Energy Conservation Program for Consumer Products: Decision and Order Granting a Waiver to Cascade Group, LLC From the Department of Energy Residential Central Air Conditioner and Heat Pump Test Procedure [Case No. CAC-013], 50787-50798 [E8-19266]
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Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
DEPARTMENT OF ENERGY
[Docket No. EERE–2007–BT–WAV–0004]
Energy Conservation Program for
Consumer Products: Decision and
Order Granting a Waiver to Cascade
Group, LLC From the Department of
Energy Residential Central Air
Conditioner and Heat Pump Test
Procedure [Case No. CAC–013]
Office of Energy Efficiency and
Renewable Energy, Department of
Energy.
ACTION: Decision and Order.
jlentini on PROD1PC65 with NOTICES
AGENCY:
SUMMARY: This notice announces the
Department of Energy’s Decision and
Order in Case No. CAC–013, which
grants a waiver to Cascade Group, LLC
(Cascade) from the existing Department
of Energy (DOE) residential central air
conditioner and heat pump test
procedure for its product line of
residential Cascade Energy Saver (CES)
multi-blower air-conditioning and
heating equipment. DOE is granting a
waiver because the multi-blower feature
of these products, which impacts the
calculation of energy efficiency, is not
accounted for in the DOE test
procedure. As a condition of this
waiver, Cascade must test and rate the
energy consumption of specified CES
products (indoor units combined with
the listed outdoor units) according to
the alternate test procedure set forth in
this notice.
DATES: This Decision and Order is
effective August 28, 2008, and will
remain in effect until the effective date
of a DOE final rule prescribing an
amended test procedure appropriate for
the model series of Cascade CES central
air conditioners and heat pumps
covered by this waiver.
FOR FURTHER INFORMATION CONTACT: Dr.
Michael G. Raymond, U.S. Department
of Energy, Building Technologies
Program, Mailstop EE–2J, Forrestal
Building, 1000 Independence Avenue,
SW., Washington, DC 20585–0121.
Telephone: (202) 586–9611. E-mail:
Michael.Raymond@ee.doe.gov.
Ms. Francine Pinto or Mr. Eric Stas,
U.S. Department of Energy, Office of the
General Counsel, Mailstop GC–72,
Forrestal Building, 1000 Independence
Avenue, SW., Washington, DC 20585–
0103. Telephone: (202) 586–9507. Email: Francine.Pinto@hq.doe.gov or
Eric.Stas@hq.doe.gov.
SUPPLEMENTARY INFORMATION: In
accordance with 10 CFR 430.27(l), DOE
gives notice of the issuance of its
Decision and Order as set forth below.
In the Decision and Order, DOE grants
Cascade a waiver from the existing
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residential central air conditioner and
heat pump test procedures under 10
CFR Part 430, Subpart B, Appendix M,
for its CES multi-indoor blower-motor
products, subject to a condition
requiring Cascade to test and rate its
CES products pursuant to the alternate
test procedure provided in this notice.
DOE is granting the waiver because the
multi-blower feature of these products,
which impacts the calculation of energy
efficiency, is not accounted for in the
DOE test procedure. Today’s Decision
and Order requires that Cascade may
not make any representations
concerning the energy efficiency of
these products unless such product has
been tested in accordance with the DOE
test procedure, consistent with the
provisions and restrictions in the
alternate test procedure as set forth in
the Decision and Order below, and such
representations fairly disclose the
results of such testing.1 (42 U.S.C.
6293(c))
Issued in Washington, DC, on August 8,
2008.
Alexander A. Karsner,
Assistant Secretary, Energy Efficiency and
Renewable Energy.
Decision and Order
In the Matter of: Cascade Group, LLC
(Cascade) (Case No. CAC–013).
Background
Title III of the Energy Policy and
Conservation Act (EPCA) sets forth a
variety of provisions concerning energy
efficiency, including Part A 2 of Title III
which establishes the ‘‘Energy
Conservation Program for Consumer
Products Other Than Automobiles.’’ (42
U.S.C. 6291–6309) Part A includes
definitions, test procedures, labeling
provisions, energy conservation
standards, and the authority to require
information and reports from
manufacturers. Further, Part A
authorizes the Secretary of Energy (the
Secretary) to prescribe test procedures
that are reasonably designed to produce
results which measure energy
efficiency, energy use, or estimated
annual operating cost, and that are not
unduly burdensome to conduct. (42
U.S.C. 6293(b)(3))
Relevant to the current Petition for
Waiver, the test procedures for
residential central air conditioners and
heat pumps are codified in 10 CFR part
1 Consistent with the statute, distributors,
retailers, and private labelers are held to the same
standard when making representations regarding
the energy efficiency of these products. (42 U.S.C.
6293(c))
2 This part was originally titled Part B; however,
it was redesignated Part A, after Part B of Title III
was repealed by Public Law 109–58.
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50787
430, Subpart B, Appendix M. On
October 22, 2007, DOE amended the test
procedures for residential central air
conditioners and central air
conditioning heat pumps to implement
test procedure changes for small-duct,
high-velocity systems, two-capacity
units, and to update references to the
current American Society of Heating,
Refrigerating, and Air-Conditioning
Engineers (ASHRAE) standards. 72 FR
59906. The October 22, 2007 final rule
became effective on April 21, 2008.
However, these amendments did not
solve the problem raised by Cascade in
its petition.
DOE regulations for covered products
contain provisions allowing any
interested person to seek a waiver from
the test procedure requirements for
covered consumer products when the
petitioner’s basic model contains one or
more design characteristics that prevent
testing according to the prescribed test
procedures, or when the prescribed test
procedures may evaluate the basic
model in a manner so unrepresentative
of its true energy consumption as to
provide materially inaccurate
comparative data. 10 CFR 430.27(a)(1).
Petitioners must include in their
petition any alternate test procedures
known to evaluate the basic model in a
manner representative of its energy
consumption. (10 CFR 430.27(b)(1)(iii))
The Assistant Secretary for Energy
Efficiency and Renewable Energy (the
Assistant Secretary) may grant a waiver
subject to conditions, including
adherence to alternate test procedures.
10 CFR 430.27(l). Waivers generally
terminate on the effective date of a final
rule which prescribes amended test
procedures appropriate to the model
series manufactured by the petitioner,
thereby eliminating any need for the
continuation of the waiver. 10 CFR
430.27(m).
The waiver process contained in
DOE’s regulations also allows any
interested person who has submitted a
Petition for Waiver to file an
Application for Interim Waiver of the
applicable test procedure requirements.
10 CFR 430.27(a)(2). The Assistant
Secretary will grant an Interim Waiver
request if it is determined that the
applicant will experience economic
hardship if the Interim Waiver is
denied, if it appears likely that the
Petition for Waiver will be granted, and/
or the Assistant Secretary determines
that it would be desirable for public
policy reasons to grant immediate relief
pending a determination on the Petition
for Waiver. 10 CFR 430.27(g). An
Interim Waiver remains in effect for a
period of 180 days or until DOE issues
a determination on the Petition for
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Waiver, whichever occurs first, and may
be extended by DOE for 180 days, if
necessary. 10 CFR 430.27(h).
On July 22, 2005, Cascade filed a
Petition for Waiver and an Application
for Interim Waiver from the test
procedures applicable to its CES line of
residential multi-blower airconditioning and heating equipment.
The DOE test procedures have
provisions for central air conditioners
with one blower and one indoor coil
(the most common type), and for multisplits, which have multiple refrigerant
lines running to multiple indoor fan-coil
units. The Cascade product line has one
indoor coil with multiple blowers
distributing air to a number of outlets.
The DOE test procedure does not cover
this situation, which, so far, is unique
to Cascade’s products.
Cascade’s petition requested a waiver
from ARI 210/240, but this is not the
applicable test procedure; instead, as
explained below, the applicable test
procedures are those residential test
procedures contained in 10 CFR part
430, Subpart B, Appendix M. For the
CES multi-blower product line at issue
here, all of the outdoor units involve
single-phase equipment both for
residential and commercial use. There is
no prescribed test procedure in 10 CFR
part 431, Energy Efficiency Program for
Certain Commercial and Industrial
Equipment, for single-phase, small
commercial package air-conditioning
and heating equipment. A waiver is
nonetheless required for this singlephase equipment because Cascade’s
multi-blower products are properly
classified as ‘‘consumer products’’
under 42 U.S.C. 6291(1). ‘‘Consumer
products’’ are ones which, to a
significant extent, are for personal use.
Small commercial single-phase package
air-conditioning and heating equipment
meet this definition, given their frequent
residential applications. (42 U.S.C.
6291(1)(B)) Thus, the Cascade CES
products in question here require a
waiver from DOE’s test procedure for
residential central air conditioners and
heat pumps, under 10 CFR part 430,
Subpart B, Appendix M.
Cascade seeks a waiver from the
applicable test procedures because the
multi-blower feature of Cascade’s
equipment prevents testing according to
the currently prescribed test procedures
under 10 CFR part 430. Consequently,
Cascade has submitted an alternate test
procedure to DOE for approval that can
be used to determine the performance of
its CES products. The alternate test
procedure provides rules and algorithms
so that, regardless of the actual number
of blowers and heat pumps, the test
procedure will model the CES system as
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a one-blower evaporator with a twospeed fan and one heat pump with one
or more speeds.
On April 20, 2007, DOE published in
the Federal Register Cascade’s Petition
for Waiver and solicited public
comments. 72 FR 19891. Cascade’s
Application for Interim Waiver was
denied because it did not provide
sufficient information to evaluate
economic impact or competitive
disadvantage or to determine public
policy reasons to grant immediate relief.
Also, DOE has never granted a waiver
for a similar product design, so the
likelihood of granting the waiver was
unclear.
DOE received one comment from
Joseph A. Pietsch, P. E., which
supported granting the waiver and
Cascade’s alternate test procedure ‘‘as
an acceptable approach for rating the
performance of the subject heat pump.’’
Assertions and Determinations
Cascade’s Petition for Waiver
On July 22, 2005, Cascade submitted
a Petition for Waiver and an Application
for Interim Waiver from the test
procedures applicable to residential and
commercial air-conditioning and
heating equipment, for its new line of
CES models of central air conditioners
and heat pumps. As explained above,
only a waiver from the residential test
procedure in 10 CFR part 430, Subpart
B, Appendix M is needed.
Cascade claims that the energy
consumption of its CES systems cannot
be accurately measured using the
existing test procedures for the
following reasons: (1) the DOE test
procedure stipulates that the unit meet
the maximum standard airflow rate of
37.5 cubic feet per minute (CFM)/1000
British thermal units/hour (Btu/hr); 3
and (2) this CFM is applicable to an
indoor unit that has only one blowermotor. The CES unit has from two to
eight indoor blower-motors that are
independently operating. The DOE test
procedure has no guidance concerning
the number of blowers that should be
operating, the apportionment of the air
flow among the multiple blowers, or the
test set-up for a multi-blower system.
Cascade seeks a waiver because, it
asserts, the current procedures for
testing do not apply. Therefore, the
Cascade Petition requested that DOE
grant a waiver from the existing test
procedures until such time as a
representative test procedure is
developed and adopted for this class of
products.
3 10 CFR part 430, Subpart B, Appendix M,
section 3.1.4.1.1.
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In support of its petition, Cascade also
submitted an alternate test procedure
that would be applicable to all of its
configurations of CES models of air
conditioners and heat pumps. Cascade
modified its petition on May 26, 2006,
and again on April 16, 2007, after
consultation with the National Institute
of Standards and Technology (NIST).
