HomeMy WebLinkAbout1981-086 Agrmt AMND #3 - BPA - DE-MS79-81BP90791(AUTHENTICATED COPY)
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Amendatory Agreement No. 3 to
Contract No. DE
10/30/81
AMENDATORY AGREEMENT
executed by the
UNITED STATES OF AMERICA
DEPARTMENT Of ENERGY
acting by and throuah the
BONNEVILLE POWER ADMINISTRATION
and
ASHLAND, CITY OF
This AMENDATORY AGREEMENT, executed December 17 1981, by the
UNITED STATES OF AMERICA, Department of Energy, acting by and through the
BONNEVILLE POWER AOMINISTRATION (Bonneville), and ASHLAND, CITY OF (Utility),
WITNESSETH:
WHEREAS the parties hereto, on Seotemb er 1, 1981, executed a
conservation contract (Contract No. DE which as amended is
hereinafter referred to as "Energy Conservation Agreement") providing for the
implementation of certain conservatio� programs and the parties desire to
amend such contract to implement either the Energy Buy-Back Weatherization
Program or the Zero Interest Loan Weatherization Program, as indicated by the
Utility in section 2 below, and to make other necessary revisions;
NOW, THEREFORE, the parties hereto mutually agree as follows:
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1. Effective Date of Agreement. This anendatory agreement shall be
effective as of 2400 hours on the date of execution (Effective Date).
2. Amendment of Energy Conservation Agreement. The Eneryy Conservation
Agreement is hereby amended as follows:
(a) Section 5 is amended to add Exhibit J Energy Buy-Back Weatherizatio
(b) Exhibit A is deleted and replaced by the attached Exhibit A.
IN W,ITNESS WHEREOf, the parties hereto have executed this amendatory
agreement in several counterparts.
UNITED STATES Of M1ERICA
Department of Energy
BY /s/ Peter T. Johnson
Bonnevi 11 e Poeier Adrii ni strator
[NiYr`S�)a�:T.Y; 1I:�i;
Oregan
By /s/ L. Gordon Medaris
Title M�vor
ATTEST:
WP -PC I -085l3c
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Exhibit A, Page 1 of 1
Contract No. DE-MS79-81BP90791
Energy Conservation Agreement
Conservation Program Offerinqs
1. Shower Flow Restrictor Program
2. Water Wrap Program
3. Street and Area Lighting Efficiency Improvement Program
4. Commercial Coriservation Program Lighting and Water Heating
5. Energy Buy-Back IJeatherization Program/Zero Interest Loan
Weatherizaticn Prooram
(k'P-PCI-0858c)
R
Exhibit 1
Contract No. DE-MS79-81BPt�.OJ9I
Energy Conservation Agreement
10/30/81
ENERGY BUY-BACK WEATHERIZATION PROGRAM
Index to Sections
Section P age
1. Program Overview 1
2. Definitions 1
3. Attachments 1
4. Availability 1
5. Available Measures 1
6. Program Procedures 1
7. Payment Procedure 1
8. Use of Section 7(c) Funds by Utility 2
9. Program Records 2
10. Program Reports 3
11. Program Audits 3
12. Program Evaluation 3
13. Compliance with National Historic Preservation Act........ 3
Attachment 1 (Available Measures) 1
Attachment 2(Energy Analysis Procedures) 1
Attachment 3 (Inspection Procedures) 1
Attachment 4(Energy Analyst and Inspector Training)........... 1
e
Exhibit �7
Contract No. DE-MS79-816P,'90791
Energy Conservation Agreement
10/30/81
Section Page
Attachment 5(Standard Heat Transfer Methodology) 1
Attachment 6(Procedure for Indexing Alternate Heat
Transfer Methodologies) 1
Attachment 7 (Weatherization Specification) 1
Attachment 8 (Reimbursement) 1
Attachment 9 (Reimbursement Calculation) 1
Attachment 10 (Schedule A-1, Utility Summary Sheet)............ 1
Exhibit J, Page 1 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818PC�Q791
Energy Conservation Agreemen�
10/30/81
2
Program Overview. Bonneville shall pay the Utility, on the
basis of the total estimated annual kilowatthour savings, for
Measures accomplished in eligible Residences. The Utility shall
apply the funds it receives from Bonneville, for Measures
accomplished, in accordance with Section 8. Bonneville shall
also pay the Utility a portion of the Utility's costs incurred
for administering this Program.
Definitions. "Residence" means any building or mobile home
used for residential occupancy.
3. Attachments. Attachment 1(Available Measures), Attachment 2
(Energy Anatysis Procedures), Attachment 3 (Inspection
Procedures), Attachment 4(Energy Analyst and Inspector
Training), Attachment 5(Standard Heat Transfer Methodology),
Attachment 6'(Procedure for Indexing Alternate Heat Transfer
Methodologies), Attachment 7 (t;:atherization Specification),
Attachment 8 (Reimbursement), Attachment 9 (Reimbursement
Calculation), and Attachment 10 (Schedule A-1, Utility Summary
Sheet) are hereby made a part of this Exhibit.
4. Availability. The Program is available for Residences in the
Region served by the Utility which utilize electric space
heating, permanently instatled prior to the effective date of
this Exhibit.
5. Available Measures The Measures which are available under
this Program and the characteristics of the Residences in which
those Measures may be installed are set forth in Attachment 1.
Program Procedures. To be eligible for payment, the Utility
shall comply with the following procedures in accomplishing
Measures:
(a) upon request, the Utility shall conduct an Energy Analysis
of the Residence in accordance with Attachment 2. The
Energy Analysis shall be performed by a person meeting the
energy analyst training standards contained in Attachment 4
(Energy Analyst);
(b) using the standard heat transfer methodology referenced in
Attachment 5, or an alternate heat transfer methodology
indexed pursuant to Attachment 6, the Utility will give the
Consumer an estimate of the annual kilowatthour savings
that would be realized from the installation of each
recommended Measure; and
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Exhibit ,7, Page 2 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818PgQ�C�1
Energy Conservation Agreement
10/30/81
(c) in accordance with Attachment 3, the Utility shall inspect
each Measure installed and certify to Bonneville that the
materials and installation meet or exceed the
specifications set forth in Attachment 7. The inspection
shall be performed by a person meeting the inspector
training standards set forth in Attachment 4.
Payment Procedure.
(a) Payments shall be made in accordance with the method,
terms, and procedures specified in Table 7 of
Exhibit B of the Energy Conservation Agreement upon
submission by the Utility of Attachment 10.
(b) Bonneville shall pay the Utility for administering this
Program in accordance with Attachment 8.
(c) For Measures installed pursuant to sections 5 and 6,
Bonneville shall pay the Utility the amount determined in
accordance with Attachment 9.
(d) If the Utili'ty choos=s to use section 7(c) funds to offset
Utility interest costs pursuant to section 8(b) below, the
Bonneville reimbursement shall be the actual Utility
interest cost incurred for the time period for which
payment is made. If at any time the amount specified in
section 7(c) has not been exceeded, the Utility may apply
remaining funds to credit the principal of the loan.
(e) If after the effective date of this Program Exhibit a
Measure which was not previously listed in either section B
or C of Attachment 1 is added to Attachment 1, the Utility
shall become eligible for retroactive reimbursement by
Bonneville pursuant to Exhibit C of the Energy Conservation
Agreement for those similar measures accomplished by the
Utility prior to the date the Measures are made available,
notwithstanding the words of the first paragraph of
Exhibit C concerning the effective date of the Program
Exhibit.
(f) Notwithstanding the words of the first paragraph of
Exhibit C to the Agreement concerning the effective date of
the Program Exhibit, if the installation restirictions
listed in section D of Attachment 1 change to allow
financing by Bonneville of Measures not previously eligible
for financing due to such restrictions, the Utility shall
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Pi
ExhibitJ Page 3 of 5
Energy Buy-Back Weatherization
Program
ConLract No. DE-MS79-81Bf�Q��1
Energy Conservation Agreemen
10/30/81
become eligible for reimbursement by Bonneville pursuant to
Exhibit C for those Measures (1) for which restrictions
were changed; (2) which were accomplished by the Utility
subsequent to December 5, 1980, and prior to the date the
Measures become eligible for financing by Bonneville; and
(3) which include such mitigation measures as set forth in
Attachment 7. Measures installed after the effective date
of this Program Exhibit shall also meet or exceed all other
specifications set forth in Attachment 7.
(g) The amount of energy, if any, to be returned in accordance
with section 12 of the Energy Conservation Agreement shall
be equivalent to the estimated annual kilowatthour savings
referred to in section 6(b) above for Measures installed.
8. Use of Section 7(c) Funds by Utility. The Utility shall use
the funds paid to it by Bonnev�lle pursuant to Section 7(c) as
follows:
(a) It shall pay an equal amount of funds directly to the owner
of the Residence in which the Measures were installed, or
to the owner's designee; or
(b) If the Utility operates a residential conservation loan
program pursuant to a statute, rule, ordinance or
resolution, or pursuant to an order of a state regulatory
agency, or has advanced sums to the owner of a Residence in
which the Measures were installed, or to the owner's
designee, the Utility shall apply the funds paid by
Bonneville to offset the principal amount or Utility
interest costs of the loan or advance.
9. Program Records. The Utility shall maintain a record of the
following information regarding its transactions with each
Consumer under.this program:
(a) Consumer's name, address and account number;
(b) the electric power consumption at the Residence during the
12-month period preceding the Energy Analysis;
(c) date of performance and results of the Energy Analysis;
(d) date of inspection and a list of Measures installed
pursuant to Sections 5 and 6 above;
Exhibit Page 4 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816�/ 9 1
Energy Conservation Agreement
10/30/81
(e) the disbursement of the funds expended by the Utility
pursuant to section 8;.
(f) electric power consumption at the Residence for the
12-month period following installation of the Measures; and
(g) supporting documents and records necessary for verification
of costs reimbursed by Bonneville.
10. Program Reports. The Utility shall include Attachment 10 with
the Monthly Financial Summary provided in accordance with
section 14 of the Energy Conservation Agreement, unless
otherwise agreed by the parties.
11. Program Audits. Bonneville, at its expense, may:
(a) audit and examine Program records and accounts maintained
by the Utility pursuant to section 9 above and section 13
of the Energy Conservation Agreement;
(b) request copies of such Program records and accounts for
audit purposes;
(c) conduct random inspections of installations made under this
Program; all such inspections shall be arranged in advance
by the Utility: Should any Residence be unavailabla for
inspection, an alternate Residence shall be selected; and
(d) review Utility procedures employed in accomplishing the
provisions of this Program.
12. Program Evaluation.
(a) The Utility shall apply a Bonneville-accepted or provided
methodology in choosing a random sample of the Residences
weatherized under this Program.
(b) The collected data, as adjusted for normal temperature,
shall be compiled in statistical summary form and shall
include: (1) the number of Residences in the sample;
(2) the average cost per Residence of Measures installed;
and (3) the effect of installation of Measures on energy
consumption.
r
Exhibit J, Page 5 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79
Energy Conservation Agreement
10/30/81
(c) The Utility shall transmit the data
upon 60 days notice by Bonneville,
than once in any 12-month period.
collected to Bonneville
but no more frequently
13. Compliance with National Historic Preservation Act. In order
to implement the requirements of section 106 of the National
Historic Preservation Act of 1966 (16 USC Sec. 470 et seg) and
its implementing regulations, the National Environmental Policy
Act of 1969 (42 USC Sec. 4321 et seq), and Executive
Order 11593, Protection and Enhancement of the Cultural
Environment (36 Fed. Reg. 8921, May 15, 1971), the Utiltty shall
(a) consult with the appropriate State Historic Preservation
Officer (SHPO) prior to agreeing to finance any work which
would result in replacement of prime windowframes or
sashes. Such consultation shall be for the purpose of
determining whether the R�sidence is included on the
National Register of Historic Places or is eligible for
inclusion. The Utility shall provide the SHPO with any
photographs or other information requested by the SHPO for
use in the determination; and
(b) comply with the recommendations of the SHPO for such
in order to avoid or mitigate adverse impacts to the
Residence, if the Residence is determined by the SHPO
on the National Register of Historic Places or to be
eligible for inclusion.
work
to be
(WP-PCI-OOOlc)
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Attachment 1, Page 1 of 4
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-816P�0 791
Energy Conservation Agreement
10/30/81
Available Measures
A. If any one of Measures 1, 2, 3, 6, and 7 from Section B is selected
for installation, the Consumer may then also select Measures 4 or 5
of Section B for installation.
