114.1 /80.3OF
Outside Ai
0 cfm
0 191.2 / 66.9 of
Total Room Loads
Return Vented Lighting
Return Air Ducts
Return Fan
Ventilation
Supply Fan
Supply Air Ducts
TOTAL SYSTEM LOAD
COIL COOLING PEAK
COIL HTG. PEAK
CFM
ISensiblel
Latent
CFM
I Sensible
362
12,334
239
1,483
25,29
0
617
1,265
0
0
0
0
0
0
0
0
0
617
1,265
13,568 239 27,82
HVAC EQUIPMENT SELECTION
BDP 619CO24/538B018 (480 cfm) 1 17,602 0 10,716
Total Adjusted System Output 17,602 0 10,716
(Adjusted for Peak Design Conditions)
TIME OF SYSTEM PEAK Aug 2 pm Jan 12 am
75.6 of ® 96.2 of
Heating Coil
Supply Fan
480 cfm
96.2 of
30 Supply Air Ducts
93.8 of
ROOMS
78.0 of
k Return Air Ducts t!
91.2/66.9 of = 57.2/55.0 of
57.2 / 55.0 of
-)h Supply Air Ducts
°F
Cooling Coil Supply Fan 58.4 / 55.4
480 cfm 28,5% R.H. I ROOMS
90.0 / 66.6 of
I
Retum Air Ducts
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:5 of 5
►®
0
0
10
I0
0
0
ROOM LOAD SUMMARY
PROJECT NAME
VISTA D O M A N I Residence
DATE
1/11/02
SYSTEM A
ZONE 5 (Garage / Cart)
FLOOR AREA
1,123
ROOM
COOLING PEAK
COIL COOLING PEAK
COIL HTG. PEAK
ZONE NAME
ROOM NAME
Mult.
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
LATENT
CFM
SENSIBLE
ZONE 5 ONLY
arage I Vart
1
362
12,334
239
362
12,334
239
1,483
25,291
PAGE TOTAL 362 12,334 239 1,483 25,291
TOTAL 362 12,334 239 1,483 25,291
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page:5 of 5
r
ROOM HEATING PEAK LOADS
Project Title
VISTA D O M A N I Residence
Date
11/11/02
Room Information Design Conditions
Room Name Garage / Cart
Time of Peak Jan 12 am
Floor Area 1,123
Outdoor Dry Bulb Temperature 24OF
Indoor Dry Bulb Temperature 78 OF
803.9
Conduction
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 14,926
Infiltration: 1.00 x 1.080 x 1,123 x 9.50 XF 1.00 /6 x
e e u eAir Sensible Area Calling Height ACH pT
• Fraction
TOTAL HOURLY HEAT LOSS FOR ROOM 25,291
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 Page:5 of 5
a
1,123.0
X
X
x
x
X
x
x
x
x
X
X
X
X
X
X
x
X
X
X
x
X
X
x
x
x
x
X
x
X
x
X
X
X
x
x
x
x
X
x
0.0257
x
x
x
X
X
x
X
X
X
X
X
X
x
X
x
X
x
x
X
X
X
X
x
x
x
x
X
X
X
X
x
x
x
X
x
X
X
X
X
54.0
=
=
=
=
=
=
=
=
=
=
=
=
1,562
803.9
0.0566
54.0
2,458
24.0
0.3800
54.0
492
282.0
0.1112
54.0
1,694
375.8
0.0572
54.0
1,161
20.0
0.2900
54.0
313
perimeter =159.2
45.5
7,246
Items shown with an asterisk (') denote conduction through an interior surface to another room. Page Total: 14,926
Infiltration: 1.00 x 1.080 x 1,123 x 9.50 XF 1.00 /6 x
e e u eAir Sensible Area Calling Height ACH pT
• Fraction
TOTAL HOURLY HEAT LOSS FOR ROOM 25,291
EnergyPro 3.1 By EnergySoft User Number. 1088 Job Number. 0117.00 Page:5 of 5
a
LA
u
e
Ll
L3
0
-RESIDENTIAL ROOM COOLING LOAD SUMMARY
VISTA D O M A N I Residence 1/11/02
Project Title Date
Room Name
Design Indoor Dry Bulb Temperature:
Design Outdoor Dry Bulb Temperature:
Design Temperature Difference:
Garage / Cart
90OF
115°F
25°F
Conduction - Area U -Value DETD 1 Btu/hr
X
(Southeast)
44.0
=
1,272
X
FxdWdw (MM)
23.6
=
1,074
X
0.0
25.0
=
228
X
91
23.6
=
740
X
0.379
23.6
=
507
X
48)X
25.0
=
145
X
X
X
1. Design Equivalent Temperature Difference (DETD) Page Total 3,967
Items shown with an asterisk (') denote conduction through an Interior surface to another room.
Shaded Unshaded
Solar Gain Orientation Area SGF Area SGF Sc Btu/hr
Frpoor (17)
(Southeast)
FxdWdw KK
(Northwest)
FxdWdw (LL)
(Northwest)
FxdWdw (MM)
(Northwest)
FxdWdw (NN)
(Northwest)
428
0.0
1
5.0
48)X
0.379
91
0.0
1
5.0
0.0
x1
x
X
x
X
X
x
x
X
X
+
+
+
+
+
+
+
+
+
+
24.0
X
X
X
X
X
x
X
X
X
X
62)
X
x
)x
)X
)x
)X
)x
0.287
=
=
=
=
=
=
=
428
0.0
1
5.0
48)X
0.379
91
0.0
1
5.0
48)X
0.379
91
0.0
1
5.0
48)X
0.379
91
0.0
1
5.0
48)
0.379
91
Sched. Page Total 792
Internal Gain Frac. Area Heat Gain Btu/hr
Lights 1.00 X 1,123 x 0.50 Watts/sgft x 3.411 Btuh/Watt = 1,916
Occupants 1.00 x 1,123 X 25 Btuh/OCC. / 333 sgft/occ. = 860
Receptacle 1.00 x 1,123 X u0C Watts/sgft x 3.413 Btuh/Watt = 0
Process 1.00 x 1,123 x 0.000 Watts/sgft x 3.41 Btuh/Watt = 0
Infiltration: 1 1.00 x 1 1.0801 x 1 1,1231 X 9.50 x 1.00 / 60] 25 = 4,799
ceue Alroens a rea a mg e g p
Fraction
TOTAL HOURLY SENSIBLE HEAT GAIN FOR ROOM 12,334
Sched.
Latent Gain Frac. Area Heat Gain Btu/hr
Occupants 00x 1,123 X 225 Btuh/occ. I 33 sgft/occ. = 759
Receptacle 1.00 x 1,123 x 0.000 Watts/sgft x 3.41 Btuh/Watt = 0
Process 1.00 x 1,123 x 0.000 Watts/sgft x 3.41 BtuhlWatt = 0
Infiltration: 1.00 x E-4,8401 x f 1,12 x 9.90 x 1.00 / 60] -0Q.00060 = -519
ceue r Latent Area a ng ei
Fraction
TOTAL HOURLY LATENT HEAT GAIN FOR ROOM 239
EnergyPro 3.1 By EnergySoft User Number. 1086 Job Number. 0117.00 Page: 10 of 10
� �
'
a
- ��
..
0
0 • 0 0 • • M •
V I S T A D O M A N I RESIDENCE ■ 12/12/01 COMPLIANCE REQUIREMENTS-
■ ZONAL CONTROL REQUIRED
■ I (80 GAL.) 1214EEM HE80-130 (R.E.-0.95) or APPROVED EQ. WATER HEATERS with TIME and
TEMP RECIRC SYSTEM for ZONES I and 2. 1 (50 GAL.) RHEEM 41•I250N (R.E.-0.76)
or APPROVED EQ. WATER HEATERS with TIME and TEMP RECIRC. SYSTEM for
ZONES 3, and 4
■ ALL GLAZING PER DEFAULT TABLES I -D and I -E EXCEPT as FOLLOWS,
- FLTWD ASPEN 530T with 0.40/0.37 U-FACTOR/S.H.G.C. (LoE-2 and AIR)
- EAGLE CLAD FIXED FRENCH with 0.29/0.33 U-FACTORS/S.H.G.C. (LoE-2 and AIR)
- EAGLE CLAD FIXED GEO with 0.29/0.33 U-FACTORS/S.H.G.C. (LoE-2 and AIR)
- EAGLE CLAD FRENCH DOOR with 0.38/0.25 U-FACTORS/S.H.G.C. (LoE-2 and AIR)
- EAGLE CLAD CASEMENT with 0.36/0.28 U-FACTORS/S.I-I.G.C. (LoE-2 and AIR)
• ALL WALLS to RECEIVE 12-21 BATT INSULATION.
■ ALL CEILING / ATTIC SPACES to RECEIVE 12-38 BATT INSULATION.
BRYANT AIR
CONDITIONING EQUIPMENT
Zone I
Zone 2•
Zone 3
Zone 4
Zone 5
Furnace
333JAV048080
333JAV036060
333JAV048080
(2) 333JAV048080
619C-024
BTU Output :
65,000
48,000
65,000
130,000
17,000
A.F.U.E. / H.S.P.F.:
80.0
80.0
80.0
80.0
7.20 (H.S.PF.)
Cooling Coil :
CD5A
CD5A
CD5A
CD5A
(N/A)
Condenser :
598AO48-D
598AO36-D
598AO48-D
(2) 598AO48-D
5388-018
C.F.M. (Min Req./Design) :
1325 / 1625
800 / 990
1325 / 1625
2140 / 2650
480
S.E.E.R.:
13.50
14.50
13.50
13.50
11.10
Thermostat
P374-1100
P374-1100
P374-1100
P374-1100
W112ED
NOTES, I. PROVIDE SEPARATE ADDER for ELECTRONIC FILTRATION.
2. ALL DUCTS SHALL be INSULATED (and LABELED) to ACHIEVE AN OVERALL R -VALUE - 6.0.
3. ALL THERMOSTATS SHALL be RECESSED MOUNTED at LOCATIONS INDICATED.
THERMOSTATS IN ZONES 3 and 4 SHALL be NTE12LOCKED for SIMULTANEOUS OPERATION
4. ALL BATHROOM EXHAUST FANS SHALL be 'GEMINI' =500 or APPROVED EQUAL and
SET for 150 C.F.M. MIN. or 5 A/C PR. HR. WHICHEVER is GREATER.
5. ALL CONDENSERS SHALL be INSTALLED with TXV (EXPANSION VALVE)
0
Heating 8 Cooling Systema
With a unique approach to induced -combustion design, a 40 -in.
tall cabinet, a 4 -pass heat exchanger, an inshot burner system,
and its safety features, this furnace is without peer. The Plus 80
Variable -Speed Upflow/Horizontal Furnace achieves an 80%
Annual Fuel Utilization Efficiency (AFUE) rating. The benefits of
variable -speed operation in reducing sound and improving com-
fort put it in a class well ahead of the competition. The Plus 80
Variable -Speed has the kind of overall performance needed in
today's homes. All models are GAMA efficiency rating certified.
The model 333JAV furnaces are certified for use in California
Air Quality Management Districts.
FEATURES
EFFICIENCY—The Plus 80 Variable -Speed Induced -Combus-
tion Gas Furnace provides the .efficiency customers want with
80.0% AFUE and improves air conditioner or heat pump perfor-
mance up to 1-1/2 points.
HOT SURFACE IGNITION—No pilot to waste gas with this field -
proven ignition. system.
ALUMINIZED HEAT EXCHANGER—The patented 4 -pass
heat exchanger is made of aluminized steel and backed by a
20 -year Limited Warranty.
INTELLIGENT CONTROL—The Plus 80 Variable -Speed has
.an intelligent control that monitors the operation of the furnace.
'_This control also has;-6,.componE.rtt=test.feature thatiatiesat#
" eniic ng `t'echnic an tevenfy operation of'lht coe''t#igh
and low inducer speeds, the hot surface ignitor, and high-, medi-
um-, and low -speed blower operation. The control features a 3 -
amp fuse that protects the transformer and control. We guaran-
tee the reliability of the control with a 3 -year Limited Warranty.
40 -IN. HEIGHT—The Plus 80 Variable -Speed cabinet height is
only 40 in. This simplifies installation in alcoves, attics, base-
ments (ideal for short basement), closets, and utility rooms, es-
pecially with a taller high -efficiency cooling coil.
PREPAINTED CABINET—The Plus 80 Variable -Speed uses
prepainted sheet metal for the cabinet. This is the same high-
quality finish found on refrigerators and other appliances today.
We ensure its durability by using a galvanized steel substrate to
provide superior rust protection.
PATENTED DRAFT SAFEGUARD—Our induced -combustion
furnace has a patented draft safeguard switch. The safeguard
switch will stop furnace operation if the vent system becomes
blocked or is not operating properly.
EASY INSTALLATION—The Plus 80 Variable -Speed has many
features that make installation easier: left or right gas and electri-
cal connections, heating and cooling airflow selector, matching
coil sizes, accessory low -voltage connections, and many more.
QUIET OPERATION—A soft mount inducer assembly and 2 -
stage slow -opening gas valve reduce sound level. The 2 -stage
heating operation capability minimizes furnace and air noise for
total home comfort.
0 1 Form No. PDS 333B.60.2B
AIRFLOW
2 1/is"
28 12" A 19"—+
FLUE COLLAR 2 ,hs" D13/16" —�
1" 1^ OUTLET
7% -IN. DIA HOLE 5 3,,�" 0 0 0 5 4" POWER ENTRY
POWER ENTRY r 0 0
12 6/16^ o 0 0
7% -IN. DIA o 0 0 211/16- I 1 112 -IN. DIA
ACCESSORY IsI I 5 1 ,s" o 0 0 5 13h6" –r of R.H. GAS ENTRY
39 %" 1 3/4 -IN. DIA HOLE --��+ moo_ moo_ moo_ 2 3%3 ' /t -IN. DIA ACCESSORY
GAS ENTRY
12 -IN. DIA HOLE 2 W �o �o �0 WIRE DIA THERMOSTAT
• WIRE ENTRY
THERMOSTAT
WIRE ENTRY
. SIDE INLET SIDE INLET
TYP 1"
d + L
13/16"
141/t"
„ /,s"
24 si,s" 3
I
,y,s� --�
�--- E ——I
11i,s"
036060
14-3/16
12-9/16
AIR INLET
4
134
048080
�1
NP
231/a" �I
19-1/2
E RETURN
154
DUCDT LOCATION
NOTES:
1. Two additional 75t -in. dia knockouts are located in the top plate.
23
2. Minimum retum-air opening at furnace: .
184
a. For 800 CFM -.16 -in. round or 141/2 x 12 -in. rectangle.
24-1/2
b. For 1200 CFM -20 -in. round or 1412 x 191/2 -in. rectangle.
23
c. For 1600 CFM -22 -in. round or 1412 x 231/4 -in. rectangle.
194
d. For airflow requirements above 1800 CFM, use both side inlets,
a combinationof1 side inlet and the bottom,ort ebottom ony
•
DIMENSIONS (In.)
10
1•
a
UNIT
SIZE
A
D
ECONNECTION*
VENT
SHIPPING
WEIGHT
(LB)
036060
14-3/16
12-9/16
12-11/16
4
134
048080
21
19-3/8
19-1/2
4
154
060100
24-1/2
22-7/8
23
4
184
060120
24-1/2
22-7/8
23
5
194
' Refer to the furnace Installation Instructions for proper venting procedures.
DIMENSIONAL DRAWINGS OF OPTIONAL SIDE FILTER RACK
�{ale- y2.
I 1 Cr PTTABS
—2=
A80199
0
I0
0
1!
a
V SPECIFICATIONS •
UNIT SIZE
RATINGS AND PERFORMANCE
036060tt
048080 060100060120
Gas Input (Btuh)• High Stage
Low Stage
60,000
39,000
80,000 100,000
52,000 65,000
117,000
78,000
Output Capacity (Btuh)t High Stage
Nonweatherized ICS Low Stage
49,000
31,000
65,000 82,000
42,000 53,000
96,000
63,000
AFUE%t Nonweatherized ICS
80.0
80.0 80.0
80.0
Certified Temperature Rise High Stage
Range (°F) Low Stage
25-55
15-45
30-60 25-55
15-45 15-45
40-70
25-55
Certified External Static Pressure Heat/Cool
0.12/0.70
0.15/0.50 0.20/0.70
0.20/0.70
Airflow CFM$ High/Low
Cooling (Max)
1250/1135
1260
1310/1395 1935/1630
1635 2085
1720/1605
2010
ELECTRICAL
Unit Volts—Hertz—Phase
115--60-1
Operating Voltage Range
104-127
Maximum Unit Amps
10.1
10.6 12.6
13.9
Maximum Wire Length (Measured 1 Way) Ft
36
34 29
26
Minimum Wire Size
14
14 14
14
Maximum Fuse Size
15
15 15
15
Transformer (24v)
40va
External Control Heating
Power Available Cooling
19va
35va
Air Conditioning Blower Relay
CONTROLS
Standard
Limit Control
SPST (Auto -Reset)
Heating Blower Control
Solid -State Time Operation
Inducer
2 -Speed
Burners (Monoport)
3
4 1 5
6
Gas Connection Size
GAS CONTROLS
1/2 -in. NPT
2 Stage Redundant Gas Valve: ... ... :.... ........ ~:
MiriInlet Pressure (In: Vic) '
Max Inlet Pressure (In. wc)
:- `-::. •::.::. _ :::_.-__j::...
.,. .... White=fiodgers_ _::-_._ ;- _.:
4.5 (Natural`Gas)
13.6 (Natural Gas)
=~; :.:
Ignition Device
BLOWERDATA
Hot Surface
Direct -Drive Motor HP (ICM Variable Speed)
1/2
1/2 3/4
1
Motor Full Load Amps
7.7
7.7 9.6
12.0
RPM (Nominal)—Speeds
300 to 1400
300 to 1400 300 to 1400
300 to 1400
Blower Wheel Diameter x Width (In.)
10 x 6
10 x 8 11 X10
11 x 10
Fitter Size (In.)—Permanent Washable (Supplied)
FACTOR OR IZE D • • ACCESSORIES
(1) 16 x 25 x 1
(1) 20 x 25 x 1 (2) 16 x 25 x 1
(2) 16 x 25 x 1
High -Altitude Pressure Switch Kit**
KGAHA5701PSW
Gas Conversion Kit—Natural-to-Propane
KGANP24012SP
Gas Conversion Kit—Propane-to-Natural
KGAPN20012SP
Electronic Air Cleaner
Model 901 KAX
Humidifier
Model 913BAX
Thermostat
See Thermostat Price Page
Sidewall Power Venter Kit
KGASW03012SP
Side Filter Rack (Accepts 1 Filter)tt In.
KGAFR0201ALL (Filter Size 16 x 25 x 1)
Return Filter Cabinet (With 2 Washable Filters In.
KGARP0201 ALL (Filter Size 20 x 25 x 1)
Gas input ratings are certified for elevations to 2000 ft. For elevations above 2000 ft, reduce ratings 4% for each 1000 ft above sea level. Refer to National
Fuel Gas Code Table F4. In Canada, derate the unit 10% for elevations 2000 ft to 4500 ft above sea level.
t Capacity and AFUE in accordance with U.S. Government DOE test procedures.
$ Air delivery above 1800 CFM requires that both sides, or a combination of 1 side and bottom, or bottom only of the furnace be used for return air. A filter is
required for each return -air inlet.
r 5500 ft and higher above sea level.
tt Side filter rack must be used for upflow right -side return with 036060 size.
ICS—Isolated Combustion System
-3-
10
10
0
a
CLEARANCES FROM COMBUSTIBLE MATERIALS (In.)
* Clearance shown is for the outlet end. The inlet end must maintain
6 in. clearance from flue to combustible materials when using sin-
gle-wall vent.
I
:.: t. 184n. frontclclearance for alcove
- lndreates:su I or-re>.ur sides rnaceisii-the=hiN" "=-°'""''w
position.
.
NOTES:
1. Provide 30 -in. front clearance for servicing. An open door in front
of the furnace can meet this requirement.
2. A minimum clearance of 3 in. must be provided in front of the fur-
nace for combustion air and proper operation.
MEETS DOE RESIDENTIAL
CONSERVATION SERVICES
PROGRAM STANDARDS.
ia�nv} i I YL
N e� Before purchasing this appliance, read important
X01 ON energy cost and efficiency information available
from your retailer.
—4—
UNIT SIZE
060
000-120
UPFLOW
Single -Wall Vern
1
0
Furnace Sides
Type B-1 Double -Wall Vent
0
0
Furnace Back
0
0
Plenum Top
1
1
Furnace Front
Single -Wall Vent
6
6
(See Notes)
Type B-1 Double -Wall Vent
3
3
Single -Wall Vent 1
6
6
Vent
Type B-1 Double -Wall Vent 1
1
1
HORIZONTAL POSITION (IN ALCOVE, ATTIC,
OR CRAWLSPACE)
Sides**
1
1
Back
0
0
Single -Wall Vent
1
1
Top
Type B-1 Double -Wall Vent
1
1
Furnace Frontt
Single -Wall Vent
6
6
(See Notes)
Type B-1 Double -Wall Vent
3
3
Single -Wall Vent
6
6
Vent
Type B-1 Double -Wall Vent
1
1
HORIZONTAL POSITION (IN CLOSET)
Sides*$
1
1
Back
0
0
Single -Wall Vent
2
2
Top
Type B-1 Double -Wall Vern
2
2
Furnace Front
Single -Wall vent
6
6
(See Notes)
Type B-1 Double -Wall Vent
3
3
Single -Wall Vent
6
6
Vent
Type B-1 Double -Wall Vent
1
1
* Clearance shown is for the outlet end. The inlet end must maintain
6 in. clearance from flue to combustible materials when using sin-
gle-wall vent.
I
:.: t. 184n. frontclclearance for alcove
- lndreates:su I or-re>.ur sides rnaceisii-the=hiN" "=-°'""''w
position.
.
NOTES:
1. Provide 30 -in. front clearance for servicing. An open door in front
of the furnace can meet this requirement.
2. A minimum clearance of 3 in. must be provided in front of the fur-
nace for combustion air and proper operation.
MEETS DOE RESIDENTIAL
CONSERVATION SERVICES
PROGRAM STANDARDS.
ia�nv} i I YL
N e� Before purchasing this appliance, read important
X01 ON energy cost and efficiency information available
from your retailer.