NIST found that there had been
limitations in the original modeling
rules, and supplied more
comprehensive rules for modeling the
CES systems. On August 15, 2007,
Cascade submitted to DOE a set of
general rules and set-up procedures to
be used when testing its CES models,
but with slight variations in testing
tailored to each different system.
Specifically, Cascade asserted that its
alternate test procedure may be used for
rating its CES multiple blower-coils in
combination with specified condensing
units from other manufacturers. In large
part, the alternate test procedure is
essentially the same as the current test
procedure for central air conditioners
and heat pumps in 10 CFR part 430,
Subpart B, Appendix M. However,
Cascade’s alternate test procedure
differs from the prescribed test
procedure because it covers indoor
blower coils that have more than one
indoor blower and motor. Cascade’s
Petition for Waiver described Cascade’s
alternate test procedure for a particular
configuration with two heat pumps and
eight blowers, and Cascade
subsequently supplied methodological
rules and set-up procedures to describe
how its alternate test procedure would
be used to test other configurations.
DOE understands that, using the
current central air conditioning and heat
pump test procedure, the company
cannot calculate the seasonal energy
efficiency ratio (SEER) and the heating
seasonal performance factor (HSPF) for
its CES products. Based on the above,
DOE believes that the identified
problems would prevent testing of
Cascade’s CES basic models according
to the existing test procedure. However,
the alternate test procedures described
in Cascade’s Petition for Waiver will
enable Cascade to calculate these energy
efficiency measures. After careful
consideration, DOE has decided to
adopt the alternate test procedure
suggested by Cascade to test its CES line
of air conditioners and heat pumps,
including the relevant rules and set-up
requirements.
Consultations With Other Agencies
DOE consulted with Federal Trade
Commission (FTC) staff and NIST
concerning the Cascade Petition for
Waiver. The FTC staff did not have any
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CAC–013) is hereby granted, subject to
the provisions of paragraphs (2), (3), (4),
and (5) of this Order.
(2) Cascade shall not be required to
test or rate its Cascade Energy Saver
(CES) line of central air conditioners
and heat pumps, as listed below, on the
basis of the test procedures specified in
10 CFR part 430, Subpart B, Appendix
M, but shall be required to test and rate
such products according to the alternate
test procedure set forth in Appendix A
objections to granting a waiver to
Cascade. NIST provided a technical
review of the alternate test procedure.
Conclusion
After careful consideration of all the
materials submitted by Cascade, the
comment received, the review by
National Institute of Standards and
Technology, and consultation with FTC
staff, it is ordered that:
(1) The ‘‘Petition for Waiver’’ filed by
Cascade Group, LLC (Cascade) (Case No.
(see Cascade’s Petition for Waiver,
which published in the Federal Register
on April 20, 2007, 72 FR 19891), as well
as the table of system configurations in
paragraph (3)(B); the rules for
generalizing the test procedure
modifications in paragraph (3)(B); and
the test procedure set-up requirements
in paragraph (4).
This waiver applies to the following
basic models:
Combinations of indoor-outdoor units that are subject to the waiver
Indoor unit
Outdoor unit
System heat pump
manufacturer
jlentini on PROD1PC65 with NOTICES
Manufacturer
Cascade
model
Cascade Manufacturing, L.P.
(Cascade).
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2
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ASH130241A
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2HP13(B,L)24P–1
FRHS0241CD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)24P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
PSH1BC024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130241A
2HP13(B,L)24P–1
FRHS0241CD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)24P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
PSH1BC024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
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2HP13(B,L)24P–1
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213ANA024–A
25HBA324A30
DRHS0241BD
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Combinations of indoor-outdoor units that are subject to the waiver
Indoor unit
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Manufacturer
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CES–1–2.5–3 .............................
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CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–3 .............................
CES–1–2.5–4 .............................
CES–1–2.5–4 .............................
CES–1–2.5–4 .............................
CES–1–2.5–4 .............................
CES–1–2.5–4 .............................
CES–1–2.5–4 .............................
CES–1–2.5–4 .............................
CES–1–2.5–4 .............................
Jkt 214001
PO 00000
Frm 00035
System heat pump
manufacturer
Fmt 4703
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Sfmt 4703
E:\FR\FM\28AUN1.SGM
28AUN1
Qty of
outside
units per
cascade
unit
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Model number
2HP13(B,L)24P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
PSH1BC024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130301A
2HP13(B,L)30P–1
FRHS0301CD
2A6B3030A1
213ANA030–A
25HBA330A30
DRHS0301BD
2HP13(B,L)30P–1
CH30ABD1VF
FT3BD–030K
GT3BD–030K
CPLT30–1
12HPB30–P
EABC–F030S
DT3BD–030K
13PJA30
13PJA30
FT3BD–030K
2TWB3030A1
E1RC030S06
FT3BD–030K
WGH430A
ASH130301A
2HP13(B,L)30P–1
FRHS0301CD
2A6B3030A1
213ANA030–A
25HBA330A30
DRHS0301BD
2HP13(B,L)30P–1
CH30ABD1VF
FT3BD–030K
GT3BD–030K
CPLT30–1
12HPB30–P
EABC–F030S
DT3BD–030K
13PJA30
13PJA30
FT3BD–030K
2TWB3030A1
E1RC030S06
FT3BD–030K
WGH430A
ASH130301A
2HP13(B,L)30P–1
FRHS0301CD
2A6B3030A1
213ANA030–A
25HBA330A30
DRHS0301BD
2HP13(B,L)30P–1
50791
Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
Combinations of indoor-outdoor units that are subject to the waiver
Indoor unit
jlentini on PROD1PC65 with NOTICES
Manufacturer
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
model
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VerDate Aug<31>2005
17:36 Aug 27, 2008
Outdoor unit
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–1–2.5–4
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–2
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–3
CES–2–1.5–4
CES–2–1.5–4
CES–2–1.5–4
CES–2–1.5–4
CES–2–1.5–4
CES–2–1.5–4
CES–2–1.5–4
CES–2–1.5–4
CES–2–1.5–4
Jkt 214001
Tons
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PO 00000
Frm 00036
System heat pump
manufacturer
Fmt 4703
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Sfmt 4703
E:\FR\FM\28AUN1.SGM
28AUN1
Qty of
outside
units per
cascade
unit
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Model number
CH30ABD1VF
FT3BD–030K
GT3BD–030K
CPLT30–1
12HPB30–P
EABC–F030S
DT3BD–030K
13PJA30
13PJA30
FT3BD–030K
2TWB3030A1
E1RC030S06
FT3BD–030K
WGH430A
ASH130181A
2HP13(B,L)18P–1
DRHS0181BD
2A6B3018A1
213ANA018–A
25HBA318A30
DRHS0181BD
2HP13(B,L)18P–1
CH18ABD1VF
FT3BD–018K
GT3BD–018K
GSH130181A
12HPB18–P
EABC–F018S
DT5BD–018K
13PJA18
UPNE–018JZ
FT3BD–018K
2TWB3018A1
E1RC018S06
W2H318A–1A
W2H318A–1A
ASH130181A
2HP13(B,L)18P–1
DRHS0181BD
2A6B3018A1
213ANA018–A
25HBA318A30
DRHS0181BD
2HP13(B,L)18P–1
CH18ABD1VF
FT3BD–018K
GT3BD–018K
GSH130181A
12HPB18–P
EABC–F018S
DT5BD–018K
13PJA18
UPNE–018JZ
FT3BD–018K
2TWB3018A1
E1RC018S06
W2H318A–1A
W2H318A–1A
ASH130181A
2HP13(B,L)18P–1
DRHS0181BD
2A6B3018A1
213ANA018–A
25HBA318A30
DRHS0181BD
2HP13(B,L)18P–1
CH18ABD1VF
50792
Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
Combinations of indoor-outdoor units that are subject to the waiver
Indoor unit
jlentini on PROD1PC65 with NOTICES
Manufacturer
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
model
......................................
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VerDate Aug<31>2005
17:36 Aug 27, 2008
Outdoor unit
Tons
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–1.5–4 .............................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–2 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–3 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
CES–2–2–4 ................................
Jkt 214001
PO 00000
Frm 00037
System heat pump
manufacturer
Fmt 4703
3
3
3
3
3
3
3
3
3
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Sfmt 4703
E:\FR\FM\28AUN1.SGM
28AUN1
Qty of
outside
units per
cascade
unit
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Model number
FT3BD–018K
GT3BD–018K
GSH130181A
12HPB18–P
EABC–F018S
DT5BD–018K
13PJA18
UPNE–018JZ
FT3BD–018K
2TWB3018A1
E1RC018S06
W2H318A–1A
W2H318A–1A
ASH130241A
2HP13(B,L)24P–1
DRHS0241BD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)18P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
DT3BD–024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130241A
2HP13(B,L)24P–1
FRHS0241CD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)18P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
DT3BD–024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130241A
2HP13(B,L)24P–1
FRHS0241CD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)18P–1
CH24ABD1VF
FT3BD–024K
50793
Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
Combinations of indoor-outdoor units that are subject to the waiver
Indoor unit
jlentini on PROD1PC65 with NOTICES
Manufacturer
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
model
......................................
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VerDate Aug<31>2005
17:36 Aug 27, 2008
Outdoor unit
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–4
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–5
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–6
CES–2–2–7
CES–2–2–7
CES–2–2–7
CES–2–2–7
CES–2–2–7
CES–2–2–7
CES–2–2–7
CES–2–2–7
CES–2–2–7
CES–2–2–7
CES–2–2–7
Jkt 214001
Tons
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PO 00000
Frm 00038
System heat pump
manufacturer
Fmt 4703
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
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4
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4
4
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4
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4
4
4
4
4
4
4
4
4
4
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Sfmt 4703
E:\FR\FM\28AUN1.SGM
28AUN1
Qty of
outside
units per
cascade
unit
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Model number
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
DT3BD–024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130241A
2HP13(B,L)24P–1
FRHS0241CD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)24P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
DT3BD–024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130241A
2HP13(B,L)24P–1
FRHS0241CD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)24P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
DT3BD–024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130241A
2HP13(B,L)24P–1
FRHS0241CD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)24P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
50794
Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
Combinations of indoor-outdoor units that are subject to the waiver
Indoor unit
jlentini on PROD1PC65 with NOTICES
Manufacturer
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
model
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VerDate Aug<31>2005
17:36 Aug 27, 2008
Outdoor unit
Tons
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–7 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2–8 ................................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–4 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
CES–2–2.5–5 .............................
Jkt 214001
PO 00000
Frm 00039
System heat pump
manufacturer
Fmt 4703
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
Aire-Flo ....................................
AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
Frigidaire ..................................
Gibson ......................................
Goodman .................................
Sfmt 4703
E:\FR\FM\28AUN1.SGM
28AUN1
Qty of
outside
units per
cascade
unit
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Model number
GSH130241A
12HPB24–P
EABC–F024S
DT3BD–024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130241A
2HP13(B,L)24P–1
FRHS0241CD
2A6B3024A1
213ANA024–A
25HBA324A30
DRHS0241BD
2HP13(B,L)24P–1
CH24ABD1VF
FT3BD–024K
GT3BD–024K
GSH130241A
12HPB24–P
EABC–F024S
DT3BD–024K
13PJA24
13PJA24
FT3BD–024K
2TWB3024A1
E1RC024S06
FT3BD–024K
W2H324A–1A
ASH130301A
2HP13(B,L)30P–1
FRHS0301CD
2A6B3030A1
213ANA030–A
25HBA330A30
DRHS0301BD
2HP13(B,L)30P–1
CH30ABD1VF
FT3BD–030K
GT3BD–030K
CPLT30–1
12HPB30–P
EABC–F030S
DT3BD–030K
13PJA30
13PJA30
FT3BD–030K
2TWB3030A1
E1RC030S06
FT3BD–030K
WGH430A
ASH130301A
2HP13(B,L)30P–1
FRHS0301CD
2A6B3030A1
213ANA030–A
25HBA330A30
DRHS0301BD
2HP13(B,L)30P–1
CH30ABD1VF
FT3BD–030K
GT3BD–030K
CPLT30–1
50795
Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
Combinations of indoor-outdoor units that are subject to the waiver
Indoor unit
jlentini on PROD1PC65 with NOTICES
Manufacturer
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
model
......................................