B. The following Measures may be installed in any Residence meeting
the criteria set forth in section 4 of this Exhibit:
1. ceiling insulation and appropriate ventilation;
2. floor insulation, aesociated vapor impermeable ground cover,
appropriate ventilation, and exterior foundation perimeter
insulation;
3. wall insulation (limited to unfinished exterior or basement
walls);
4. cold and hot water.pipe insulation;
5. dehumidifiers;
6. clock thermostats; or
7. duct insulation.
C. The following Measures may be installed in any Residence meeting
the criteria set forth in section 4 of this Exhibit and which has
all of the characteristics listed in section D below:
1. storm windows and thermal replacement sashes and panes;
2. storm doors,� thermal doors, and double pane sliding doors;
3. caulking and weatherstripping; or
4. outlet and switchplate gaskets;
D. Residence Characteristics. All of the following criteria must be
satisfied before a Residence will be offered the air
infiltration-reduction measures listed in Section C above:
1. The Residence must have a full crawlspace with cross
ventilation as per the Uniform Building Code.
Attachment 1, Page 2 of 4
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPg0791
Energy Conservation Agreement
10/30/81
In addition, the Residence must be equipped with a ground
cover vapor barrier (6 mil polyethylene) and with a second
vapor barrier (1 perm rating) between the insulation and the
heated space. If not already in place, these Measures are
available under the Program.
Examples of Residences which do not satisfy this requirement:
(a) Residences with basements;
(b) Residences constructed in whole or in part on concrete
slab; or
(c) Residences with crawlspace, ground cover, interior
perimeter insulation, and with no ventilation.
2. The Residence must not contai:i either wood stoves or unvented
combustion appliances.
Definition of unvented combustion appliance: any appliance
which burns some type of fuel such as gas, oil, kerosene,
propane, wood; paper products, etc., and is not connected to a
flue or chimney vented to the outside.
Examples of unvented combustion appliances:
(a) kitchen gas stove and/or oven used for cooking, even if
equipped with a mechanically ventilated range hood;
(b) kerosene space heater;
(c) gas or oil hot water heater which has had the exhaust
vent pipe disconnected or which shows evidence of leakage
of combustion gases from vent pipe (i.e:, soot); or
(d) combustion appliance which has an outside air intake or
supply but no outside air exhaust.
Definition of wood stoves: a self-contained controlled
combustion unit designed to burn coal, wood, or wood products.
Examples of wood stoves:
(a) enclosed unit which is inserted into the fireplace and
uses the fireplace chimney as the exhaust vent; or
Attachment 1, Page 3 of 4
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818P�� 9 1
Energy Conservation Agreement
10/30/81
(b) free-standing unit with either a separate flue or a
connection to a chimney used for other purposes.
Examples of wood-burning systems not included as wood stoves:
(a) fireplace; or
(b) fireplace with door or heat exchanger.
3. The Residence's domestic water supply must be obtained from
either a municipal or water district supply system with a
vented storage system or a surface water source.
Examples of acceptable water supplies:
(a) city, county, or water district piped water supply;
(b) backyard pond or lake; or
(c) spring water taken from the surface.
4. The Residence must be of wood or metal frame construction. In
addition, a frame Residence must contain less than 10 percent floor
area of exposed interior masonry such as flagstone floors, brick or
stone fireplace, or decorative interior brick or stone wall. For a
multi-leveled Residence, this requirement must be satisfied on each
floor separately.
(Note: Sheetrock (Gypsum board), plaster board, plaster, and
stucco are not to be considered as interior masonry.)
Examples of acceptable construction:
(a) Wood or metal frame constructed with wooden siding or
shakes;
(b) Wood or metal frame constructed with aluminum siding;
(c) Wood or metal frame constructed with an exterior brick
veneer; or
(d) Wood or metal frame constructed with a stucco exterior.
Attachment 1, Page 4 of 4
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-818P�n791
Energy Conservation Agree�ll�ht
10/30/81
5. The Residence must not contain any type of urea-formaldehyde
foam insulation.
6. The Residence must not be a mobile home.
(WP-PCI-OOOlc)
a
f 1
Attachment 2, Page 1 of 3
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816P�� 9 1
Energy Conservation Agreement
10/30/81
Enerqy Analysis Procedures
The Energy Analyst shall:
I. Be qualified to answer questions on:
A. Current uses of energy
B. Current sources of energy
C. Existing alternative sources of energy
D. Trend of future energy demands and prices
E. Indoor air quality
II. Discuss Consumer's historical energy use if records are available.
III. Gather data for cost savfngs calculations and recommendations. Data
gathering must be accomplished on site and must include the following
A. House sketches and measurements
1. Measure and sketch outside dimension of house. Determine
square footage.
2. Measure and note on sketch square footage of conditioned area.'
3. Note on sketch location and size of all glazed,areas.
4. Determine square footage of glazed areas according to
orientation and type.
5. Measure and calculate gross and net wall area by orientation.
B. Building envelope
1. Inspect attic insulation to determine Cype, condition and R
value. If non-uniform, note differences on sketch.
2. Note presence of any infiltration bypasses in attic.
3. Note amount of ventilation in attic.
4. Note presence of wall insulation, if possible, and estimate R
value.
Attachment 2, Page 2 of 3
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP9O/SI
Energy Conservation Agreement
10/30/81
5. Check house for holes in roofs and walls.
6. Note cracks in house which need caulking.
7. Check foundation for any visible cracks. Check fit of the
basement/crawl space/garage entrance and all openings to
conditioned space.
8. If possible, check for floor insulation. If present, note
type and R value. If non-uniform, note differences on plan
sketch.
C. Windows and doors
1. Note windows and doors which need weatherstripping or
caulking. Note condition of existing weatherstripping or
caulking.and type.
2. Note size of unglazed doors. Estimate R value.
D., Heating, cooling and water heating systems
1. Inspect electric cooling system. Note output rating and
energy efficiency ratio of any central electric air
conditioning system.
2. Record air conditioner type, energy source, age, and condition
of filter where applicable. Note any shading of condensor and
obstructions to air flow.
3. Inspect heating system in house.
4. Inspect for insulation on heating or cooling pipes.
5. Estimate length and uninsulated percentage of ductwork in
unconditioned space.
6. Check heating/cooling thermostat installation and setting.
7. Inspect damper in fireplace.
8. Note location of electric water heater. Determine thermostat
setting.
0
I�
Attachment 2, Page 3 of 3
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816PL�p jgl
Energy Conservation Agreement
10/30/81
9. Check available space for water heater heat pump.
10. Inspect for insulation on solar domestic hot water supply
pipes.
11. Recommend settings for thermostats, water heaters, and
furnaces.
E. Appliances and lighting
1. Note excessive lighting levels.
2. Discuss appliance efficiency.
F. Determine number of low-flow restrictors or low-flow showerheads or
faucets which are installed. Check faucets for leaks.
6. Indoor air quality
1. Note characteristics set forth in section D of Attachment 1.
2. Provide Bonneville-supplied informational brochure to Consumer.
IV. Determine which available Measures may be installed in the Residence and
so inform the Consumer or Homeowner.
V. Determine and discuss with the Consumer or Homeowner the energy cost
savings estimated for the Measures. Explain interdependence of
installing several Measures at once and the effect on savings.
VI. Discuss Conservation practices with Consumer or Homeowner.
VII. Discuss measures including:
A. Advantages and disadvantages of each type.
B. Applications of each type in general.
VIII. Discuss do-it-yourself Conservation information.
IX. Oiscuss advantages of installing Measures.
X. Discuss in general the Consumer or Homeowner incentives in relation to
Measures.
(WP-PCI-OOOlc)
Attachment 3, Page 1 of 1
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP90/51
Energy Conservation Agreement
10/30/81
Inspection Procedures
Inspector shall verify installed Measures are those selected
by the Consumer or Nomeowner, based upon the Energy Analysis.
Inspector shall conduct an on-site inspection of completed
Measures and certify that the specifications in Attachment
have been met.
(WP-PCI-OOOlc)
Attachment 4, Page 1 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816P�'JU/91
Energy Conservation Agreement
10/30/81
Enerqy Analyst and Inspector Training
I. Primary Analyst training includes the following elements. A manuat will
be provided to assist in furnishing this training.
A. Primary Artalyst Classroom Training Curriculum
1. Overview
(a) Program Description
(b) Energy Overview
(c) Residential Energy Analysis and Role of the Analyst
(d) Basics of Thermodynamics
(e) Incentive Arrangements
2. Conservation
(a) Energy Loss
(1) Envelope
(2) Openings
(3) Systems
(4) Heating/Cooling Load
(b) Construction/Mechanical Descriptions
(1) Envelope
(2) Openings
(3) Heating Systems
(4) Cooling Systems
(5) Water Heating System
(6) Heat Pumps
Attachment 4, Page 2 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPyU 9 1
Energy.Conservayion Agreement
10/30/81
(c) Moisture Control
(1) Sources
(2) Ventilation and Indoor Air Quality
(3) Safety
(d) Conservation Practices
(1) Lifestyle and the Audit
(2) Lifestyle Options
(e) Conservation Measures
(1) Caulking/Weatherstripping
(2) Description of Insulation Materials
(3) Insulation of Ceilings
(4) Insulation of Walls
(5) Insulation of Floors
(6) Insulation of Water Heaters
(7) Windows and Doors
(8) Modification of Heating and Cooling Systems
(f) Indoor Air Quality Control Strategies
(1) Sources of residential pollutants
(2) Weatherization measures and pollutant concentrations
(3) Pollutant concentrations and health effects
(4) Current research on indoor air quality
(g) Conservation Measure Recommendations
Attachment 4, Page 3 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP �0i91
Energy Conservation Agreement
10/30/81
(1) Type of.structure
(2) Effect of Measures on structure as analyzed
(3) Considering (1) and (2) above, identify Measures
which may be installed in the Residence
3. Program Specifics
(a) Forms completion
(b) Energy Analysis computer training
B. Analyst Final Examination
1. Content is based on curriculum detailed in A above.
2.' The Utility shall not release any examination.or examination
question to any entity other than a State or Federat Agency.
3. Examination procedures shall be as defined in the training
manual.
4. Unless otherwise agreed to by the parties, each Bonneville
Area shall maintain an examination question bank and upon
request of the Utility, shall furnish an examinativn to the
Utility.
C. Analyst On-the-Job Training
1. Minimum of four on-site analyses successfully completed in
accordance with the provisions of Attachment 2.
2. Conducted under supervision of a qualified instructor.
II. Inspector Training includes the following elements. A manual will be
provided to assist in furnishing this training.
A. Inspector Classroom Training Curriculum shall consist of the
weatherization specifications set forth in Attachment 7.