—4—
- AIR DELIVERY—NOMINAL CFM (With filter)
GAS HEAT AIRFLOW
�0
10
10
is
AC/HP JUMPER POSITION: AC AIR CONDITIONING, COOLING AIRFLOW
HP—EFFY HEAT PUMP—EFFICIENCY, COOLING AND HEATING AIRFLOW
HP—CFMT HEAT PUMP—COMFORT, COOLING AIRFLOW
GAS HEAT
SINGLE -SPEED
TWO -SPEED (HIGH / LOW)
TEMP RISE
GAS HEAT
GAS HEAT
JUMPER POSITION$
FURNACE
TEMP RISE (°F)'
AIRFLOW (CFM)
SIZE
Red Wire
Violet Wire
HIGH -STAGE
LOW -STAGE
HIGH -STAGE
LOW -STAGE
JUMPER
HI
A
51
45
925
615
060
M -HI
A
46
38
1085
730
SIZE
MID
D
40
30
1250
1135
530
HI
A
58
44
970
790
080
M -HI
A
51
39
1140
925
865
MID
D
45
29
1310
1395
M -HI
HI
A
51
44
1430
1035
100
M -HI
A
45
39
1685
1215
1200
MID
D
40
30
1935
1630
990
HI
A
69
49
1330
1240
120
M -HI
A
59
43
1560
1460
080
MID
D
55
40
1720
1605
AC/HP JUMPER POSITION: AC AIR CONDITIONING, COOLING AIRFLOW
HP—EFFY HEAT PUMP—EFFICIENCY, COOLING AND HEATING AIRFLOW
HP—CFMT HEAT PUMP—COMFORT, COOLING AIRFLOW
AC/HP JUMPER POSITION: HP—CMFT HEAT PUMP --COMFORT, HEATING AIRFLOW
SINGLE -SPEED
TWO -SPEED (HIGH / LOW)
AIRFLOW
SELECTION
CFM
CFM
COOL SIZE
COOL CFM PER TON
COOL CFM PER TON JUMPER POSITION
FURNACE
JUMPER
JUMPER POSITION
400
350
315
400
350
315
HIGH
LOW
HIGH
LOW
HIGH
LOW
SIZE
POSITION
TONS
LO
1-1/2
600
530
50Dt
630
5001
550
500t
500t
5001
060
M -LO
2.
800
700
630
865
510
735
5001
660
5001
060
M -HI
2-1/2
1000
880
790
1060
650
920
570
825
510
HI
3
1200
1050
945
1260
780
1100
680
990
585
LO
2-1/2
1000
875
790
1050
660
920
595
830
545
080
M -LO
3
1215
1050
945
1260
790
1100
700
990
625
080
M -HI
3-1/2
1400
1225
1100
1470
910
1280
805
1155
715
HI
4
1600
1 1400
1250
1635
1040
1470
915
1325
820
LO
3
1195
1045
950
1260
780
1090
775
990
7001
100
M -LO
3-1/2
1400
1225
1090
1470
910
1285
830
1155 1
715
M -HI -. ,
4
16.00
1400 _
1260
1680. ..
1040.
1465_,-;:.,..;;915..
825
1325
$2D
HI
5
2000
1750 -.
.A575.
_.208S:
.. :1300'
-1840
:"1. 1150 r'
1655
�, �fl75
T
LO
3
1160
1050
955
1195
865
1085
785
985
785 J
120
M -LO
3-1/2
1400
1220
1090
1420
970
1265
875
1150
845
M -HI
4
1600
1395
1250
1650
1070
1465
975
1315
930
HI
5 1
2000
1 1750
1565
2110
1300
1835 1
1140
1640
1080
AC/HP JUMPER POSITION: HP—CMFT HEAT PUMP --COMFORT, HEATING AIRFLOW
Within ± 2'F
t Minimum airflow is set for electronic air cleaner: 060-500 CFM, 080-500 CFM, 100-700 CFM, 120-700 CFM
t Use only listed jumper position combinations.
NOTES:
1. A humidistat can be used to further reduce airflow when increased humidity is sensed. This feature reduces the selected airflow by 201/0, but no lower than
280 CFM per ton.
2. Continuous -fan selections are 50%, 65%, or 100% of selected cooling airflow. 100% is not recommended for 2 -speed air conditioning or heat pumps.t
• 3. See the following airflow curves for CFM versus ESP at 350 CFM per ton.
—5—
SINGLE -SPEED
TWO -SPEED (HIGH / LOW)
AIRFLOW
SELECTION
CFM
CFM
COOL SIZE
COOL CFM PER TON
COOL CFM PER TON JUMPER POSITION
FURNACE
JUMPER
JUMPER POSITION
400
350
315
400
350
315
HIGH
LOW
HIGH
LOW
HIGH
LOW
SIZE
POSITION
TONS
LO
1-1/2
540
5001
5001
565
5001
5001
5001
5001
5001
060
M -LO
2
720
630
570
780
5001
660
5001
595
5001
M -HI
2-1/2
900
790
710
945
585
830
515
740
5001
HI
3
1080
945
855
1135
700
990
610
895
555
LO
2-1/2
900
785
710
945
605
825
535
755
5001
080
M -LO
3
1080
945
850
1135
715
990
630
895
560
M -HI
3-1/2
1260
1100
990
1325
830
1150
725
1040
655
HI
4
1440
1260
1135
1510
940
1325
825
1190
740
LO
3
1075
940
855
1130
700
980
700
890
7001
100
M -LO
3-1/2
1260
1100
990
1325
820
1155
750
1040
7001
M -HI
4
1440
1260
1130
1510
935
1320
825
1190
740
HI
5
1800
1575
1420
1890
1170
1655
1035
1490
920
LO
3
1045
945
866
1075
780
975
750
885
750
120
M -LO
3-1/2
1260
1100
980
1280
875
1140
790
1035
760
M -HI
4
1440
1255
1125
1485
965
1320
880
1185
835
HI
5
1800
1575
1410 1
1900
1170
1650
1025
1475
970
Within ± 2'F
t Minimum airflow is set for electronic air cleaner: 060-500 CFM, 080-500 CFM, 100-700 CFM, 120-700 CFM
t Use only listed jumper position combinations.
NOTES:
1. A humidistat can be used to further reduce airflow when increased humidity is sensed. This feature reduces the selected airflow by 201/0, but no lower than
280 CFM per ton.
2. Continuous -fan selections are 50%, 65%, or 100% of selected cooling airflow. 100% is not recommended for 2 -speed air conditioning or heat pumps.t
• 3. See the following airflow curves for CFM versus ESP at 350 CFM per ton.
—5—
The airflow performance charts for the model 333BAV and 333JAV Furnaces provide nominal airflow in cubic ft per minute (CFM)
versus external static pressure (ESP) in in. water column (IWC) for gas heating, cooling, and heat pump operating modes. Each model
has 2 chart pages: gas heating and single -speed cooling on the first page, and 2 -speed cooling on the second page. Gas heating
airflow is shown with dashed lines for HIGH -GAS HEAT and with dot -dash lines for LOW -GAS HEAT for all 3 air temperature rise
selections. Single -speed cooling airflow is shown with solid lines for all 4 size selections. Two -speed airflow is shown with solid lines
for HIGH -COOLING and with dot -dash for lines LOW -COOLING for all 4 size selections.
The curved, dotted lines are furnace -duct system characteristic curves. System curves can be used to.predict the ESP imposed by a
building's supply and return air duct system at any airflow, if a single actual airflow CFM versus ESP is known.
Example: If CFM and ESP at point A in example below are known, the CFM and ESP at point B can be determined by following the
system curve from A to B. If a point falls between 2 system curves, follow an imaginary system curve parallel to and between the 2
system curves.
I#
{*
fr
�
'
C
Cn
U)
W 0.4
a
U
Q
J
Q
Z
Er
W
H
X
I. W
r1
u
0
16
EXAMPLE AIRFLOW (CFM versus ESP)
FURNACE AIRFLOWS
FURNACE -DUCT SYSTEMS —
I
I
1
1
1 '
A
840
CFM
1050
1300
A%0a3
EXTERNAL�.S`TATIC PRESSURE (IWC)
M -j co co
O
O
O
LO (1-1/z
TONS COOLING)
S.
0
530
a)
co
0
0
C>
0
n
lIlMl(LOW -GAS
HEAT450FAIR TEMP RISE
',
tD
z
615
>
0
M -LO (2 TONS COOLING
-n
0 cn
C.
O
O
...... ...
. . . . . ...
C,
)
(oGin m
m
10
co
EXTERNAL�.S`TATIC PRESSURE (IWC)
M -j co co
f0
O
LO (1-1/z
TONS COOLING)
S.
530
0
0
lIlMl(LOW -GAS
HEAT450FAIR TEMP RISE
',
z
615
>
M -LO (2 TONS COOLING
-n
0 cn
700
...... ...
. . . . . ...
...... .
)
(oGin m
m
730
>
M -Hl (LOW -GAS
HEAT 38°F AIR TEMP RISE)'
-0 m
-j m
I
0MG) to
4c
ZO> wam
0 w
Fn x z
0 m am>
-1 2 T
M_ 2 COOLING)
ONS
>om mmo
-0 r- > o>M
860
—
------
--I
0
o IZ 2 oN zF4
�
915
IGH -GAS HEAT 51°F AIR TEMP RIS�) . . .
. . . . . ...
. . . .
C: C) '
m
r rl—
wmm
141 (3 TONS COOLING)
0
1050
-n
-HI (HIGH -GAS
HEAT 46°F AIR TEMP IIISE)
.
1085—
. .
. . . . . ..
. . . . .
cn
m 3 CD
MID( LOW -GAS
HEAT 30°F AIR
TEMP RISE)'
D
1135
. . . . . . .
. . . ....... ...
. . . . . ..
0 t7
<
(D
cn
cr
ID (HIGH;GAS HEAT 40°F AIR TEMP
RISE)"
0
1250r
— — — —
— — — — —
--m ;'-e- —
f0
O
S.
W
0.1
0."
0.(
w
cr
D
U)
U)
w
cc
(L
w
F- 0.4
X
w
L�
FURNACE SIZE
0.2
36,000 BTUH COOLING
TWO -SPEED COOLING WITH FILTER
COOLING AIRFLOW SELECTION IS APPROXIMATELY 350 CFM PER TON
0.2
0.1
L�
FURNACE SIZE
60,000 BTUH HEATING INPUT
36,000 BTUH COOLING
TWO -SPEED COOLING WITH FILTER
COOLING AIRFLOW SELECTION IS APPROXIMATELY 350 CFM PER TON
ell
q
O
0
C)
j
0
0 00
i(
z
U)
0 Z.)
0
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0
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---------------
-------------------------
. . .
. . .
. . . .
.
10-20-95
. . .
0
400
500 600 700 800 900 1000 1100 1200 1300
CFM
A96020
EXTERNAL STATIC PRESSURE (IWC)
p
M V co co
O
O
0
O
C)
790
HI (LOW -GAS HEAT
44
44°F AIR TEMP
RISE)'
iw . .........
Co
— — - — - — - ---
0
CD
0
0
C)
C)
0
C)
875
>
0
71
-
J)
92�
-- - - - - - " - - - - - - -
rl)
- - - - - - - -
- - - - - - -
—
co
n
970',
H (HIGH -GAS HEAT
C)
RISE)*
-
- - - - - --
- - -
(J
0 Ln:E
0
0
z 0
M r- cn co
M -i
C)
I >
M G)
1050
9M M
0
M -LO (3 TONS COOLING)
O
0MG)
C)
M - HI (HIGH -GAS HEAT 51°F AIR TEMP
RISE)'
O
ZO> Wa
(n X
-0 Z
1140
0
790
HI (LOW -GAS HEAT
44
44°F AIR TEMP
RISE)'
iw . .........
— — - — - — - ---
0
0
LO (2-1/2 TONS COOLING)
875
>
M -HI (LOW -GAS HEAT 39°F AIR TEMP RISE)'
-
J)
92�
-- - - - - - " - - - - - - -
- - - 4k�l
- - - - - - - -
- - - - - - -
—
n
970',
H (HIGH -GAS HEAT
58oF AIR TEMP
RISE)*
-
- - - - - --
- - -
0 Ln:E
z 0
M r- cn co
M -i
I >
M G)
1050
9M M
M -LO (3 TONS COOLING)
0MG)
M - HI (HIGH -GAS HEAT 51°F AIR TEMP
RISE)'
ZO> Wa
(n X
-0 Z
1140
- -
- - - - -
- - - - - ----
Wom a>
>0 mmmo
Tr --I o>rn
2 :d (n
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o 0 G) z F4
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LZc0
<*-
g:q:5z
--1 0.0
M -HI (3-1/2 TONS
COOLING)
% I
� M
a
MID
(HIGH -GAS HEAT
45-F TEMP
RISE)*
MM -n __4
r<- r-, F
1310
_1_____
- - - - - --
-AIR
- - - - --
- - - - -
- - - - -
- - - - - -
- - - - - -
-
ci M --i
MM
u, 33
MID (LOW -GAS
HEAT 29°F AIR TEMP
RISE)'
r0
1395
-n
J.
(4 TONS COOLING)
1400HI
(n
M -22
>
0
=cD
cD
0
n".
EXTERNAL STATIC PRESSURE (IWC)
:-4 bo
0
O
0
LO (2-1/2 TONS LOW COOLING)°",
rn
•—•--------
O
C>
-4
% 595
-- - — - — -
T"
0
O
-L (3TONSL OW COOLIN
co
--------------
0
'M
CD
. . . .
. . . ....
.......
. . . . .
Z
760
>
M -HI (3-1/2 TONS LOW COOLING)
r n.
\805
0
0
(n 0
m
O
O
615-
HI (4 TONS LOW COOLING)
mm
0
915
LO (2 1/2 TONS HIGH COOLING).,
O
O
O
O
0 --1 x z
O
LO (2-1/2 TONS LOW COOLING)°",
•—•--------
% 595
-- - — - — -
T"
0
-L (3TONSL OW COOLIN
--------------
0
'M
. . . .
. . . ....
.......
. . . . .
Z
760
>
M -HI (3-1/2 TONS LOW COOLING)
r n.
\805
0
(n 0
m
r
615-
HI (4 TONS LOW COOLING)
mm
915
LO (2 1/2 TONS HIGH COOLING).,
m
0 0 --4 a
Z o mcm
0 --1 x z
y0 am>
r- mr"o
o>rn
o ul
M -LO (3 TONS HIGH COOLING):!
0 g OZN
1100
m
DT z
WM
M -HI (3-1/2 TONS HIGH COOLING)
O
1275
0
HI (4 TONS HIGH COOLING)
1470
O
(D
JT
10
I*
10
Heating 6 Cooling
10
10
0
0
J
The CDSA/CDSB are cased coils designed to fit BDP furnaces of
the same width or the next smaller size. The CDSA/CDSB are
available in sizes 018 through 070 (1-1/2-6 tons). The CDSA
has a prepainted wrapper while the CD56 has an unpainted em-
bossed galvanized steel wrapper.
The CCSA is an uncased A -coil requiring a field -fabricated enclo-
sure. It is available in sizes 018 through 060 (1-1/2-5 tons)
FEATURES
Coil Design—Our advanced manufacturing methods give a bet-
ter bond of the fin to the grooved tubing.
Contaminants are not iritroduced into the coil during manufactur-
ing and all coils are shipped -with a holding charge. This helps to
prevent galvanic action. The coils are approved for air condition-
ing or heat pump application in the vertical configuration, both
upflow and downflow.
:Metering Device—The CDSA/CDSB and CCSA Coils include a
Gheck-Flo-Rater® metering dedide-which.eliminates thepoi?�riti '
serviceability requirements of check valves and expansion de-
vices used in conventional coils.
Condensate Pan—Each coil is equipped with a corrosion -resis-
tant condensate drain pan with two 3/4 -in. female threaded brass
insert connections. The thermoplastic drain pan is designed with
a slope to help ensure proper drainage.
Refrigerant Connections—Sweat-type connections are fur-
nished for installation of the refrigerant tubes to ensure leak -free
operation.
Casing—The coil casing is fully insulated to minimize heating or
cooling transfer, while maintaining quiet operation.
Form No. PDS MA. 18AD
r
1 7/1fi
(36.5)
D SUCTION LINE
5/8--18 UNF-2A '
3/g' LIOUID LINE O
(9.5)
O
1 r)9 /2- 3/,- NPT PLUGGED
(241.3) (19.1) DRAIN
7%- %r1
(187.3) 2.
1 7/18 3/a' NPT DRAIN
(36.5) 11 13/tfi (19.1)
/1fi (20.6)
(17.4) 25/16
(58.7) (482.6)
A
FRONT RIGHT SIDE
UNCASED COILS CC5AXA018. 024, 030, 036, 042, MAXW024, 030, CC5AXCO48
0
0
LM
rm
LEFT SIDE
0
D SUCTION LINE
C
'/g"•18 UNF•2A 9 112
15.88) (241.3)
1/8 LIOUID LINE L(274.6)
3116" 73/8-
9.5) (187.3) I
L
1 7/tfi j
I) (36.5)
/1/16
74 5/
(17.4) (�
UNCASED COILS CC5AXW042. 048. 060. CC5AXA060
13/16 3/4'NPT DRAIN
(20.6) (19.1)
A
FRONT
A94091
UNIT
SERIES
A
In.
mm
C
In.
mm
In.
D
mm
SHIPPING WEIGHT
Lb. Kg.
CC5AXA018
A
12-5/8
320.7
10-9/16
268.3
5/8
.15.88
15
6.8
CC5AXA024
A
12-5/8
320.7
12-11/16
322.2
5/8
15.88
17
7.7
CC5AXW024
A
15-15/16
404.8
14-3/4
374.6
3/4
19.05
22
10.0
CC5AXA030
A
12-5/8
320.7
15-1/8
384.2
3/4
19.05
20
9.1
CC5AXW030
A
15-15/16
404.8
14-3/4
374.6
3/4
19.05
22
10.0
CC5AXA036
A
15-15/16
404.8
18-1/2
469.9
3/4
19.05
24
10.9
CC5AXA042
A
19-3/8
492.1
17-3/4
450.8
7/8
22.23
26
11.8
CC5AXWO42
A
22-15/16
582.6
16-3/16
411.1
7/8
22.23
28
12.7
CC5AXW048
A
22-15/16
582.6
20-1/16
509.6
7/8
22.23 1
31
14.0
CC5AXCO48
A
19-3/8
492.1
20-1/16
509.6
7/8
22.23
27
12.2
CCSAXA060
A
22-15/16
582.6
20-1/16
509.6
7/8
22.23
31
14.0
CC5AXWO60
A
29-15/16 1
760.4
20-1/16 1
509.6
7/8
22.23
39
17.7
Lo
-4-
COOLING CAPACITIES (MBtuh)
UNIT
COIL REFRIGERANT TEMPERATURE ' (°F)
EVAP 35 40 1 45 1 50 55
AIR
CFM Evaporator Air — Entering Wei Bulb Temperature (°F)
SIZE
BF
62
67
72
62
67
72
62
67 1
72
62
67
72
62
67
72
450
22
27
34
18
24
30
14
20
26
11
16
22
9
11
18
0.17
15
15
14
14
13
13
12
12
11
10
10
9
8
8
8
600 26 33 41 22 29 37 18 24 32 14 19 27 12 13
21
A018
0.22
19
18
17
17
16
15
15
14
13
12
12
11'
10
10
10
750
30
38
47
25
33
42
20 1
28
37
17
22
30
14
15
24
0.25
22
21
20
20
19
17
17
17
15
14
14
13
11
12
11
600
28 1
36
44
24
31
39
19
26
34
15
21
29
13
15
23
A024
0.12
20
20
18
18
17
16
16
15
14
13
13
12
11
11
10
800 34 43 1 52 29 37 47 23 32 41 19 25 35 16 1 18
27
W024
0.16
25
24
22
22
21
20
19
19
17
16
16
15
13
1 14
13
1000 39 49 60 33 43 54 27 36 47 22 1 29 39 19 20
31
0.18
29
27
25
26
25
23
23
22
20
19
19
17
16
16
15
750
.37
46
57
31
41
52
25
34
45
19
27
38
14
16
25
0.13
26
25
24
24
23
1 22
21 1
20
19
17
17
16
14
14
13
A030
1000
45
57
70
38
50
63
30
42
55
25
33
46
17
19
30
W030
0.17
33
31
29
29
28
26
26
25
23
21
22
20
17
18
16
1250
52
66
81
44
57
73
35
48
63
29
38
53
20
22
34
0.20
39
36
34
35
23
30
30
29
27
25
25
23
20
21
19
900
42
52
63
35
46
57
28
39
50
22
31
42
19
22
33
0.10 34 32 30 1 30 29 1 27 27' 26 24 22 22 21 19 19_
18
A036
1200
50
62
75
43
55
68
34 1
46
60
28
37
50
23
26
40
W036
0.13
41
39
35
38
35
32
33
32 1
29
28
28
25
23
23
22
1500 57 70 84 49 62 76 39 52 67 33 42 57 27 30
45
0.16
48
44
40
44
41
37
39
37
33
33
33
29
27
28
25
1050
45
56
68
38
49
61
31
41
54
25.