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VerDate Aug<31>2005
17:36 Aug 27, 2008
Outdoor unit
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–5
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–6
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–7
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
Jkt 214001
Tons
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.............................
.............................
.............................
.............................
.............................
.............................
PO 00000
Frm 00040
System heat pump
manufacturer
Fmt 4703
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
Lennox .....................................
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
Amana ......................................
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AirPro .......................................
American Standard ..................
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Carrier ......................................
Coleman ...................................
Ducane .....................................
Fedders ....................................
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Gibson ......................................
Goodman .................................
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Amana ......................................
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AirPro .......................................
American Standard ..................
Bryant .......................................
Carrier ......................................
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Gibson ......................................
Goodman .................................
Lennox .....................................
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unit
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Model number
12HPB30–P
EABC–F030S
DT3BD–030K
13PJA30
13PJA30
FT3BD–030K
2TWB3030A1
E1RC030S06
FT3BD–030K
WGH430A
ASH130301A
2HP13(B,L)30P–1
FRHS0301CD
2A6B3030A1
213ANA030–A
25HBA330A30
DRHS0301BD
2HP13(B,L)30P–1
CH30ABD1VF
FT3BD–030K
GT3BD–030K
CPLT30–1
12HPB30–P
EABC–F030S
DT3BD–030K
13PJA30
13PJA30
FT3BD–030K
2TWB3030A1
E1RC030S06
FT3BD–030K
WGH430A
ASH130301A
2HP13(B,L)30P–1
FRHS0301CD
2A6B3030A1
213ANA030–A
25HBA330A30
DRHS0301BD
2HP13(B,L)30P–1
CH30ABD1VF
FT3BD–030K
GT3BD–030K
CPLT30–1
12HPB30–P
EABC–F030S
DT3BD–030K
13PJA30
13PJA30
FT3BD–030K
2TWB3030A1
E1RC030S06
FT3BD–030K
WGH430A
ASH130301A
2HP13(B,L)30P–1
FRHS0301CD
2A6B3030A1
213ANA030–A
25HBA330A30
DRHS0301BD
2HP13(B,L)30P–1
CH30ABD1VF
FT3BD–030K
GT3BD–030K
CPLT30–1
12HPB30–P
50796
Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
Combinations of indoor-outdoor units that are subject to the waiver
Indoor unit
Manufacturer
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
Cascade
model
......................................
......................................
......................................
......................................
......................................
......................................
......................................
......................................
......................................
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
CES–2–2.5–8
(3) Alternate Test Procedure
jlentini on PROD1PC65 with NOTICES
(A) Cascade shall be required to test
the products listed in paragraph (2)
according to those test procedures for
residential central air conditioners and
heat pumps prescribed by DOE at 10
CFR part 430, Subpart B, Appendix M,
except that Cascade shall test such
products in accordance with the
provisions of subparagraph (B) of this
paragraph. Furthermore, Cascade shall
make representations concerning its
VerDate Aug<31>2005
17:36 Aug 27, 2008
Outdoor unit
Jkt 214001
System heat pump
manufacturer
Tons
.............................
.............................
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.............................
.............................
.............................
.............................
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5
5
5
5
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5
5
5
5
Luxaire .....................................
Maytag .....................................
Rheem .....................................
Ruud ........................................
Tappan .....................................
Trane ........................................
York ..........................................
Westinghouse ..........................
Whirlpool ..................................
CES multi-blower products covered by
this waiver according to the provisions
of subparagraph (C) below.
(B) Cascade shall test the CES
products covered by this waiver under
10 CFR Part 430, Subpart B, Appendix
M, as supplemented by the following:
(1) Appendix A
Cascade shall test according to the
modifications to the test procedure for
residential central air conditioners and
heat pumps contained in Appendix A
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unit
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2
2
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Model number
EABC–F030S
DT3BD–030K
13PJA30
13PJA30
FT3BD–030K
2TWB3030A1
E1RC030S06
FT3BD–030K
WGH430A
(which is consistent with the appendix
submitted as part of Cascade’s Petition
for Waiver), as supplemented by the
rules set forth in subparagraph (B)(3)
and the set-up requirements in
subparagraph (B)(4).
(2) Table of System Configurations
Cascade shall test according to the
CES system configurations in the
following table:
BILLING CODE 6450–01–P
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50797
BILLING CODE 6450–01–C
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jlentini on PROD1PC65 with NOTICES
Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
50798
Federal Register / Vol. 73, No. 168 / Thursday, August 28, 2008 / Notices
(3) Rules for Generalizing the Specific
Test Procedure Modifications
jlentini on PROD1PC65 with NOTICES
Cascade shall test its CES products
according to the following rules:
Rule One: These rules apply to testing
of residential CES systems ranging from
two-ton/single-speed/two-blower
models up to and including dual-2.5-ton
heat pump/eight-zone models. It also
applies to all CES model configurations
in between for cooling and heating with
single-phase units that are less than
65,000 btu/hr.
Rule Two: A 400 cubic feet/minute
(cfm) per ton nominal evaporator air
flow rate will be used, not to exceed 450
cfm per ton on the high end (same as
37.5 cfm per 1000 BTU/hr capacity).
Rule Three: The CES configurations
should be tested so that regardless of the
number of blowers and heat pumps, the
resultant test procedure will model the
CES system as a one-blower evaporator
with a two-speed fan and one heat
pump with one or more speeds. The test
procedure will follow the procedure
found in 10 CFR part 430, Subpart B,
Appendix M. For example, two heat
pumps are to be modeled as a single
heat pump with two speeds. Also, dual
two-speed heat pumps are to be
modeled as a single heat pump with
four speeds. Further, given that the
number of indoor blowers may range
from two to eight per unit, these will be
modeled as a single blower with two
speeds such that half the fans will be
used to blow air at low speed; when
operated at high speed, all fans will
operate such that the air flow delivered
per fan equals in total the air flow
needed for the total heat pump capacity
(i.e., 800 cfm for a two-ton heat pump).
Rule Four: For an even number of
blowers, the air flow per blower is the
same, and the sum of the air flow per
blower equals the total air flow. For odd
number of blowers, see Rule Five.
Rule Five: If the number of fans is an
odd number, divide the number of fans
by two. Round the quotient up to a
whole number, and define this whole
number as the quantity of ‘‘low-speed
fans.’’ In the case of three blowers, lowspeed mode will have two blowers and
the remaining blower will be used only
in high-speed mode. These are
electrically commutated motors 4
(ECMs), so adjust the speed of the fans
that are part of ‘‘low-speed’’ mode so
that each blower produces an equal
share of the low-speed air quantity.
4 An ‘‘electronically commutated motor’’ is a
high-efficiency, programmable, brushless, directcurrent (DC) motor utilizing a permanent magnet
motor and a built-in inverter. DC motors are
significantly more energy efficient than alternating
current (AC) motors and much easier to control.
VerDate Aug<31>2005
17:36 Aug 27, 2008
Jkt 214001
Likewise, the third blower, which
operates during high-speed mode, blows
an air flow equal to half of the total air
flow for the tonnage of the heat
pump(s). This is accomplished by
adjustment of the ECM for the single
fan, which runs in high-speed mode to
produce half the total air flow needed
for the total tonnage.
Rule Six: Once the CES system is
modeled as required under Rules One
through Five, perform Tests A, B, C and
D (or if the default is accepted, then Test
D is not required) as found in the
procedure of 10 CFR 430, Subpart B,
Appendix M for cooling and heating for
the variations in speeds and settings
found therein.
(4) Test Procedure Set-Up Requirements
When testing its CES products,
Cascade shall adhere to the following
test procedure set-up requirements:
(a) Piping: Determine the number of
heat pumps. Connect the heat pump to
the evaporator coil circuit, whether
single- or dual-circuit. Thus, if there are
two heat pumps, there is a heat pump
piped into one of the circuits of the
evaporator coil, while the second heat
pump is piped into the second circuit of
the evaporator coil.
(b) Unit sizing: If two heat pumps are
used, they shall be equal in tonnage.
Thus, a four-ton Cascade unit will have
dual two-ton heat pumps attached.
(c) Fans’ cfm sizing: As set forth in
Rules Two through Five, blowers shall
be driven by ECM motors, and the cfm
for each blower shall be as calculated
under Rules Four and Five.
(d) Ducting the blowers: The discharge
of each blower will be connected so that
the total cfm from all blowers is
collected into a single duct, sized
consistent with appropriate industry
pressure-drop standards and ducted to
the wind tunnel.
(e) Pressures, delta Ps, temperatures,
and other metric points: These values
are measured by installing devices
appropriately calibrated to National
Institute of Standards and Technologytraceable standards for refrigerant and
condensate pipes, circuits and air flows
in the evaporator coil, and condenser
coils to measure quantities to be used
for the calculation of capacities in
heating and cooling modes in tests A, B,
C, and D.
(C) Representations. In making
representations about the energy
efficiency of its CES multi-blower
products, for compliance, marketing, or
other purposes, Cascade must fairly
disclose the results of testing under the
DOE test procedure, as modified by the
alternate test procedure in this waiver.
PO 00000
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Sfmt 4703
(4) This waiver shall remain in effect
from the date of issuance of this
Decision and Order until the effective
date of a DOE final rule prescribing
amended test procedures appropriate to
the above model series manufactured by
Cascade.
(5) This waiver is conditioned upon
the presumed validity of statements,
representations, and documentary
materials provided by the petitioner.
This waiver may be revoked or modified
at any time upon a determination that
the factual basis underlying the Petition
for Waiver is incorrect, or DOE
determines that the results from the
alternate test procedure are
unrepresentative of the basic model’s
true energy consumption characteristics.
Issued in Washington, DC, on August 8,
2008.
Alexander A. Karsner,
Assistant Secretary,Energy Efficiency and
Renewable Energy
[FR Doc. E8–19266 Filed 8–27–08; 8:45 am]
BILLING CODE 6450–01–P
DEPARTMENT OF ENERGY
Environmental Management SiteSpecific Advisory Board, Savannah
River Site
Department of Energy.
Notice of open meeting.
AGENCY:
ACTION:
SUMMARY: This notice announces a
meeting of the Environmental
Management Site-Specific Advisory
Board (EM SSAB), Savannah River Site.
The Federal Advisory Committee Act
(Pub. L. No. 92–463, 86 Stat. 770)
requires that public notice of this
meeting be announced in the Federal
Register.
DATES: Monday, September 22, 2008, 1
p.m.–5 p.m. Tuesday, September 23,
2008, 8:30 a.m.–4 p.m.
ADDRESSES: The Sheraton North
Charleston,4770 Goer Drive,North
Charleston, SC 29406.
FOR FURTHER INFORMATION CONTACT:
Gerri Flemming, Office of External
Affairs, Department of Energy,
Savannah River Operations Office, P.O.
Box A, Aiken, SC 29802; Phone: (803)
952–7886.
SUPPLEMENTARY INFORMATION:
Purpose of the Board: The purpose of
the Board is to make recommendations
to DOE in the areas of environmental
restoration, waste management, and
related activities.