B. Inspector Final Examination
1. Content is based on curriculum detailed in A. above.
Attachment 4, Page 4 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81B{� 1
Energy Conservation Agreem�n�
10/30/81
2. The Utility shall not release any examination or examination
question to any entity other than a State or Federal Agency.
3. Testing procedures shall be as defined in the training manual.
4. Unless otherwise agreed to by the parties, each Bonneville
Area Office shall maintain an examination question bank and
upon request of the Utility, shall furnish an examination to
the Utility.
C. Inspector On-The-Job Training
1. Minimum of four inspections successfully completed in
accordance with the provisions of Attachment 3.
2. Conducted under the supervision of a qualified instructor.
III. Analysts or Inspectors who complete the curricutum in sections IA or IIA
respectively; complete the written examination in sections IB or IIB
respectively; and complete the on-the-job training in sections IC or IIC
respectively shall have successfully completed the examination required
by section 8(b) of the Energy Conservation Agreement. The phrase
"successfully completed" as used in sections IC1 and IIC1 means that the
Energy Analyst or the Inspector has correctly performed all of the
procedures contained in Attachments 2 or 3 respectively. The phrase
"qualified instructor" as used in sections IC2 and IIC2 means a person
designated by the Utility who is qualified through experience or
education to conduct reimbursable training.
IV. Optional Training Curriculum
A. Advanced
1. Special Technical Problems
2. New Technology
B. Interpersonal Relations
1. Communication Skills
2. Interviewing Skills
3. Sales Training
Attachment 4, Page 5 of 5
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP y0791
Energy Conservation Agreement
10/30/81
C. Renewable Resources
1. Active Solar Energy Systems
(a) Domestic Water Heating Systems
(b) Space Heating Systems
(c) Combined Space Heating and Water Heater Systems
(d) Replacement Swimming Pool Heaters
2. Direct Solar Energy Systems
(a) Passive Gain Glazing Systems
(b) Indirect Gain Glazing Systems
(c) Solaria/Sunspace Systems
(d) Window Heat 6ain Retardants
3. Wind Energy Systems
(a) Wind Characteristics
(b) Conversion of Wind Energy
4. Site Auditing Procedures for Renewables
(a) Audit Calculations
(b) Insulation Standards
(c) Solar Site Analysis
(WP-PCI-OOOlc)
Attachment 5, Page 1 of 1
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP 9079 1
Energy Conservation Agreement
10/30/81
Standard Heat Transfer Methodology
The estimated annual kilowatthour savings referred to in section 6(b) and
Attachment 9 shall be calculated using standard heat transfer methodology
equations and tables set forth in the Standard Heat Transfer Methodology of
November 1981, developed by Bonneville and Utility representatives for the
heat capacity of air, C factor, duct losses, infiltration losses, and U& F
values. The Standard Heat Transfer Methodology of November 1981, is hereby
incorporated by reference into this Agreement and shall be subject to the
terms hereof.
Attachment 6, Page l of 2
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818P q(�79 1
Energy Conservation Agreeme�£
10/30/81
Procedure for Indexina Alternate Heat Transfer Methodologies
1. Applicability. The heat transfer methodology used by the
Utility, shall be indexed whenever that methodology or the
results derived from that methodology vary by more than
5 percent from the Standard Heat Transfer Methodology or the
results obtained therefrom. The Utility shall use the
procedure in section 2 below for determining the variance of
the Utility's heat transfer methodology from the.Standard Neat
Transfer Methodology.
2. Procedure.
(a) From the list of test Residences provided by Bonneville
the Utility shall select a sample of 30 Residences that
typify the housing stock in the Utility's service area.
(b) .The Utility shall calculate the savings potential of
Measures which could be installed in the above 30
Residences using the Utility heat transfer methodology
and compare that savings potential to the savings
potential calculated using the Standard Heat Transfer
Methodology.
(c) If the variance between the sum of the savings estimated
pursuant to the Utility heat transfer methodology and the
sum of the savings estimated pursuant to the Standard
Heat Transfer Methodology is greater than 5 percent, the
Utility shall either:
(1) in consultation with Bonneville, modify the
Utility's heat transfer methodology so that such
variance is 5 percent or less; or
(2) calculate an index factor (I) to be applied to the
savings estimates for each home analyzed in
accordance with section 6 of the Program Exhibit. I
shall be calculated by either of the following
methods:
(A) I SSS
SSU where,
SSS the sum of the estimated savings calculated
pursuant to (b) above using the Standard Heat
Transfer Methodology, and
Attachment 6, Page 2 of 2
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818P�79 1
Energy Conservation Agreement
10/30/81
SSU the sum of the estimated savings
calculated pursuant to (b) above using the
Utility's heat transfer methodology; or
(B) the Utility may calculate its own statistically
valid index which is mutually agreeable to the
parties.
Review Upon completion of the above computations,
copies of the data and results shali be sent to
Bonneville for review. Unless and until Bonneville
requests modification of the Utility's results from
2 above, the Utility.may apply those results in the
conduct of Energy Analyses.
(WP-PCI-OOOlc)
Attachment 7, Page 1 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816P 9 9 1
Energy Conservation Agreeme7(�
10/30/81
WEATHERIZATION SPECIFICATIONS
TABLE OF CONTENTS
101. INTRODUCTION
A. Overall Requirement
8. Responsibility
C. Purpose
D. Major Structural Changes
E. Definitions
102. WEATHERIZATION INSULATION STANDARD3
A. R-Value Labeling Requirement
B. Materiai Requirements
103. GENERAL REQUIREMENTS
A: Expected Life
B. Warranty
C. Unusual Conditions
D. Materials Bid
E. Determination of Weatherization to be Installed
F. Approval of Products
G. Unsatisfactory Products
H. Clearances and Access
I. Professionel Installation
J. Permits
K. Site Clean-up
L. Existing Structural Damage
M. Storage of Consumer Property
N. Product Approvals
0. Allowable Measures
104. CEILING SPECIFICATION58
A. Insulation Levels
B. Insulation Materials
C. Ceiling Loadings
D. Installation Requirements
E. Ventilation
105. FLOOR SPECIFICATIONS
A. Insulation Levels
B. Insulation Materials
C. Installation Requirements
D. Ventilation
Page
4-5
5-7
8-15
15-19
Attachment 7, Page 2 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BR�7 5 1
Energy Conservation AgreemenE
10/9/81
106. WALL SPECIFICATIONS
A. Insulation Levels
B. Insulation Materials
C. Installation Requirements
D. Exterior Perimeter Insulation
107. HVAC DUCT SPECIFICATIONS
A. Insulation Levels
B. Insulation Materials
C. Installation
D. Ceiling Duct Systems
108. WINDOW SPECIFICATIONS
A. Definitions
B. AAMA Certification
C. Safety Glass Requirements
D. Materials Requirements
E. Installation Requirements
F. Operable Storm Windows
G. Inside Storm Windows
H. Multi-Glazing
I. SkyTights
109. STORM DOOR SPECIFICATIONS
A. Definitions
B. Materials Requirements
C. Installation Requirements
19-20
F�g�]
29-32
110. SLIDING AND FRENCH (ATRIUM) DOOR SPECIFICATIONS 32-35
A. Definitions
B. Insert Requirements
C. Storm Door Requirements
D. Final Inspection
111. INSULATED fNTRANCE DOOR SPECIFICATIONS 35-36
A. Installation Criteria
B. Materials Requirements
C. Installation Requirements
112. WEATHERSTRIPPING SPECIFICATIONS 36-37
A. Weatherstripping Materials
B. Prime Doors
C. Weatherstripping Types
Attachment 7, Page 3 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-816P9Q791
Energy Conservation Agreement
10/30/81
D. Door Bottom Weatherstripping
E. Threshold Replacement
113. CAULKING SPECIFICATIONS
A. Applicability
B. Caulking Materials
C. Caulking Installation
114. CLOCK fHERMOSTAT SPECIFICATIONS
A. Applicability
B. Useability
C. Adjustment
D. Installation
E. Instructions
37
37-38
115. DEHUMIDIFIER SPECIFICATIONS 38-39
A. Applicability
6. Applicability After Weatherization
C. Product Certification
D. Product Capacity
116. APPENDIX A- REFERENCED SPECIEICATIONS
Table 1- Federal Specifications 39-40
Table 2- Miscellaneous Specifications 40-41
117. APPENDIX B- REFERENCED ORGANIZATIONS 42-43
118. APPENDIX C- 6LOSSARY 43-50
Attachment 7, Page 4 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP�7 9�
Energy Conservation Agreemen}
10/30/81
WEATHERIZATION SPECIFICATIONS
101. INTRODUCTION
A. These specifications are intended to meet or exceed applicable
existing codes and Federal regulations. In any case where a
Federal, State, or local code or regulation exceeds the
requirements herein, the code or regulation shall apply.
THE UTILITY DOES NOT ASSUME RESPONSIBILITY FOR ENFORCING OR
DETERMINING COMPLIANCE WITH CODES, REGULATIONS OR
INTERPRETATIONS, except when required by the RCS program.
These specifications are designed to assist Installers and
Consumers participating in weatherization programs.
Major structural changes required to install weatherization
Measures are generally beyond the scope of this Program. Any
work other than normal installation must be approved by the
Consumer on an individual basis before it is started.
E. For purposes of this specification, the following definitions
shall apply:
Consumer An electrical customer of the Utility
Damaged or Otherwise Unserviceable Physical damage
or deterioration to the extent that a component does
not function as designed relative to its thermal
integrity, and cannot feasibly be repaired.
Determination of whether a component is damaged or
otherwise unserviceable shall consider the thermal
integrity not only of the component alone, but also of
the component together with potential retrofit
Conservation Measures (e.g., storm doors, storm
windows, weatherstripping, etc.).
Installer An individual, partnership, or corporation
which is qualified to execute and has executed a
Installer Agreement with the Utility and which has not
subsequently been disqualified.from participating in
the Program by the Utility or Bonneville.
Ut9lity An electric utility which sells electric
power to consumers in the region and which has executed
Attachment 7, Page 5 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816P L(�
Energy Conservation IKgreeiA41ft
10/30/81
an Energy Conservation Agreement with Bonneville and is
participating in the Home Energy Efficiency Program covered by
that agreement.
Abbreviations of organizations referenced in this specification
are listed in Sectio� 117 Appendix B, with the full name of
each organization, its address, and its telephone number.
102
103
WEATHERIZATION INSULATION STANDARDS
A. The American Society of Heating, Refrigeration, and Air
Conditioning Engineers (ASHRAE) Handbook of Fundamentals (1977)
is the accepted standard for R-value/U-value of materials
utilized by Installers. Products that vary from ASHRAE may be
acceptable if they comply with current Federal Trade
Commission (FTC) certifications, testing, and labeling rules.
Additional labeling on weatherization materials may be required
under the RCS regulations for covered Utilities.
B. In addition, materials used for thermal insulation shall meet
the requirements contained in the applicable Federal
specification. The relevant Federal specifications for each
type of insulation are listed in Section 116 Appendix A
(Table 1). Certain requirements in these specifications refer
to voluntary standards such as ASTM for specific test methods
or.physical properties. For purposes of compliance with this
weatherization specification, the referenced voluntary standard
shall be considered as mandatory.
GENERAL REQUIREMENTS
A. For the purposes of material quality evaluation for this
Program, components shall be designed to meet or exceed minimum
life expectancies as follows:
1. 25 years for: Insulation, windows, completely new sliding
doors;
2. 15 years for: Dehumidifiers, attic exhaust fans, sliding
doors modified by sealed glass inserts, and clock
thermostats;
3. 10 years for storm doors; and
4. 6 years for: Weatherstripping and caulking.