33
45
20
23
36
A042
W042
0.14
37
54
32
33
31
29
29
28
26
25
24
23
20
21
19
1400 53 1 66 79 45 58 72 36 49 63 31 39 53 25 26
42
0.17 45 41 37 41 38 34 36 34 31 31 30 27 25 28
23
1750 60 73 87 51 65 80 42 55 70 36 44 60 30 32
47
0.20
52
47
42
47
44
38
42
40
35
36
35
31
30
30
27
1200
48
59
71
41
52
64
33
44
57
30
36
49
22
26
39
0.18 39 36 33 1 36 34 30 32 30 28 30 27 24 22 23
21
A048
1600
55 1
68
80
47
60
74
39
51
66
33
41
56
27
30
45
W048
0.22
47
43
38
43
40
1 35
38
36
32
33
32
29
27
28
25
2000
61
74
88
53
66
81
44
57
72
38
46
62
32
34
50
0.25 54 49 42 50 45 39 44 42 36 38 37 33 32 32
29
1200
44
57
69
36
48
62
30
40
53
25
29
43
20
21
32
C048
0.11
39
36
33 1
35
33
30
30
29
27
25
25
23
20
21
19
1600 52 65 78 43 56 71 37 46 61 31 35 50 25 25
37
0.15
48
44
38
42
40
1 35
37
36
32
31
31
28
25
25
24
2000
57
71
85
49
62
78
42
50
68
36 1
39
55 1
29
29
41
0.19
55
50
42
49
46
40
42
41
36
36
37
32
29
29
27
A060
1600
57
71
87
48
62
78
38
52
68
31
41
57
26
29
44
0.22 47 44 41 43 40 37 37 36 33 31 31 29 26 26
24
2000 65 1 80 97 1 54 70 88 43 59 76 36 46 64 30 33
50
0.25
55
51
46
50
46
42
43
42
38
36
37
33
30
31
28
2400 71 88 105 60 77 95 48 65 83 41 1 51 70 34 36
55
0.28
62
57
50
56
52
46
48
47
42
41
41
37
34
34
31
1600
63
78
94
54
69
85
43
59
75
35
47
64"
29
34
51
0.16
52
48
44
47
44
40
41
40
36
35
35
32
29
29
27
W060
2000
71
88
105
61
78
96
49
66
85
41
53
72
34
39
58
0.19
60
55
50
55
51
46
48
46
42
41
41
37
34
34
32
2400 78 96 114 67 85 104 55 73 93 46 1 58 79 39 43
64
0.21
68
62
54
62
57
51 1
54
52
46
46 1
46
41 139
39 1
36
'Saturated suction leaving evaporator coil
Refer to 38TN product literature for system performance when matched with 070 coil.
BF—Bypass Factor
SHC—Sensible Heat Capacities (1000 Btuh) shown in Italic type. SHC is based on 80'F db temperature of air entering the evaporator coil. Below 80°F db,
subtract (corr factor x cfm) from SHC. Above 80°F db, add (correction tactor x clm) to SNC.
See notes on page 6.
-5-
L'
'0
•
r'
0
INDOOR COIL PISTONS
UNIT
FACTORY -INSTALLED INDOOR
KCAKC01.01 NDR
PISTON SIZE
CD5A/CD5BA018
52
CC5AA018
W030, A036
CD5A/CD5BA024, W024
59
CC5AA024, W024
W042, W048, A060
CD5A/CD5BA030, W030
67
CC5AA030, W030
W060, A070
CD5A/CD5BA036, W036
70
CCSAA036
A042; C048
CD5A/CD5BW042, A042
78
CC5AW042, A042, A043, W043
CD5A/CD5BW048, C048
84
CC5AW048, C048
CD5A/CD5BA060
90
CC5AA060
CD5A/CD5BW060
90
CC5AW060
CD5A/CD5BA070
109
WRAPPER KIT PART NO.
PART NO.
COIL SIZE USED WITH
KCAKC01.01 NDR
A018, A024
KCAKC0106NDR'
A030, W024
KCAKCO201NDR
W030, A036
KCAKCO206NDR'
KCAKC0301NDR
W042, W048, A060
KCAKC0306NDR'
KCAKC0401 NDR
W060, A070
KCAKC0406NDR'
KCAKC0501NDR
A042; C048
KCAKC0506NDR'
'Can only be ordered in 6 packs.
-7-
19
U
10
10
10
0
0
NOTES.
1. Direct interpolation is permissible. Do not extrapolate.
2. Fan motor heat has not been deducted.
3. I data points are based on 10°F superheat leaving coil, and use of thermal expansion valve device.
4. All units have sweat suction tube connection and flare fitting liquid tube connection. For 1 -1/8 -in. system suction tube, 3/4- x 1 -1/8 -in. suction tube connection
adapter is available as accessory.
5. Check -Flo -Rater pistons (sized for matched cooling -only systems). Refer to outdoor unit installation instructions for pistons required for other systems.
6. The CD5A, CD513, CC5A coils can be used in any properly designed system using refrigerant 22.
7. Before using maximum cfm shown in table, check coil static pressure drop to ensure system blower can provide necessary static pressure needed for coil
and duct systems.
Interpolation is permissible.
Correction Factor =.1.09 x (1 - BF) x (db - 80)
COIL STATIC PRESSURE DROP (IN. WC)
ENTERING AIR DRY BULB TEMPERATURE (°F)
79
78
77
76 75 Under 75
BYPASS
81
82
83
84 84 1 Above 85
FACTOR
Correction Factor
0.10
0.98
1.96
2.94
3.92
4.91
Use formula
0.20
0.87
1.74
2.62
3.49
1
4.36
1
shown below
0.30
0.76
1.53
2.29
3.05
3.82
Interpolation is permissible.
Correction Factor =.1.09 x (1 - BF) x (db - 80)
COIL STATIC PRESSURE DROP (IN. WC)
-6-
UNIT SIZE
AIR QUANTITY (CFM)
A018
WET
DRY
400
500
600
700
800
900
1000
0.09 0.13 0.19 0.26 - -
0.08 0.11 0.13 0.20 - -
-
-
A024
WET
DRY
600
700
800
900
1000
1100
1200
0.13 0.18 0.24 0.31 - -
0.10 0.13 0.17 0.21 - -
-
-
A030
W030
WET
DRY
700
800
900
1000
1100
1200
1300
0.12 0.16 0.19 0.24 0.28 0.34
0.09 0.12 0.15 0.18 0.22 0.26
-
-
A036
W036
WET
DRY
900
1000
1100
1200
1300
1400
1500
0.16 0.20 0.24 0.28 0.33 -
0.14 0.17 0.21 0.24 0.28 -
-
A042
W042
WET
DRY
1000
1100
1200
1300
1400
1500
160
0.15 0.18 0.22 0.26 0.30 0.34
0.13 0.15 0.17 0.20 0.23 0.26
-
-
A048
W048
WET
DRY
1400
1500
1600
1700
1800
1900
2000
0.21 0.24 0.27 0.31 0.35 -
0.17 0.19 0.22 0.25 0.27 -
-
C048
WET
DRY
1200
1300
1400
1500
1600
1700
1800
0.18 0.22 0.26 0.30 0.34 -
0.15 0.17 0.20 0.23 0.26 -
-
-
A060
WET
DRY
1600
1700
1800
1900
2000
2100
2200
0.24 0.27 0.31 0.34 0.38 -
0.20 0.22 0.25 0.27 0.30 -
-
-
W060
A070
WET
DRY
1600
1700
1800
1900
2000
2100
2200
0.17 0.19 0.21 0.23 0.25 0.27
0.11 0.13 0.14 0.16 0.17 0.18
0.30
0.21
-6-
• i TWO-SPEED ELECTRIC 598A (60 HZ)
® AIR CONDITIONER sizes 036, 048, and o eries0
�IC�
I•
is
1•
1 •
1•
1•
1•
I•
I•
Model 598A Air Conditioners incorporate innovative 2 -speed
compressor technology and an aerocoustic air delivery system
to provide quiet, efficient cooling performance. Built into these
units are features most desired by consumers today. SEER rat-
ings of up to 16.0 can be reached when combined with specific
Bryant equipment. All models are listed with UL, c -UL, ARI,
CEC, and CSA-EEV. The 598A meets the Energy Stars" guide-
lines for energy efficiency.
FEATURES
COIL PROTECTION—The DuraGuard coil protector, made of a
12 gage coated steel wire grid with vertical 3/8 in. spacing, is
designed to help protect the coil from inclement weather, vandal-
ism, and incidental hits. It provides protection while not restrict-
ing airflow and maintaining ease of coil inspection and cleaning.
ELECTRICAL—All units are offered in 208/230v single phase.
Simplified field -stripped lead wire connections facilitate ease of
installation,
RANGE OF SIZES—Available in 3 nominal sizes: 036, 048, and
060 to meet the needs of residential applications.
WEATHER -PROTECTED CABINET—Steel is galvanized and
coated with a layer of zinc phosphate. A modified polyester pow-
der coating is then applied and baked on. providing each unit
with a hard, smooth finish that will last for many years.
All screws on the cabinet exterior are ceramic coated for a long-
lasting, rust -resistant, high-quality appearance.
RELIABILITY BY DESIGN—The coil incorporates copper tub-
ing and enhanced, aluminum fins for optimum heat transfer. Hot
condenser air and sound are discharged vertically and away
from adjacent patio areas and foliage through the AeroMax
opening. A heat pump style basepan is used for easy removal of
water, dirt, and debris.
A permanent -split -capacitor fan motor is totally enclosed for
greater reliability under rainy. conditions and dependable perfor-
mance for many years.
Auto -reset high- and low-pressure switches continuously moni-
tor system operation.
Mechanical and electrical interlocks between the low- and high-
speed contactors eliminate the potential for compressor motor
burnout.
A compressor crankcase heater, energized at the proper tem-
perature during the compressor off cycle, helps to provide reli-
able starting.
AEROOUIET FAN SYSTEM—Allows air to move through the
unit more easily which lowers sound levels and improves effi-
ciency.
APPLICATION VERSATILITY—This unit can be combined with
a wide variety of evaporator coils and fan coils to provide quiet.
dependable comfort. Unit can be installed on a roof or at ground
level on a slab.
EXTERNAL SERVICE VALVES—Both service valves are brass.
back seating type with sweat connections. Valves are externally
located so refrigerant connections can be made quickly and eas-
ily. Each valve has a service port for ease of checking operating
refrigerant pressures.
EASY SERVICEABILITY—Removal of access panel and con-
trol box cover provides easy access to the compressor and all
electrical controls. Removal of top provides access to fan motor
and coil. A self-diagnostic indicator on the electronic., control
board informs the service technician of the failed component.
COMPRESSOR PROTECTION—Each compressor is pro-
tected with internal PTC -type overloads. An internal pressure
relief valve provides high-pressure protection to the refrigerant
system.
STANDARD FEATURES—An electronic control eliminates
excessive wiring, and features selectable second -stage latching.
short cycle protector, and a malfunction output signal to the
indoor thermostat.
A compressor sound hood and discharge muffler provide
improved sound levels as well as sound quality.
COMPRESSOR START ASSIST—Capacitor and relay.
EXPANSION VALVE—A hard shutoff, balance -port TXV.
shipped with every unit for field installation, enhances system
performance and reliability.
LIMITED WARRANTY—One-year warranty on all parts with an
extended second -year warranty on the control board and
extended second -through -tenth -year warranty on the compres-
sor. Refer to warranty certificate for specific details.
• 1 Form No. PDS 598A.36.6
DIMENSIONS
%-IN. DIA TIEDOWN KNOCKOUTS
(2) PLACES IN BASEPAN FIELD POWER SUPPLY CONN
?/,-IN. DIA HOLE WITH
181/2" 33" 1 '/e -IN. DIA KNOCKOUT
�112_- AND
AIR IN AIR DISCHARGE 1 3/e•IN. DIA KNOCKOUT
AIR DISCHARGE ` \ /
51 X16" FIELD CONTROL
SUPPLY CONN
16 74WN. DIA HOLE
• AIR IN + LINE DIA SUCTION 39 1116
LINE CONN _
31g.IN. DIA LIQUID
911/16 LINE CONN 2715t6
101"1 16"
4 3/16 L •'
AIR DISCHARGE
AIR IN 215/16-
3/4-
• 8 3/16" 1
NOTES:
1. Allow 30 In. clearance to service side of unit, 48 In. above unit, 6 In. on one side,
12 In. on remaining side, and 24 In. between units for proper airflow.
2. Minimum outdoor operating ambient in cooling mode is 55°F, max. 125°F.
3. Series designation is the 14th position of the unit model number.
4. Center of gravity B.
0
10
LM
�m
DIMENSIONS (IN.)
UNIT
SIZE
SERIES
MINIMUM MOUNTING
PAD DIMENSIONS
036
D
26 x 32
048
D
26 x 32
060
D
26 x 32
SOUND POWER
UNIT
SIZE
OCTAVE BAND CENTER FREQUENCY (Hz) .
125 1 250 500 1 1000 2000 4000T
8000
High Speed
036
61.0
65.0
67.5 68.063.5
56.0
55.5
048
64.0
63.5
68.5 70.5L69.0
66.5
60.0
57.5
060
62.0
66.0
71.5 73.0
64.5
60.0
Low Speed
036
58.5
63.0
65.5 67.0
61.0
54.5
47.5
048
54.5
62.5
65.5 66.0
61.0
54.5
51.5
060
60.5
'65.5
70.5 71.0
67.5
64.0
55.0
-2-
A97087
ppj
U
SPECIFICATIONS
UNIT SIZE -SERIES
OPERATANG WEIGHT (Lb)
• ..
290
0.:.
290 1
060-D
291
LECTRICAL
Unit Volts—Hertz—Phase
208/230--60•-1
208/230-60-1
208/230--60-1
Operating Voltage Range'
187-253
187-253
187-253
Compressor— Rated Load Amps
17.6
23.6
30.8
Locked Rotor Amps
90.0
120.0
141.0
Condenser Fan Motor—Full Load Amps
1.1
1.1
1.4
Min Unit Ampacity for Wire Sizing
22.9
30.4
39.9
Min Wire Size (60°C Copper) AWGt
12
8
8
Min Wire Size (75°C Copper) AWGt
12
10
8
Max Wire Length (60°C) (Ft)t
55
100
78
Max Wire Length (75°C) (FI)t
52
61
74
Max Branch Circuit Fuse Size—
COMPRESSOR Ar -
40
50
60
Compressor— Manufacturer
Type
RPM (High/Low)
Copeland
2 -Speed Reciprocating
3500/1750
Temperature and Current Protection
Internal PTC Type
Refrigerant— Type
Amount (Lb)
Metering Device
CONDENSER •
5.56
R-22
1 5.17 1
TXV
5.45.
Coil—Face Area (Sq Ft)
18.0
18.0
18.0
Fins per In.—Rows—Circuits
20-2-3
20-2-4
20-2-5
Fan Motor—HP and RPM (PSC Type)
1/5 and 825
1/5 and 825
1/4 and 1100
Volts—Hertz—Phase
208/230--60-1
Condenser Airflow (CFM)
OPTIONAL EQUIPMENT
2800
2800
3200
Support Feet
KSASF0101AAA
Coastal Filter
KAACF0201 MED
Filter Drier
P502 -8163S (RCD)
Thermostat, Auto Changeover,
Non -Programmable, °FPC, 2 -stage heat/
2 -stage cool iri AC mode, 3 -stage heat/
2 -stage cool in HP mode
TSTATBBN2S01-B
Thermostat, Auto Changeover,
7 -Day Programmable. °F/°C, 2 -stage heat/
2 -stage cool in AC mode, 3-slage heat/
2 -stage cool in HP mode
TSTATBBP2S01-B
Thermidistat Control, Programmable/Non-
Programmable Thermostat with Humidity Control
TSTATBBPRH01-B
Outdoor Air Temperature Sensor
TSTATXXSEN01-B
Backplate for Non -Programmable Thermostat
TSTATXXNBP01
Backplate for Programmable Thermostat
TSTATXXPBP01
Thermostat Conversion Kit (4 to 5 wire) -10 Pack
TSTATXXCNV10
Permissible limits of the voltage range at which the unit will operate satisfactorily. Operation outside these limits may result in unit failure.
is t If wire is applied at ambient greater than 30°C (86°F), consult Table 310-16 of the NEC (ANSI/NFPA 70). The ampacity of nonmetallic -sheathed cable (NM),
trade name ROMEX, shall be that of 60°C (140°F) conductors, per the NEC (ANSI/NFPA 70) Article 336-26. If other than uncoated (non -plated), 60 or 75°C
(140 or 167°F) insulation, copper wire (solid wire for 10 AWG and smaller, stranded wire for larger than 10 AWG) is used, consult applicable tables of the
NEC (ANSI/NFPA 70).
t Length shown is as measured 1 way along wire path between unit and service panel for a voltage drop not to exceed 2%.
Time -delay fuse or circuit breaker.
NOTES: 1. Copper wire must be used from service disconnect to unit.
2. All motors and compressors contain internal overload protection.
3. This product may not be used in low -ambient applications below 55°F outdoor ambient.
P]
14
If
is
0
r1
u
0
0
COMBINATION RATINGS
UNIT
SIZE
INDOOR
SECTION
INDOOR AIR CFM TOT. CAP. BTUH
SEER
EER
SOUND LEVEL
Hih/Low
?dBA)
High
Low High
Low
FK4CNB006'
1100
745 40,000
22,400
16.00
12.00
74172
CC5A/CD5AA036
1400
850 37,400
20,600
13.00
10.05
74f72
CC5A/CD5AW048
1400
850 37,400
20.600
13.00
10.10
74/72
CC5A/CD5AW060
1400
850 38,000
20,800
13.20
10.30
74172
CD5AA048
1400
850 37,400
20,600
13.00
10.05
74172
CD5AW036
1400
850 37,400
20,600
13.00
10.05
74/72
CE3AA036
1400
850 37,000
20,200
12.80
9.90
74!72
CE3AA042
1400
850 37,400
20,600
13.00
10.10
74/72
CE3AA048
1400
850 37,400
20,600
13.00
10.10
74/72
CE3AA060
1400
850 38,000
20,400
13.20
10.40
74/72
CF5AA036
1400
850 37,000
20,200
12.70
10.00
74172
CJ5A/CK5A/CK5BA036
1400
850 38,000
22,000
13.00
10.40
74/72
CJ5A/CK5A/CK5BA042
1400
850 38,000
22,000
13.00
10.40
74/72
CJ5A/CK5A/CK5BN042
1400
850 38,000
22,000
13.00
10.40
74172
CJ5A/CK5A/CK5BN060
1400
850 38,000
22,400
13.40
10.70
74/72
CJ5A/CK5A/CK5BW036
1400
850 38,000
22,000
13.00
10.40
74!72
CK3BA036
1400
850 38,000
22,000
13.00
10.40
74/72
CK3BA042
1400
850 38,000
22,000
13.00
10.40
74!72
FK4CNF001
1100
680 36,000
21,000
14.00
10.40
74/72
FK4CNF002
1100
680 36,200
21,200
14.40
10.40
74172
FK4CNF003
1100
680 36800
21,200
14.90
10.90 .
74/72
FK4CNF005
1100
680 38,500
22,000
15.50
11.40
74/72
COILS + 333(8,J)AV036060
VARIABLE
SPEED FURNACE
CC5A/CD5AA036
1120
660
37,000
21,000
14.50
10.55
74/72
CC5A/CD5AA042
1115
660
37,000
21,000
14.50
10.60
74/72
CC5A/CD5AW042
1115
660
37,000
21,000 •
14.50
10.55
74/72
CD5AW036
1120
660
37,000
21,000
14.50
10.55
74/72
CE3AA036
1120
660
36,000
.20,600
14.20
10.50
74172
CE3AA042
1115
660
37,000
21,000,
14.50
10.70
74/72
CJ5A/CK5A/CK5BA036
1125
660
37,000
21,000
14.50
10.90
74172
CK3BA036
1125
660
37,000
1 21,000
1 14.50
10.90
74/72
COILS + 333(B,J)AV048080 VARIABLE SPEED FURNACE
CC5A/CD5AA036
1130
755
38,000
21,800
14,90
10.70
74/72
CC5A/CD5AA042
1125
760
37,000
21,000
14.80
10.75
74/72
CC5A/CD5AW042
1125
760
37,000
21,000
14.80
10.70
74/72
036-D
CD5AW036
CE3AA036
1130
1130
755
750
37,000
36,000
21,000
20,600
14.80
14.50
10.70
10.60
74172
74172
CE3AA042
1125
760
37,000
21,000
14.80
10.80
74/72
CJ5A/CK5A/CK5BA042
1125
755
37,000
21,000
15.00
11.10
74f72
CJ5A/CK5A/CK5BW036
1125
755
37,000
21,000
15.00
11.10
74172
CK3BA036
1130
750
37,000
21,000
15.00
11.10
74/72
CK3BA042
1125
755
37,000
21,000
15.00
11.10
74/72
COILS + 333(B,J)AV060100 VARIABLE SPEED FURNACE
CC5A/CD5AA036
1090
795
37,000
21,000
15.00
10.85
74(72
CC5A/CD5AA042
1090
790
37,000
21,000
14.80
10.95
74/72
CC5A/CD5AW042
1090
790
37,000
21,000
14.80
11.25
74/72
CD5AW036
1090
795
37,000
21,000
15.00
10.85
74!72
CE3AA036
1090
800
36,000
20,600.
14.50
10.80
74/72
CE3AA042
1090
790
37,000
21,000
14.80
11.00
74/72
CJ5A/CK5A/CK5BA042
1090
795
37,000
21,000
15.00
11.30
74/72
CJ5A/CK5A/CK5BW036
1090
795
37,000
21,000
15.00
11.30
74172
CK3BA036
1090
800
37,000
21,000
15.00
11.30
74172
CK3BA042 '
1090
795
37,000.
21,000
15.00.
11.30
74172
COILS + 333(B,J)AV060120 VARIABLE SPEED FURNACE
CC5A/CD5AA036
1080
810
37,000
21,000
15.00
10.85
74/72
CC5A/CD5AA042
1060
810
37,000
21,000
15.00
10.90
74/72
CC5A/CD5AW042
1060
810
37,000
21,000
15.00
10.80
74172
CD5AW036
1080
810
37,000
21,000
15.00
10.85
74172
CE3AA036
1085
815
36,000
20,600
14.70
10.80
74/72
CE3AA042
1065
810
37,000
21,000
15.00
11.00
74/72
CJSA/CK5A/CK5BA042
1070
810
37,000
21,000
15.00
11.30
74/72
CJ5A/CK5A/CK5BW036
1070
810
37,000
21,000 .
15.00
11.30
74/72
CK3BA036
1090
815
37,000
21,000
15.00
11.30
74/72
CK3BA042
1070
810
37,000
21,000
15.00
11.30
74/72
COILS + 355MAV042060 VARIABLE SPEED FURNACE
CC5A/CD5AA036
1200
80037,000
21,000
14.40
10.30
74/72
CC5A/CD5AA042
1200
800
37,000
21,000
14.40
10.30
74/72
CC5A/CD5AA060
1200
800
36,800
21,000
14.50
10.50
74/72
CC5A/CD5AW042
1200
800,
36,600
21,000
14.30
10.30
74/72
CC5A/CD5AW048
1200
800
36,800
21,000
14.50
10.50
74/72
CC5A/CD5AW060
1200
800
37,400
21,800
14.80
10.80
74/72
See notes on page 9.