Tentative Agenda:
Monday, September 22, 2008
1 p.m. Combined Committee Session
E:\FR\FM\28AUN1.SGM
28AUN1
]]>Agencies
[Federal Register Volume 73, Number 168 (Thursday, August 28, 2008)]
[Notices]
[Pages 50787-50798]
From the Federal Register Online via the Government Printing Office [www.gpo.gov]
[FR Doc No: E8-19266]
[[Page 50787]]
=======================================================================
-----------------------------------------------------------------------
DEPARTMENT OF ENERGY
[Docket No. EERE-2007-BT-WAV-0004]
Energy Conservation Program for Consumer Products: Decision and
Order Granting a Waiver to Cascade Group, LLC From the Department of
Energy Residential Central Air Conditioner and Heat Pump Test Procedure
[Case No. CAC-013]
AGENCY: Office of Energy Efficiency and Renewable Energy, Department of
Energy.
ACTION: Decision and Order.
-----------------------------------------------------------------------
SUMMARY: This notice announces the Department of Energy's Decision and
Order in Case No. CAC-013, which grants a waiver to Cascade Group, LLC
(Cascade) from the existing Department of Energy (DOE) residential
central air conditioner and heat pump test procedure for its product
line of residential Cascade Energy Saver (CES) multi-blower air-
conditioning and heating equipment. DOE is granting a waiver because
the multi-blower feature of these products, which impacts the
calculation of energy efficiency, is not accounted for in the DOE test
procedure. As a condition of this waiver, Cascade must test and rate
the energy consumption of specified CES products (indoor units combined
with the listed outdoor units) according to the alternate test
procedure set forth in this notice.
DATES: This Decision and Order is effective August 28, 2008, and will
remain in effect until the effective date of a DOE final rule
prescribing an amended test procedure appropriate for the model series
of Cascade CES central air conditioners and heat pumps covered by this
waiver.
FOR FURTHER INFORMATION CONTACT: Dr. Michael G. Raymond, U.S.
Department of Energy, Building Technologies Program, Mailstop EE-2J,
Forrestal Building, 1000 Independence Avenue, SW., Washington, DC
20585-0121. Telephone: (202) 586-9611. E-mail:
Michael.Raymond@ee.doe.gov.
Ms. Francine Pinto or Mr. Eric Stas, U.S. Department of Energy,
Office of the General Counsel, Mailstop GC-72, Forrestal Building, 1000
Independence Avenue, SW., Washington, DC 20585-0103. Telephone: (202)
586-9507. E-mail: Francine.Pinto@hq.doe.gov or Eric.Stas@hq.doe.gov.
SUPPLEMENTARY INFORMATION: In accordance with 10 CFR 430.27(l), DOE
gives notice of the issuance of its Decision and Order as set forth
below. In the Decision and Order, DOE grants Cascade a waiver from the
existing residential central air conditioner and heat pump test
procedures under 10 CFR Part 430, Subpart B, Appendix M, for its CES
multi-indoor blower-motor products, subject to a condition requiring
Cascade to test and rate its CES products pursuant to the alternate
test procedure provided in this notice. DOE is granting the waiver
because the multi-blower feature of these products, which impacts the
calculation of energy efficiency, is not accounted for in the DOE test
procedure. Today's Decision and Order requires that Cascade may not
make any representations concerning the energy efficiency of these
products unless such product has been tested in accordance with the DOE
test procedure, consistent with the provisions and restrictions in the
alternate test procedure as set forth in the Decision and Order below,
and such representations fairly disclose the results of such
testing.\1\ (42 U.S.C. 6293(c))
---------------------------------------------------------------------------
\1\ Consistent with the statute, distributors, retailers, and
private labelers are held to the same standard when making
representations regarding the energy efficiency of these products.
(42 U.S.C. 6293(c))
Issued in Washington, DC, on August 8, 2008.
Alexander A. Karsner,
Assistant Secretary, Energy Efficiency and Renewable Energy.
Decision and Order
In the Matter of: Cascade Group, LLC (Cascade) (Case No. CAC-013).
Background
Title III of the Energy Policy and Conservation Act (EPCA) sets
forth a variety of provisions concerning energy efficiency, including
Part A \2\ of Title III which establishes the ``Energy Conservation
Program for Consumer Products Other Than Automobiles.'' (42 U.S.C.
6291-6309) Part A includes definitions, test procedures, labeling
provisions, energy conservation standards, and the authority to require
information and reports from manufacturers. Further, Part A authorizes
the Secretary of Energy (the Secretary) to prescribe test procedures
that are reasonably designed to produce results which measure energy
efficiency, energy use, or estimated annual operating cost, and that
are not unduly burdensome to conduct. (42 U.S.C. 6293(b)(3))
---------------------------------------------------------------------------
\2\ This part was originally titled Part B; however, it was
redesignated Part A, after Part B of Title III was repealed by
Public Law 109-58.
---------------------------------------------------------------------------
Relevant to the current Petition for Waiver, the test procedures
for residential central air conditioners and heat pumps are codified in
10 CFR part 430, Subpart B, Appendix M. On October 22, 2007, DOE
amended the test procedures for residential central air conditioners
and central air conditioning heat pumps to implement test procedure
changes for small-duct, high-velocity systems, two-capacity units, and
to update references to the current American Society of Heating,
Refrigerating, and Air-Conditioning Engineers (ASHRAE) standards. 72 FR
59906. The October 22, 2007 final rule became effective on April 21,
2008. However, these amendments did not solve the problem raised by
Cascade in its petition.
DOE regulations for covered products contain provisions allowing
any interested person to seek a waiver from the test procedure
requirements for covered consumer products when the petitioner's basic
model contains one or more design characteristics that prevent testing
according to the prescribed test procedures, or when the prescribed
test procedures may evaluate the basic model in a manner so
unrepresentative of its true energy consumption as to provide
materially inaccurate comparative data. 10 CFR 430.27(a)(1).
Petitioners must include in their petition any alternate test
procedures known to evaluate the basic model in a manner representative
of its energy consumption. (10 CFR 430.27(b)(1)(iii))
The Assistant Secretary for Energy Efficiency and Renewable Energy
(the Assistant Secretary) may grant a waiver subject to conditions,
including adherence to alternate test procedures. 10 CFR 430.27(l).
Waivers generally terminate on the effective date of a final rule which
prescribes amended test procedures appropriate to the model series
manufactured by the petitioner, thereby eliminating any need for the
continuation of the waiver. 10 CFR 430.27(m).
The waiver process contained in DOE's regulations also allows any
interested person who has submitted a Petition for Waiver to file an
Application for Interim Waiver of the applicable test procedure
requirements. 10 CFR 430.27(a)(2). The Assistant Secretary will grant
an Interim Waiver request if it is determined that the applicant will
experience economic hardship if the Interim Waiver is denied, if it
appears likely that the Petition for Waiver will be granted, and/or the
Assistant Secretary determines that it would be desirable for public
policy reasons to grant immediate relief pending a determination on the
Petition for Waiver. 10 CFR 430.27(g). An Interim Waiver remains in
effect for a period of 180 days or until DOE issues a determination on
the Petition for
[[Page 50788]]
Waiver, whichever occurs first, and may be extended by DOE for 180
days, if necessary. 10 CFR 430.27(h).
On July 22, 2005, Cascade filed a Petition for Waiver and an
Application for Interim Waiver from the test procedures applicable to
its CES line of residential multi-blower air-conditioning and heating
equipment. The DOE test procedures have provisions for central air
conditioners with one blower and one indoor coil (the most common
type), and for multi-splits, which have multiple refrigerant lines
running to multiple indoor fan-coil units. The Cascade product line has
one indoor coil with multiple blowers distributing air to a number of
outlets. The DOE test procedure does not cover this situation, which,
so far, is unique to Cascade's products.
Cascade's petition requested a waiver from ARI 210/240, but this is
not the applicable test procedure; instead, as explained below, the
applicable test procedures are those residential test procedures
contained in 10 CFR part 430, Subpart B, Appendix M. For the CES multi-
blower product line at issue here, all of the outdoor units involve
single-phase equipment both for residential and commercial use. There
is no prescribed test procedure in 10 CFR part 431, Energy Efficiency
Program for Certain Commercial and Industrial Equipment, for single-
phase, small commercial package air-conditioning and heating equipment.
A waiver is nonetheless required for this single-phase equipment
because Cascade's multi-blower products are properly classified as
``consumer products'' under 42 U.S.C. 6291(1). ``Consumer products''
are ones which, to a significant extent, are for personal use. Small
commercial single-phase package air-conditioning and heating equipment
meet this definition, given their frequent residential applications.
(42 U.S.C. 6291(1)(B)) Thus, the Cascade CES products in question here
require a waiver from DOE's test procedure for residential central air
conditioners and heat pumps, under 10 CFR part 430, Subpart B, Appendix
M.
Cascade seeks a waiver from the applicable test procedures because
the multi-blower feature of Cascade's equipment prevents testing
according to the currently prescribed test procedures under 10 CFR part
430. Consequently, Cascade has submitted an alternate test procedure to
DOE for approval that can be used to determine the performance of its
CES products. The alternate test procedure provides rules and
algorithms so that, regardless of the actual number of blowers and heat
pumps, the test procedure will model the CES system as a one-blower
evaporator with a two-speed fan and one heat pump with one or more
speeds.
On April 20, 2007, DOE published in the Federal Register Cascade's
Petition for Waiver and solicited public comments. 72 FR 19891.
Cascade's Application for Interim Waiver was denied because it did not
provide sufficient information to evaluate economic impact or
competitive disadvantage or to determine public policy reasons to grant
immediate relief. Also, DOE has never granted a waiver for a similar
product design, so the likelihood of granting the waiver was unclear.
DOE received one comment from Joseph A. Pietsch, P. E., which
supported granting the waiver and Cascade's alternate test procedure
``as an acceptable approach for rating the performance of the subject
heat pump.''
Assertions and Determinations
Cascade's Petition for Waiver
On July 22, 2005, Cascade submitted a Petition for Waiver and an
Application for Interim Waiver from the test procedures applicable to
residential and commercial air-conditioning and heating equipment, for
its new line of CES models of central air conditioners and heat pumps.
As explained above, only a waiver from the residential test procedure
in 10 CFR part 430, Subpart B, Appendix M is needed.
Cascade claims that the energy consumption of its CES systems
cannot be accurately measured using the existing test procedures for
the following reasons: (1) the DOE test procedure stipulates that the
unit meet the maximum standard airflow rate of 37.5 cubic feet per
minute (CFM)/1000 British thermal units/hour (Btu/hr); \3\ and (2) this
CFM is applicable to an indoor unit that has only one blower-motor. The
CES unit has from two to eight indoor blower-motors that are
independently operating. The DOE test procedure has no guidance
concerning the number of blowers that should be operating, the
apportionment of the air flow among the multiple blowers, or the test
set-up for a multi-blower system. Cascade seeks a waiver because, it
asserts, the current procedures for testing do not apply. Therefore,
the Cascade Petition requested that DOE grant a waiver from the
existing test procedures until such time as a representative test
procedure is developed and adopted for this class of products.
---------------------------------------------------------------------------
\3\ 10 CFR part 430, Subpart B, Appendix M, section 3.1.4.1.1.
---------------------------------------------------------------------------
In support of its petition, Cascade also submitted an alternate
test procedure that would be applicable to all of its configurations of
CES models of air conditioners and heat pumps. Cascade modified its
petition on May 26, 2006, and again on April 16, 2007, after
consultation with the National Institute of Standards and Technology
(NIST). NIST found that there had been limitations in the original
modeling rules, and supplied more comprehensive rules for modeling the
CES systems. On August 15, 2007, Cascade submitted to DOE a set of
general rules and set-up procedures to be used when testing its CES
models, but with slight variations in testing tailored to each
different system.