Attachment 7, Page 6 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-816P90�g1
Energy Conservation Agreement
10/30/81
B. Al1 equipment, labor and weatherstripping and caulking
materials shail be warranted by the Installer against failure
due to manufacturing or installation defects for a period of at
least one year. All other materials shall be warranted by the
Installer against failure due to manufacturing defects for a
period of at least 3 years, except that sealed insutated glass
units shall be warranted against.failure of the seal for a
period of at least five years.
Manufacturers' written warranties may be used by Installers to
satisfy these warranty requirements where appropriate.
C. The Installer shall separately identify any unusual (but
necessary) costs that affect the price in providing a safe,
permanent, effective, and workmanlike weatherization
installation. Where esthetic or special features inherent in.
weatherization products are requestad by the Consumer, these
•costs shall also be identified separately.
D. The Installer shall indicate in writing the types of materials
to be used, brand names, methods of installation,
identification of special problems, alternate materials, and
anything else which would minimize misunderstandings.
1. The Installer shall identify to the Consumer the basic
types of materials covered in this Program and the
availability of other options should they be preferred by
the Consumer.
2. The Installer shall indicate to the Consumer in writing any
materials or components being replaced which are assumed to
become the property of the Installer (i.e., salvage).
E. The Utility will be responsible for determining what
Conservation Measures are eligible to be installed in each
Residence under this Program. The Consumer will determine
which eligible Measures are installed. The Utility will
determine•recommended levels of insulation, whether adequate
ventilation exists in attic spaces (including those behind knee
walls) as well as whether such optional items as dehumidifiers
and clock thermostats are required or appropriate:
F. Installers seeking approval of materials, components, or
equipment not automatically acceptable under the Program as
defined elsewhere in this specification shall submit
representative samples to the Utility for evaluation.
0
Attachment 7, Page 7 of 53
Energy Buy Back Weatherization
Program
Contract No. DE-MS79-818PG�0/gl
Energy Conservation Agreement
10/30/81
Installers may request the return of any sample following
evaluation; all samples of significant value will be returned
to the Installer.
G. The Utility reserves the right to identify and disapprove for
use in this Program, any weatherization product at any time
when it deems the product not satisfactory for the life
expectancy requirements of this Program.
H. It is the Installer's responsibility to check clearances and
access in attics and crawl spaces prior to job commitment, and
to make appropriate allowances for ducts, joists, or other
installation obstructions.
I. All materials shall be installed properly in a professional
manner, according to these specifications, to assure a
permanent installation for the life of the component.
J. Participating Installers shall provide all permits, materials
and labo� necessary to retrofit the home(s).
K. The Installer shall perform post-installation inspection prior
to invoicing the Utility. Each job site shall be left clean
(free of installation debris and surplus) unless previous
written arrangement is made with the Consumer.
L. When structural damage is detected, as�evidenced by obvious
water stains, dry rot, termites, etc., it shall be immediately
called to the Consumer's attention and arrangements shall be
made (separate from this Program) by the Consumer for completed
corrective action before any affected weatherization measure is
installed.
M. Personal effects stored by the Consumer in locations which
hinder the efficient application of any weatherization must be
moved (and restorage provisions made) by the Consumer.
N. Where these specifications require written Utility approval of
products prior to their use, the intent is that, unless
otherwise stated in the specification or approval, once a
product is approved by a Utility for one installation it will
be acceptable for all other similar installations without
resubmittal to that Utility.
0. Where these specifications require a Measure to be determined
to be appropriate by the Utility, the intent is that an energy
Attachment 7, Page 8 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818P� �S1
Energy Conservation Agreement
10/30/81
audit performed on the Residence by or for the Utility will
determine those Measures which may be selected by the Consumer.
104
CEILIN6 SPECIFICATIONS
A. Insulation Levels Ceilings shall be insulated to a minimum
of R-38 where practical, or the highest R-value approaching
R-38 which is practical.
Insulation Materials Blown, poured, blanket or batt
insulation complying with the Applicable Federal Specification
may be used in attic spaces as appropriate. Cellulose
materials used shall meet standards contained in CPSC 1209 and
all other requirements which are not covered under the CPSC
regulation but which are contained in Federal Specification
HH-I-515D, or subsequent revisions. In addition, cellulose
shall meet the labeling requirements contained in CPSC 1404.
When unusual conditions exist which indicate the use of foam
plastics, or their combinations with other materials,,such
applications shall comply with the Uniform Building Code, and'
be approved by the Utility in writing. Vermiculite or perlite
insulation shall be water repellent.
Ceiling Loadings
The combined weight of all insulation (both existing and to
be installed) shall not exceed 2.2 lbs./sq. ft. unless the
Installer warrants in writing that the ceiling system is
structurally adequate to support greater ceiling loadings,
and the Consumer approves the Installer's proposal in
writing prior to installation. Structural damage can be
caused by excessive pressuces during the installation or by
installing insulation in structures too weak to support the
imposed load. The Installer shall be responsible for
ceiling damage due to his installation of insulation. The
following is a list of signs which indicate that special
care and/or limitation of insulation quantity may be
required. In such cases, the Utility shall be notified of
and approve any proposed action before it is taken by the
Installe�.
(a) Separatiion of finish materials from joists or studs.
(b) Cracking of materials or opening of joints between
boards.
Attachment 7, Page 9 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816Pg(� 9 I
Energy Conservation Agreemen
10/30/81
(c) Uertical deflection of gypsum board of more than 1/200
of the joist spacing.
(d) Visible evidence of nail heads being pulled partially
through sheet rock.
No additional insulation shall be installed over existing
fiberglass, rockwool, or cellulose insulation with a depth
of 10 inches or more unless warranted and approved as noted
in 1 above.
No additional insulation shall be installed over existing
perlite or vermiculite with a depth of 3-1/2 inches or
more. Fiber9lass insulation only may be installed over
existing perlite or vermiculite with a depth of i to
3-1/2 inches.
Installation Requirements. Insulation shall be installed
according to the provisions of the Uniform Building Code and
shall include the requirements listed below as appropriate.
Heat Producing Fixtures. Insulation shatl not be
installed within 3 inches of the sides nor, when installed
directly over a fixture, within 24 inches of the top of any
recessed lighting fixture enclosure unless the fixture is
labeled for that purpose. A solid, non-combustible,
open-topped enclosure shall be placed around recessed
fixtures to provide clearances to the side, and to prevent
loose material from blowing into or sluffing onto the
fixture. Tops of such enclosures or dams shall extend a
minimum of 4 inches above blown insulation. When
insulation is to be installed over a fixture, a solid,
non-combustible closed-top box shall be used which provides
the 3 inch side clearance and a vertical clearance overhead
of at least 24" above the highest point of the fixture.
Similar, proper protection shall be made for all
miscellaneous electrical devices (i.e., door bell
transformers, ventilating fans, other motors, etc.) in
accordance with State and local codes. Metal fixture boxes
with top enclosures may be insulated around and over
without additional protection when tested and certified by
an independent laboratory as being capable of dissipating
fixture heat, (e.g., UL-rated fixtures will be marked
"Recessed Fixture Type IC").
Attachment 7, Page 10 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-816P9d791
Energy Conservation Agreement
10/30/81
Al1 insulation materials shall be kept a minimum of
3 inches from metal flues and mansonry chimneys, with a
solid, non-combustible retaining wall extending a minimum
of 4 inches above the'level of the insulation.
2. Recessed Soffits Insulation shall not be introduced into
recessed soffits which contain lighting, electrical
devices, or flues.
3. "Knob and Tube" Wiring shall be treated with special
care. Free air circulation shall be maintained by
installing batt type insulation (unfaced or face downward)
of at least 14-1/2 inches in width directly under the
wiring. When blown type insulation is used, it shall be
tapered back from the ed9es of the batt so that loose
materials do not "drift" into contact with the wiring.
Other proposed methods shall be submitted to the Utility
for written approval, prior to use.
4. Ventilation Baffling shall be provided so that a minimum
space of 2 inches measured vertically over the full joist
spacing is available for incoming air from all soffit or
eave openings. Baffles shall be of weather-resistant
materials, and shall be capable of permanently retaining
and separating the insulation from the incoming air access.
Mineral batts of sufficient thickness to adequately baffle,
and yet maintain the 2 inch free-air clearance, are
acceptable. When used in conjunction with blow� materials,
all baffles shall extend above the final insulation level.
Where roof slope will not allow the maintenance of the
Z-inch clearance and ventilation access is required, the
insulation depth shall be sloped to maintain the required
ventilation.
5. Attic Entry Access Openings shall be framed to prevent
loose insulation from falling or sluffing through the'
opening, and the access door shall have at least a 6-inch
mineral batt fixed to the attic side.
Alternatively a 24-inch wide batt insulation perimeter,
with R ratinq equal to that specified for the attic, may be
used around the ceiling attic-access opening in place of
loose-fill insulation.
Attachment 7, Page 11 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPyf'�� 9 1
Energy Conservation Agreemefi
10/30/81
Attic Access Hatches (or the opening itself) shall be
weatherstripped with appropriate materials (see
section 112), if they open to a conditioned space.
Exhaust Fans which vent any living space into the attic
space shall be extended to the outside in a workmanlike
manner or to within 6 inches.of an existing ridge or gable
vent. Extension material shall be moisture proof, rigid
material mounted in a secure manner, of appropriate
diameter for the vent opening. Kitchen range exhaust fans
shall be connected to a duct of not less than 26 gauge
galvanized steel which is substantially air tight
throughout and which terminates directly to the outside in
a vent cap. Where required by local codes, outside venting
provisions shall be installed as specified in such codes.
Floored Over Attic Spaces shall be insulated to the
highest practical R-value approaching R-38.
8. Knee Walls around a conditioned space shall be insulated
to a minimum of R-11, with R-19 preferable. A vapor
barrier should be installed facing the conditioned area.
The ceiling over this conditioned space shall be insulated
to the highest practical R-value approaching R-38.
Uuon Completion of the ceiling insulation application,
four coverage labels shall be completely filled out and
signed by the Installer. One each shall be permanently
attached to the interior of the attic structure in a
convenient location nearby.and clearly visible from the
access opening, presented to the homeowner, mailed to the
Utility, and kept on file by the Installer for at least
four years. The "Certificate of Installation" required by
the USDOE Residential Conservation Service (RCS) program
may be substituted for the coverage label.
10. Vapor Barriers installed with ceiling insulation shall be
placed between the insulation material and the conditioned
space.
Attachment 7, Page 12 of 53
Energy Buy—Back Weatherization
Program
Contract No. DE—MS79-816P�� 5 2
Energy Conservation Agreement
10/30/81
E.. Ventilation
1. Definitions
Unconditioned Space
Conditioned Space Q
a
/Di.. i//a �A..,
,/��//O/G.. .i
a. b c d e
(a) represents a horizontal attic.
(b) represents an upper horizontal attic with a conditioned
space below.
(c) represents vertical wall sections referred to as KNEE
WALLS.
(d) represents an upper horizontal attic with KNEE WALLS.
(e) represents a sloping ceiling with knee wall.
2. Total Net Free Area of vents in the attic space shall
either be determined to be adequate or shall be made
adequate by the Installer consistent with the requirements
of this section, as an integral part of any ceiling
insulation to be installed. Unless local code takes
precedence, attic ventilation requirements shall conform to
one of the following options, or its equivalent.
(a) GABLE VENTS ONLY (one at each end) No Vapor Barrier
i
Attachment 7, Page 13 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP�� 1
Energy Conservation Agreement
10/30/81
One square foot of (total system's) cross-ventila�ed net
free area for each 150 square feet of ceiling area.