7
lk]
DETAILED COOLING CAPACITIES*
EVAPORATOR
CONDENSER ENTERING AIR TEMPERATURES -F
85
95
105
115
AIR
CFM
I EWB
Capacity
MBtuht
Total
System
KW'
Capacity
MBtuht
I
Total
System
Kw•'
Capacity
MBtuht
Total
System
Kw-
Capacity
MBtuht
Totem
System
Kw"
Total I
Sens#
Total
Sens#
Total I Sens# I
Total I
Sens#
• A1
Outdoor
Section•
•
•
:11. Indoor
Section
72
43.5
20.7
3.12
41.2
19.7
3.33
38.7
18.8
36.3
17.8
3.74
3.54
67
39.3
24.7
3.02
37.1
23.7
3.22
34.9
22.8
3.41
32.7
21.8
3.59
800
63
36.3
24.0
2.95
34.2
23.0
3.13
32.2
22.1
3.31
30.0
21.1
3.48
62
35.4
28.6
2.93
33.4
27.6
3.11
31.4
26.6
3.28
29.3
25.6
3.45
57
32.2
32.2
2.84
30.7
30.7
3.02
29.3
29.3
3.20
27.7
27.7
3.37
72
44.8
21.6
3.16
42.3
20.6
3.38
39.7
19.6
3.59
37.1
18.6
3.79
67
40.6
26.2
3.07
36.3
25.2
3.27
35.9
24.1
3.46
33.5
23.1
3.64
900
63
37.5
25.4
2.99
35.3
24.4
3.18
33.1
23.4
3.36
30.9
22.4
3.53
62
36.6
30.6
2.97
34.5
29.5
3.16
32.4
28.5
3.33
30.2
27.5
3.50
57
33.9
33.9
2.90
32.4
1 32.4
3.09
30.7
30.7
3.27
29.1
1 29.1
3.45
72
45.8
22.4
3.19
43.1
21.3
3.41
40.5
20.3
3.63
37.8
19.3
3.83
67
41.5
27.4
3.10
39.1
26.4
3.30
36.6
25.3
3.50
34.1
24.3
3.68
990
63
38.4
26.6
3.03
36.1
25.5
3.22
33.8
24.5
3.40
31.5
23.5
3.57
62
37.5
32.3
3.01
35.3
31.2
3.19
33.1
30.2
3.37
30.9
29.1
3.54
57
35.3
35.3
2.95
33.6
33.6
3.14
31.9
31.9
3.33
30.2
30.2
3.52
72
46.7
23.2
3.23
44.0
22.2
3.45
41.2
21.2
3.67
38.4
20.2
3.87
67
42.5
28.8
3.14
40.0
27.8
3.34
37.3
26.7
3.54
34.7
25.7
3.73
1100
63
39.3
28.0
3.06
36.9
26.9
3.25
34.6
25.9
3.44
32.2
24.8
3.61
62
38.5
34.3
3.04
36.2
33.2
3.23
33.9
32.1
3.42
31.7
31.0
3.59
57
36.8
36.8
3.00
35.1
35.1
3.20
33.3
33.3
3.39
31.4
31.4
3.58
72
47.6
24.2
3.26
44.7
23.2
3.49
41.9
22.1
3.71
38.9
21.1
3.91
67
43.4
30.4
3.17
40.7
29.4
3.38
38.1
28.3
3.58
35.5
27.3
3.77
1225
63
40.1
29.5
3.10
37.7
28.4
3.30
35.2
27.3
3.48
32.7
26.3
3.65
62
39.4
36.5
3.08
37.0
35.3
3.28
34.7
34.2
3.47
32.5
32.5
3.65
57
38.3
38.3
3.05
36.4
36.4
3.26
1 34.6
34.6
3.46
32.6
32.6
3.65
Multipliers for Determining the Performance With
Other Indoor Sections
Indoor
Cooling
Indoor
Cooling
Section
Size
Capacity Sensiblett
Power
Section
Size
Capacity Sensiblett
Power
FK4CNB
006
1.00 1.00
1.00
CJ5A/CK5A/CK5BW
036
0.93
0.93
1.01
CC5A/CD5AA
036
048
0.94 0.94
0.94 0.94
1.07
1.08
CK313A
036
0.93
0.93
1.01
CC5A/CD5AW
042 0.93 0.93
1.01
060
0.95 0.95
1.09
COILS + 333(B,J)AV060100 VARIABLE SPEED FURNACE
CD5AA
048
0.94 0.94
1.07
CC5A/CD5AA
060
0.93
0.88
0.96'
CDSAW
036
0.94 0.94
1.07
CC5A/CD5AC
048
0.91
0.86
0.96
CE3AA
036
0.93 0.93
1.07
CC5A/CD5AW
048
0.91
0.87
0.96
042
0.94 0.94
1.08
060
0.93
0.91
0.97
048
0.94 0.94
1.08
CD5AA
048
0.91
0.87
0.96
060
036
0.95 0.95
0.93 0.93
1.09
1.07
CE3AA
048
060
0.91
0.93
0.91
0.93
0.97
0.97
CF5AA
CJ5A/CK5A/CK5BA
036
0.95 0.95
1.09
CJ5A/CK5A/CK5BA 042
0.93
0.93
0.99
042
0.95 0.95
1.09
CJ5A/CK5A/CK5BW 036
0.93
0.93
0.99
C15A/CK5A/CK5BN
042
0.95 0.95
1.09
CK3BA
036
0.93
0.93
1.00
060
0.95 0.95
1.11
042
0.93 1
0.93
0.99
CJ5A/CK5A/CK5BW
036 - 0.95 0.95
1.09
COILS + 333(B,J)AV060120 VARIABLE SPEED FURNACE
CK313A
036
0.95 0.95
1.09
CC5A/CD5AA
060
0.93
0.88
0.97
042
0.95 0.95
1.09
CC5A/CD5AC
048
0.91
0.86
0.97
FK4CNF
001
0.90 0.90
1.02
CC5A/CD5AW
048
0.91
0.87
0.97
002
0.91
0.91
1.02
060
0.93
0.90
0.98
003
0.92 0.92
0.99
CD5AA
048
0.91
0.87
0.97.
005 0.96 0.96 1.01
VARIABLE SPEED FURNACE
CE3AA
048
060
0.91
0.93
0.91
0.93
0.98
0.98
COILS + 333(0,J)AV036060
CJ5A/CK5A/CK5BA
036
1 0.93
0.93
1.03
CJ5A/CK5A/CK5BA 042
0.93
0.93
0.99
CK3BA
036
1 0.93
0.93
1.03
CJ5A/CK5A/CK5BW 036
0.93
0.93
0.99
COILS + 333(B,J)AV048080 VARIABLE SPEED FURNACE
CK3BA
036
0.93
0.93
1.00
CJ5A/CK5A/CK5BA I 042
1 0.93'
1 0.93
1 1.01
D42
0.93
0.93
0.99
See notes on page 17.
0
0
•
10
Irl
0
I •
4)
0
COMBINATION RATINGS Continued
UNIT
INDOOR
INDOOR AIR CFM TOT. CAP. BTUH
SOUND LEVEL
Hih/Low
High
Low High
Low
SIZE
SECTION
SEER
EER
?dBA)
CD5AA048
1200
800 36,800
21,000
14.50
10.50
74/72
CD5AW036
1200
800 37,000
21,000
14.40
10.30
74/72
CE3AA036
1200
800 36,400
21,000
14.00
10.20
74/72
CE3AA042
1200
800 36,800
21,000
14.50
10.50
74/72
CE3AA048
1200
800 36,800
21,000
14.50
10.50
74/72
CE3AA060
1200
800 37,600
21,400
14.80
10.80
74/72
CJ5A/CK5A/CK5BA036
1200
800 37,000
22,000
14.30
10.70
74/72
CJ5A/CK5A/CK5BN042
1200
800 37,000
22,000
14.30
10.70
74/72
CK3BA036
1200
800 37,000
22,000
14.30
10.10
74/72
CK3BA042
1200
800 37,000
22,000
14.50
10.70
74/72
CK3BA048
1200
800: 37,000
22,000
14.80
11.70
74/72
COILS + 35SMAV042080 VARIABLE SPEED FURNACE -
CC5A/CD5AA036
1200
800
37,000
21,000
14.60
10.45
74172
CC5A/CD5AA042
1200
800
37,000
21,000
14.60
10.50
74/72
CC5A/CD5AA060
1200
800
37,200
21,200
14.80
10.75
74/72
CC5A/CD5AW042
1200
800
37,000
21,000
14.50
10.45
74/72
CC5A/CD5AW048
1200
800
37,200
21,200
14.80
10.70
74/72
CC5A/CD5AW060
1200
800
37,600
21,600
15.00
11.05
74/72
CD5AA048
1200
800
37,200
21,200
14.80
10.70
74/72
CD5AW036
1200
800
37,000
21,000
14.60
10.45
74/72
CE3AA036
1200
800
36,800
21,000
14.40
10.40
74/72
CE3AA042
1200
800
37,200
21,200
14.60
11.30
74/72
CE3AA048
1200
800
37,200
21,200
14.70
10.60
74/72
CE3AA060
1200
800
37,600
21,400
15.00
11.00
74/72
036-D
CJ5A/CK5A/CK5BA042
CJ5A/CK5A/CK5BW036
1200
1200
800
800
37,000
37,000
22,000
22,000
14.70
14.60
10.80
10.80
74/72
74/72
CK3BA036
1200
800
37,000
22,000
14.60
10.80
74/72
CK3BA042
1200
800
37,000
22,000
14.70
10.80
74/72
CK3BA048
1200
800
37,000
22,000
14.80
11.00
74172
;COILS +355MAV060100VARIABLE SPEED FURNACE`:.
CC5A/CD5AA036
1200
800
37,000
21,000
14.60
10.50
74/72
CC5A/CD5AA042
1200
800
37,000
21,000
14.60
10.55
74/72
CC5A/CD5AA060
1200
800
37,400
21,200
14.70
10.75
74/72
CC5A/CD5AW042
1200
800
37,000
21,000
14.50
10.55
74/72
CC5A/CD5AW048
1200
800
37,400
21,200
14.70
10.75
74/72
CC5A/CD5AW060
1200
800
37,600
21,600
15.00
11.05
74/72
CD5AA048
1200
800
37,400
21,200
14.70
10.75
74!72
C135AW036
1200
800
37,000
21,000
14.60
10.50
74/72
CE3AA036
1200
800
36,800
21,000
14.40
10.40
74/72
CE3AA042
1200
800
37,400
21,200
14.60
10.70
74/72
CE3AA048
1200
800
37,400
21,200
14.70
10.70
74/72
CE3AA060
1200
800
37,600
21,400
15.00
11.00
74/72
CJ5A/CK5A/CK5BA042
1200
800
37,000
22,000
14.70
11.00
74/72
CJ5A/CK5A/CK5BN060
1200
800
37,800
22,400
15.00
11.40
74/72
CJ5A/CK5A/CK5BW036
1200
800
37,000
22,000
14.60
11.00
74/72
CJ5A/CK5A/CK5BX060
1200
800
37,800
22,400
15.20
11.50
74/72
CK3BA036
1200
800
37,000
22,000
14.60
11.00
74/72
CK3BA042
1200
800
37,400
22,200
14.70
11.00
7412
CK3BA048
1200
800
37,400
22,200
14.80
11.20
74/72
CK3BA060
1200
800
37,800
22,400
15.00
11.30
74/72
FK4CNB006'
1470
995
51,500
29,000
14.50
10.50
78/76
CC5A/CD5AA060
1800
1050
48,500
27,000
12.00
9.55
76/72
CC5A/CD5AW048
1800
1050
48,000
27,000
12.00
9.50
76/72
CC5A/CD5AW060
1800
1050
50,000
28,000
12.00
9.80
76/72
CD5AA048
1800
1050
48,000
27,000
12.50
9.60
76/72
CE3AA048
1800
1050
48,500
27,000
12.00
9.65
76/72
CE3AA060
1800
1050
50,500
28,000
12.00
9.80
76/72
CF5AA048
1800
1050
48,500
27,000
12.60
9.70
76/72
CJ5A/CK5A/CK5BA048
1850
1050
48,000
27,400
12.50
9.35
76!72
CJ5A/CK5A/CK5BA060
1850
1050
49,000
27,600
12.70
9.50
76/72
048-D
CJ5A/CK5A/CK5BN060
CJ5A/CK5A/CK5BW048
1850
1850
1050
1050
49,000
48,000
28,000
27,400
12.80
12.50
9.65
9.35
76/72
76/72
CJ5A/CK5A/CK5BX060
1850
1050
49,000
28,000
12.80
9.65
76/72
CK3BA048
1850
1050
48,000
27,400
12.50
9.35
76/72
CK38A060
1850
1050
49,000
27,600
12.70
9.50
76/72
FK4CNF005
1470
910
48,000
27,400
14.00
10.40
78/76
COILS + 333(B,J)AV048080 VARIABLE SPEED FURNACE
CC5A/CD5AA060
1505
950
48,000
27,800
13.50
9.95
76/72
CC5A/CD5AC048
1505
950
47,000
27,400
13.50
9.75
76/72
CC5A/CD5AW048
1505
950
47,000
27,600
13.60
9.80
76172
CC5A/CD5AW060
1505
950
48,000
27,800
14.00
10.05
76/72
See notes on page 9.
to
1•
1•
Idl
0
19
10
I0
40
n
u
DETAILED COOLING CAPACITIES; Continued
EVAPORATOR
CONDENSER ENTERING AIR TEMPERATURES "F
85
95
105
115
AIR
Capacity
T°tal
Capacity
Total
Capacity
Totel
Capacity
Total
MBtuht
system
MBtuht
System
MBtuht
'
system
MBtuht
System
Total
Sens#
Total
Sens,
Total
Sens#
Total
Sens#
CFM
EWB
KW
Kw••
Kw••
Kw-
598AO48-D Outdoor
Section•
•
•
4.90
50.9
:11. Indoor
24.8
Section
5.24
48.4
23.8
5.58
72
55.9
26.8
4.57
53.4
25.8
67
50.9
32.6
4.42
48.6
31.6
4.74
46.3
30.6
5.05
43.9
29.6
5.34
1070
63
47.3
31.8
4.31
45.2
30.8
4.61
42.9
29.8
4.89
40.5
28.7
5.15
62
46.3
38.3
4.28
44.2
37.3
4.57
42.0
36.3
4.85
39.7
35.1
5.10
57
42.9
42.9
4.18
41.3
41.3
4.46
39.6
39.6
4.73
37.8
37.8
4.98
72
57.2
27.9
4.64
54.6
26.9
4.98
52.1
25.9
5.32
49.4
24.9
5.66
67
52.2
34.4
4.49
49.8
33.4
4.81
47.4
32.4
5.13
44.9
31.3
5.42
1200
63
48.5
33.5
4.38
46.2
32.5
4.68
43.9
31.4
4.97
41.5
30.3
5.23
62
47.5
40.8
4.35
45.3
39.7
4.65
43.1
38.7
4.93
40.6
37.5
5.19
57
44.8
44.8
4.27
43.2
43.2
4.56
41.4
41.4
4.85
39.5
39.5
5.12
72
58.3
28.9
4.70
55.5
27.8
5.04
52.9
26.9
5.39
50.2
25.9
5.73
67
53.1
36.0
4.55
50.7
35.0
4.87
48.2
34.0
5.19
45.6
32.9
5.50
1325
63
49.4
35.1
4.44
47.1
34.0
4.74
44.7
33.0
5.04
42.2
31.9
5.31
62
48.5
43.0
4.41
46.3
42.0
4.71
43.9
40.9
5.00
41.5
39.7
5.27
57
46.5
46.5
4.35
44.7
44.7
4.65
42.9
42.9
4.95
40.8
40.8
5.23
72
59.3
30.0
4.76
56.4
28.9
5.10
53.7
28.0
5.45
50.9
27.0
5.80
67
54.1
37.9
4.61
51.5
36.8
4.94
49.0
35.8
5.26
46.3
34.8
5.57
1470
63
50.3
36.8
4.50
47.9
35.7
4.81
45.5
34.7
5.11
42.9
33.6
5.38
62
49.5
45.6
4.48
47.2
44.5
4.78
44.8
43.3
5.08
42.4
42.0
5.36
57
48.1
48.1
4.44
46.3
46.3
4.75
44.3
44.3
5.06
42.3
42.3
5.35
72
60.2
31.1
4.82
57.1
30.1
5.16
54.3
29.1
5.52
51.5
28.1
5.87
67
54.9
39.8
4.67
52.3
38.7
5:00
49.7
37.7
5.33
46.9
36.6
5.64
1625
63
51.1
38.6
4.56
48.6
37.5
4.87
46.1
36.5
5.18
43.5
35.3
5.46
62
50.4
48.1
4.54
48.0
46.9
4.85
45.8
45.6
5.16
43.6
43.6
5.46
57
49.7
49.7
4.52
47.7
47.7
4.84
45.7
45.7
5.16
43.5
43.5
5.46
Multipliers for Determining
the Performance With Other Indoor Sections
Cooling
I
Cooling
Indoor
Indoor
I Capacity I Sensiblett
Power
Section Size Capacity Sensiblett Power Section
Size
FK4CN6
006
1.00 1.00
1.00
COILS + 333(B,J)AV060100 VARIABLE SPEED FURNACE
CCSA/CDSAA
060
0.94 0.94
1.04
CJSA/CKSA/CKSBA 060
0.93 0.93
0.99
CCSA/CDSAW
048
0.93 0.93
1.03
CJSA/CKSA/CKSBW 048
0.91
0.91
0.99
060
0.97 0.97
1.05.
CJSA/CKSA/CKSBX 060
0.93 0.93
0.99
CDSAA
048
0.93 0.93
1.03
CK3BA
048
0.91
0.91
0.99
CE3AA
048
0.94 0.92
1.01
060
0.93 0.93
0.99
060
0.98 0.98
1.07
COILS + 333(B,J)AV060120 VARIABLE SPEED FURNACE
CFSAA
048
0.94 0.88
1.00
CJSA/CKSA/CKSBA 060
1 0.93 0.93
0.99
CJSA/CKSA/CKSBA 048
0.93 0.93
1.06
CJSA/CKSA/CKSBW 048
0.91
0.91
0.99
060
0.95 0.95
1.07
CJSA/CKSA/CKSBX 060
0.93 0.93
1.05
CJSA/CKSA/CKSBN 060
0.95 0.95
1.08
CK3BA
048
0.91
0.91
0.99
CJSA/CKSA/CKSBW 048
0.93 0.93
1.06
060
0.93 0.93
0.99
CJSA/CKSA/CKSBX 060
0.95 0.95
1.08
COILS + 355MAV060100 VARIABLE SPEED FURNACE
CK313A
048
0.93 0.93
1.06
CCSA/CDSAA
060
1 0.94 0.89
1.01
060
0.95 1 0.95 1
1.07
CC5A/CD5AC
048
0.90 0.87
1.01
FK4CNF
1 005
0.93 1 0.93 1
1.01
CCSA/CDSAW
048
0.90 0.88
1.01
COILS + 333(B,J)AV048080 VARIABLE SPEED FURNACE'.
060
0.95
0.93
1.02
CCSA/CDSAA
060
0.93 0.88
0.99
CDSAA
048
0.91
0.89
1.00
CCSA/CDSAC
048
0.91
0.86
0.99
CE3AA
048
0.93
0.92
1.02
CC5A/CD5AW
048
0.91
0.87
0.99
060
0.95
0.95
1.02
060
0.93 0.91
1.00
CJSA/CKSA/CKSBA 048
0.91
0.91
1.04
CDSAA
048
0.91
0.87
0.99
060
0.94
0.94
1.04
CE3AA
048
1 0.91
0.90
1.00
CJSA/CKSA/CKSBN 060
0.94
0.94
1.05
060
0.93
0.93
1.00
CJ5A/CK5/VCK5BX 060
0.95
0.95
1.04
CJSA/CKSA/CK56A 048
0.91
0.91
1.02
CK313A
048
0.91
0.91
1.04
CK313A
048
0.91
0.91
1.02
060
0.94
0.94
1.04
See notes on page 17.
10
lie
lie
lie
U
n
0
COMBINATION RATINGS Continued
UNIT
SIZE
INDOOR
SECTION
INDOOR AIR CFM TOT. CAP. BTUH
SEER
EER
SOUND LEVEL
HIh/Low
?dBA)
High
Low High
Low
CD5AA048
1505
955 47,000
27,600
13.50
9.80
76/72
CE3AA048
1505
955 47,000
27,600
13.50
9.85
76/72
CE3AA060
1505
950 48,000
27,800
14.00
10.20
76172
CJ5A/CK5A/CK5BA048
1505
950 47,000
27,600
13.50
9.60
76/72
CK3BA048
1 1505
950 47,000
1 27,600
1 13.50
1 9.60
1 76/72
COILS + 333(B,J)AV060100 VARIABLE SPEED FURNACE
CC5A/CD5AA060
1465
920
48,000
27,800
13.80
10.30
76/72
CCSA/CD5AC048
1475
925
47,000
27,400
13.80
10.10
76/72
CC5A/CD5AW048
1465
920
47,000
27,600
14.00
10.20
76/72
CC5A/CD5AW060
1460
915
48,000
27,800
14.00
10.50
76172
CD5AA048
1465
920
47,000
27,600
13.80
10.20
76/72
CE3AA048
1475
930
47,000
27,600
13.80
10.30
76/72
CE3AA060
1460
920
48,000
27,800
14.00
10.60
76/72
CJ5A/CK5A/CK5BA060
1470
935
48,000
28,000
13.80
10.10
76/72
CJ5A/CK5A/CK5BW048
1470
930
47,000
27,600
14.00
9.95
76/72
CJ5A/CK5A/CK5BX060
1460
925
48,000
28,400
14.00
10.30
76/72
CK3BA048
1470
930
47,000
27,600
13.80
9.95
76/72
CK3BA060
1470
935
48,000
28,000
13.80
10.10
76(72
COILS + 333(B,J)AV060120 VARIABLE SPEED FURNACE
CC5A/CD5AA060
1470
995
48,000
27,800
13.80
10.20
76/72
CC5A/CD5AC048
1490
1000
47,000
27,600
13.80
10.05
76172
048-D
CCSA/CD5AW048
CC5A/CD5AW060
1475
1482
1000
995
47,000
48,000
27,600
27,800
13.60
14.00
10.10
10.40
76/72
76/72
CD5AA048
1475
1000
47,000
27,600
13.80
10.10
76/72
CE3AA048
1490
1015
47,000
27,600
13.80
10.20
76/72
CE3AA060
1465
995
48,000
27,800
14.00
10.50
76/72
CJ5A/CK5A/CK5BA060
1455
1000
48,000
28,200
13.80
10.10
76/72
CJ5A/CK5A/CK5BW048
1485
1000
47,000
28,000
13.80
9.85
76172
CJ5A/CK5A/CK5BX060
1465
995
48,000
28,600
14.00
9.75
76/72
CK3BA048
1485
1000
47,000
28,000
13.80
9.85
76/72
CK3BA060
1460
1000
48,000
28,200
13.80
10.10
76172
COILS +.355MAV060100 VARIABLE SPEED FURNACE
CC5A/CD5AA060
1600
1000
48,500
27,000
13.70
9.70
76172
CC5A/CD5AC048
1600
1000
46,500
27,000
13.20
9.45
76/72
CC5A/CD5AW048
1600
1000
46,500
27,600
13.60
9.55
76/72
CC5A/CD5AW060
1600
1000
49,000
28,000
14.10
9.95
76/72
CD5AA048
1600
1000
47,000
27,600
13.70
9.65
78/76
CE3AA048
1600
1000
48,000
27,400
13.60
9.60
76/72
CE3AA060
1600
1000
49,000
28,000
14.00
9.90
76(72
CJ5A/CK5A/CK5BA048
1600
1000
47,000
27,800
13.70
9.40
76/72
CJSA/CK5A/CK5BA060
1600
1000
48,500
28,000
13.70
9.60
76172
CJSA/CK5A/CK5614060
1600
1000
48,500
28,000
14.10
9.75
76/72
CJ5A/CK5A/CK5BX060
1600
1000
49,000
28,600
14.10
9.80
76/72
CK3BA048
1600
1000
47,000
27,600
13.70
9.40
76(72
CK3BA060
1600
1000
48,500
28,000
13.70
9.60
76/72
FK4CNB006'
1835
1240
58,000
33,000
14.00
9.65
78/76
CC5A/CD5AA060
2100
1200
55,000
31,000
12.00
9.50
78/76
CC5A/CD5AW060
2100
1200
56,500
32,000
12.30
9.70
78!76
CE3AA060
2100
1200
57,500
32,000
12.30
9.75
78176
CJ5A/CK5A/CK5BA060
2100
1200
55,000
30,600
12.00
9.65
78/76
CJ5A/CK5A/CK5BN060
2100
1200
56,500
31,200
12.30
9.80
78/76
CJSA/CK5A/CK5BX060
2100
1200
56,500
31',200.