Specifically, Cascade asserted that its alternate test procedure
may be used for rating its CES multiple blower-coils in combination
with specified condensing units from other manufacturers. In large
part, the alternate test procedure is essentially the same as the
current test procedure for central air conditioners and heat pumps in
10 CFR part 430, Subpart B, Appendix M. However, Cascade's alternate
test procedure differs from the prescribed test procedure because it
covers indoor blower coils that have more than one indoor blower and
motor. Cascade's Petition for Waiver described Cascade's alternate test
procedure for a particular configuration with two heat pumps and eight
blowers, and Cascade subsequently supplied methodological rules and
set-up procedures to describe how its alternate test procedure would be
used to test other configurations.
DOE understands that, using the current central air conditioning
and heat pump test procedure, the company cannot calculate the seasonal
energy efficiency ratio (SEER) and the heating seasonal performance
factor (HSPF) for its CES products. Based on the above, DOE believes
that the identified problems would prevent testing of Cascade's CES
basic models according to the existing test procedure. However, the
alternate test procedures described in Cascade's Petition for Waiver
will enable Cascade to calculate these energy efficiency measures.
After careful consideration, DOE has decided to adopt the alternate
test procedure suggested by Cascade to test its CES line of air
conditioners and heat pumps, including the relevant rules and set-up
requirements.
Consultations With Other Agencies
DOE consulted with Federal Trade Commission (FTC) staff and NIST
concerning the Cascade Petition for Waiver. The FTC staff did not have
any
[[Page 50789]]
objections to granting a waiver to Cascade. NIST provided a technical
review of the alternate test procedure.
Conclusion
After careful consideration of all the materials submitted by
Cascade, the comment received, the review by National Institute of
Standards and Technology, and consultation with FTC staff, it is
ordered that:
(1) The ``Petition for Waiver'' filed by Cascade Group, LLC
(Cascade) (Case No. CAC-013) is hereby granted, subject to the
provisions of paragraphs (2), (3), (4), and (5) of this Order.
(2) Cascade shall not be required to test or rate its Cascade
Energy Saver (CES) line of central air conditioners and heat pumps, as
listed below, on the basis of the test procedures specified in 10 CFR
part 430, Subpart B, Appendix M, but shall be required to test and rate
such products according to the alternate test procedure set forth in
Appendix A (see Cascade's Petition for Waiver, which published in the
Federal Register on April 20, 2007, 72 FR 19891), as well as the table
of system configurations in paragraph (3)(B); the rules for
generalizing the test procedure modifications in paragraph (3)(B); and
the test procedure set-up requirements in paragraph (4).
This waiver applies to the following basic models:
----------------------------------------------------------------------------------------------------------------
Combinations of indoor-outdoor units that are subject to the waiver
-----------------------------------------------------------------------------------------------------------------
Indoor unit Outdoor unit
----------------------------------------------------------------------------------------------------------------
Qty of
outside
System heat pump units
Manufacturer Cascade model Tons manufacturer per Model number
cascade
unit
----------------------------------------------------------------------------------------------------------------
Cascade Manufacturing, L.P. CES-1-2-2........ 2 Amana........... 1 ASH130241A
(Cascade).
Cascade....................... CES-1-2-2........ 2 Aire-Flo........ 1 2HP13(B,L)24P-1
Cascade....................... CES-1-2-2........ 2 AirPro.......... 1 FRHS0241CD
Cascade....................... CES-1-2-2........ 2 American 1 2A6B3024A1
Standard.
Cascade....................... CES-1-2-2........ 2 Bryant.......... 1 213ANA024-A
Cascade....................... CES-1-2-2........ 2 Carrier......... 1 25HBA324A30
Cascade....................... CES-1-2-2........ 2 Coleman......... 1 DRHS0241BD
Cascade....................... CES-1-2-2........ 2 Ducane.......... 1 2HP13(B,L)24P-1
Cascade....................... CES-1-2-2........ 2 Fedders......... 1 CH24ABD1VF
Cascade....................... CES-1-2-2........ 2 Frigidaire...... 1 FT3BD-024K
Cascade....................... CES-1-2-2........ 2 Gibson.......... 1 GT3BD-024K
Cascade....................... CES-1-2-2........ 2 Goodman......... 1 GSH130241A
Cascade....................... CES-1-2-2........ 2 Lennox.......... 1 12HPB24-P
Cascade....................... CES-1-2-2........ 2 Luxaire......... 1 EABC-F024S
Cascade....................... CES-1-2-2........ 2 Maytag.......... 1 PSH1BC024K
Cascade....................... CES-1-2-2........ 2 Rheem........... 1 13PJA24
Cascade....................... CES-1-2-2........ 2 Ruud............ 1 13PJA24
Cascade....................... CES-1-2-2........ 2 Tappan.......... 1 FT3BD-024K
Cascade....................... CES-1-2-2........ 2 Trane........... 1 2TWB3024A1
Cascade....................... CES-1-2-2........ 2 York............ 1 E1RC024S06
Cascade....................... CES-1-2-2........ 2 Westinghouse.... 1 FT3BD-024K
Cascade....................... CES-1-2-2........ 2 Whirlpool....... 1 W2H324A-1A
Cascade....................... CES-1-2-3........ 2 Amana........... 1 ASH130241A
Cascade....................... CES-1-2-3........ 2 Aire-Flo........ 1 2HP13(B,L)24P-1
Cascade....................... CES-1-2-3........ 2 AirPro.......... 1 FRHS0241CD
Cascade....................... CES-1-2-3........ 2 American 1 2A6B3024A1
Standard.
Cascade....................... CES-1-2-3........ 2 Bryant.......... 1 213ANA024-A
Cascade....................... CES-1-2-3........ 2 Carrier......... 1 25HBA324A30
Cascade....................... CES-1-2-3........ 2 Coleman......... 1 DRHS0241BD
Cascade....................... CES-1-2-3........ 2 Ducane.......... 1 2HP13(B,L)24P-1
Cascade....................... CES-1-2-3........ 2 Fedders......... 1 CH24ABD1VF
Cascade....................... CES-1-2-3........ 2 Frigidaire...... 1 FT3BD-024K
Cascade....................... CES-1-2-3........ 2 Gibson.......... 1 GT3BD-024K
Cascade....................... CES-1-2-3........ 2 Goodman......... 1 GSH130241A
Cascade....................... CES-1-2-3........ 2 Lennox.......... 1 12HPB24-P
Cascade....................... CES-1-2-3........ 2 Luxaire......... 1 EABC-F024S
Cascade....................... CES-1-2-3........ 2 Maytag.......... 1 PSH1BC024K
Cascade....................... CES-1-2-3........ 2 Rheem........... 1 13PJA24
Cascade....................... CES-1-2-3........ 2 Ruud............ 1 13PJA24
Cascade....................... CES-1-2-3........ 2 Tappan.......... 1 FT3BD-024K
Cascade....................... CES-1-2-3........ 2 Trane........... 1 2TWB3024A1
Cascade....................... CES-1-2-3........ 2 York............ 1 E1RC024S06
Cascade....................... CES-1-2-3........ 2 Westinghouse.... 1 FT3BD-024K
Cascade....................... CES-1-2-3........ 2 Whirlpool....... 1 W2H324A-1A
Cascade....................... CES-1-2-4........ 2 Amana........... 1 ASH130241A
Cascade....................... CES-1-2-4........ 2 Aire-Flo........ 1 2HP13(B,L)24P-1
Cascade....................... CES-1-2-4........ 2 AirPro.......... 1 FRHS0241CD
Cascade....................... CES-1-2-4........ 2 American 1 2A6B3024A1
Standard.
Cascade....................... CES-1-2-4........ 2 Bryant.......... 1 213ANA024-A
Cascade....................... CES-1-2-4........ 2 Carrier......... 1 25HBA324A30
Cascade....................... CES-1-2-4........ 2 Coleman......... 1 DRHS0241BD
[[Page 50790]]
Cascade....................... CES-1-2-4........ 2 Ducane.......... 1 2HP13(B,L)24P-1
Cascade....................... CES-1-2-4........ 2 Fedders......... 1 CH24ABD1VF
Cascade....................... CES-1-2-4........ 2 Frigidaire...... 1 FT3BD-024K
Cascade....................... CES-1-2-4........ 2 Gibson.......... 1 GT3BD-024K
Cascade....................... CES-1-2-4........ 2 Goodman......... 1 GSH130241A
Cascade....................... CES-1-2-4........ 2 Lennox.......... 1 12HPB24-P
Cascade....................... CES-1-2-4........ 2 Luxaire......... 1 EABC-F024S
Cascade....................... CES-1-2-4........ 2 Maytag.......... 1 PSH1BC024K
Cascade....................... CES-1-2-4........ 2 Rheem........... 1 13PJA24
Cascade....................... CES-1-2-4........ 2 Ruud............ 1 13PJA24
Cascade....................... CES-1-2-4........ 2 Tappan.......... 1 FT3BD-024K
Cascade....................... CES-1-2-4........ 2 Trane........... 1 2TWB3024A1
Cascade....................... CES-1-2-4........ 2 York............ 1 E1RC024S06
Cascade....................... CES-1-2-4........ 2 Westinghouse.... 1 FT3BD-024K
Cascade....................... CES-1-2-4........ 2 Whirlpool....... 1 W2H324A-1A
Cascade....................... CES-1-2.5-2...... 2.5 Amana........... 1 ASH130301A
Cascade....................... CES-1-2.5-2...... 2.5 Aire-Flo........ 1 2HP13(B,L)30P-1
Cascade....................... CES-1-2.5-2...... 2.5 AirPro.......... 1 FRHS0301CD
Cascade....................... CES-1-2.5-2...... 2.5 American 1 2A6B3030A1
Standard.
Cascade....................... CES-1-2.5-2...... 2.5 Bryant.......... 1 213ANA030-A
Cascade....................... CES-1-2.5-2...... 2.5 Carrier......... 1 25HBA330A30
Cascade....................... CES-1-2.5-2...... 2.5 Coleman......... 1 DRHS0301BD
Cascade....................... CES-1-2.5-2...... 2.5 Ducane.......... 1 2HP13(B,L)30P-1
Cascade....................... CES-1-2.5-2...... 2.5 Fedders......... 1 CH30ABD1VF
Cascade....................... CES-1-2.5-2...... 2.5 Frigidaire...... 1 FT3BD-030K
Cascade....................... CES-1-2.5-2...... 2.5 Gibson.......... 1 GT3BD-030K
Cascade....................... CES-1-2.5-2...... 2.5 Goodman......... 1 CPLT30-1
Cascade....................... CES-1-2.5-2...... 2.5 Lennox.......... 1 12HPB30-P
Cascade....................... CES-1-2.5-2...... 2.5 Luxaire......... 1 EABC-F030S
Cascade....................... CES-1-2.5-2...... 2.5 Maytag.......... 1 DT3BD-030K
Cascade....................... CES-1-2.5-2...... 2.5 Rheem........... 1 13PJA30
Cascade....................... CES-1-2.5-2...... 2.5 Ruud............ 1 13PJA30
Cascade....................... CES-1-2.5-2...... 2.5 Tappan.......... 1 FT3BD-030K
Cascade....................... CES-1-2.5-2...... 2.5 Trane........... 1 2TWB3030A1
Cascade....................... CES-1-2.5-2...... 2.5 York............ 1 E1RC030S06
Cascade....................... CES-1-2.5-2...... 2.5 Westinghouse.... 1 FT3BD-030K
Cascade....................... CES-1-2.5-2...... 2.5 Whirlpool....... 1 WGH430A
Cascade....................... CES-1-2.5-3...... 2.5 Amana........... 1 ASH130301A
Cascade....................... CES-1-2.5-3...... 2.5 Aire-Flo........ 1 2HP13(B,L)30P-1
Cascade....................... CES-1-2.5-3...... 2.5 AirPro.......... 1 FRHS0301CD
Cascade....................... CES-1-2.5-3...... 2.5 American 1 2A6B3030A1
Standard.