(b) 6ABLE VENTS ONLY Vapor Barrier Facing Down
One square foot of (total system's) cross-ventilated net
free area for each 300 square feet of ceiling area.
(c) COMBINATION UPPER AND LOWER VENTS With or Without Vapor
Barrier
Az least
One-half
of veat
area here
Balance a
Eaves.
One square foot of (total system's) cross-ventilated net
free area for each 300 square feet of ceiling area.
Note: Single gable-venting does not provide adequate
cross-ventilation, except for ventilating small "blind"
attic areas created by knee wall/dormer combinations.
Gable-vents (or their equivalent in roof-vents) should be
located at each extremity of the house. When used in
conjunction with eave (soffit) vents, each house extremity
should have either gable-vents, roof-vents, or a
combination of either one or both.
Note: M=sh screens, rain louvers, or combinations of both
can reduce net free area by as much as two-thirds.
Allowances sha11 be made accordingly. Most metal louvers
Attachment 7, Page 14 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP�� 5 1
Energy Conservation Agreement
10/30/81
have "net free area" stamped on them. Otherwise, divide
the gross area by the Area Factor in the following table:
Covering Area Factor
1/4" hardware cloth 1
1/4" hardware cloth with rain louvers 2
8 mesh screen 1-1/4
8 mesh screen with rain louvers 2-1/4
16 mesh screen 2
16 mesh screen with rain louvers 3
No screen with rain louvers 2
Note: Knee walls in attic spaces typically create dead-air
conditions which require proper ventilation.
3. Al1 Soffit or Eave Openings shail be left free of any
blockage by insulation or other materials,.and such eave
systems must remain effective following weatherization.
4. Eave or Soffit Vents by themselves, shall not be
considered as providing adequate "cross-ventilation."
Additional means of establishing ventilation by natural
convection should be incorporated.
5. Sloping Ceilings shall be ventilated by maintaining a
minimum space of 1 inch between the top of any insulation
material and the bottom of the roof sheathing.
6. Mechanical Ventilators shall be installed only when
"passive ventilating' methods are not practical. The
following considerations shall be made for such mechanical
ventilation:
(a) The unit's primary function shall be for attic humidity
control and the required humidistat shall be set for
95 percent R.H.
(b) The unit shall be certified by the Home Ventilating
Institute and be UL listed.
(c) The motor shall be permanently lubricated and shall
have vibration dampening mountings.
Attachment 7, Page 15 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81B�7 g 1
Energy Conservation Agree t
10/30/81
(d) The unit shall have a sturdy housing, plated or
stainless steel fan/motor mounts, and shall be of
weather/splash-proof construction.
(e) Fan/motor combinations shall be sized in accordance
with the recommendations of the Home Ventilating
Institute (HVI) as noted below. Fan/motor combinations
furnished shall be UL-approved and certified by the HVI
for at least the volume required.
Fan/motor combination rated capacity shall be at least
the volume given by the formula: Air volume in cubic
feet per minute (CFM) _(ATTIC AREA FT2) x 0.7. This
quantity should be increased by 15 percent for homes
with dark roofs. For example, for a home with
1500 square feet of attic space the required fan/motor
capacity would be:
1500 x 0.7 1050 CFM
If the home had a dark roof this would be increased as
follows:
1050 x 1.15 1200 CFM
(f) The fan/motor combination shall be roof-mounted (not
gable-mounted) with roof vents in its immediate
vicinity blocked so as to prevent localized circulation
(i.e., short circuiting). The total net-free-area of
all unblocked eave and gable vents shall be equal to at
least one (1) square foot per 300 CFM of air flow
capacity of the fan/motor combination.
(g) Units designed for gable-end applications may be used
only when roof-mounted units are not feasible.
(h) Mechanical Ventilators are not acceptable when ridge
ventilation has been provided.
7. Air turbines are not acceptable.
8. Unusual Attic Ventilation Problems may pose structural
changes beyond the scope of this Program. Deviations in
these standards and their solution should be handled on an
individual basis with Utility personnel.
Attachment 7, Page 16 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81B@",� 1
Energy Conservation Agrec�Mrt
10/30/81
105. FLOOR SPECIFICATIONS
A. Insulation Levels A minimum of R-19 of insulation material
shall be installed under the floor of any conditioned space,
except when over a heated area or an unvented crawlspace,
unless R-19 cannot feasibly be achieved.
B. Insulation Materials Insulation installed under the flooring
may be mineral blankets or batts, blown mineral fibers, or
blown cellulose complying with the Applicable Federal
Specification. Cellulose materials used shall meet contained
in CPSC 1209 and all other requirements which are not covered
under the CPSC regulation but which are contained in Federal
Specification HH-I-515D, or subsequent revisions. In addition,
cellulose shall meet the labeling requirements contained in
CPSC 1404. When unusual conditions exist which may indicate the
use of foam plastics, or their combination with other
materials, such applications shall comply with the Uniform
8uilding Code.
C. Installation Requirements. Insulation shall be installed
according to the provisions of the Uniform Building Code and
shall include the requirements listed below as appropriate.
1. A Ground Cover moisture barrier shall be installed when
none exists or when an existing ground cover has been
extensively damaged. The ground cover shall be 6 mil black
polyethylene, or its equivalent in perm-rating, strength,
and resistance to soil-chemical degradation. All joints
shall be lapped 12 inches. The cover shall extend at least
12 inches up the foundation wall.
2. Underfloor Drainage of standing water shall be provided,
if necessary, by the Consumer in compliance with the
Uniform Building Code, before floor insulation is
installed. Floors over crawl spaces with only moderate,
seasonal moisture problems can be insulated if ample
cross-ventilation exists through the crawl space. When
crawl spaces are seasonally wet, the area can be
temporarily pumped or the installation deferred to a later
time, whichever is mutually agreeable to both Installer and
Consumer. Excessive seasonal water levels, which could
contact insulation on plenums or ducts will disqualify the
floor for weatherization until properly drained as stated
above.
Attachment 7, Page 17 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP9��91
Energy Conservation Agreement
10/30/81
Attachment of Suspension Materials for containing the
insulation under the sub-floor and between floor support
members shall not exceed 2 foot spacing, either along floor
joists or beams or between joists or beams. Suspension
materials must be capable of permanently containing the
insulation without sagging under anticipated loads of
seasonal condensation. These materials shall be rot-free,
rust-free, stretch-free, permanently affixed by positive
wood penetration, and shall not compress more than
10 percent or otherwise alter the insulation value of the
material installed. Twine meeting these specifications,
shall have a strength of not less than 150 lbs. test
strength.
Methods of retaining blown floor insulation shall be
submitted to the Utility and approved prior to use.
Vapor Barriers. If a faced batt is used, the vapor
barrier shall face against the floor. Any solid support
system shall be well perforated or capable of breathing.
Vapor barriers may be required in zones I and II where
insulationis installed under the RCS Program. A zone map
is printed in the RCS requirements Federal Register
Vol. 44, 11-7-79, page 64689 (10 CFR 456.905). When
required by Utility as a mitigation measure, a vapor
barrier (having minimum Perm rating of 1) shall be required
region of zone locality.
Crawl Space Access Opening must be provided by the
Consumer. Any access door adjacent to a conditioned space
shall be insulated to R-19.
Water Pipe Insulation is a part of under-floor
insulation. A minimum of R-3 shall be required on any
water pipes not enclosed within the fioor insulation,
except higher R-values may be required in areas with severe
winter climates as determined by the Utility. Waste or
drain pipes are excluded from this insulation requirement,
except in areas with severe winter climates as determined
by the Utility.
Water Pipe Heaters shall be installed in localities which
experience sustained periods of subfreezing temperatures
during the winter. Such heaters shall include a thermostat
set at approximately 35 degrees Fahrenheit, and they shall
be placed around all water pipes (both hot and cold water)
Attachment 7, Page 18 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818PyQ�g1
Energy Conservation Agreement
10/30/81,
in the crawl space prior to installation of the pipe
insulation.
8. Exterior Perimeter insulation shall be an acceptable
alternative to under floor only (1) when the Utility
determines that insufficient clearance exists in the crawl
space to allow access, (2) for slab-on-grade construction,
or (3) for homes with "whole-house plenum" heating systems,
except that perimeter insulation shall not be installed
with a crawl space where no ground cover exists and it is
infeasible to install one, to prevent potential damage.
When exterior perimeter insulation is necessary it shall be
installed as follows:
(a) Only insulation board which has a moisture absorption
rate no greater than 0.3 percent when tested in
accordence with ASTM C-272 and a water vapor
transmission rate no greater then 2.0 Perm/inch when
tested in accordance with ASTM C-355-73 may be used for
this application. Alternate materials shall be
submitted to the Utility for written approval prior to
use. Expanded polystyrene (bead board) is not
acceptable.
(b) Insulation installed shall have a minimum thermal
resistance of R-8 and shall generally not extend beyond
a line projected downward from the outer surface of the
home's siding.
(c) Insulation shall be installed from the bottom edge of
the siding to a depth equal to the local "frost line"
(as determined from local building or water utility
officials) or two feet below grade, whichever is
greater. The single exception to this requirement
shall be that insulation shall not be installed nor
excavation take place below the level of any foundation
footing. The purpose of the exception�is to minimize
disturbance to the soil under the foundation.
(d) Prior to any excavation, the Installer shall reach an
agreement with the Consumer regarding protection or
removal and replacement of any plants or other items
which will be disturbed or damaged by the excavation.
The Installer shall be responsible for promptly
backfilling any required excavations after work is
completed and for replacing all such plants or items in
Attachment 7, Page 19 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816R� 79 1
Energy Conservation AgreeTn�rt�
10/30/81
their original locations, unless released in writing
from this obligation by the Consumer.
(e) Insulation shall be adhered to the foundation with an
adhesive suitable for the purpose after the foundation
surface has been adequately cleaned and projections
removed. Adhesive shall 6e installed in continuous
horizontal beads to block insect infestation.
(f) Insulation material shall be water proofed with a
suitable vapor barrier of aluminum foil or similar
material and shall be protected from mechanical damage,
solvents, mastics, moisture, and ultra violet light
degradation. Above grade, the insulation shall be
covered with a suitable coating which matches adjacent
walls (or previous foundation surface) in color and
general surface appearance. (Acceptable materials
include galvanized sheet metal, other metals
insensitive to corrosion, cement-asbestos board, or
Portland cement plaster (Stucco). Other materials must
be approved in writing by the Utility prior to
installation).
(g) A flashing system shall be provided in order to prevent
water from getting behind the perimeter insulation.
(h) When perimeter insulation is installed with a crawl
space, a ground cover of 6 mil black polyethylene shall
be installed unless one already exists.
(i) The Installer shall be responsible to locate, protect,
and if damaged, repair any underground cables, pipes,
utility lines or other obstructions during excavation.
Ventilation
Ventilation of Crawl Spaces shall either be
be adequate or shall be made adequate by the
part of any floor insulation to be installed
ventilation shall be considered to be 1-1/2
cross-ventilated net-free-area per 25 linear
perimeter wall.
determined
Installer
Adequate
square feet
feet of
to
as
of
Insulation of Inadequately Vented Crawl Spaces shall be
approved on an individual basis by the Utility prior to
installation.
Attachment 7, Page 20 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818P�"�'0�9 1
Energy Conservation Agreement
10/30/81
When Perimeter Insulation is Installed with a crawl space,
(i.e., not a whole-house plenum or slab-on-grade
construction), automatic thermostatically controlled
louvers shall be installed in each ventilation opening to
the crawl space. Such vents shall operate such that they
are fully closed at 40 degrees Fahrenheit and fulty open at
70 degrees Fahrenheit.