12.30
9.80
78/76
CK3BA060
2100
1200
56,500
1 31,600
12.00
9.65
78176
COILS"+ B,J)AV060100 VARIABLE SPEED FURNACE
CC5A/AC5AA060
1880
1165
55,000
31,000
13.00
9.70
78176
060.0
CC5A/CD5AW060
CE3AA060
1870
1880
1155
1165
56,000
56,500
31,600
31,600
13.50
13.50
9.95
9.95
78176
78/76
CJ5A/CK5A/CK5BA060
1875
1175
55,000
31,200
13.00
9.80
78/76
CJSA/CK5A/CK5BX060
1875
1165
56,000
31,800
13.30
9.90
78/76
CK38AO60
1875
1175
55,000
.31,200
13.00
9.80
78/76
COILS + 333(B,J)AV060120 VARIABLE SPEED FURNACE
CC5A/CD5AA060
1840
1135
55,000
31,000
13.00
9.55
78176
CC5A/CD5AW060
1825
1135
56,000
31,600
13.50
9.80
78176
CE3AA060
1840
1135
56,500
31,600
13.50
9.80
78(76
CJ5A/CK5A/CK5BA060
1830
1135
55,000
31,000
13.00
9.65
78/76
CJSA/CK5A/CK5BX060
1835
1135
56,000
31,600
13.50
9.60
78/76
CK3BA060
1830
1135
55,000
31,000
13.00
9.65
78(76
See notes on page 9.
4
10
14
If
10
s
to
DETAILED COOLING CAPACITIES* Continued
EVAI�ORATOR
CONDENSER ENTERING AIR TEMPERATURES 'F
85
95
105
115
AIR
Capacity
Total
Capacity
Total
Capacity
Total
Capacity
Total
MBtuht
System
MBtuht
System
MBtuht
System
MBtuht
System
Total
Sens;
Total
Sens;
Total
Sens;
Total
Sens;
CFM
EWB
KW-
KW"
Kw"
Kw"
Kw-
. 1 Outdoor
Secti•
•
•
: 1 1 . Indoor
Section
72
6.38
3.07
5.54
6.06
2.95
5.92
5.73
2.82
6.27
5.40
2.70
6.60
67
5.81
3.79
5.35
5.51
3.66
5.69
5.20
3.53
6.00
4.90
3.41
6.30
1325
63
5.40
3.70
5.20
5.11
3.56
5.51
4.82
3.43
5.80
4.53
3.30
6.07
62
5.28
4.50
5.16
5.00
4.36
5.46
4.72
4.23
5.74
4.44
4.09
6.01
57
4.96
4.96
5.04
4.75
4.75
5.34
4.53
4.53
5.64
4.31
4.31
5.93
72
6.52
3.21
5.65
6.19
3.08
6.03
5.84
2.95
6.39
5.49
2.83
6.72
67
5.95
4.02
5.45
5.63
3.89
5.80
5.31
3.75
6.12
4.99
3.62
6.42
1 500
63
5.53
3.91
5.30
5.22
3.77
5.62
4.92
3.64
5.92
4.61
3.50
6.19
62
5.42
4.80
5.27
5.12
4.67
5.58
4.83
4.53
5.87
4.54
4.39
6.14
57
5.18
5.18
5.18
4.96
4.96
5.50
4.73
4.73
5.81
4.49
4.49
6.11
72
6.62
3.32
5.73
6.27
3.19
6.12
5.92
3.06
6.48
5.56
2.94
6.81
67
6.04
4.20
5.54
5.72
4.07
5.89
5.39
3.94
6.21
5.05
3.80
6.52
1650
63
5.61
4.08
5.39
5.30
3.94
5.71
4.99
3.81
6.01
4.68
3.67
6.28
62
5.51
5.06
5.35
5.21
4.91
5.68
4.92
4.77
5.97
4.63
4.61
6.25
57
5.35
5.35
5.29
5.11
5.11
5.63
4.87
4.87
5.94
4.62
4.62
6.25
72
6.71
3.44
5.82
6.36
3.32
6.21
5.99
3.19
6.58
5.63
3.06
6.92
67
6.13
4.42
5.63
5.80
4.29
5.99
5.46
4.15
6.32
5.12
4.02
6.62
1835
63
5.70
4.28
5.48
5.38
4.15
5.81
5.06
4.01
6.11
4.74
3.87
6.39
62
5.62
5.35
5.45
5.32
5.02
5.78
5.02
5.02
6.09
4.76
4.76
6.40
57
5.53
5.53
5.42
5.27
5.27
5.77
5.02
5.02
6.09
4.76
4.76
6.40
72
6.79
3.57
5.91
6.43
3.45
6.31
6.06
3.32
6.68
5.68
3.19
7.02
67
6.21
4.64
5.72
5.87
4.50
6.08
5.52
4.37
6.42
5.17
4.23
6.72
2025
63
5.77
4.49
5.57
5.45
4.35
5.91
5.12
4.21
6.21
4.79
4.07
6.49
62
5.71
5.62
5.55
5.42
5.42
5.89
5.16
5.16
6.23
4.88
4.88
6.55
57
5.69
1 5.69 1
5.54
5.42
5.42
5.89
5.15
5.15 1
6.23 1
4.88
1 4.88
6.55
Multipliers for Determining the Performance With Other Indoor Sections
Cooling
I
Cooling
Indoor
Indoor
I
I Capacity I Sensiblett
Power
Section Size Capacity Sensiblett Power Section
Size
FK4CNB
006
1.00 1.00
1.00
COILS + 333(B,J)AV060120 VARIABLE SPEED FURNACE
CC5A/CD5AA
060
0.95 0.93
1.01
CC5A/CDSAA
060
0.95 0.88
0.99
CC5A/CD5AW
060
0.97 0.97
1.02
CC5A/CD5AW
060
0.97 0.91
0.99
CE3AA
060
0.99 0.99
1.02
CE3AA
060
0.97 0.95
1.00
CJ5A/CK5A/CK5BA 060
0.95 0.95
1.01
CJ5A/CK5A/CK5BA 060
0.95 0.94
1.00
CJSA/CK5A/CK5BN 060
0.97 0.97
1.02
CJ5A/CKSA/CK5BX 060
0.97 0.96
1.02
CJ5A/CK5A/CK5BX 060
0.97 0.97
1.02
CK3BA
060
0.95 0.94
1.00
CK3BA
060
0.97 0.97
1.01
COILS + 355MAV060100 VARIABLE SPEED FURNACE. :.
COILS +'333(B,J)AV060100 VARIABLE SPEED FURNACE.:.'.
CC5A/CD5AA
060
0.91
0.83
0.96
CC5A/CD5AA
060
0.95 0.89
.0.98
CC5A/CD5AW
060
0.95 0.86
0.96
CC5A/CD5AW
060
0.97 0.92.
0.98
CE3AA
060
0.95 0.89
0.97
CE3AA
060
0.97 0.96
1.00
CJ5A/CK5A/CK5BA 060
0.91
0.88
0.97
CJ5A/CK5A/CK5BA 060
0.95 0.95
0.99
CJ5A/CK5A/CK5BN 060
0.95 0.90
0.98
CJ5A/CK5A/CK5BX 060
0.97 0.97
1.00
CJ5A/CK5A/CK5BX 060
0.95
0.90
0.97
CK3BA
1 060
1 0.95 1 0.95
0.99 1
CK3BA
060
0.91
0.88
0.97
,See notes on page 17.
I 1
u
Ll
,�.,i N
Bryant DUCT -FREE.
HEAT PIMP MCddr-4,
Y� x m ` r S12e Q��tO:.
Payne SYSTEMS A 4s �� r; .060
Air Conditionings,IN
sw.'.,'... .
a� k NOmthl Ar eta 5'=Tons
ZSTRE
-FRELIT SYSTEM
I*
I*
I*
t
., ULa
Uaov
The Ideal Complement to Your Ducted System When It Is
Impractical or Prohibitively Expensive to Use Ductwork
• cooling and heating duty
• choice of 3 compact, attractive fan coil types for ultimate flex-
ibility in any room decor
• wide range of accessories available to meet a variety of instal-
lation requirements
• year-round comfort control
FEATURESIBENEFITS
AN INEXPENSIVE AND CREATIVE SOLUTION TO DESIGN
PROBLEMS — Heat pump duct -free split systems are a
matched combination of an outdoor heat pump unit and a dec-
orative indoor fan coil unit connected only by refrigerant tubing
and wires. One of the 3 fan coil choices will fit any application
you might encounter.
The fan coils can be mounted on the wall. at the ceiling, or in the
ceiling. This selection of fan coils permits inexpensive and cre-
ative solutions to design problems such as:
• add-ons to current space (an office or family room addition)
• special space requirements (a computer room)
V 5.7V
i�io
619E
619F
• when changes in the cooling or heating load cannot be
handled by the existing system (when adding heat -generating
equipment to a currently conditioned space)
historical renovations or any application where preserving the
looks of the original structure is essential
These compact indoor fan coil units take up very little space in
the room and will not obstruct windows. The fan coils are attrac-
tively styled to blend with most room decors.
Advanced system components incorporate innovative technol-
ogy to provide reliable cooling and heating performance at high
efficiencies and low sound levels.
Duct -free split systems offer the solution of choice. The com-
pressor is outdoors, linked by refrigerant lines to an indoor fan
coil located directly in the room it will cool or heat. These sys-
tems have minimal impact on the existing structure, and the de-
sign and interior of the conditioned space is not compromised
by bulky ductwork. Because of these features, Duct -free split
systems can be installed in places where conventional ducted
cooling and heating units simply cannot go.
41 1 Form No. PDS 538B,D.09.1
2
I 0
10
0
I0
FEATURESIBENEFITS (cont)
LOW SOUND LEVELS — When noise is a concern, the duct -
free `split systems are the answer because you do not have
to worry about duct design. There are no compressors indoors,
either in the conditioned space or directly over it, and there is
none of the noise usually generated by air being forced through
ductwork. These indoor units are whisper quiet. The outdoor
units operate at sound levels as low as 65 decibels, and are the
perfect answer to sound level ordinances.
When sound ordinances and proximity to neighbors demand
ultra -quiet operation, the 5388 and 538D are the right choice:
The advanced, horizontal airflow design distributes air more
evenly over the coil. On the 538B unit and 538DO18 and 024
units, the coil acts as an extra sound -muffling device before the
air is discharged at a very low velocity.
HIGH EFFICIENCY — With SEERS (seasonal energy efficiency
ratios) up to 11.5 and HSPFs (heating seasonal performance
factors) up to 7.6, these duct -free split systems save energy and
may quality for utility company rebates in some areas.
SECURE OPERATION — If security is an issue, outdoor and in-
door units are connected only by refrigerant piping and wiring to
prevent intruders from crawling through ductwork. In addition,
since 538B units can be installed 6 in. away from outside walls,
coils are protected from vandals and severe weather.
FAST INSTALLATION — These compact duct -free split sys-
tems take just a few hours to install, since only wire and piping
need to be run. The fast and easy installation permits minimal
disruption to customers in the home or workplace. This is an
added advantage of these duct -free split systems, especially in
retrofit situations.
The 5388 and 538D018,024 outdoor units are the orgy do&
cated commercial units with all safety features standard to en.
sure high performance and lasting reliability under the nXW
demanding situations. For example, an accumulator safepwrds
the compressor against loss of lubrication, while start capiiii r
and relays (non -scroll units) assure dependable start-ups, esw
cially during low voltage conditions down to 187 v. Hg -w- and
low-pressure safety switches, crankcase heater (non-scroit
units), bi-flow liquid line filter drier, and lockout protection are
standard on most sizes and Time Guarda compressor protec.
tion can be included.
NOTE: Time delay compressor protection is provided by the
microprocessor or 24v thermostat when outdoor unit is match
with 619C or 619F fan coil units.
The totally -enclosed outdoor -fan motor means greater reliaboy
under rain conditions, ensuring dependable performance for
many years.
INDIVIDUAL ROOM COMFORT — Maximum comfort is pro-
vided because each space can have individual set points and
may be controlled based on actual usage. The air sweep feature
provided on high wall and ceiling -suspended systems permits
optimal room air mixing to eliminate hot and cold spots and en.
hance occupant comfort.
Heat pumps with booster heat mode (cassette and ceiling sus-
pended units) provide even greater comfort in heat pump opera-
tion. With the high wall unit, warm -start features mean
occupants are never subjected to cold drafts on start-up or
defrost.
ECONOMICAL OPERATION Th d f
Features like mounting brackets and templates make the unit
— e uct- ree spin system dw
sign allows individual room cooling and heating only where re-
very easy to install. In fact, the ceiling -suspended units are even
quired. There is no need to run large supply -air fans or chided
furnished with indoor -to -outdoor connecting cables.
water pumps to handle a few spaces with unique load patterns.
,:SIMPLE SERVICING AND MAINTENANCE.- Removing a-
€-an addition, because air -is nioveBroritYr1 t#ie spa�e,:requined,pu. `T
single panel on outdoor units provides immediate access to the
energy i6 wasted'movin air throu fi ducts.
9Y 9 9
isolated compressor and control compartment, allowing a serv-
Features like the permanent split -capacitor type motors provide
ice technician access to check unit operation without a loss of
more economical operation, and the rifled copper tube with low
' condenser airflow. In addition, on 538B units, the blow-thru de-
vered aluminum plate fin coil provides maximum heat transfer.
sign of the outdoor section means that dirt accumulates on the
When demand defrost is used with high wall units, only the mali-
inside surface of the coil. Coils can be cleaned quickly from the
mum amount of energy is used to defrost the coil. In addition,
outside using a pressure hose and detergent without removing
the blow-thru design of the 538B units results in even lower en -
grilles or using fin combs.
ergy usage in defrost mode.
On indoor units, service and maintenance expense is reduced
due to easy -to -change cleanable filters on all units. In addition,
* ' 82.87
the high wall systems have extensive self -diagnostics to assist
TABLE OF CONTENTS
in troubleshooting. All units have easy -access coils and clean-
P age
�? able condensate pans to assist in meeting indoor air quality
�0
4)
411
standards.
Both refrigerant service valves are brass, back -seating type with
sweat (5388 and 538D018,024) or flare (538D009,012) connec-
tions. The valves are externally located so refrigerant tube con-
nections can be made quickly and easily. Each valve has a
service port for ease of checking operating refrigerant pressures
(5388 and 538D018,024 units).
Internal service ports (5388 and 53813018,024) are also pro-
vided to make servicing even easier, and the heating refrigerant
metering device is conveniently located in the liquid -line service
valve (538B and 538D018,024 only).
BUILT-IN RELIABILITY — These duct -free split system indoor
and outdoor units are designed to provide years of trouble-free
operation.
The high wall indoor units include freeze-up protection, high
temperature protection, and self diagnostics. Other indoor units
are protected by outdoor unit controls and have limited diagnos-
tics available through standard or accessory 24v thermostats.
2
Features/Benefits ...............................
1-4
Model Number Nomenclature .....................
5.6
ARI Capacities .................................
6
Accessories...................................
7-W
Physical Data ..................................
11-17
Base Unit Dimensions ...........................
18-24
Selection Procedure
• • • . • • • . 25
.....................
Performance Data..............................26
58
Electrical Data .............................
.59
Typical Piping and Wiring ......... ...........
60-63
Application Data ............................
. . 64-71
Typical Wiring Schematics ...........:...
72.76
Controls
......................................77-81
Guide Specifications .........................
* ' 82.87
r.
1E
10
10
1•
10
FEATURESJBENEFITS (cont)
UGHTWEIGHT, COMPACT SIZE — The small footprint of
these units provides additional benefits. Exclusive aero -
acoustics make these units the most compact in the industry.
Because they require minimal service and airflow clearances,
outdoor units can be located virtually anywhere — on the
ground, roof, balcony, under a deck, or even mounted to an out-
side wall.
The outdoor unit can be mounted on any type or weight roof,
and the indoor units take up little valuable, rentable space.
Because they are duct -free, not having to run large ductwork
leaves additional space to be rented or utilized, making the
building even more profitable.
In addition, the small size makes these units easily moveable.
When floor plans change; the units can be quickly reinstalled.
EASY-TO-USE CONTROLS — The microprocessor -based
control in the high -wall unit is easy to use, permitting quick
changes for maximum comfort. The microprocessor offers the
ultimate in comfort and efficiency. All units automatically restart
and retain their memories after a power failure, eliminating
unnecessary service calls and service disruption. High -wall
units are equipped with a wireless remote controller. Under -
ceiling and in -ceiling cassette units feature standard 24v con-
trols with new solid-state multifeatured electronic thermostats.
All units can be easily integrated into most building control sys-
tems, and offer auto -changeover from heating to cooling mode
and back.
WIDE RANGE OF ACCESSORIES — Customizing the duct -
free split systems to your application is easily accomplished
through the many accessories available. Low -ambient tempera-
ture capability (permitting cooling operation down to –20 F out-
door ambient) is easily added on all units.
Accessories for the high -wall and ceiling -suspended fan coils
include an internal condensate pump to provide installation flex-
ibility. Condensate pumps are standard on in -ceiling cassettes.
Ventilation -air capability is available as an accessory on ceiling
suspended units and in -ceiling cassettes. In addition, limited
ducting capability is available to connect in -ceiling cassettes (for
example, to duct to an adjacent room).
AGENCY LISTINGS — All systems are listed with ARI (Air Con-
ditioning & Refrigeration Institute), UL (Underwriters' Labor-
atories), CSA (Canadian Standards Association), and CEC
(California Energy Commission).
1 — -Start Capacitor and Relay`
2 — Lockout
3 — 3 -Pole Contactor
4 — High -Voltage Terminal Block
5 — Time Temperature Solid -State
Defrost Board (Not used with 619E
fan coil units)
6 — Low -Voltage Terminal Block
7 — Accumulator
8 — Liquid Line Low -Pressure Switch
9 — High -Pressure Switch
10 — Acoustic Lining
11 — Crankcase Heater
12 — Isolated Compressor/Control Area
13 — Discharge and Suction Pressure
Gage Ports
14 — Reversing Valve
UNIT SHOWN IS 538B HEAT PUMP
FEATURESJBENEFITS, (cont)
HIGH WALL FAN COILS —
' 619E (3/4 - 2 Tons)
High wall systems are the most cost-effective duct -free split systems. They can be
used for simple add-ons and retrofits where wall space is available.
#I
E3■
M
CEILING -SUSPENDED FAN COILS —
619C (11/2 - 5 Tons)
Use ceiling -suspended systems for office and retrofit applications where there is
little or no wall space.
'AI
4 W
IN -CEILING CASSETTE FAN COILS =
619F (2 - 4 Tons)
Cassette systems are ideal for retrofit and modemization projects with
standard 2 -ft x 4 -ft hung ceilings.
®■
M100, ftM-,M6,
•
a
r
MODEL NUMBER NOMENCLATURE
HEAT PUMP OUTDOOR UNITS
5386 N X 024 000 A
Model
53813,1 — Air -Cooled Heat
Current Series Code
Heat Pump Units
A —All Models
Voltage Designation
000 —All Models
r
A — 1151.60
E — 460-3.60'
Nominal Capacity
N —208/230-1-60
P — 208/230-3.60'
009 —
3/4 Ton 030 — 2 1/2 Tons
012 —
1 Ton 036 — 3 Tons*
018 —
1-1 /2 Tons 048 — 4 Tons*
X — All Models
024 —
2 Tons 060 — 5 Tons*
'Size 036-060 units only.
1!
Model
619C — Ceiling -Suspended, -
' Sizes 018, 024, 036, 048 060
619E
Sizes 009.'012, 0181-024
' 619F — In -Ceiling Cassette,
Sizes 024, 036, 048
Voltage Designation
A — 1151.60
N — 208/230-1-60
10
61
is
619E
HEAT PUMP FAN COIL UNITS
N X 012 0wo A
Current Series Code
A —All Models
Heating
Nominal Capacity _
009 — 3/4 Ton 036 — 2-1/2 Tons
012 — 1 Ton 048 — 3 Tons
018 — 1-1/2 Tons 060 — 5 Tons
024 — 1-1/2 Tons
Type of Fan Coil
X — All Models
10
It
lip
10
1•
10
� 0
MODEL NUMBER NOMENCLATURE (cont)
SYSTEM AND COMPONENT AVAILABILITY
SYSTEM OR COMPONENT
009
012
018
024
SIZE
030
036
048
060
High Wall System
X
X
X
X
COIL
INDOOR
OUTDOOR
STANDARD
Ceiling Suspended System
TOTAL
SEER
X.