Cascade....................... CES-1-2.5-3...... 2.5 Bryant.......... 1 213ANA030-A
Cascade....................... CES-1-2.5-3...... 2.5 Carrier......... 1 25HBA330A30
Cascade....................... CES-1-2.5-3...... 2.5 Coleman......... 1 DRHS0301BD
Cascade....................... CES-1-2.5-3...... 2.5 Ducane.......... 1 2HP13(B,L)30P-1
Cascade....................... CES-1-2.5-3...... 2.5 Fedders......... 1 CH30ABD1VF
Cascade....................... CES-1-2.5-3...... 2.5 Frigidaire...... 1 FT3BD-030K
Cascade....................... CES-1-2.5-3...... 2.5 Gibson.......... 1 GT3BD-030K
Cascade....................... CES-1-2.5-3...... 2.5 Goodman......... 1 CPLT30-1
Cascade....................... CES-1-2.5-3...... 2.5 Lennox.......... 1 12HPB30-P
Cascade....................... CES-1-2.5-3...... 2.5 Luxaire......... 1 EABC-F030S
Cascade....................... CES-1-2.5-3...... 2.5 Maytag.......... 1 DT3BD-030K
Cascade....................... CES-1-2.5-3...... 2.5 Rheem........... 1 13PJA30
Cascade....................... CES-1-2.5-3...... 2.5 Ruud............ 1 13PJA30
Cascade....................... CES-1-2.5-3...... 2.5 Tappan.......... 1 FT3BD-030K
Cascade....................... CES-1-2.5-3...... 2.5 Trane........... 1 2TWB3030A1
Cascade....................... CES-1-2.5-3...... 2.5 York............ 1 E1RC030S06
Cascade....................... CES-1-2.5-3...... 2.5 Westinghouse.... 1 FT3BD-030K
Cascade....................... CES-1-2.5-3...... 2.5 Whirlpool....... 1 WGH430A
Cascade....................... CES-1-2.5-4...... 2.5 Amana........... 1 ASH130301A
Cascade....................... CES-1-2.5-4...... 2.5 Aire-Flo........ 1 2HP13(B,L)30P-1
Cascade....................... CES-1-2.5-4...... 2.5 AirPro.......... 1 FRHS0301CD
Cascade....................... CES-1-2.5-4...... 2.5 American 1 2A6B3030A1
Standard.
Cascade....................... CES-1-2.5-4...... 2.5 Bryant.......... 1 213ANA030-A
Cascade....................... CES-1-2.5-4...... 2.5 Carrier......... 1 25HBA330A30
Cascade....................... CES-1-2.5-4...... 2.5 Coleman......... 1 DRHS0301BD
Cascade....................... CES-1-2.5-4...... 2.5 Ducane.......... 1 2HP13(B,L)30P-1
[[Page 50791]]
Cascade....................... CES-1-2.5-4...... 2.5 Fedders......... 1 CH30ABD1VF
Cascade....................... CES-1-2.5-4...... 2.5 Frigidaire...... 1 FT3BD-030K
Cascade....................... CES-1-2.5-4...... 2.5 Gibson.......... 1 GT3BD-030K
Cascade....................... CES-1-2.5-4...... 2.5 Goodman......... 1 CPLT30-1
Cascade....................... CES-1-2.5-4...... 2.5 Lennox.......... 1 12HPB30-P
Cascade....................... CES-1-2.5-4...... 2.5 Luxaire......... 1 EABC-F030S
Cascade....................... CES-1-2.5-4...... 2.5 Maytag.......... 1 DT3BD-030K
Cascade....................... CES-1-2.5-4...... 2.5 Rheem........... 1 13PJA30
Cascade....................... CES-1-2.5-4...... 2.5 Ruud............ 1 13PJA30
Cascade....................... CES-1-2.5-4...... 2.5 Tappan.......... 1 FT3BD-030K
Cascade....................... CES-1-2.5-4...... 2.5 Trane........... 1 2TWB3030A1
Cascade....................... CES-1-2.5-4...... 2.5 York............ 1 E1RC030S06
Cascade....................... CES-1-2.5-4...... 2.5 Westinghouse.... 1 FT3BD-030K
Cascade....................... CES-1-2.5-4...... 2.5 Whirlpool....... 1 WGH430A
Cascade....................... CES-2-1.5-2...... 3 Amana........... 2 ASH130181A
Cascade....................... CES-2-1.5-2...... 3 Aire-Flo........ 2 2HP13(B,L)18P-1
Cascade....................... CES-2-1.5-2...... 3 AirPro.......... 2 DRHS0181BD
Cascade....................... CES-2-1.5-2...... 3 American 2 2A6B3018A1
Standard.
Cascade....................... CES-2-1.5-2...... 3 Bryant.......... 2 213ANA018-A
Cascade....................... CES-2-1.5-2...... 3 Carrier......... 2 25HBA318A30
Cascade....................... CES-2-1.5-2...... 3 Coleman......... 2 DRHS0181BD
Cascade....................... CES-2-1.5-2...... 3 Ducane.......... 2 2HP13(B,L)18P-1
Cascade....................... CES-2-1.5-2...... 3 Fedders......... 2 CH18ABD1VF
Cascade....................... CES-2-1.5-2...... 3 Frigidaire...... 2 FT3BD-018K
Cascade....................... CES-2-1.5-2...... 3 Gibson.......... 2 GT3BD-018K
Cascade....................... CES-2-1.5-2...... 3 Goodman......... 2 GSH130181A
Cascade....................... CES-2-1.5-2...... 3 Lennox.......... 2 12HPB18-P
Cascade....................... CES-2-1.5-2...... 3 Luxaire......... 2 EABC-F018S
Cascade....................... CES-2-1.5-2...... 3 Maytag.......... 2 DT5BD-018K
Cascade....................... CES-2-1.5-2...... 3 Rheem........... 2 13PJA18
Cascade....................... CES-2-1.5-2...... 3 Ruud............ 2 UPNE-018JZ
Cascade....................... CES-2-1.5-2...... 3 Tappan.......... 2 FT3BD-018K
Cascade....................... CES-2-1.5-2...... 3 Trane........... 2 2TWB3018A1
Cascade....................... CES-2-1.5-2...... 3 York............ 2 E1RC018S06
Cascade....................... CES-2-1.5-2...... 3 Westinghouse.... 2 W2H318A-1A
Cascade....................... CES-2-1.5-2...... 3 Whirlpool....... 2 W2H318A-1A
Cascade....................... CES-2-1.5-3...... 3 Amana........... 2 ASH130181A
Cascade....................... CES-2-1.5-3...... 3 Aire-Flo........ 2 2HP13(B,L)18P-1
Cascade....................... CES-2-1.5-3...... 3 AirPro.......... 2 DRHS0181BD
Cascade....................... CES-2-1.5-3...... 3 American 2 2A6B3018A1
Standard.
Cascade....................... CES-2-1.5-3...... 3 Bryant.......... 2 213ANA018-A
Cascade....................... CES-2-1.5-3...... 3 Carrier......... 2 25HBA318A30
Cascade....................... CES-2-1.5-3...... 3 Coleman......... 2 DRHS0181BD
Cascade....................... CES-2-1.5-3...... 3 Ducane.......... 2 2HP13(B,L)18P-1
Cascade....................... CES-2-1.5-3...... 3 Fedders......... 2 CH18ABD1VF
Cascade....................... CES-2-1.5-3...... 3 Frigidaire...... 2 FT3BD-018K
Cascade....................... CES-2-1.5-3...... 3 Gibson.......... 2 GT3BD-018K
Cascade....................... CES-2-1.5-3...... 3 Goodman......... 2 GSH130181A
Cascade....................... CES-2-1.5-3...... 3 Lennox.......... 2 12HPB18-P
Cascade....................... CES-2-1.5-3...... 3 Luxaire......... 2 EABC-F018S
Cascade....................... CES-2-1.5-3...... 3 Maytag.......... 2 DT5BD-018K
Cascade....................... CES-2-1.5-3...... 3 Rheem........... 2 13PJA18
Cascade....................... CES-2-1.5-3...... 3 Ruud............ 2 UPNE-018JZ
Cascade....................... CES-2-1.5-3...... 3 Tappan.......... 2 FT3BD-018K
Cascade....................... CES-2-1.5-3...... 3 Trane........... 2 2TWB3018A1
Cascade....................... CES-2-1.5-3...... 3 York............ 2 E1RC018S06
Cascade....................... CES-2-1.5-3...... 3 Westinghouse.... 2 W2H318A-1A
Cascade....................... CES-2-1.5-3...... 3 Whirlpool....... 2 W2H318A-1A
Cascade....................... CES-2-1.5-4...... 3 Amana........... 2 ASH130181A
Cascade....................... CES-2-1.5-4...... 3 Aire-Flo........ 2 2HP13(B,L)18P-1
Cascade....................... CES-2-1.5-4...... 3 AirPro.......... 2 DRHS0181BD
Cascade....................... CES-2-1.5-4...... 3 American 2 2A6B3018A1
Standard.
Cascade....................... CES-2-1.5-4...... 3 Bryant.......... 2 213ANA018-A
Cascade....................... CES-2-1.5-4...... 3 Carrier......... 2 25HBA318A30
Cascade....................... CES-2-1.5-4...... 3 Coleman......... 2 DRHS0181BD
Cascade....................... CES-2-1.5-4...... 3 Ducane.......... 2 2HP13(B,L)18P-1
Cascade....................... CES-2-1.5-4...... 3 Fedders......... 2 CH18ABD1VF
[[Page 50792]]
Cascade....................... CES-2-1.5-4...... 3 Frigidaire...... 2 FT3BD-018K
Cascade....................... CES-2-1.5-4...... 3 Gibson.......... 2 GT3BD-018K
Cascade....................... CES-2-1.5-4...... 3 Goodman......... 2 GSH130181A
Cascade....................... CES-2-1.5-4...... 3 Lennox.......... 2 12HPB18-P
Cascade....................... CES-2-1.5-4...... 3 Luxaire......... 2 EABC-F018S
Cascade....................... CES-2-1.5-4...... 3 Maytag.......... 2 DT5BD-018K
Cascade....................... CES-2-1.5-4...... 3 Rheem........... 2 13PJA18
Cascade....................... CES-2-1.5-4...... 3 Ruud............ 2 UPNE-018JZ
Cascade....................... CES-2-1.5-4...... 3 Tappan.......... 2 FT3BD-018K
Cascade....................... CES-2-1.5-4...... 3 Trane........... 2 2TWB3018A1
Cascade....................... CES-2-1.5-4...... 3 York............ 2 E1RC018S06
Cascade....................... CES-2-1.5-4...... 3 Westinghouse.... 2 W2H318A-1A
Cascade....................... CES-2-1.5-4...... 3 Whirlpool....... 2 W2H318A-1A
Cascade....................... CES-2-2-2........ 4 Amana........... 2 ASH130241A
Cascade....................... CES-2-2-2........ 4 Aire-Flo........ 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-2........ 4 AirPro.......... 2 DRHS0241BD
Cascade....................... CES-2-2-2........ 4 American 2 2A6B3024A1
Standard.