106
WALL SPECIfICATI0N5
A: Insulation Levels Walls determined by the Utility to be
eligible for weatherization shall be insulated to a minimum of
R-11.
B. Insulation Materials Insulation installed in walls may be
mineral blankets or batts, blown mineral fibers, or blown
cellulose complying with the Applicable Federal Specification.
Cellulose materials used shall meet standards contained in
CPSC 1209 and all other,requirements which are not covered
under the CPSC regulation but which are contained in federal
Specification HH-I-515D, or subsequent revisions. In addition,
cellulose shall meet the labeling requirements contained in
CPSC 1404. When unusual conditions exist which may indicate
the use of foam plastics, or their combination with other
materials, such application shall comply with the Uniform
Building Code.
Note: Urea-Formaldehyde foam insulation is not acceptable
Installation Requirements. Insulation shall be installed
according to the provisions of the Uniform Building Code and
shall include the requirements listed below as appropriate.
A Vapor Barrier, of 1.0 perm maximum (including
low-perm paints, foil or vinyl wall papers, or
materials) shall be installed on the warm side
insulation, unless installation without a vapor
approved in writing by the Utility.
special
similar
of the
barrier is
Furring,0ut Concrete or Masonry Walls required as part of
wall insulation shall be included as part of the insulation
job.
Electrical Wiring installation, taping, and painting of
gypsum board; as well as other finishing shall be the
responsibility of the Consumer.
Attachment 7, Page 21 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816FMj(�791
Energy Conservation Agreement
10/30/81
107
fiI?
D. Exterior Perimeter Insulation shall be an acceptable
alternative to insulation of basement walls. When perimeter
insulation is installed,.it shall be installed as specified in
section (105, C 8, a-i) above.
HVAC DUCT SPECIFICATIONS
A. In sulation Levels HVAC ducts shall be insulated to a minimum
of R-9 in the crawl space, or a minimum of R-19 when located in
the attic.
B. Insulation Material Duct insulation shall meet the
requirements of Federal Specification HH-I-5586. When located
in unconditioned spaces, ducts leading directly into and out of
electric furnaces or heat pump air-handlers shall be insulated
with insulation having a facing with a flame spread rating not
greater than 25, per ASTM E-84-79.
C. Installation of duct insulation, when required, shall include
repairing duct supports, taping duct joints and elbow segments,
and sealing boot entries at the floor. All duct joints shall
be taped before insulating. Batt facing shall be outside for
mechanical protection of the insulation.
D. Ceiling Duct Systems (whether supply or return ducts of a
functioning circulating air system) shall be joint-taped before
any ceiling insulation is applied.
WINDOW SPECIFICATIONS
A. Definitions
1. Prime Window The original window to which a storm window
or multipane unit is added to provide greater thermal
resistance.
2. Lite. Also known as pane. The glazed parts of the frame
(e.g., reference to a 2 or 3 lite horizontal sliding window
means that there are 2 or 3 individual glass sections
within the window unit).
B. AAMA Certification Storm windows certified under AAMA are
automatically acceptable under this Program. Noncertified
windows must be approved by the Utility prior to installation
and will require that each manufacturer provide independent
test data (from a mutually acceptable laboratory) indicating a
Attachment 7, Page 22 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP(�.O�gl
Energy Conservation Agreemen
10/30/81
specific infiltration performance capability. The Utility may
require data indicating conformance to other applicable
standards and test methods established by AAMA. (Exterior
storm windows shall have an air infiltration rate no greater
than 2.0 cubic feet per minute for each linear foot of crack at
a static pressure difference of 1.56 pounds per square
foot.Interior storm windows and thermal window units shall have
an air infiltration rate no greater than 0.5 cubic feet per
minute for each linear foot of crack at a static pressure
difference of 1.56 pounds per,square foot. In addition,
thermal window units shall have a thermal conductance of no
more than 0.7 Btu/hr. ft2 o F, corrected for framing, for an
exterior wind velocity of 15 mph.)
C. Safety Glass Requirements. Safety glass shall be used under
the following conditions:
1. In windows adjacent to a door whose nearest vertical
edge is within 12 inches from the door in a closed
position, and whose bottom edge is below the level of
the top of the door.
2. In windows and storm windows subject to human impact
(e.g., adjacent to a walking surface, or in a location
to be construed as an entrance or exit) except:
(a) Lites for which the smatlest dimension is less than
18 inch.
(b) Lites whose bottom edge is more than 18" above a
walking surface.
(c) Lites protected by guardrails, handrails, safety
bars, or other barriers to protect the Lites from
human impact which have been approved by the
appropriate building code official or agency.
D. Materials Requirements. Al1 materials shall be of sufficient
strength and durability so as to resist damage or distortion
from wind loads, thermal stres$ (including that due to solar
gain), or induced installation stresses.
1. Framina and Sliding Members of storm windows may be wood,
aluminum, or ultraviolet resistant rigid vinyl equivalent
to B. F. Goodrich Geon or Ethyl Corp. 5006. Other
Attachment 7, Page 23 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816PC�Q�g�
Energy Conservation Agreement
10/30/81
materials are not acceptable unless approved in writing by
the Utility.
2. Glazin for either exterior or interior storm windows, is
restricted to glass unless otherwise specified by the
Utility in writing. All Lites shall be of good quality
glazing materials, and shall meet Federal Quality Control
Specifications DD-G-451D and DD-G-1403B.
3. Ma ximum Allowable Areas for wood or aluminum-framed
windows which can be covered by a particular thickness of
glazing material shall be as follows:
Single strength glass 11 sq. ft.
Double strength glass ZO sq. ft.
3/16" thick glass 40 sq. ft.
Maximum allowable areas for vinyl-framed windows which can
be covered by a particular thickness of glazing material
shall be as follows:
Single strength glass
Double strength glass
vertical measurement.
3/16 inch thick glass
not allowed
17 sq. ft. and less than 4 ft.
25 sq. ft.
No vinyl-framed single Lite shall exceed 25 sq. ft.
These areas are based on an average wind pressure of 18
psf, window height above ground of less than 30 ft., and
float type glass. However, where actual conditions exceed
these values, the maximun allowable area shall be reduced
according to the provisions of AAMA 302.9. Areas for
vinyl-framed windows also should be reduced proportionally.
4. Storm Window Lites shall not exceed 20 square feet in area
unless approved in writing by the Consumer prior to
installation. For larger units, the Installer shall inform
the Consumer of potential difficulty and hazard of removing
such units for cleaning, and relative advantages of
substituting an insulated glass unit.
Attachment 7; Page 24 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP90/�jl
Energy Conservation Agreement
10/30/81
E. Installation
1. Storm Windows Shall be Permanently Affixed. Opening Prime
Windows, when weatherized, shall remain operable without
the removal of the storm window frame. Sliding sashes in
storm windows shall not be openable or removable from
outside when in the closed position. For ease of operating
prime sliders and storm sliders, both shall be so arranged
that interior access to latches is not impaired or made
difficult. All storm windows shall provide an easy and
accessible method of removal to accomodate washing and
cleaning of both storm and prime glazings.
2. Quality Control
(a) Correct size, shape, and type of storm windows for the
openings shall be assured by the Installer. Each one
shall be measured for appropriate clearances and
"out-of-squareness" to match the Prime Window. The
storm window may need to be adjusted to be square,
plumb, and level without distortion to the storm window
parts, upon installation..
(b) Distortion of storm frames to fit uneven prime frames,
empty drill holes, split blind-stops, make-shift
innovations to mask size mismatches, and all similar
evidences of non-professional application are not
allowed in this Program and shall be corrected by the
Installer.
(c) Prime Window frames and sashes must be free of
deterioration and structurally sound before storm
windows are installed. Sources of evident water
penetration through prime openings shall be located and
corrected. Necessary repairs to Prime Window members
or Lites shall be accomplished by the Consumer prior to
installation of storm windows.
(d) When determined to be appropriate.by the Utility,
complete window replacement with double glazed windows
will be acceptable where prime frames are damaged or
otherwise unserviceable for use with storm windows.
Similarly, where determined to be appropriate by the
Utility, complete sash replacement with double glazed
sashes will be acceptable where prime sashes are
Attachment 7, Page 25 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81B�� 9 1
Energy Conservation Agreement
10/30/81
damaged or otherwise unserviceable for use with storm
windows.
Replacement windows and sashes shall meet the minimum
requirements for storm windows with respect to life
expectancy, and operating characteristics.
(e) Hardware and fasteners, such as screws or rivets, shall
be compatible with the material joined so that they are
immune to both galvanic and weather corrosion.
Vinyl-framed interior and exterior storm sashes shall
be permanently anchored with screws through the web at
five inch (5") centers. The screws must be long enough
to penetrate through the window surround and anchor in
the structural framing. No stile or rail shall in any
case contain fewer than three (3) anchor screws.
(f) Glazing sealants
compou�ds, tapes,
expectancy.
shall be resilient, nonhardening
or gaskets with established.long )ife
(g) Effective infiltration barriers shall be provided by
proper sealing or weatherstripping of the storm window
to provide a tight dead-air space (1-inch to 4-inches)
between prime and storm Lites.
A weather-tight, infiltration-tight caulking or gasket
shall be applied between the storm frame and prime
frame. Such material shall have the thickness and
resiliancy to adjust to and fill voids betwen frames.
This seal shall be continuous across the top and down
each side. The Installer shall provide a meanS of
preventing and relieving condensation between the storm
window and prime unit. The Installer is responsible
for correcting condensation conditions which are
identified during the first year after original
installation.
(h) Any bare wood, whether exposed or added, shall be
finished with a sealer to prevent future warping or
swelling. Consumers shall be advised that color
matched painting must be arranged separately from this
Program.
Attachment 7, Page 26 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP�0791
Energy Conservation Agreement
10/30/81
(i) Framing members of storm window Lites shall align
visually with those of the Prime Window, unless
otherwise approved by the Consumer.
(j) Contact areas shall be free of protrusions which will
interfere with proper installation of storm windows.
(k) Aluminum storm windows shall employ a thermal break of
vinyl or elastomeric material specifically manufactured
for this purpose to prevent any metal-to-metal contact
of the frame to the prime frame, or to any metal window
trim.
(1) Materials damaged in shipment or in assembly shall not
be used.
(m) Mitered Butt Joints of fra���? members having cracks of
1/32 inch or greater shall be sealed or caulked with
compatible, visually acceptable material. Empty screw
holes or other minor penetrations shall be similarly
treated.
3. Caulkin of Prime WindoH-frame/house cracks is
discussed in Section 113 Caulking.
F. Operable Storm Windows
1. Storm Windows which are placed in the screen track of the
Prime Windows are not acceptable for this Program.
2. Installed Units Shail Not Rattle in high wind.
3. All Sliding Panes or associated channels shall be fitted
with infiltration and weather barrier devices.
4. Meeting Rails of sliding storm windows shall be provided
with a durable, effective, infiltration barrier. Windows
with meeting rails 30 inches or longer shall also include a
mechanical interlock on the meeting rails. In no case
shall'glass in sliders contact other glass in any position.
5. Locks or Latches (or spring-tension in pressure/friction
channels) on vertical sliding windows shall be designed
to hold the sash secure and level in ventilating positions.
i\
Attachment 7, Page 27 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPq(� 79 1
Energy Conservation AgreeAt�SfC
10/30/81
6. When Glazed Sashes are allowed to "free fall" the maximum
distance provided by latch positions, they shall
automatically stop in the next-lower latch position.
Latches shall be of sufficient strength and durability to
prevent their breakage or failure. Pressure/friction
controlled sliders shall effectively prevent "free-fall."