X
Xt
X
X
X
In -Ceiling Cassette System
TYPE
SECTION
X.
Xt
Xt
X"
538D
X
X
X
X
RATING
538B
X
X
X
X
X
X
619E
X
X
X
X
252
8,700
0.95
10.0
619C
9,000
3.20
X
X
2.2
X
X
X
619F
302
12,500
1.28
X
9.8
X
X
6.80
'Uses an 024 size indoor unit.
tUses an 036 size indoor unit:
"Uses an 048 size indoor unit.
NOTE: See Systems Index Index table, page 26 for a complete list of systems including components used for each.
ARI' CAPACITIES
FAN
NET
HIGH
HIGH
HIGH
HEAT
HEAT
OUTDOOR
COIL
INDOOR
OUTDOOR
STANDARD
COOLING
TOTAL
SEER
EER
HEAT
HEAT
HEAT
LOW
LOW
SOUND
TYPE
SECTION
SECTION
CFM
(Btuh)
kW
CAP
COP
HSPF
CAP
COP
RATING
(Btuh)
(Btuh)
(Decibels)
.
619EO09
538DO09
252
8,700
0.95
10.0
9.2
9,000
3.20
6.80
5,120
2.2
65
High Wall
619EO12
538DO12
302
12,500
1.28
10.5
9.8
12,500
3.00
6.80
7,190
2.3
65
10.1
6.80
619EO18
I 538DQ18
455
17,300
1.71
1 11.5
116,900
2.85 1
10,100
2.05
68
619EO24
538DO24
525
23,200
2.23
11.0
10.4
121,400
2.90 1
6.80
12,700
2.20
68
619CO24
538BO18
500
19,000
1.90
11.00
10.0
117,000
3.20 1
7.20
9,800
2.1
70
619CO24
538BO24
525
24,000
2.40
11.00
10.0
22,600
3.00
7.30
12,500
2.0
68
619CO36 .
._.5.3813030 _..:
,.:-... _ 870. • .
300.00 _
--.2.94 _
11.00 ,
10.2
28,000
3.30 _-
7.40.
15,600
2.2
68____
-
53813036
-- --
- y ._
Ceiling_
619CO36
Single -Phase
870
34,600
3.39
11.50
10.2
33,000
3.30
7.15
19,000
2.2
68
Suspended
Unit
5388036
619CO36
3 -Phase
870
36,000
3.67
11.00
9.8
34,400
3.00
6.80
19,800
2.0
74
Unit
619CO48
538BO48
1100
48,000
5.00
10.20
9.6
45,500
3.20
7.30
28,200
2.2
76
619CO60
538BO60
1600
58,000
5.85
11.00
9.9
57,500
3.15
7.40
32,000
2.2
72
619FO24
538BO18
525
18,000
2.00
10.00
9.0
17,600
3.04
6.80
11,000
2.0
68
619FO36
5388024
980
25,000
2.44
10.70
10.2
23,800
3.34
7.60
13,400
2.3
68
619FO36
5388030
980
29,000
2.61
11.50
11.1
27,000
3.27
7.60
15,900
2.3
68
In -Ceiling
5386036
Cassette
619FO48
Single -Phase
1100
33,000
3.47
10.50
9.5
33,000
3.30
6.80
20,000
2.2
70
Unit
538BO36
619FO48
3 -Phase
1100
34,400
:3.65
10.00
9.2
34,000
3.00
6.80
21,000
2.0
74
Unit
LEGEND
COP - Coefficient of Performance
db - Dry -Bulb
EER - Energy Efficiency Ratio
HSPF - Heating Seasonal Performance Factor
SEER - Seasonal Energy Efficiency Ratio
wb - Wet -Bulb
ARI 210/240 ARI 270
(When used with
matching unit.)
'Air Conditioning 8 Refrigeration Institute.
NOTES:
1. Ratings are net values reflecting the effects of circulating fan heat. Supplemental elec-
�' triC heat is not included. Ratings are based on:
Cooling Standard: 80 F db, 67 F wb indoor entering air temperature and 95 F db air
entering outdoor unit.
High -Temperature Heating Standard: 70 F db indoor entering air -temperature and
47 F db, 43 F wb air entering outdoor unit.
Low -Temperature Heating Standard: 70 F db indoor entering air temperature and
17 F db, 15 F wb air entering outdoor unit.
2. Ratings are based on 15 ft of interconnecting refrigerant line.
3. The total kW is for the total system, including compressor and indoor and outdoor
fans.
0
s
2
ACCESSORIES (FIELD -INSTALLED)
STANDARD FEATURES AND FIELD -INSTALLED ACCESSORIES
STANDARD FEATURE/FIELD-INSTALLED
ACCESSORY
HIGH WALL
SYSTEMS
CEILING -SUSPENDED
SYSTEMS
IN -CEILING
CASSETTE SYSTEMS
Condensate Pump
A
A
S
Mounting Brackets
S
S
S
Microprocessor Controls
S
—
—
24-V Electro -Mechanical Controls
—
S
S
Cleanable Filters
S
S
S
Charcoal Filter Kit I
A
—
—
_ Programmable Electronic Thermostat
—
A
A
3 -Speed Indoor -Fan Motor
S.
S
S
Automatic Indoor -Fan Speed Control
S
S
S
Diagnostics
S
S.
S.
Galvanized Steel Casing (Indoor Unit)
—
—
S
Wired and Wireless Remote Controllers
S (WR)
S (W)
S (W)
Fully Insulated Indoor Unit Cabinet
S
S
S
Automatic Air Sweep
S
S
—
User -Controlled Air Distribution
—
—
S
Power Ventilation Kit
—
A
A
Fresh Air Intake Kit
—
A
A
Indoor Guard (Discharge Grille)
—
A
—
Auto Restart Function
S
S
S
24 -Hour Automatic Start/Stop Timer
S
A
A
50 -ft 24v Control Power Cablet
—
S
—
35 -ft 24v Control Power Cable
S(018,024)
—
—
35 -ft Power and Control Cable
S(009,012)
—
—
Refrigerant Line Turn Elbowt
—
S
—
Thermistor Cable Assembly
S
—
—
High- and Low -Voltage Terminal Blocks (Indoor)
S
S
S
AccuRaterG Refrigerant Metering Device
S
S
S
Electric Heat
—
S
S
Demand Defrost
S
—
—
:TrrielTemperature Defrost
_.:.. =.:
_.; _ .. g = .:_: ,
:, ::. S
Warm Start (in heating)
S
—
—
Evaporator Coil Freeze Protection
S
—
—
Outdoor High- and Low -Voltage Terminal Block
S
S
S
Accumulator
S
S
S
Crankcase Heater (Reciprocating Compressors)
S
S
S
Crankcase Heater (Scroll Compressor Units)"
A
A
A
High -Pressure Switcht
S
S
S
Loss of Charge Switcht
S
S
S
5 -Year Compressor Warranty
S
S
S
Compressor Start Assistance (non -scroll units)
S
S
S
Cycle-LOCTm Devicet
S
S
S
Suction and Discharge Service Tapstt
S
S
S
If Totally Enclosed Outdoor Fan Motor
S
S
S
Acoustically -Lined Compressor Compartment
S
S
S
Low Ambient Temperature Controls (down to -20 F)
A
A
A
Heating Operation to -20 F
S
S
S
Auto Changeover from Cooling to Heating
S
S
S
Liquid Solenoid Valvet
A
A
A
FIELD FABRICATED AND FIELD INSTALLED ACCESSORIESII
Stacking Railst
A
A
A
Condensing Unit Wall.Mount Kitt
A
A
A
Snow Standt
A
A
A
Ice Standt
A
A
A
Wind Baff lest
A
A
A
LEGEND
— Field -Installed Accessory
Standard from the Factory
W — Wired (24v)
WR — Wireless Remote
— — Not Available on this System
'Limited diagnostics through standard 24v control.
tFor size 018 and larger.
"Crankcase heaters are standard on 538B units without scroll com-
pressors, and are recommended as an accessory for scroll compres-
sor applications with line lengths over 100 ft and applications using
low -ambient kits.
ttThe 538B units are equipped with 4 taps; one for each service valve,
and one each on compressor suction and discharge.
IlDrawings available for field fabricated accessories.
0
r3
a
ACCESSORIES (FIELD INSTALLED) (cont)
See Standard Features and Field -Installed Accessories table on page 7 for information on
system features and accessories.
CONDENSATE PUMPS
FRESH AIR INTAKE KIT
REAR OR DOOR INDOOR UNIT
UNIT (TOP)
COVER
I �
I
i
ADJUSTABLE
VENTILATIOI•
AIR DAMPER
AIR FILTER
Condensate pumps provide condensate lift capability of 20 in. on
ceiling -suspended (619C) fan coils. On high -wall 619E) fan coils,
condensate pump has a lift capability of 1 to 10 ft (009 unit) or 3 to
25 ft (012-024 units). The pump mounts inside the unit with quick
plug-in connections, and is recommended when adequate drain line
pitch cannot be provided.
NOTE: This pump is standard on the in -ceiling cassette (619F) fan
coils, where it provides a lift capability of 20 in. above the conden-
sate pan.
Fresh air intake kit provides for a variable amount of
outdoor -air capability for the ceiling -suspended (619C) and
cassette (619F) fan coils. Up to 30% outdoor -air can be
supplied to 619C units and up to 10% can be supplied to
619F units. The filter is mounted at the fan coil unit and pro-
vides filtering of outdoor air before it enters the unit.
(Ceiling -suspended system application is shown.)
BOTTOM
OF
INDOOR
UNIT
C7
•
•
i
7
ACCESSORIES (FIELD INSTALLED) (cont)
CHARCOAL FILTER KIT
The charcoal (carbon) filter kit is available for duct -free high -
wall fan coil units. This accessory improves indoor air quality
by removing volatile organic compounds (VOCs), odors, and
micro -particles from the air. The filter kit can be.installed
either before or after the unit has been mounted to the wall.
Filters must be changed approximately every 3 months.
COLLECTOR
d r ACTIVE
CARBON
s ' FILTER
(FILTER FOR 009 SIZE SHOWN)
POWER VENTILATION KIT
Power ventilation kit provides for up to 10% outdoor air intake capability for the
in -ceiling cassette (619F) units and up to 30% capability on ceiling -suspended
(619F) units. The filter is mounted at the fan coil unit and filters the outdoor air. A
booster fan with speed Control is provided to allow for long duct runs and to bal-
ance airflow to the unit for consistent unit operation.
11
ACCESSORIES (FIELD INSTALLED) (cont)
OUTDOOR UNITS
Low -ambient kit includes a solid-state head pressure controller
designed to control condenser fan cycling, and is activated by
a pressure sensor. It is specifically designed to control fan -
motor cycles in response to saturated condensing pressure.
This device maintains a constant saturated condensing tem-
perature of 100 F t 10 F at outdoor -air temperatures between
55 F and –20 F, and can be used on all outdoor units without
changing the outdoor -fan motor.
Liquid solenoid valve is an electrically operated shutoff valve
that is installed at the outdoor unit to stop and start refrigerant
flow in response to compressor operation. The valve maintains
a column of refrigerant in the liquid line between compressor
operating cycles and is required for certain long -line applica-
tions and to improve system performance. The valve should be
used with all long -line applications (over 100 ft).
Crankcase heater is,available for units with scroll compressors.
Heater clamps onto compressor oil sump. Recommended for
low -ambient applications.
FIELD FABRICATED ACCESSORIES — Feld fabricated
accessories including the stacking kit, snow or ice stand, wind
baffles, and wall mount brackets must be constructed in the field
• using field -supplied materials.
Stacking rails allow stacking of equally -sized units or permit
smaller units to be stacked on top of larger units. These field
fabricated rails can be used for stacking all size 018 and larger
units.
l0
4
0
2
Snow or ice stands raise the outdoor unit above snow and ice
surfaces to permit normal air circulation, condensate drainage,
and maintenance clearances in areas where prolonged sub-
freezing temperatures or heavy snowfalls occur. The snow rack/ •
ice stand must be field fabricated and can be used on all
size 018 and larger outdoor units.
Wind baffle is a field fabricated sheet metal wrapper used to
provide improved unit operation during high winds, and is rec-
ommended for size 018 or larger outdoor units whenever the
low -ambient accessory is used.
Wall mount brackets are mounted to the outside of the struc-
ture to raise unit from ground level, or to mount the unit on a wall
adjacent to a sloping roof. Wall mounts are also useful in areas
of heavy snowfall or where space is at a premium. Wall mounts
must be field fabricated and can be used with any size 018 or
larger outdoor unit.
FAN COILS
Indoor guard is a decorative wire guard for the ceiling -
suspended (619C) fan coils. The guard mounts over the fan coil
discharge to prevent objects from entering the unit and air
sweep.
Electronic programable thermostats are available for in -
ceiling cassette (619F) and ceiling -suspended (619C) fan coils.
These commercial -grade thermostats provide 7 -day, 4 event -
per -day scheduling. The integral subbase provides 3 -speed fan
switchover capability, air sweep, auto changeover, and non-
volatile memory (no battery required).
•
1s
lul
Irl
i 'These units may only be used with 619E fan coil units.
tSee Piston Guide tables on page 67 for proper charge. These units are shipped with a holding charge only.
"Demand defrost when used with 619E fan coil units.
ttA 24-v transformer is provided in the fan coil unit; 53813018 and 024 units have their own transformers.
11 Valve connection size is 3/4 inch. Recommended line size is 7/e inch.
71
PHYSICAL DATA - 53813018,024 AND 5388 OUTDOOR HEAT PUMP UNITS
UNIT
538D018•
538D024•
5388030
538BO36
536B018
5308024
(Sin le -Phase)
NOMINAL CAPACITY (Tons)
11/2
2 21/2
3
OPERATING WEIGHT (lb)
154
167 180
184
REFRIGERANT TYPE
Control (Cooling)
R-22
AccuRater® Piston at Fan Coil Unit
Control (Heating)
AccuRater Piston at Outdoor Unit
Factory Charge (lb)t
1.5
COMPRESSOR
Type
Tecumseh Reciprocating Copeland Scroll
Model
AW5519G
AW5524G ZR28K1
ZR34K1
Oil (Recharge) (oz)
30
30 24
30
CRANKCASE HEATER
Watts
19
19 None
None
OUTDOOR FAN
Propeller, Direct Drive
Rpm
850
850 850
850
Diameter (in.) ... No. of Blades
18...3
18...3 .18...3
18...3
Pitch (Degrees)
25
27 27
31
Motor Hp
1/8
1/8 1/8
1/8
Nominal Air Cfm
1720
1720 1720
1720
OUTDOOR COIL
Copper•-, Aluminum Fin
Face Area (sq ft)...No. of Coils
6.1...1.5
6.1...2 6.1...3
6.1...3
Finsln.
15
15 15
15
CONTROLS
High -Pressure (psig)
Cutout
320 t 20
Cut -in
426 t 7
Liquid Line Low -Pressure (psig)
Cutout
7± 3
Cut -in
22 t 5
Fusible Plug
210 F
Defrost Method"
Time and Temperature Defrost
Accumulator
Yes
Control Voltagett
REFRIGERANT
24 v
LINES
Connection Type :.:..
:. : ;Sweat=Suction;.Flare—.Liquid::
Liquid Line OD (in.)
3/e
3/8 3/8
3/0
Vapor Line OD (in.)
S/•
5/e 3/4
7/e ry
Maximum Length (ft)
200
200 200
200
Maximum Lift Fan Coil Above (ft
65
65 65
65
Maximum Lift Fan Coil Below) (ft;
150
150 150
150
1•
10
If
if
0
u
PHYSICAL DATA - CEILING -SUSPENDED UNITS
t
UNIT
619C018'
619CO24
619CO36
619CO48
619CO60
NOMINAL CAPACITY (Tons)
1112
2
3
4
5
NOMINAL SIZE (Btuh)
18,000
24,000.
36,000
48,000
60,000
OPERATING WEIGHT (lb)
110
110
119
151
181
MOISTURE REMOVAL RATE (Pints/hr)
FINISH
5.8
7.1
GM Motorhome
9.5
White with Black
13.4
Trim
15.1
REFRIGERANT
Control (Cooling)
R-22
AccuRaterO Piston in Fan Coil
Control (Heating)
AccuRater Piston in Fan Coil
Charge Required (Ib) Single Phasel3 Phaset
4.3/—
6.3/—
7.5/8.7
10.0%
11.9/—
r••• FAN
Direct Drive Centrifugal
Rpm/Cfm High
900/480
1050/550
1275/870
1435/1130
1275/1600
Rpm/Cim Medium
862/400
900/480
972/750
1388/975
972/1220
Rpm/Cfm Low
770/320
862/400
830/630
1315/820
830/1040
High Speed Watts
92
92
282
425
564
Motor Quantity... Hp
1...1/16
1... /I r.
1...'/6
1 ...1/16, 1...1/6
2...1/6
Blowers Quantity... Size (in.)
2...6 x 8
2...6 x 8
2...6 x 8
3...6 x 8
4...6 x 8
rr••• COIL
CopperTube,
Face Area (sq ft)
2.2
2.2
2.6
3.0
4.0
No. of Rows
4
4
4
4
4
Finstin.
14.9
14.9
14.9
14.9
14.9
Circuits
FILTERS
4
4
4
Cleanable
8
8
Quantity... Size (in.)
4...12 x 83/4
4...12 x 83/4
5...105/6 x 83/4
4...105/e x 83/4
2...12 x 83/4
6...12 x 83/4
AIRSWEEP
Horizontal
—
Vertical
Automatic
HEATER
kW
2.0
2.0
3.0
4.0
5.0
CONTROLS
Solid
-State
Remote Controller Options
Hard -Wired
Diagnostics
Yes (with Optional Thermostat)
Defrost Method
Time/Temperature
Timer Mode
Yes (with Optional Thermostat)
Freeze Protection
Yes
Test Mode
Yes
Auto. Changeover
Yes
Auto. Restart
Yes
Fan Mode
High/Medium/Low/Auto
Boaster Heat Mode
Yes
Control Voltage
24 v (provided)
REFRIGERANT LINES
Connection Type
Flare
Liquid Line OD (in.)
3/e
Vapor Line OD (in.)
5/6
5/e
3/4
7/e••
/e "
Maximum Length (ft)
200
Maximum Lift (Fan Coil Above) (ft)
65
Maximum Lift (Fan Coil Below) (ft)
150
CONDENSATEDRAIN CONNECTION
'The 619C018 fan coil is a 6190024 fan coil, but uses a different motor speed fan tap plug than the
619CO24. Refer to unit installation instructions for more details.
tOutdoor unit is shipped with a holding charge. The amount of charge listed is determined based on
25 It of line. See Application Data section on page 64 for information on longer line lengths and out-
door unit combinations. 1
"Valve connection size is 3/4 inch. Recommended line size is 7/e inch.
ttFlexible tubing (5/a in.) is required when the accessory condensate pump is used.
'Ctr
BASE UNIT DIMENSIONS - 53813009,012 OUTDOOR UNITS
�- - - --�-- - - -
I 2'-0'
• I �----------16101
---
1
1 � "1 � 1 — c'� � log r r�• '� �
0•- 11 -- — 17621Lrj
I
[1021
I
2
[6101
• 1'-3 3/8' 0--7 1/2
[3901 11921
0'-5 7/8"
0'-55 3/ 3/8'
[1351
• 0'-105/8' /i '�--- --� —1-----1/
[2711
n
0'-97/8' I
0[22 7/9 II I I I\ ��♦ 1 111 C >l� �sl
L --
TOP VIEW
16601 0'-1 5/8'
[421
HIGH VOLTAGE TO 0'-1 3/16'
• INDOOR SECTION 1301 0'-2 1/8'
1 1/8' DIA. 1541
0--3 11/16,
[947
16
it
L—o'-9 114J
HIGH VOLTAGE TO
DISCOWSCT
3/4' OTA.
0'-23 1/4-
15901
-9-
FRONT VIEW 12351
NOTES:
1. Dimensions in[ ) are in millimeters.
2. Direction of airflow.
3. (a Center of Gravity.
4. Minimum clearances: 4 in. on coil sides, 24 in. on fan side, and 30 in.
on service side.
11
(1
0.-4
e - - [1011
NIGHT SIDE VIEW
UNIT WEIGHT
5388 Ib kg
009 60.7 27.5
012 66.5 30.2
01
W'
UNIT
A
B
0'-7 1/2•
C
D E
F G H
J
K L M
OPERATING
WEIGHT
-
ft -In. I
mm ft -In.
mm
ft -In. mm
ft -In. mm ft -In. mm
ft -In. I mm ft -In. mm ft -In. mm
ft -In.
mm ft-In.1 mm ft -In. mm Win. mm
Ib
Kg
538D, 5388018 2.111.638.2
3-016/,s
938.2
1-20/ie 369.9
1-4 406.4 1-111/ie 595.3
1-53/ia 436.6 1.51h 444.5 1-8'/s 511.2
1-1
330.2 0-6%1168.3 0-111/+ 285.8 0-05A 15.88
154
69.8
538D, 5388024
2.11/e 1638.2
3.015/,.
938.2
1-29/,e 369.9
1.4 406.4 1.117/is 595.3
1.51/,e 436.6 1.5/2 444.5 1-8'/e 511.2
1-1
330.2 0-6V41171.5 0-11% 295.3 0.0% 15.88
167
75.7
5388030
2.11/9 1638.2
3.015/1.