Cascade....................... CES-2-2-2........ 4 Bryant.......... 2 213ANA024-A
Cascade....................... CES-2-2-2........ 4 Carrier......... 2 25HBA324A30
Cascade....................... CES-2-2-2........ 4 Coleman......... 2 DRHS0241BD
Cascade....................... CES-2-2-2........ 4 Ducane.......... 2 2HP13(B,L)18P-1
Cascade....................... CES-2-2-2........ 4 Fedders......... 2 CH24ABD1VF
Cascade....................... CES-2-2-2........ 4 Frigidaire...... 2 FT3BD-024K
Cascade....................... CES-2-2-2........ 4 Gibson.......... 2 GT3BD-024K
Cascade....................... CES-2-2-2........ 4 Goodman......... 2 GSH130241A
Cascade....................... CES-2-2-2........ 4 Lennox.......... 2 12HPB24-P
Cascade....................... CES-2-2-2........ 4 Luxaire......... 2 EABC-F024S
Cascade....................... CES-2-2-2........ 4 Maytag.......... 2 DT3BD-024K
Cascade....................... CES-2-2-2........ 4 Rheem........... 2 13PJA24
Cascade....................... CES-2-2-2........ 4 Ruud............ 2 13PJA24
Cascade....................... CES-2-2-2........ 4 Tappan.......... 2 FT3BD-024K
Cascade....................... CES-2-2-2........ 4 Trane........... 2 2TWB3024A1
Cascade....................... CES-2-2-2........ 4 York............ 2 E1RC024S06
Cascade....................... CES-2-2-2........ 4 Westinghouse.... 2 FT3BD-024K
Cascade....................... CES-2-2-2........ 4 Whirlpool....... 2 W2H324A-1A
Cascade....................... CES-2-2-3........ 4 Amana........... 2 ASH130241A
Cascade....................... CES-2-2-3........ 4 Aire-Flo........ 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-3........ 4 AirPro.......... 2 FRHS0241CD
Cascade....................... CES-2-2-3........ 4 American 2 2A6B3024A1
Standard.
Cascade....................... CES-2-2-3........ 4 Bryant.......... 2 213ANA024-A
Cascade....................... CES-2-2-3........ 4 Carrier......... 2 25HBA324A30
Cascade....................... CES-2-2-3........ 4 Coleman......... 2 DRHS0241BD
Cascade....................... CES-2-2-3........ 4 Ducane.......... 2 2HP13(B,L)18P-1
Cascade....................... CES-2-2-3........ 4 Fedders......... 2 CH24ABD1VF
Cascade....................... CES-2-2-3........ 4 Frigidaire...... 2 FT3BD-024K
Cascade....................... CES-2-2-3........ 4 Gibson.......... 2 GT3BD-024K
Cascade....................... CES-2-2-3........ 4 Goodman......... 2 GSH130241A
Cascade....................... CES-2-2-3........ 4 Lennox.......... 2 12HPB24-P
Cascade....................... CES-2-2-3........ 4 Luxaire......... 2 EABC-F024S
Cascade....................... CES-2-2-3........ 4 Maytag.......... 2 DT3BD-024K
Cascade....................... CES-2-2-3........ 4 Rheem........... 2 13PJA24
Cascade....................... CES-2-2-3........ 4 Ruud............ 2 13PJA24
Cascade....................... CES-2-2-3........ 4 Tappan.......... 2 FT3BD-024K
Cascade....................... CES-2-2-3........ 4 Trane........... 2 2TWB3024A1
Cascade....................... CES-2-2-3........ 4 York............ 2 E1RC024S06
Cascade....................... CES-2-2-3........ 4 Westinghouse.... 2 FT3BD-024K
Cascade....................... CES-2-2-3........ 4 Whirlpool....... 2 W2H324A-1A
Cascade....................... CES-2-2-4........ 4 Amana........... 2 ASH130241A
Cascade....................... CES-2-2-4........ 4 Aire-Flo........ 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-4........ 4 AirPro.......... 2 FRHS0241CD
Cascade....................... CES-2-2-4........ 4 American 2 2A6B3024A1
Standard.
Cascade....................... CES-2-2-4........ 4 Bryant.......... 2 213ANA024-A
Cascade....................... CES-2-2-4........ 4 Carrier......... 2 25HBA324A30
Cascade....................... CES-2-2-4........ 4 Coleman......... 2 DRHS0241BD
Cascade....................... CES-2-2-4........ 4 Ducane.......... 2 2HP13(B,L)18P-1
Cascade....................... CES-2-2-4........ 4 Fedders......... 2 CH24ABD1VF
Cascade....................... CES-2-2-4........ 4 Frigidaire...... 2 FT3BD-024K
[[Page 50793]]
Cascade....................... CES-2-2-4........ 4 Gibson.......... 2 GT3BD-024K
Cascade....................... CES-2-2-4........ 4 Goodman......... 2 GSH130241A
Cascade....................... CES-2-2-4........ 4 Lennox.......... 2 12HPB24-P
Cascade....................... CES-2-2-4........ 4 Luxaire......... 2 EABC-F024S
Cascade....................... CES-2-2-4........ 4 Maytag.......... 2 DT3BD-024K
Cascade....................... CES-2-2-4........ 4 Rheem........... 2 13PJA24
Cascade....................... CES-2-2-4........ 4 Ruud............ 2 13PJA24
Cascade....................... CES-2-2-4........ 4 Tappan.......... 2 FT3BD-024K
Cascade....................... CES-2-2-4........ 4 Trane........... 2 2TWB3024A1
Cascade....................... CES-2-2-4........ 4 York............ 2 E1RC024S06
Cascade....................... CES-2-2-4........ 4 Westinghouse.... 2 FT3BD-024K
Cascade....................... CES-2-2-4........ 4 Whirlpool....... 2 W2H324A-1A
Cascade....................... CES-2-2-5........ 4 Amana........... 2 ASH130241A
Cascade....................... CES-2-2-5........ 4 Aire-Flo........ 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-5........ 4 AirPro.......... 2 FRHS0241CD
Cascade....................... CES-2-2-5........ 4 American 2 2A6B3024A1
Standard.
Cascade....................... CES-2-2-5........ 4 Bryant.......... 2 213ANA024-A
Cascade....................... CES-2-2-5........ 4 Carrier......... 2 25HBA324A30
Cascade....................... CES-2-2-5........ 4 Coleman......... 2 DRHS0241BD
Cascade....................... CES-2-2-5........ 4 Ducane.......... 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-5........ 4 Fedders......... 2 CH24ABD1VF
Cascade....................... CES-2-2-5........ 4 Frigidaire...... 2 FT3BD-024K
Cascade....................... CES-2-2-5........ 4 Gibson.......... 2 GT3BD-024K
Cascade....................... CES-2-2-5........ 4 Goodman......... 2 GSH130241A
Cascade....................... CES-2-2-5........ 4 Lennox.......... 2 12HPB24-P
Cascade....................... CES-2-2-5........ 4 Luxaire......... 2 EABC-F024S
Cascade....................... CES-2-2-5........ 4 Maytag.......... 2 DT3BD-024K
Cascade....................... CES-2-2-5........ 4 Rheem........... 2 13PJA24
Cascade....................... CES-2-2-5........ 4 Ruud............ 2 13PJA24
Cascade....................... CES-2-2-5........ 4 Tappan.......... 2 FT3BD-024K
Cascade....................... CES-2-2-5........ 4 Trane........... 2 2TWB3024A1
Cascade....................... CES-2-2-5........ 4 York............ 2 E1RC024S06
Cascade....................... CES-2-2-5........ 4 Westinghouse.... 2 FT3BD-024K
Cascade....................... CES-2-2-5........ 4 Whirlpool....... 2 W2H324A-1A
Cascade....................... CES-2-2-6........ 4 Amana........... 2 ASH130241A
Cascade....................... CES-2-2-6........ 4 Aire-Flo........ 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-6........ 4 AirPro.......... 2 FRHS0241CD
Cascade....................... CES-2-2-6........ 4 American 2 2A6B3024A1
Standard.
Cascade....................... CES-2-2-6........ 4 Bryant.......... 2 213ANA024-A
Cascade....................... CES-2-2-6........ 4 Carrier......... 2 25HBA324A30
Cascade....................... CES-2-2-6........ 4 Coleman......... 2 DRHS0241BD
Cascade....................... CES-2-2-6........ 4 Ducane.......... 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-6........ 4 Fedders......... 2 CH24ABD1VF
Cascade....................... CES-2-2-6........ 4 Frigidaire...... 2 FT3BD-024K
Cascade....................... CES-2-2-6........ 4 Gibson.......... 2 GT3BD-024K
Cascade....................... CES-2-2-6........ 4 Goodman......... 2 GSH130241A
Cascade....................... CES-2-2-6........ 4 Lennox.......... 2 12HPB24-P
Cascade....................... CES-2-2-6........ 4 Luxaire......... 2 EABC-F024S
Cascade....................... CES-2-2-6........ 4 Maytag.......... 2 DT3BD-024K
Cascade....................... CES-2-2-6........ 4 Rheem........... 2 13PJA24
Cascade....................... CES-2-2-6........ 4 Ruud............ 2 13PJA24
Cascade....................... CES-2-2-6........ 4 Tappan.......... 2 FT3BD-024K
Cascade....................... CES-2-2-6........ 4 Trane........... 2 2TWB3024A1
Cascade....................... CES-2-2-6........ 4 York............ 2 E1RC024S06
Cascade....................... CES-2-2-6........ 4 Westinghouse.... 2 FT3BD-024K
Cascade....................... CES-2-2-6........ 4 Whirlpool....... 2 W2H324A-1A
Cascade....................... CES-2-2-7........ 4 Amana........... 2 ASH130241A
Cascade....................... CES-2-2-7........ 4 Aire-Flo........ 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-7........ 4 AirPro.......... 2 FRHS0241CD
Cascade....................... CES-2-2-7........ 4 American 2 2A6B3024A1
Standard.
Cascade....................... CES-2-2-7........ 4 Bryant.......... 2 213ANA024-A
Cascade....................... CES-2-2-7........ 4 Carrier......... 2 25HBA324A30
Cascade....................... CES-2-2-7........ 4 Coleman......... 2 DRHS0241BD
Cascade....................... CES-2-2-7........ 4 Ducane.......... 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-7........ 4 Fedders......... 2 CH24ABD1VF
Cascade....................... CES-2-2-7........ 4 Frigidaire...... 2 FT3BD-024K
Cascade....................... CES-2-2-7........ 4 Gibson.......... 2 GT3BD-024K
[[Page 50794]]
Cascade....................... CES-2-2-7........ 4 Goodman......... 2 GSH130241A
Cascade....................... CES-2-2-7........ 4 Lennox.......... 2 12HPB24-P
Cascade....................... CES-2-2-7........ 4 Luxaire......... 2 EABC-F024S
Cascade....................... CES-2-2-7........ 4 Maytag.......... 2 DT3BD-024K
Cascade....................... CES-2-2-7........ 4 Rheem........... 2 13PJA24
Cascade....................... CES-2-2-7........ 4 Ruud............ 2 13PJA24
Cascade....................... CES-2-2-7........ 4 Tappan.......... 2 FT3BD-024K
Cascade....................... CES-2-2-7........ 4 Trane........... 2 2TWB3024A1
Cascade....................... CES-2-2-7........ 4 York............ 2 E1RC024S06
Cascade....................... CES-2-2-7........ 4 Westinghouse.... 2 FT3BD-024K
Cascade....................... CES-2-2-7........ 4 Whirlpool....... 2 W2H324A-1A
Cascade....................... CES-2-2-8........ 4 Amana........... 2 ASH130241A
Cascade....................... CES-2-2-8........ 4 Aire-Flo........ 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-8........ 4 AirPro.......... 2 FRHS0241CD
Cascade....................... CES-2-2-8........ 4 American 2 2A6B3024A1
Standard.