7. The Lowest Latch Position shall provide an open space of
at least 1 inch but no more than 2 inches between sash and
sill. An exception shall be a pressure/friction slider.
8. Security Locks are not required.
9. Al1 Sliding Units shall be of sufficient combinations of
glass/slider-frame rigidity to prevent bowing after
installation.
10. Al1 Operable Windows shall be of design, materials, and
finish which will ensure they will operate as orignially
designed for their full life expectancy.
11. In qeneral, screens shall be furnished with all storm
window systems. However for outward opening casement,
awning or hopper window types, an exception is allowed.
Screens for those window types are not required where there
are no existing screen(s) or where the existing screen(s)
remain fully operable. Replacement screen(s) shall be
furnished where an existing screen is rendered inoperative
by the storm window installation.
12. Weatherstripping. Wherever feasible, installers shall
replace worn or damaged weatherstripping or sealants on the
prime assembly when it is weatherized. This includes
replacement of the meeting rail weather-stripping. All
materials used shall be compatible to the manufacturer's
slider system and shall be a permanent repair or
replacement.
G. Inside Storm Windows
1. Inside Storm Windows Shall be Permanently Attached to the
Prime Window opening in a workmanlike manner.
2. The Window Shall be Mounted inside the master frame,
within 1 to 4 inches of the prime Lites. Clearance must be
allowed for Prime Window operation, removal, and cleaning.
Attachment 7, Page 28 of 53
Zero Interest Loan
Program
Contract No. DE-MS79-818P� 9 1
Energy Conservation Agreemen�
10/30/81
Where design of the Prime Window precludes
storm window inside the master frame, the
be mounted in some other manner approved i
Consumer.
mounting the
storm windnw may
n advance by the
Interior Storm Windows Shall Have a Seal to provide
greater air tightness than the exterior Prime Window. The
storm window frame shall be installed using glazing tape,
caulking or other effective sealant system such that the,
joint between it and the Prime Window or the surround is
completely sealed for the expected life of the storm
window. In addition, the corners of the Prime Window
casement (vertical and horizontal members which frame the
window opening) and between the casement and the storm
window frame shall be neatly sealed with a suitable
low-visibility caulk so that infiltration is effectively.
blocked between the dead air space and the adjacent wall
cavity.
Storm Wind
the Same Materi
Construction Requirements as other windows types as noted
elsewhere in this specification.
Inside Storm Windows Shall be Custom Fitted to each window
opening so as to match the size and shape of the existing
opening.
Tinted 61ass shall not be used for inside storm windows.
Multi-Glazing
Sealed, Insulating 61ass shall be SIGMA certified as, at
least, Class C. This certification means the manufacturer
is participating in a continuing quality assurance program
which requires compliance with ASTM E-774-81.
Replacement window units
insulating glass and mee
contained in Appendix A
otherwise, samples of wi
Utility for examination
installation.
which use SIGMA certified sealed
the applicable window standard
re automatically acceptable;
�dows shall be submitted to the
nd written approval prior to
Multi-Glazino Sha11 Not be Installed where sash material
has deteriorated or does not possess adequate strength,
support, or anchorage for the double panes. Sources of
Attachment 7, Page 29 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPUQ791
Energy Conservation Agreement
10/30/81
water penetration through the prime sash or prime framing
must be located and corrected before installing
multi-glazing. Structural repairs or replacements must be
accomplished prior to window weatherization and are the
responsibility of the Consumer. However, as noted in
Section E.2.d., above, complete sash replacement is
acceptable when determined to be appropriate by the Utility.
3. Maximum Allowable Areas which can be covered by a
particular thickness of glazing material shall be as
follows:
Singie strength glass 16 sq. ft.
Double strength glass 30 sq. ft.
(Based on an average wind pressure of 18 psf, window height
above ground less than 30 ft., float type glass, and
factory fabricated double glazing.) However, where
conditions exceed these values, the maximum allowable area
shall be lowered according to the provisions of AAMA 302.9.
4. Installers shall insure that double-glazed units are
constructed to the proper size and type for the opening and
shall include tolerances and provisions for
"out-of-squareness" of the existing frame opening.
5. Sealed Units shall be free of condensation, fogging, or
staining, and the materials and installation procedures
employed shall ensure that the integrity of the
multi-glazed seals is maintained.
6. A Thermal Barrier shall be installed between the
multi-glazed unit and the perimeter surfaces of any metal
retaining frame.
7. Glazing Compounds and Gaskets shall be installed with a
slope so as to ensure rainwater run-off.
S. When Installed all clearances and normal "bite"
(containment of the glass) shall remain as specified by the
manufacturer.
9. Edges of Multi-Glazed units shall have no edge damage, no
hairline cracks at the periphery, and no holes in the edge
sealants. Materials damaged in shipment or installation
shall not be used.
Attachment 7, Page 30 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-81BR3 79 1
Energy Conservation Agreem�nt
10/30/81
10. Innovative Methods for affixing an additional sheet of
glazing onto an existing window or sash (other than
described above) shall be subject to sample inspection and
acceptance before written approval may be granted by the
Utility. Double faced adhesive tapes, caulking, or sealant
materials are not considered acceptable methods for
affixing added glazing to prime Lites or their frames.
il. Screens shall be provided with all operable
window replacements. Screens shall also be
sash replacements when existing screens are
inoperable by the replacement sashes.
Skylights
Existing.single-glazed or damaged skylights shall be
replaced with multiple-glazed s�:ylights which meet the
requirements of the Uniform Building Code, when determined
to be appropriate by the Utility.
2. Alternatively, Existin
adding glazing, inside
sl�ylight modifications
Uniform Building Code.
109. STORM OOOR SPECIFICATIONS
A. Definitions:
li
complete
provided with
rendered
f i ed by
or out, as appropriate. inese
shall meet the requirements of the
Prime Door The original door to which a storm door.is to be
added to provide greater thermal resistance.
Materials Requirements
Storm Doors May be of Either Wood or Aluminum Finish and
shall include removable or "self storing lites and
screen(s). Doors which meet the applicable specifications
in Section 116, Appendix A(Tables 1 and 2) and are
constructed using either continuous piano-type hinge,
stainless steel hinges or aluminum hinges with a thickness
not less than .080 inch (and with nylon or similar type
material bearings) shall be automatically acceptable,
otherwise samples shall be submitted to the Utility for
examination and written approval prior to installation and
will require that each manufacturer have independent test
data (from a mutually acceptable laboratory) indicating a
Attachment 7, Page 31 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818Pp 1
Energy Conservation AgreeM�Z
10/30/81
specific infiltration performance capability. Doors shall
have an air infiltration rate of no �nore than 5.0 cubic
feet per minute per square foot of rough open area at a
static pressure of 1.56 pounds per square foot.
In Addition, Aluminum Doors Which are not automatically
acceptable shall meet the following minimum structural
requirements. Aluminum storm door frames (stiles and
rails) shall not be less than 1-inch thick by 2 inches wide
with a minimum wall thickness of not less than
.050 inches. Z-bar construction shall have a wall
thickness of no less than .040 inch. Kick panels shall be
at least 13 inches high with a thickness no less than
.032 inch. The door shall be so assembled that damaged
components (especially screens or movable windows) can be
readily repaired or replaced, using commonly available hand
tools. These structural requirements are waived for AAMA
certified doors. Doors shall be constructed with
weatherstripping all around between the jamb and storm door
as well as a"sweep" at the bottom.
Note: The Utility reserves the right to identify and
refuse any storm door, at any time it deems the door not
satisfactory for the life expectancy requirements of this
Program. See Section 116 Appendix A(Table 2) for
specifications.
Quality and Strength of assembled components shall meet
requirements of Chapter 54 of the Uniform Building Code for
human impact and use.
Glazed Components Shall be of Tempered or Safety Glass or,
when approved in writing by the Utility, of other rigid
material of equal strength, clarity, high resistance to
ultra-violet degradation, and of high tolerance to abrasive
scratching. A71 lites shall meet Federal Quality Control
Specifications DD-G-451D and DD-G-14038. Jalousie type
glazing is not acceptable.
A Vertical or a Horizontal Moving, Glazed, Sash Frame
shall be contained by the frame of the storm door in snug,
weather-tight channels. Meeting rails, top/bottom rails,
and side rails of this frame shall be weatherstripped with
full pile or otherwise physically connected so as to
provide a weather-tight seal.
Attachment 7, Page 32 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPy()i51
Energy Conservation Agreement
10/30/81
Non-Standard Doors Upon a Consumer's specific request,
aesthetic and special treatments will be accepted on an
indiVidual installation basis (i.e., full-view
fixed-glazing, ornamental treatments with fixed-glazing,
etc.). Such special features and resulting additional
costs shall be identified separately to the Consumer, and
shall not be part of this Program.
8. Operatina Sashes Shall not be Operable or Removable from
outside when in the closed position. Sashes shall have
self-activating locks or latches, or other hardware,
designed to hold the sash secure and level in venti7ating
positions.
When a Glazed Sash is Allowed to "Free Fall" the maximum
distance provided by latch positions, it shall
automatically stop in the next-lower latch position.
Latches shall be of material of sufficient quality and
strength to prevent latch breakage or failure throughout
the life requirement of the door.
10. Attached Hardware screws, rivets, or other fasteners
shall be compatible to the materials with which they are
used, shall not be vulnerable to galvanic or weather
corrosion, and shall have the strength and durability for
normal life expectancy equal to that of the storm door.
Automatic closures, storm chains, and latches are
required. Security locks are optional.
11. Construction Hinqina, and Ins.tallation shall be of
strength and durability to withstand, under normal wear and
tear, breakage, sagging, or deflection which would impair
its normal closure or impede the normal sliding, removal,
or insertion of screened or glazed sashes, for the useful
life expectancy of the storm door and prime members to
which it is attached.
12. The Contractor Shall Ensure that the storm door is
constructed and installed to the correct size and type for
the opening, and shall include tolerances and provisions
for "out-of-squareness" of the existing frame opening.
13. Prime Door Framina Shall be Free of Decay and structually
sound, for anchorage to the storm door frame. Structural
deficiencies shall be corrected by the Consumer before the
storm door is installed.
Attachment 7, Page 33 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPyQ Cj 1
Energy Conservation Agreement
10%30/81
14. Protrusions on the Prime Door Frame, which would interfere
with proper installation of the storm door, shall be
removed prior to weatherization.
15. Any Bare Wood, whether exposed
with a sealer to
Consumers shall
be accomplished
prevent future
be advised that
separately from
Installation Requirements
or added, shall be'treated
swelling or warping.
color matched painting must
this Program.
The Contractor Shall Ensure that the storm doors operate
freely and do not bind in the openings, and that no gaps or
openings exist around the perimeter which will negate the
weather-barrier integrity of the storm door. The bottom
expander (sweep) shall be permanently attached and adjusted
to contact the door sill to ensure weather tightness and
proper operation. A threshold extension or additional
threshold shall be installed where necessary. Required
closer and chain assemblies shall operate properly. The
door handles and latch or lock assemblies shall secure and
latch properly. The storm door hardware shall not
interfere with tHe operation of the Prime Door.
Doors Damaved in Shipment or in Installation shall not be
used.
The Final Step of the installation process shall be the
cleaning of the storm door lites inside and out. This.
requirement is waived if weather conditions make cleaning
unfeasible or with the approval of the Consumer.
110. SLIDING AND FRENCH (ATRIUM) DOOR SPECIFICATIONS
A. Definitions
Prime Door The original door to which a storm door or
multipane unit is added to provide greater thermal resistance.
Lite Also known as pane
Insert Requirements
The glazed parts of the frame.