938.2
1-29/,e 369.9
1-4 406.4 1-117/,s 595.3
1.53/,9 436.6 -1-51112 444.5 1.81/9 511.2
1.1
330.2 0-63/41171.5 0-11% 295.3 0.03/+ 19.05
180
81.6
5388036'
2.1'/e
638.2 3.015/,6
938.2
1-20As 369.9
F1-4 406.4 1-117h. 595.3
1.53h6 436.6 1-5'/2 444.511-81/a 511.211-1
330.2 0-63/+ 171.5 0-11% 295.3 0.03/+ 19.051
184
83.5
5388036t
3.13/,9 944.6 3-8"/,s
1131.9
1.5'/,e 433.4
1.6'/,s 468.3 2-6'/2 774.7
1-7611. 498.5 2-56/9 1752.512-83/16,817.611-1%
352.4 0-8'/+ 209.5 1-4 406.4 0.03/+ 19.05
249
112.9
5388048
313/,. 944.613-89N
1131.9
1.5'/,s 433.4
1-6'/,e 468.3 2-61/2 774.7
1-75/s 498.512-5%1752.512-83/is 1817.611-1
"As 347.7 0-8'/e 206.4 1.37/6 403.2 0-01/a 122.22 1,
252
114.3
5388060
3.13/,"
944.63-8"/,a I
1131.9
1.5/,9 433.4
1-67/,e 468.3 2.6'/2 1774.711-7%
1498.5 12-5%1752.5 2.83/,9 1817.611-2
6.
368.3 0-81/9 206.4 1.3711. 1403.2 0-0'/e 22.22
-272-1-123.4
I'Single-phase,
tThree-phase,
DRAIN HOLES
(TYP)
0'-0 11/16
[IBI
6 3/8'
[1621
�0'-2 1/2'
1641
UNIT SIZE
MND BAFFLE ACCESSORY
'E'
0'-7 1/2•
016,024,030,036'
1-11 x 3-6 584.2 x 1066.8 2-2 x 3-61660.4 x 1066.812-2 x 3-61660.4 x 1066.8
036t,048,060
2.0 x 4-2 609.6 x 1270 2.4 x 4-41711.2 x 1270.012-2 x 4-21660.4 x 1270.0
11911
-
-
AIR DISCHARGE
-
-I
119
r 4-
/ OUTDOOR COIL
1HERMISTOR
TYP f f f
AIR IN
�j�-
01521
OUTDOOR AIR
TOP VIEW
,-
THERMISTOR
6 3/8'
[1621
�0'-2 1/2'
1641
UNIT SIZE
MINIMUM MOUNTING PAD DIMENSIONS
Support Feet Snow Stand Ice Stand
ft -In. mm ft -In. I mm ft -In. I mm
016,024,030,036'
1-11 x 3-6 584.2 x 1066.8 2-2 x 3-61660.4 x 1066.812-2 x 3-61660.4 x 1066.8
036t,048,060
2.0 x 4-2 609.6 x 1270 2.4 x 4-41711.2 x 1270.012-2 x 4-21660.4 x 1270.0
T-0'-4 3/16•
[1061
4 -THERMISTOR PLUG
KI
J
-3 1/2'
(69) FIELD CONTROL SUPPLY CONN.
7/8' OIA (2h HOLE
AND THERMIS(OR CABLE
etlNlFc T I n)n ' :
FRONT VIEW
.A.
A VAPOR LINE'CONN.
/ALE SWEAT CONN.
3/8' DIA.I101
LIQUID LINE CONN.
MALE FLARE CONN.
'L'
NOTES:
1. Required clearances, with coil facing wall; allow 6 in. minimum clearance
on coil side and coil end, and 3 ft minimum clearance on compressor end
and tan side. With fan facing wall; allow 8 in. minimum clearance on fan
side and coil end, and 3 It minimum clearance on compressor end and coil
side. With multi unit application; arrange units so discharge of one does not
enter inlet of another.
2. Dimensions in [ ] are in millimeters.
3. Q� Center of gravity.
4. Thermistors used with 619E fan coils only. -
0"-4 S/8' FIELD POWER SUPPLY CONN f Iff DIA (281
I F1118) HOLE FOR 018, 024, 030, 036' SIZES
/ 13/8' DIA 1351 HOLE FOR 036t. 048,060 SIZES
II 0'-6 5/16"
_ 11101
1 0'-7 13/16'
12S) ICE STAND ACCESSORY (198)
1'-
8-1 1/16' -� 1'-3
(5251 140311
i SN08_S Aw)1ACCESSTY
RIGHT SIDE VEIW
A,
:t'
J
J
T
0'-4 1/4'
11091
1.
TOP VIEW 0'-11'
12791
1'-11 1/B'
(5881
I )
0'-4"
(10022)
0'-t 0'
CONTROL BoxG
mm
_1
L
mm
(1541
?
HIGH VOLTAGE KNoEKOUT
r
m
F
110
0'-2 tt/16-
1294
'-�'
1169
4- 16/11
REFRIGERANT DEVICE
—49
0'-1 11/16'
[681
LI
(1021.I//fl-
'-1 5/0- 1123
0'-5/16'-�—
1368
A
1421
U
151
511R/,e
1817
5 6�/e
1692
510'/4
7/16-0
DISCHARGE AIR
--
1/2' 11141
7- 8
'
7- 3
O' -S 1/8,
(1701
1214)
(190)
0'-6 7/16
11643
1 /
(1371•+4 1251
0'•9 IS/16'
`
0'-5 7/8'
REAR VIEW
0'-7 7/16" 1
-
1)
+
10'-4' (1021
REFRIGERANT PIPING CONN.(LIOUIO SIDE)
3/9 MALE FLARE
CONDENSATE PULP ACCESSORY 170- MAX. flit)
PLUG COIN. FOR WIRED CONTROLLER
O4B4O60 ONLY
0'-3 S/8'
LOW VOLTAGE AND THERMISTOR CONNECTION
(931
TO OUTDOOR UNIT
0'-4 1/8-
1104)
II
REFIGERANT PIPING CpQNNN.(VAPOR SIDE)
FLAREIOIB,.924)
0'-4 7/0-
1«
S/B MALE
3/a MALE FLARE(036,648,060)
FRESH AIR ACCESSORY
REVERSE BRACKETS 1123)
D
ORAIN PIPING CONN.f3/4 MALE NPT)
6' DUCT RING
FOR OPTIONAL MOUNTING
fIJ 8-1�-0
FRESH AIR — (4)MOUNIING BOLI HOLES
MINIMUM 0'-3. 1761 CLEARANCE 1/2 OU K 1 LONG
REQUIRED IN
"10
0'-I 1/8,- (2S4)
0'-7/8- (291- 0'-4•
(22) (1021
0'-2 11/16-
1691 TOP
ACCE55 FOR WIRING.
T
0'-4 1/4'
11091
1.
TOP VIEW 0'-11'
12791
1'-11 1/B'
(5881
I )
0'-4"
(10022)
WEIGHT
(Ib)
ALTERNATE TOP POWER 1 '
ENTRANCE KNOCKOUT 1.
I
mm
_1
L
mm
5;
mm
r
REFRIGERANT R ACCESSORY
CONDENSATE DRAINAGE
(OPTIONAL)
ACCESS TO CONDENSATE 1'-6 9/16 -
PUMP THRU SIDE PANEL ._ (472)
0'-9 S/B'
(245)
+U 0'-5 3/I6-
(1321
LOOSEN BOLTS AND SLIDE CONDENSATE 0;-4 3/4'
4 MOUNTING BRACKET THIS PUMP 11211
DIRECTION—TO REMOVE ACCESSORY
0'-3 17/16-
0'-2 1/8. 196)
ISS) - - - -In - 510E VIEW
�a i
NOTES:
1. Dimensions in [ ) are millimeters.
2. * Direction of airflow.
3. Facing unit discharge, unit clearances are as
follows:
0 in. on top and rear
3 in. on lett side
12 in. on right side
36 in. on bottom
RIDING CONN. REFRIGERANT 9
(VAPOR SIDE) CONDENSATE
REMOVEABLE AIR FILTER INLET AIR DRAINAGE
(OPTIONAL) '
OVERRIDE SWITCH
UNIT
619C
WEIGHT
(Ib)
A
ft -in. I
mm
B
ft -in.
mm
E
ft -in.
mm
ACCU(ATER
m
018,024
110
•
1294
310
1169
4- 16/11
REFRIGERANT DEVICE
—49
E_11
036
LI
l it r ) — _
0'-3 S/16-
1841
0'-5/16'-�—
1368
A
1459
U
151
511R/,e
1817
5 6�/e
1692
510'/4
1783
DISCHARGE AIR
--
181
7- 8
2336
7- 3
2211
7- 65/e
2302
1-11§�e512
SLIDE SIDE PANEL THIS
DIRECTON—TO REMOVE
(1371•+4 1251
0'•9 IS/16'
0'-5 7/8'
FRONT VIEW (2531
0'-6 9/16
-
PIPING CONN.
(LIQUID SIOE>
RIGHT SIDE
PIPING KIAC[OUT-
D(IAIN CONN VIR TNG
NOTES:
1. Dimensions in [ ) are millimeters.
2. * Direction of airflow.
3. Facing unit discharge, unit clearances are as
follows:
0 in. on top and rear
3 in. on lett side
12 in. on right side
36 in. on bottom
RIDING CONN. REFRIGERANT 9
(VAPOR SIDE) CONDENSATE
REMOVEABLE AIR FILTER INLET AIR DRAINAGE
(OPTIONAL) '
OVERRIDE SWITCH
UNIT
619C
WEIGHT
(Ib)
A
ft -in. I
mm
B
ft -in.
mm
E
ft -in.
mm
F G
ft-in.im
m
018,024
110
4- 21§/,e
1294
310
1169
4- 16/11
1260
—49
036
119
4-10'D/,e
1493
4- 5"A
1368
4- 91/7
1459
—48048
151
511R/,e
1817
5 6�/e
1692
510'/4
1783
1. 97/e92060
181
7- 8
2336
7- 3
2211
7- 65/e
2302
1-11§�e512
PERFORMANCE DATA
SYSTEMS INDEX TABLE
is
FAN COIL
TYPE
INDOOR
SECTION
OUTDOOR
SECTION
STANDARD
CFM
NET COOLING
(Stuh)•
HIGH HEAT
(CAP
Btuh
HEAT LOW
(CAP
INDEX
NO.
619EO09
538DO09
252
8,700
9,000
5,120
1
HIGH WALL
619EO12
538DO12
302
12,500
12,500
7,190
2
619EO18
538DO18
455
17,300
16,900
10,100
3
619EO24
538DO24
525
23,200
21,400
12,700
4
619CO24
5388018
480
19,000
17,000
9,800
5
619CO24
538B024
550
24,000
22,600
12,500
6
619CO36
538BO30
870
30,000
28,000
15,600
7
619CO36
538BO36
Single -Phase Unit
870
34,600
33,000
19,000
8
CEILING SUSPENDED
619CO36
538BO36
3 -Phase Unit
870
36,000
34,400
19,800
9
619CO48
538BO48
1100
48,000
45,500
28,200
10
619CO60
538BO60
1600
58,000
57,500
32,000
11
619FO24
538BO18
525
18,000
17,600
11,000
12
619FO36
538BO24
915
25,000
23,800
13,400
13
619FO36
538BO30
915
29,000
27,000
15,900
14
IN -CEILING CASSETTE
619F048
538B036
Single -Phase Unit
1100
33,000
33,000
20,000
15
619F048
538BO36
1100
34400
34,000
21,000
16
'0
3 -Phase Unit ,
'Rating conditions are 80/67 F dry bulb/wet bulb indoor air, 95'F outdoor air, and high speed.
r=
L'
41
•
I•
it
f•
0
PERFORMANCE DATA (cont)
COOLING CAPACITIES (cont)
SYSTEM V - CEILING -SUSPENDED SYSTEM (5388018 WITH 619CO24)
TEMP (F)
AIR ENTERING
AIR ENTERING INDOOR UNIT - CFM/BF
320/0.01 400/0.02 480!0.02
OUTDOOR UNIT
Air Entering Indoor Unit - Ewb (F)
(Ed1b)
57
62
67
72
57
62
67
72
57
62
67
72
TCG
36.5
40.6
44.6
47.2
38.9
42.7
46.4
49.2
41.3
44.9
48.2
51.1
SHG
33.6
30.1
26.6
22.2
37.4
33.3
28.6
23.4
41.2
36.5
30.7
24.7
TC
35.9
40.1
44.1
46.7
38.2
42.1
45.7
48.5
40.5
44.1
47.4
50.3
55
kW
2.67
2.74
2.79
2.82
2.75
2.81
2.86
2.90
2.83
2.88
2.93
2.98
CMP
2.17
2.25
2.29
2.33
2.22
2.28
2.32
2.36
2.26
2.31
2.35
2.40
LOB
33.1
38.1
43.4
49.8
36.7
41.5
47.0
53.2
40.3
44.9
50.7
56.5
LWB
32.9
37.7
43.0
49.5
35.8
40.9
46.4
52.6
38.7
44.0
49.7
55.8
TCG
30.3
34.0
37.5
40.3
32.5
35.8
39.1
42.0
34.7
37.6
40.8
43.7
SHG
28.8
25.5
22.5
18.9
31.7
28.3
24.4
20.1
34.7
31.1
26.3
21.3
TC
29.8
33.5
37.0
39.9
31.9
35.2
38.5
41.4
34.0
36.9
40.1
43.0
65
kW
2.47
2.55
2.61
2.66
2.55
2.62
2.68
2.73
2.63
2.69
2.74
2.80
CMP
2.04
2.12
2.18
2.23
2.09
2.15
2.21
2.27
2.13
2.19
2.24
2.30
LOB
34.2
39.5
44.6
50.5
38.0
42.7
47.9
53.7
41.9
45.8
51.3
56.9
LWB
34.4
39.1
44.2
50.1
37.0
42.0
47.3
53.1
39.6
45.0
50.4
56.2
TCG
24.1
27.3
30.4
33.5
26.2
28.8
31.9
34.9
28.2
30.3
33.3
36.3
SHG
23.9
20.8
18.3
15.7
26.1
23.2
20.1
16.7
28.2
25.7
21.9
17.8
TC
23.7
26.9
30.0
33.1
25.7
28.3
31.4
34.4
27.6
29.7
32.7
35.7
75
kW
2.27
2.35
2.44
2.50
2.35
2.42
2.50
2.56
2.44
2.49
2.56
2.63
CMP
1.91
1.99
2.07
2.13
1.96
2.03
2.10
2.17
2.01
2.07
2.13
2.20
LOB
35.3
41.0
45.8
51.2
39.4
43.9
48.8
54.2
43.5
46.8
51.8
57.2
LWB
35.9
40.4
45.4
50.7
38.2
43.2
48.3
53.7
40.5
46.0
51.1
56.6
TCG
19.0
21.4
23.8
26.4
20.6
22.5
24.9
27.6
22.2
23.6
26.1
28.7
SHG
19.0
16.5
14.5
12.4
20.6
18.5
16.0
13.3
22.2
20.5
17.5
14.2
TC
18.6
21.1
23.4
26.1
20.2
22.1
24.5
27.1
21.7
23.1
25.6
28.2
85
kW
1.99
2.07
2.15
2.23
2.07
2.13
2.21
2.28
2.15
2.19
2.27
2.33
CMP
1.69
1.77
1.85
1.93
1.75
1.81
1.88
1.95
1.80
1.84
1.92
1.98
LOB
37.1
42.4
47.3
52.4
41.2
45.1
50.1
55.2
45.2
47.8
52.8
58.0
LWB
37.1
41.8
46.8
51.9
39.2
44.4
49.4
54.6
41.3
47.0
52.1
57.4
TCG
14.3
15.9
17.7
19.7
15.5
16.7
18.6
20.6
16.7
17.5
19_4
21.5
SHG
14.3
12.6
11.0
9.29
15.5
14.1
12.1
10.0
16.7
15.7
:Z9k1:33
10.8
TC
14.0
15.6
17.5
19.4
15.2
16.4
18.2
20.3
16.3
17.1
��y�1:9;0:
21.1
95
kW
1.67
1.73
1.80
1.87
1.74
1.78
1.85
1.92
1.80
1.83
h1:90.
1.97
CMP
1.43
1.5.0.
1.56
1.63
1.48
1.53
1.59
1.66
1.53
1.56
'1,62
1.69
LOB
39.1
43.8
48.7
53.8
43.0
46.3
51.3
56.3
46.8
48.9
0538
58.9
LWB
38.2
43.3
48.1
53.2
.40.2
45.7
50.6
55.8
42.2
48.0
53:1;.,
58.3
TCG
9.95
10.9
12.2
13.6
10.8
11.5
12.8
14.2
11.6
12.0
13.3
14.8
SHG
9.95
8.86
7.68
6.47
10.8
9.98
8.51
7.01
11.6
11.1
9.35
7.54
TC
9.75
10.7
12.0
13.4
10.5
11.2
12.5
14.0
11.3
11.7
13.0
14.5
105
kW
1.29
1.34
1.39
1.45
1.34
1.37
1.43
1.49
1.39
1.41
1.47
1.53
CMP
1.12
1.16
1.22
1.28
1.16
1.19
1.24
1.30
1.19
1.21
1.27
1.32
LOB
41.3
45.2
50.1
55.1
44.9
47.6
52.5
57.5
48.6
50.0
54.9
59.9
LWB
39.3
44.6
49.5
54.6
41.2
46.9
51.8
56.9
43.1
49.1
54.2
59.2
TCG
5.98
6.47
7.28
8.12
6.47
6.79
7.58
8.44
6.97
7.11
7.88
8.76
SHG
5.98
5.41
4.66
3.90
6.47
6.10
5.18
4.23
6.97
6.78
5.71
4.56
TC
5.85
6.35
7.16
7.99
6.32
6.63
7.43
8.28
6.78
6.92
7.70
8.58
115
kW
0.860 '.
0.886
0.925
0.966
0.894
0.911
0.950
0.991
0.929
0.936
0.974
1.02
CMP
0.750
0.776
0.815
0.856
0.775
0.792
0.831
0.872
0.801
0.808
0.846
0.888
LOB
43.4
46.5
51.4
56.4
46.9
48.9
53.7
58.7
50.4
51.2
55.9
60.9
LWB
40.5
46.0
50.8
55.9
42.2
48.1
53.0
58.1
44.0
50.1
55.2
60.2
TCG
2.37
2.53
2.88
2.58
2.66
2.78
2.80
SHG
2.37
2.21
1.89
2.58
2.49
u1 a
2.78
2.77
33
TC
2.32
2.47
2.83
2.51
2.60
2.70
2.72
3A3,
125
kW
0.378
0.386
0.405
0.393
0.397
.`
0.408
0.408
CMP
0.332
0.340
0.359
0.343
0.347
0.354
0.3551
LOB
46.0
48.0
52.8
49.1
50.2
52.3
52.4
5&
LWB
41.8
47.6
52.2
43.4
49.3
_
44.9
51.1
Rating condition.
EM Not recommended for long-term operation.
LEGEND
BF - Bypass Factor
CMP - Compressor
Edb - Entering Dry Bulb
Ewb - Entering Wet Bulb
kW - Total Power
LOB - Leaving Dry Bulb
LWB - Leaving Wet Bulb
SHG - Gross Sensible Capacity (1000 Btuh)
TC - Total Net Cooling Capacity (1000 Btuh)
TCG - Gross Cooling Capacity (1000 Btuh)
31
'Refer to Systems Index Table on page 26.
NOTES:
1. Direct interpolation is permissible. Do not extrapolate.
2. The SHG is based on 80 F edb temperature of air entering indoor
coil.
Below 80 F edb, subtract (core factor x cfm) from SHG.
Above 80 F edb, add (coir factor x cfm) to SHG.
Correction Factor = 1.10 x (1 - BF) x (edb - 80).
A
00
INSTANTANEOUS AND INTEGRATED HEATING RATINGS (cont)
SYSTEM 6• - CEILING -SUSPENDED SYSTEM (5388024 WITH 619CO24)
TEMP (F)
AIR
AIR
ENTERING
AIR TEMPERATURE ENTERING OUTDOOR COIL (F)
ENTERING
INDOOR UNIT
INDOOR UNIT
(CFM)
0
10
17
20
30
40
47
80
400
Cap
kW
8.71
i..
1.56
11.20
1.67
13.00
1.75
13.90
1.79
16.70
1
1.90
20.10
2.03
22.80
2.14
27.50
2.31
55
480
Cap
9.01
?q r
11.60
ft
13.40
�
14.30
a•, "f "t i}4
17.30
20.80
80
23.90
JV,2'�"
28.30
kW 1 1.57 1.68 1.75 1.79 1.89 2.01 2.11
2.22
550
Cap 1
9.23
8I48
11.90
Q
13.70
�; „Si}
14.60
$x18 _
17.70
8i_' .'.
21.30
;ZV : %
24.40
4'?43t4_
28.70
kW 1.59 1.69 1.76 1.79 1.89 2.00 2.08
2.19
400
Cap
8.29
3s$3,.:
10.60
', 9;9>i
12.60a(3(i.
13.50
;, f234;<
16.30
14%
19.70
iS}<fl
22.30
, ,x2;30
27.00
kW 1.57 1.69 1.77 1.81 1.93 2.06 2.17
2.36
60
480
Cap
8.597"9Ur3
11.20
moi; s
13.00
T „ .<.
13.90
('� °'"
16.80
Y"4 ."z ;
20.30
.2ii, : `
23.20
23i20i;'
27.80
kW 1.59 1.70 1.78 1.81 1.92 2.05 2.14
2.28
550
Cap
8.808yt0
11.40„
°
13.30
1_ti).
14.20
2Yr
17.20
1;6"' -
20.80
1Z0i8Q
23.80
4'.x3;8(3
28.30
kW 1.60 1.71 1.78 1.81 1.92 2.04 2.12
2.25
400
Cap
7.87
725s
10.40
fi4, "
12.20}1'
13.10
1,:
15.90
19.20
8213', ::
21.70
? 1. ,
26.50
kW 1.59 1.71 1.79 1.83 1.96 2.10 2.21
2.40
65
480
Cap
kW
8.17
1
7)NOMM
1.60 1
10,80
g,�,;.,
1.72
12.60
1.80
13.50
1 ti
1.83
16.40
141ii).
1.95
19.80f$",:,_
2.08
22.60
2.18
27.40
2.34
550
Cap
8.38
7i1;;"
11.0010,40t,Q�
12.90
-, V, .
13.80
1g
16.80
` 1`4
20.30
`, .:
23.20
2320,.,.;
27.90
kW 1.62 1.73 1.81 1.84 1.95 2.07 2.17
2.30
400
Cap
kW
7.46
6`8$ 1
1.60
10.00
�f{ #r,.11.80
1.73
f 11?