Cascade....................... CES-2-2-8........ 4 Bryant.......... 2 213ANA024-A
Cascade....................... CES-2-2-8........ 4 Carrier......... 2 25HBA324A30
Cascade....................... CES-2-2-8........ 4 Coleman......... 2 DRHS0241BD
Cascade....................... CES-2-2-8........ 4 Ducane.......... 2 2HP13(B,L)24P-1
Cascade....................... CES-2-2-8........ 4 Fedders......... 2 CH24ABD1VF
Cascade....................... CES-2-2-8........ 4 Frigidaire...... 2 FT3BD-024K
Cascade....................... CES-2-2-8........ 4 Gibson.......... 2 GT3BD-024K
Cascade....................... CES-2-2-8........ 4 Goodman......... 2 GSH130241A
Cascade....................... CES-2-2-8........ 4 Lennox.......... 2 12HPB24-P
Cascade....................... CES-2-2-8........ 4 Luxaire......... 2 EABC-F024S
Cascade....................... CES-2-2-8........ 4 Maytag.......... 2 DT3BD-024K
Cascade....................... CES-2-2-8........ 4 Rheem........... 2 13PJA24
Cascade....................... CES-2-2-8........ 4 Ruud............ 2 13PJA24
Cascade....................... CES-2-2-8........ 4 Tappan.......... 2 FT3BD-024K
Cascade....................... CES-2-2-8........ 4 Trane........... 2 2TWB3024A1
Cascade....................... CES-2-2-8........ 4 York............ 2 E1RC024S06
Cascade....................... CES-2-2-8........ 4 Westinghouse.... 2 FT3BD-024K
Cascade....................... CES-2-2-8........ 4 Whirlpool....... 2 W2H324A-1A
Cascade....................... CES-2-2.5-4...... 5 Amana........... 2 ASH130301A
Cascade....................... CES-2-2.5-4...... 5 Aire-Flo........ 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-4...... 5 AirPro.......... 2 FRHS0301CD
Cascade....................... CES-2-2.5-4...... 5 American 2 2A6B3030A1
Standard.
Cascade....................... CES-2-2.5-4...... 5 Bryant.......... 2 213ANA030-A
Cascade....................... CES-2-2.5-4...... 5 Carrier......... 2 25HBA330A30
Cascade....................... CES-2-2.5-4...... 5 Coleman......... 2 DRHS0301BD
Cascade....................... CES-2-2.5-4...... 5 Ducane.......... 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-4...... 5 Fedders......... 2 CH30ABD1VF
Cascade....................... CES-2-2.5-4...... 5 Frigidaire...... 2 FT3BD-030K
Cascade....................... CES-2-2.5-4...... 5 Gibson.......... 2 GT3BD-030K
Cascade....................... CES-2-2.5-4...... 5 Goodman......... 2 CPLT30-1
Cascade....................... CES-2-2.5-4...... 5 Lennox.......... 2 12HPB30-P
Cascade....................... CES-2-2.5-4...... 5 Luxaire......... 2 EABC-F030S
Cascade....................... CES-2-2.5-4...... 5 Maytag.......... 2 DT3BD-030K
Cascade....................... CES-2-2.5-4...... 5 Rheem........... 2 13PJA30
Cascade....................... CES-2-2.5-4...... 5 Ruud............ 2 13PJA30
Cascade....................... CES-2-2.5-4...... 5 Tappan.......... 2 FT3BD-030K
Cascade....................... CES-2-2.5-4...... 5 Trane........... 2 2TWB3030A1
Cascade....................... CES-2-2.5-4...... 5 York............ 2 E1RC030S06
Cascade....................... CES-2-2.5-4...... 5 Westinghouse.... 2 FT3BD-030K
Cascade....................... CES-2-2.5-4...... 5 Whirlpool....... 2 WGH430A
Cascade....................... CES-2-2.5-5...... 5 Amana........... 2 ASH130301A
Cascade....................... CES-2-2.5-5...... 5 Aire-Flo........ 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-5...... 5 AirPro.......... 2 FRHS0301CD
Cascade....................... CES-2-2.5-5...... 5 American 2 2A6B3030A1
Standard.
Cascade....................... CES-2-2.5-5...... 5 Bryant.......... 2 213ANA030-A
Cascade....................... CES-2-2.5-5...... 5 Carrier......... 2 25HBA330A30
Cascade....................... CES-2-2.5-5...... 5 Coleman......... 2 DRHS0301BD
Cascade....................... CES-2-2.5-5...... 5 Ducane.......... 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-5...... 5 Fedders......... 2 CH30ABD1VF
Cascade....................... CES-2-2.5-5...... 5 Frigidaire...... 2 FT3BD-030K
Cascade....................... CES-2-2.5-5...... 5 Gibson.......... 2 GT3BD-030K
Cascade....................... CES-2-2.5-5...... 5 Goodman......... 2 CPLT30-1
[[Page 50795]]
Cascade....................... CES-2-2.5-5...... 5 Lennox.......... 2 12HPB30-P
Cascade....................... CES-2-2.5-5...... 5 Luxaire......... 2 EABC-F030S
Cascade....................... CES-2-2.5-5...... 5 Maytag.......... 2 DT3BD-030K
Cascade....................... CES-2-2.5-5...... 5 Rheem........... 2 13PJA30
Cascade....................... CES-2-2.5-5...... 5 Ruud............ 2 13PJA30
Cascade....................... CES-2-2.5-5...... 5 Tappan.......... 2 FT3BD-030K
Cascade....................... CES-2-2.5-5...... 5 Trane........... 2 2TWB3030A1
Cascade....................... CES-2-2.5-5...... 5 York............ 2 E1RC030S06
Cascade....................... CES-2-2.5-5...... 5 Westinghouse.... 2 FT3BD-030K
Cascade....................... CES-2-2.5-5...... 5 Whirlpool....... 2 WGH430A
Cascade....................... CES-2-2.5-6...... 5 Amana........... 2 ASH130301A
Cascade....................... CES-2-2.5-6...... 5 Aire-Flo........ 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-6...... 5 AirPro.......... 2 FRHS0301CD
Cascade....................... CES-2-2.5-6...... 5 American 2 2A6B3030A1
Standard.
Cascade....................... CES-2-2.5-6...... 5 Bryant.......... 2 213ANA030-A
Cascade....................... CES-2-2.5-6...... 5 Carrier......... 2 25HBA330A30
Cascade....................... CES-2-2.5-6...... 5 Coleman......... 2 DRHS0301BD
Cascade....................... CES-2-2.5-6...... 5 Ducane.......... 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-6...... 5 Fedders......... 2 CH30ABD1VF
Cascade....................... CES-2-2.5-6...... 5 Frigidaire...... 2 FT3BD-030K
Cascade....................... CES-2-2.5-6...... 5 Gibson.......... 2 GT3BD-030K
Cascade....................... CES-2-2.5-6...... 5 Goodman......... 2 CPLT30-1
Cascade....................... CES-2-2.5-6...... 5 Lennox.......... 2 12HPB30-P
Cascade....................... CES-2-2.5-6...... 5 Luxaire......... 2 EABC-F030S
Cascade....................... CES-2-2.5-6...... 5 Maytag.......... 2 DT3BD-030K
Cascade....................... CES-2-2.5-6...... 5 Rheem........... 2 13PJA30
Cascade....................... CES-2-2.5-6...... 5 Ruud............ 2 13PJA30
Cascade....................... CES-2-2.5-6...... 5 Tappan.......... 2 FT3BD-030K
Cascade....................... CES-2-2.5-6...... 5 Trane........... 2 2TWB3030A1
Cascade....................... CES-2-2.5-6...... 5 York............ 2 E1RC030S06
Cascade....................... CES-2-2.5-6...... 5 Westinghouse.... 2 FT3BD-030K
Cascade....................... CES-2-2.5-6...... 5 Whirlpool....... 2 WGH430A
Cascade....................... CES-2-2.5-7...... 5 Amana........... 2 ASH130301A
Cascade....................... CES-2-2.5-7...... 5 Aire-Flo........ 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-7...... 5 AirPro.......... 2 FRHS0301CD
Cascade....................... CES-2-2.5-7...... 5 American 2 2A6B3030A1
Standard.
Cascade....................... CES-2-2.5-7...... 5 Bryant.......... 2 213ANA030-A
Cascade....................... CES-2-2.5-7...... 5 Carrier......... 2 25HBA330A30
Cascade....................... CES-2-2.5-7...... 5 Coleman......... 2 DRHS0301BD
Cascade....................... CES-2-2.5-7...... 5 Ducane.......... 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-7...... 5 Fedders......... 2 CH30ABD1VF
Cascade....................... CES-2-2.5-7...... 5 Frigidaire...... 2 FT3BD-030K
Cascade....................... CES-2-2.5-7...... 5 Gibson.......... 2 GT3BD-030K
Cascade....................... CES-2-2.5-7...... 5 Goodman......... 2 CPLT30-1
Cascade....................... CES-2-2.5-7...... 5 Lennox.......... 2 12HPB30-P
Cascade....................... CES-2-2.5-7...... 5 Luxaire......... 2 EABC-F030S
Cascade....................... CES-2-2.5-7...... 5 Maytag.......... 2 DT3BD-030K
Cascade....................... CES-2-2.5-7...... 5 Rheem........... 2 13PJA30
Cascade....................... CES-2-2.5-7...... 5 Ruud............ 2 13PJA30
Cascade....................... CES-2-2.5-7...... 5 Tappan.......... 2 FT3BD-030K
Cascade....................... CES-2-2.5-7...... 5 Trane........... 2 2TWB3030A1
Cascade....................... CES-2-2.5-7...... 5 York............ 2 E1RC030S06
Cascade....................... CES-2-2.5-7...... 5 Westinghouse.... 2 FT3BD-030K
Cascade....................... CES-2-2.5-7...... 5 Whirlpool....... 2 WGH430A
Cascade....................... CES-2-2.5-8...... 5 Amana........... 2 ASH130301A
Cascade....................... CES-2-2.5-8...... 5 Aire-Flo........ 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-8...... 5 AirPro.......... 2 FRHS0301CD
Cascade....................... CES-2-2.5-8...... 5 American 2 2A6B3030A1
Standard.
Cascade....................... CES-2-2.5-8...... 5 Bryant.......... 2 213ANA030-A
Cascade....................... CES-2-2.5-8...... 5 Carrier......... 2 25HBA330A30
Cascade....................... CES-2-2.5-8...... 5 Coleman......... 2 DRHS0301BD
Cascade....................... CES-2-2.5-8...... 5 Ducane.......... 2 2HP13(B,L)30P-1
Cascade....................... CES-2-2.5-8...... 5 Fedders......... 2 CH30ABD1VF
Cascade....................... CES-2-2.5-8...... 5 Frigidaire...... 2 FT3BD-030K
Cascade....................... CES-2-2.5-8...... 5 Gibson.......... 2 GT3BD-030K
Cascade....................... CES-2-2.5-8...... 5 Goodman......... 2 CPLT30-1
Cascade....................... CES-2-2.5-8...... 5 Lennox.......... 2 12HPB30-P
[[Page 50796]]
Cascade....................... CES-2-2.5-8...... 5 Luxaire......... 2 EABC-F030S
Cascade....................... CES-2-2.5-8...... 5 Maytag.......... 2 DT3BD-03