1.82
12.70
i,it
1.85
15.40
i � '
1.98
18.70
F '�{)(i0
2.13 1
21.20
T'.��0 ; �
2.24
26.00
,
2.45
70
480
Cap
7.75713
10.40Bf?e;,
12.20
�1i `:,
13.10
1 480, ,
15.90
14t�0".:
19.30
118;30;8
21.902l7t)li
26.90
KRW
kW 1.62 1.74 1.82 1.86 1.98 2.11 2.22
2.41
550
Cap
7.96
§7.32°%
10.60
z§3 Z$„
12.50
11.401
13.40
171; (d
16.30?Yr
'
19.801
:8E1r
22.80
22.601
27.60;
kW 1.63 1.75 1:83 ' " "': . ,,. 1.87 1.98 2.11 2.21
2.36
400
Cap
7.02
8 dt k
9,60
g �6 77,;
11.40
jQ,b(}
12.20
;I Q((
15.00
13
18.20
18 0 A:
20.60
r2Q 60
25.40
„. 264f1 v
kW 1.62 1.74 1.83 1.88 2.01 2.16 2.27
2.49
75
480
Cap
7.31
873 ',
9.96
851;)',,.`
11.80
1�
12.70
4t);n�
15.50
13.k30` '•
18.80
r�'!8,80,
21.40
`j��2140,
26.40
kW 1.63 1.76 1.84 1.88 2.01 2.15 2.25
2.45
550
Cap
7.52
';q R
10.20
'"'
X98...
12.10
1'(It)',,,•
13.00
1> iia
15.90
t3;
19.30
18,',3(3�z
22.00,?800
27.20
kW 1.65 1.77 1.85 1.89 2.01 2.14 2.24
2.42
400
Cap
kW
6.59
N6 06'
1.63
9.168
31
1.76
11.00
10' ,,, ,.
1.85
11.80
tU>8t7
1.90
14.601;8;
2.01
17 70
X17 70
2.19
20.1020
#Q�s
2.31
24.80
2.53
80
480
Cap
6.87
?832..:
9.53
1q'8%1
11.40
k 1:402 :
12.201µ2:00
15.10
13(e.•
18.30
'183f1?
20.80
3()80
25.80
kW 1.65 1.77 1.86 1.90 2.04 2.18 2.29
2.50
550
Cap
7.08
x8;5.1:
9.79
1 MQffio�.95.,''
11.70
Lt},70 �
12.50
17)3(2 -
15.40
�s13€50
16.80
1 ;
21.40
„21,4Q
26.80
'
kW 1.67 1.79 1.87 1.91 2.04 2.18 2.28
2.48
Indicates rating condition.
Indicates integrated rating.
LEGEND
Cep - Hearing Capacity (1000 Bluh) (includes indoor -fan motor heat)
kW - Total Power Input (includes compressor motor power input, outdoor -
fen motor power input, and indoor -fan motor power input)
0
'Refer to Systems Index Table on page 26.
tlnlegraled Rating.
NOTE: Integrated capacity is maximum (instantaneous) capacity less the effect of frost on the
outdoor coil and the heat required to defrost it.
•
0
10
Is
19
n
u
ID
L]
ELECTRICAL DATA
538D HEAT PUMPS
UNIT
UNITV-PH-Hz
V -PH -Hz
OPERATING
OPERATING
COMP RLA
COMP LRA
FAN FLA
MCA
POWER
FLA
5380
208/230-1-60
VOLTAGE -
VOLTAGE -
COMP RLA
COMP LRA
FAN FLA
13.0
15.3
17.6
20
25
30
10.5
12.4
14.2
024
030
MINIMUM*
MAXIMUM*
187
253
17.9
MCA
MOCP
FLA
009
115-1-60
104
127
9.0
45.0
0.76
11.2
15
9.76
012
208/230-1-60
187
253
5.8
30.0
0.35
8.9
15
6.15
018
208/230-1-60
187
253
9.8 '
49.0
0.70
13.0
20
10.5
024
208/230-1-60
187
253
11.7
61.0
0.70
15.3
25
12.4
5388 HEAT PUMPS
UNIT SIZE
5388
V -PH -Hz
OPERATING
VOLTAGE -
MINIMUM*
OPERATING
VOLTAGE -
MAXIMUM*
COMP RLA
COMP LRA
FAN FLA
MCA
POWER
MOCP
FLA
018
208/230-1-60
187
253
9.8
11.7
13.5
49.0
61.0
76.0
0.70
0.70
0.70
13.0
15.3
17.6
20
25
30
10.5
12.4
14.2
024
030
036
208/230-1-60
187
253
17.9
90.5
0.70
23.1
40
18.6
208/230-3-60 187 253 11.2 66.0 1.45 15.5 25
12.7
460-3-60 414 506 5.2 35.0 0.80 7.3 15
6.0
048
208/230-1-60
187
253
23.2
110.0
1.45
30.5
50
24.7
208/230-3-60 187 253 15.3 92.0 1.45 20.6 35
16.8
460-3-60 414 506 7.3 46.0 0.80 9.9 15
8.1
060
208/230-1-60
187
253
31.7
135.0
1.45
42.0
1 60 1
33.2
208/230-3-60 187 253 20.4 105.0 1.45 27.0 45
21.9
460-3-60 414 506 10.8 55.0 0.80 15.0 25
11.6
FAN COIL UNITS
UNIT
V -PH -Hz
OPERATING
VOLTAGE
-MINIMUM'
OPERATING
VOLTAGE
-MAXIMUM'
FAN FLA
HEATER
kW FLA
MCA
POWER
MOCP
FLA
MINIMUM
WIRE SIZE
619C018,024
208/230-1-60
187
253
0.50
2.00
8.66
9.29
15
11.29
14
619CO36
208/230-1-60
187
253
1.30
3.00
13.00
17.70
20
14.30
14
619CO48
208/230-1-60
187
253
1.601
4.00
17.40
23.80
25
19.00
12
619CO60
208/230-1-60
187
253
2.60"
5.00
2.17
28.70
30
24.30
10
619E009
115-1-60
104
127
0.41
-
-
tt
tt
0.41
14
619EO12
208/230-1-60
187
253
0.23
-
-
tt
tt
0.23
14
619E018
208/230-1-60
187
253
0.53
-
-
0.66
15
0.53
14
619EO24
1 208/230-1-60 1
187 1
253
0.53
-
-
0.66
15
1 0.53
14
619FO24
208/230-1-60
187
253
0.44
1.8011
7.50
0.6/ 7.5
15/15
7.94 1
14/14
619FO36
208/230-1-60
187
253
L70.78
2.7011 1
11.25
10.0/15.0
15/15
12.80
14/14
619FO48
208/230-1-60
187 1
253 1
1.04 1.
2.7011 1
11.25
10.0/15.0
15/15
12.03
14/14
59
'Permissible limits of the voltage range at which units will operate
satisfactorily
tone fan is 1.1 amps, and the other is 0.5 amp.
"Two fans, each operating at 1.3 amps.
ttMCA and MOCP are for both indoor and outdoor units (system) and
are listed in the outdoor unit tables.
IlSeparate heater and unit circuits required.
NOTE: Two MCA, MOCP, and minimum wire size values are shown for
units with separate unit and heater circuits. The first value applies to the
unit circuit; the second applies to the heater circuit.
LEGEND
FLA -
Full Load Amps
HACK -
Heating, Air Conditioning, and Refrigeration
LRA -
Locked Rotor Amps
MCA -
Minimum Circuit Amps
MOCP -
Maximum Overcurrent Protection Amps (Fuse or HACR
Circuit Breaker)
RLA -
Rated Load Amps
59
'Permissible limits of the voltage range at which units will operate
satisfactorily
tone fan is 1.1 amps, and the other is 0.5 amp.
"Two fans, each operating at 1.3 amps.
ttMCA and MOCP are for both indoor and outdoor units (system) and
are listed in the outdoor unit tables.
IlSeparate heater and unit circuits required.
NOTE: Two MCA, MOCP, and minimum wire size values are shown for
units with separate unit and heater circuits. The first value applies to the
unit circuit; the second applies to the heater circuit.
MONO
• a
TYPICAL PIPING AND WIRING — CEILING -SUSPENDED SYSTEMS
LA
72
L)
VOTES:
1. All piping must follow standard refrigerant piping techniques.
2. All winng must comply with the applicable local and national
codes.
3. Liquid line need not be insulated.
4. Wiring and piping shown are general points -of -connection guides
only and are not intended for a specific installation.
5. Insulate condensate line if run above a conditioned space.
6. AccuRaters device is provided.
10
140
AIRFLOW
LEGEND
NEC — National Electrical Code
— Phase
Piping
Line Voltage
24 V
WEATHERPROOF _ _ _ _ Thermistor
FUSED DISCONNECT* • 'Standard.
PER NEC tAccessory item.
"Field supplied.
AIRFLOW �� HEATING ACCURATER DEVICE*
I
COIL FILTER DRIER (BIFLOW)-
OUTDOOR ' MOISTURE INDICATOR
UNIT SIGHT GLASS••
INSULATED
SUCTION UNE
LIQUID LINE—
ALTERNATE
CONDENSATE DRAIN
WITH ACCESSORY PUMP
2 WIRES
(+)GROUND
FUSED DISCONNECT**
AIRFLOW
_--2 WIRES 10
3 WIRES 30
. (+) GROUND
6 WIRES
THERMOSTAT*
CONTROL CONNECTIONS
6 WIRES•
COOLING ACCURATER
—METERING DEVICE
(INSTALLED INSIDE
UNIT)*'
--24V
CONTROL POWER
PROVIDED INSIDE UNIT
CONDENSATE
DRAW LINE"
TO OPEN SIGHT
DRAIN
(TRAP REQUIRED)
49
11
•
0
APPLICATION DATA
1.yUnit selection
Select equipment to either match or be slightly less than
anticipated peak cooling load. This provides better humidity
control, fewer unit cycles, and less part -load operation.
Heating and cooling design loads must both be checked. To
meet heating requirements, calculate heater in addition to
heat pump capacity. Since indoor unit is off during defrost
cycles, it is not necessary for electric heater to meet total
heating requirement.
For units used in spaces with high sensible loads, base
equipment selection on unit sensible load, not on total
anticipated load. Adjust for anticipated room wet bulb tem-
perature to avoid undersizing equipment.
Heating load using outdoor air must be checked in addition
to cooling load. Heating load of outdoor air can greatly
reduce heating capability.
When selecting equipment which has outdoor air intro-
duced into the unit, determine the mix conditions of room air
and outdoor air at design conditions. The cooling capacity
tables in this literature are based on 80 F edb. Adjust for
actual dry-bulb and wet -bulb conditions with the required
outdoor air to select the proper equipment.
2. Unit combinations and coil mixed matches
The 538D and 538B units are the only units approved for
use with the 619C,F, and E, duct -free split systems. The
538B units may also be used with other fan coil units (in
approved combinations).
NOTE: The 619C, F fan coils may also be used with 538A
condensing units to provide systems with cooling and elec-
tric heat. Refer to cooling system product data literature for
more details.
3. Unit mounting (outdoor)
a. Unit leveling — For reliable operation, units should be
level in all planes.
b. Clearance — Adequate clearance must be provided for
airflow. See dimensional drawings for proper clear-
ances. The heat pump units are designed for free -blow
application. Air inlets and outlets should not be re-
stricted. Outdoor fan external static pressure available is
less than 0.1 in. wg.
c. Unit location — Heat pump units should not be
stacked. Defrosted condensate from upper unit will
• refreeze on lower unit. Units may be wall mounted, pad
mounted at ground level, roof mounted, or mounted on
or under a deck. Be sure water drainage from roof will
not drain directly onto the unit.
Units must be mounted so that snow will not obstruct air-
flow and so that defrosting coil ice can drain freely from
the outdoor unit drain pan. Snow and ice stands can be
• field -fabricated to raise 538B and 538D (snow stand
only) size 018 or larger units to meet these conditions if
necessary. Contact your representative for drawings.
If 5388 or 538D018,024 outdoor heat pump units are be-
ing mounted near a wall, the air should discharge toward
the wall. This will provide inherent coil protection and
the best possible sound and airflow performance. The
538D009,012 units should be mounted with fan dis-
charge pointing away from the wall.
16
4. Unit mounting (indoor)
a. Unit leveling — For reliable operation, units should
be level in all planes. The 619C ceiling -suspended fan
coils may have a slight pitch, but only toward the drain
connection.
b. Clearance — Provide adequate clearance for air-
flow. The unit return and discharge should not be ob-
structed by furniture, curtains, or anything which may
cause unit short cycling or air recirculation. See base
unit dimensional drawings on pages 18-24 for required
clearances.
c. Unit location — When selecting unit location, select a
location which will provide the best air circulation for the
room.
1) 619E HIGH WALL UNITS — These units should be
positioned as high as possible on the wall for best air
circulation. Allow adequate clearances above the unit
for servicing (removing unit covers). Place the unit in
the middle of the wall selected (if possible). Select an
outside wall if available to make piping easier, and
place the unit so it faces the normal location of room
occupants.
2) 619C CEILING -SUSPENDED UNITS —These units
should be mounted near the ceiling and against a
wall. The unit should be centered in the room for best
performance. Locating the unit on an outside wall will
make piping easier, but units may also be mounted
away from a wall if desired. (If the unit is mounted
away from a wall, the rear panel of the unit may need
a field -supplied trim strip for improved appearance.)
For quietest operation, locate the fan coil return over
an area which is not normally occupied. Do not block
air discharge for a minimum of 15 ft to prevent dump-
ing of cold air and drafts.
3) 619F IN -CEILING CASSETTE UNITS—These units
should be mounted in the ceiling, preferably near the
center of the room. If the unit must be mounted near
a wall, close the air discharge on the blocked side(s).
(Up to 2 sides may be blocked.) Locate the control
box away from the blocked side(s).
5. Mounting template
The 619C fan coil units are furnished with a mounting tem'
plate to mark the location of the mounting brackets, wiring,
and refrigeration hole locations. In addition, the 619C units
indicate the location of ventilation -air connections.
6. Support
Adequate support must be provided to support the weight
of all fan coils. Refer to the Physical Data section on
pages 11-17 for fan coil weights, and the base unit dimen-
sional drawings on pages 18-24 for the location of mounting
brackets.
APPLICATION DATA (cont)
7. System operating conditions
Operating limits:
I P OUTDOOR HEAT PUMP UNITS
Is
is
I*
!•
10
'Dry bulb/wet bulb.
FAN COIL UNITS
CONDITION
538D
5388,
CONDITION
009,
53813018,
84
012
024
Maximum Cooling Ambient (F)
125
125
Minimum Cooling Ambient (F)
55
55
(without accessory low -ambient kit)
Temperature (F)
Minimum Cooling Ambient (F)
-20
-20
(with accessory low -ambient kit)
UNIT
UNIT
Minimum Cooling Return -Air
55
55
Temperature (F)
Wet -Bulb
72
Maximum Cooling Return -Air
95
95
Temperature (F)
28
28
Maximum Heating Return -Air
80/71•
80f71•
Temperature (F)
Suction Temperature (F)
Minimum Heating Return -Air
55
55
Temperature (F)
27
27
Minimum Heating Ambient
0
-20
Temperature (F)
Maximum Heating Ambient
80
80
Temperature (F)
Saturated Suction
Temperature Range
Minimum (F)
-15
-15
Maximum (F)
55
55
Saturated Condensing
Temperature Range
Minimum (F)
85
80
Maximum (F)
150
150
Maximum Compressor Discharge
275
275
Temperature (F)
Minimum Discharge Superheat (F)
60
60
'Dry bulb/wet bulb.
FAN COIL UNITS
CONDITION
619E
619C
619F
Maximum Room
84
84
95
Temperature (F)
EQUIVALENT
FAN COIL
FAN COIL
Minimum Room
64
64
55
Temperature (F)
OUTDOOR
OUTDOOR
Maximum Return Air (F) i
UNIT
UNIT
Dry -Bulb
85
85
85
Wet -Bulb
72
72
72
Minimum Return Air (F)
28
28
28
Maximum Saturated
55
55
55
Suction Temperature (F)
Minimum Saturated
27
27
27
Suction Temperature (F)
8. Low -ambient operation
Units can operate in cooling down to 55 F under all condi-
tions without a low -ambient kit.
Units equipped with accessory low -ambient kits should also
be equipped with accessory wind baffle, isolation relay, and
crankcase heater (scroll units). Wind baffle must be field -
fabricated.
a. Freezestat — Freeze-up protection is provided on all
duct -free fan coil units.
b. Crankcase heater — Scroll compressor units with low -
ambient control or scroll compressor units in long -line
applications should be equipped with crankcase heaters
to prevent refrigerant migration during compressor off
cycle.
9. Metering devices
The 538D and 538B units use a piston -type metering
device located in the indoor unit (for cooling) and in the out-
door liquid service valve (for heating). Pistons function as
check valves in addition to being metering devices.
NOTE: All duct -free split systems (except high -wall sys-
tems using 619E009,012) use Type "B" Chatleff style
AccuRater's pistons. DO NOT mix Type "N' and Type "B"
pistons. See Long -Lines Applications section on page 66
for changes in piston sizes due to long lines.
10. Drain connections
Install drains to meet local sanitation codes. If adequate
gravity drainage cannot be provided, unit should be
equipped with accessory condensate pump.
NOTE: The 619F units have a condensate pump installed
as standard from the factory.
High wall fan coil units with accessory condensate pumps
have a 1 to 10 ft lift (009 size) or 3 to 25 ft lift (012-
024 sizes). All other fan coil units have a lift capability of
20 in. above the condensate pan level.
See base unit dimensional drawings on pages 18-24 for
drain locations and sizes.
NOTE: High wall fan coil units have internal condensate
traps. Ail other fan coil units require a field -supplied external
condensate trap.
Drain connections may be routed through alternate loca-
tions on most fan coils. See base unit dimensional drawings
on pages 18-24 for possible alternate locations.
11. Refrigerant lines
a. General refrigerant line sizing:
All charges, line sizing, and capacities are based on
runs of 25 ft. For runs over 25 ft, consult long -lines
section on page 66 for proper line sizing, charge, and
AccuRater refrigerant metering device sizing.
NOTE: For runs less than 25 ft, some of the charge
may need to be removed to obtain the correct system
superheat. The minimum line length should be 8 ft.
MAXIMUM LINE LENGTHS
• Refrigerant lines should not be buried in the ground. If
it is necessary to bury the lines, not more than
36 in. should be buried. Provide a minimum 6 -in. ver-
tical rise to the service valves to prevent refrigerant
migration.
• The vapor line must be insulated. Use a minimum of
'/a -in. thick insulation. Closed -cell insulation is recom-
mended in all long -line applications.
• Special consideration should be given to isolating
interconnecting tubing from the building structure.
Isolate the tubing so that vibration or noise is not
transmitted into the structure.
MAXIMUM
MAXIMUM
MAXIMUM
LIFT —
UFT —
UNIT
EQUIVALENT
FAN COIL
FAN COIL
(n)BELOW
ABOVE
OUTDOOR
OUTDOOR
UNIT
UNIT
538D009,
35
30
16
012
538B,
53813018,
200
150
65
024
• Refrigerant lines should not be buried in the ground. If
it is necessary to bury the lines, not more than
36 in. should be buried. Provide a minimum 6 -in. ver-
tical rise to the service valves to prevent refrigerant
migration.
• The vapor line must be insulated. Use a minimum of
'/a -in. thick insulation. Closed -cell insulation is recom-
mended in all long -line applications.
• Special consideration should be given to isolating
interconnecting tubing from the building structure.
Isolate the tubing so that vibration or noise is not
transmitted into the structure.
NOTES:
1. If any of the original wire tumished must be replaced, it must be replaced with type 90 C wire or
9 its equivalent.
2. Wire in accordance with National Electrical Code (NEC) and local codes.
3. The CLO locks out the compressor -to prevent short cycling on compressor overloads and safety
devices. Before replacing CLO, check these other devices. A minimum 1 amp tum is required to
hold contacts closed.
4. A thermistor wiring cable is provided with the fan coil unit
5. Compressor and fan motors are protected by internal thermal overloads.
6. Transformer has an internal 2 amp thermal fuse on the primary side.
0
n
L
74
TYPICAL WIRING SCHEMATICS (cont)
*
LEGEND AND NOTES FOR TYPICAL WIRING SCHEMATICS, HIGH WALL SYSTEMS
AGING
— For Bum -In Test
OFR
— Outdoor -Fan Relay
(short terminals)
OL
— Overload
AS
— Assembly
PCB
— Printed Circuit Board
C
— Contactor
RA Th
— Retum-Air Thermistor
CAP
— Capacitor
RC
— Resistor Capacitor
CH
— Crankcase Heater
RCV
— Receiver
CLO
— Compressor Lockout.
RVS
— Reversing Valve Solenoid
CN
— Connector
Sc
— Start Capacitor
COMP
— Compressor
SR
— Start Relay
CT CLO
— Current Sensing Loop (Lockout)
STM
— Step Motor
DFB
— Defrost Board
TB
— Terminal Block
DFT
— Defrost Thermostat
TP
— Thermal Protector
EMI
= Electromagnetic Interference
TRAN
— Transformer
FMC
FU
— Fan Motor Capacitor
— Fuse
®
Terminal (Marked)
GND
HA
— Ground
— Home Automation
Q
Terminal (Unmarked)
HPS
— High -Pressure Switch
Splice
IDC Th
— Indoor -Coil Thermistor
IFM
— Indoor -Fan Motor
®
Terminal Block
JEM-A
— Japan Electric Manufacturing
Industry Association
Relay
Factory Wiring
K
—
---
Field Control Wiring
LLPS
— Liquid Low Pressure Switch
ODA Th
— Outdoor -Air Thermistor
— — —
— Feld Power Wiring
ODC Th
— Outdoor -Coil Thermistor
---
Accessory or Optional Wiring
OFM
— Outdoor -Fan Motor
NOTES:
1. If any of the original wire tumished must be replaced, it must be replaced with type 90 C wire or
9 its equivalent.
2. Wire in accordance with National Electrical Code (NEC) and local codes.
3. The CLO locks out the compressor -to prevent short cycling on compressor overloads and safety
devices. Before replacing CLO, check these other devices. A minimum 1 amp tum is required to
hold contacts closed.
4. A thermistor wiring cable is provided with the fan coil unit
5. Compressor and fan motors are protected by internal thermal overloads.
6. Transformer has an internal 2 amp thermal fuse on the primary side.
0
n
L
74