Double Glaz Insert Kits, Framed Double Glazed
Replacements or a Total Replacement with a New Double
Glazed Door Assembly are all automatically acceptable if
Attachment 7, Page 34 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-818P yd/51
Energy Conservation Agreement
10/30/81
their sealed insulating glass units are certified under the
SIGMA program (ASTM E-774-81 Class C standards) and meet
the applicable sliding door standard contained in
Appendix A. Units which have certified glazing but do not
meet the applicable door standard may be approved by the
Utility in writing prior to use. Single glazed Add-On
Secondary Doors are also acceptable. Appropriate
performance test reports may be required from an
independent test laboratory.
2. Doors certified under AAMA are automaticaily acceptable
under this Program. Non-certified doors must be approved
by the Utility in writing prior to installation and will
require that each manufacturer have independent test data
(from a mutualty acceptable laboratory) indicating a
specific infiltration capability. (Doors shatl have an
infiltration rate no greater tF��n 1.0 cubic feet per minute
per square foot of overall frame dimertsion.)
3. Double Glazed Insert Kits, when installed for
weatherization, shall require a solid-metal roller system
replacement for any existing plastic rollers or for
deteriorating metal rollers. Either tandem rollers or
stainless steel track covers shall be required under
sliding, double glazed Lites over 3 feet wide. Regardless
of slider width, a deteriorated track system shall be
replaced or retrofitted with track covers.
4. Glazing Shall be Restricted to 61ass unless otherwise
specified by the Utility in writing. The thickness,
strength, and quality of glass and glazing shall meet with
the requirements of Chapter 54 of the Uniform Building Code
and CPSC 1201. All Lites shall be of distortion-free, good
quality glazing, and shall meet Federal Quality Control
Specifications DD-G-451D and DD-G-14036.
5. Weatherstripping to replace worn or damaged
weatherstripping or sealants on the prime assembly shall be
required whe�n it is weatherized. This includes replacement
of the meeting rail weatherstripping. All materials used
shall be compatible to the manufacturer's slide system and
be a permanent repair or replacement.
6. Screens Shall be Provided with all complete door assembly
replacements. Screens shall also be provided with double
glazed insert kits or framed double glazed door
Attachment 7, Page 35 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81B�079�
Energy Conservation Agreement
10/30/81
replacements, when existing screens are rendered inoperable
by the insert.
Storm Door Requirements
Framina and Slidina Members Shall be Wood, Aluminum, or
Other Materials as approved in writing by the Utility.
Retrofit systems shall have the durability Eo provide a
maintenance-free installation, under normal wear and tear,
following weatherization. They shall be completel.y
weatherstripped and be capable of trouble free service over
its expected life.
Screens Shall be Provided with all new storm door systems,
unless serviceable screens are already in place on existing
doors which will remain fully operable and are easily
removable following installation of the storm door.
Prime Opening Members Shall be Free of Decay and
structurally sound to provide anchorage and support for the
existing (or added) slider. Any deficiencies shall be
corrected separately from this Program by the Consumer
before the affected weatherization Measure is installed.
Any Bare Wood, whether exposed or added, shall be treated
with a sealer to prevent future swelling or warping.
Consumers shall be advised that color matched painting must
be arranged separately from this Program.
6aps and Cracks exposed to the elements shall be caulked
on both existing and added framing members.
Weatherstripping shall be required to replace worn or
damaged weatherstripping or sealants on the prime assembly
when it is weatherized. This includes replacement of the
meeting rail weatherstripping. All materials used shall be
compatible to the manufacturer's slide system and be a
permanent repair or replacement.
D. Final Inspection
Upon Installation Completion, units shall operate smoothly
and properly. Hardware shall be durable, function
properly, and not create interference. When closed, the
entire assembly shall provide a complete weather-barrier to
the entire prime opening.
Attachment 7, Page 36 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPy0791
Energy Conservation Agreement
10/30/81
Materials Damaoed in Shipment or During Installation shall
not be used.
The Final Step of the Installation process shall be �he
cleaning of door Lites inside and out. This requirement is
waived if weather conditions make cleaning unfeasible or
with the approval of the Consumer.
111. INSULATED ENTRANCE DOORS SPECIFICATIONS
A. Installation Criteria
Damaoed or Otherwise Unserviceable Prime Entrance Doors
may be replaced with insulated core doors under this
Program at the request of the Consumer, provided the
Utility determines such replacement to be appropriate.
Such doors shall be installed in lieu of storm doors foc a
given opening. Installers shall separately identify costs
of a standard flush door and extra cost featur,es (i.e.,
decorative-panels, etc.). Any �onsumer-requested Lites
shall be double glazed and no more than 10 percent of the
door area in order for the door to be covered by the
Program.
Materials Requirements
Replacement Doors Shall Have a Minimum Thermal Rating of
R-7.
Glazed Components Shall be of Glass. All panes shall meet
the latest revision of Federal Specifications DD-G-451 and
DD-G-1403.
Insulated Replacement Doors are Automatically Acceptable
if they are certified by the manufacturer as meeting the
requirements of the ISDSI Standards listed in Appendix A
(Table 2). Noncertified doors must be approved by the
Utility in writing and will require the. manufacturer's
independent test data (from a mutually acceptable
laboratory) regarding the door's infiltration performance.
The Utility may require data indicating conformance to
other applicable standards. (Doors shall have an air
infiltration rate of no more than 0.5 cubic feet per minute
for each linear foot of crack at a static pressure of
1.56 pounds per square foot.)
Attachment 7, Page 37 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816P 90�}1
Energy Conservation Agreement
10/30/81
4. Attached Hardware screws, rivets or other fasteners shall
be compatible to the materials with which they are used and
shall be protected from galvanic or weather caused
corrosion.
C. Installation Requirements
1. Existing Lock(s), if serviceable, shall be removed from
the existing entrance door(s) and placed on the insulated
door(s). If existing lock(s) are unserviceabl.e, they shall
be replaced in kind or with equivalent quality locks, keyed
for the original keys (unless the Consumer requests
otherwise). Any incremental increase in costs resulting
from a Consumer request for improved lock quality shall be
itemized separately, and paid for by the Consumer.
2. Replacement Doors may be Either Complete Prehung Un.its
Door Replacement Only, depending on the structural
strength and suitability of the'existing door casing.
3. New prime doors shall operate freely and not bind, and no
gaps or openings shall exist around the perimeter which
might negate the weather tight integrity of the door. Door
hardware and lock assemblies shall properly function.
112. WEATHERSTRIPPIN6 SPECIFICATIONS
A. Weatherstripping shall be with materials appropriate for the
application and expected life noted in Section 103A.
B. Weatherstripping of Prime Doors (including doors into
garages), and the repair or replacement of thresholds worn to
ineffectiveness shall be installed when determined to be
appropriate by the Utility.
C. Door Weatherstripping shall be of the following types:
1. Hollow, cold weather, vinyl tube type which is affixed to a
prepunched aluminum flange extrusion.
Z. Spring bronze cushion weatherstrip.
3. Three-M brand nylon "V" strip, or
4. Interlocking metal weatherstrip
Attachment 7, Page 38 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE=MS79-816Pq(}7g1
Energy Conservation Agreeme�hf
10/30/81
Other types of weatherstrip material shall be submitted to the
Utility for examination and written approval prior to use.
Door Bottom Weatherstripping shall be of the type in which an
aluminum shoe with a vinyl or neoprene gasket insert is
attached to the bottom, or recessed into the bottom, of the
prime door. An automatically retractable door bottom closure
is an acceptable alternative. Front door applications of
automatically retractable closures shall be concealed, mortise
type with a neoprene sealer. The surface-mounted type of
automatically retractable closure, with a vinyl sealer, is
acceptable for other doors. Installation of automaticaliy
retractable closure shall include the installation of the
companion striker plate.
Threshold Replacement, or repair, shall be necessary only when
wear or other damage makes door bottom weatherstripping
ineffective. Replacement may be of wood, aluminum, or vinyl
tube (for insert thresholds).
Attic and crawl space.access hatches (or the opening itself)
shall also be weatherstripped with appropriate materials (such
as self-adhesive foam), if they open to a conditioned space.
113. CAULKING SPECIFICATIONS
A. Caulking Shall be Applied Where Determii
Caulkin
Polvurethane
or Acrylic Terpolymer conforming to Federal Spectttcations
noted in Appendix A(Table 1), or material demonstrating
equivalent performance in resiliency and durability.
Cracks Greater Than 3/8-inch Shall be Repaired by filling with
a suitable material prior to caulking. Suitable materials
include closed-cell polyethylene rod (e.g., that manufactured
by Hercules, Inc. of Middletown, Delaware), treated natural
fiber twine, synthetic twine, or equivalent materials. Cracks
of less than 3/8-inch shall be caulked. Caulking shall be
limited to those cracks associated with heated spaces.
114. CLOCK THERMOSTAT SPECIFICATIONS
Clock Thermostats Shall be Installed when determined to be
appropriate by the Utility. They shall be of either
Attachment 7, Page 39 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP9079 1
Energy.Conservation Agreement
10/30/81
"low-voltage" or "line-voltage" types, whichever is appropriate
for the application and shall meet the requirements of NEMA
DC 3-1978 or DC 15-1972, respectively.
The Clock Shall be Easily Programmable by the Consumer and
shall be at least a 24-hour type. Seven day clocks are
preferred. In addition „the thermostat shall allow for up to
two independent set-back periods per day (i.e., day as well as
night set-back). Where central air conditioning is present, the
thermostat shall allow for summer "set-up" as well as winter
"set-back" control.
The Ther mostat Shall have Independent Adjustment capability
for the s� et-up and set-back temperatures.
Thermostats Shall be Installed in Compliance with local Codes
and the manufacturer s instructions by qualified personnel.
The Installer Shall Provide Instruction Materials to the
Consumer and explain the clock thermostat s operation and
method of adjustment to one or more members of the household.
Special instructions including the need for lesser setback
shall be provided in heat pump installations.
115
DEHUMIDIFIER SPECIFICATIONS
A. Dehumidifiers Shall be Installed only in those cases where
actual high moisture conditions exist in a home. Consumers
shall be advised, where appropriate, that it may be less
expensive to install exhaust fans in high moisture areas (i.e.,
bathrooms and kitchens) than to install a dehumidier.
Where Hiqh Moisture Conditions Appear After Installation of
the weatherization measures, the Consumer may reapply to the
Utility for installation of a deh�midifier. If determined to
be necessary, it will be handled.as an addition to the existing
agreement.
The Dehumidifier Shall be Certified by the Association of Home
Appliance Manufacturers (AHAM) specificaton DH-1.
Dehumidifiers Shall be Sized according to the general
guidelines below, and shall include a humidistat to
automatically maintain the desired humidity level.
Dehumidifier capacity shall be determined by the rated capacity
test contained in AHAM specification DH-1.
Attachment 7, Page 40 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-816Ps079 1
Energy Conservation Agreement
10/30/81
116
Floor Area of House
(sq. ft.)
Up to 1000
1000 2000
2000 3000
APPENDIX A REFEKENCED SPECIFICATIONS
5
30
35
A. The following specifications describe the minimum performance
requirements for materials used in this program. In many cases
they will be referenced on product pac or descriptive
literature. These referenced specifications or subsequent
revisions shall be used to resolve disputes involving product
quality.
B. Federal Material Specifications and Standards
TABLE 1
Subject
Mineral Fiber
Blankets/Batts
Mineral Fiber Loose-Fill
Cellulose Loose-Fill
Perlite
Vermiculite
Pol'ystyrene Board.
Polyurethane and
Polyisocyanurate Board
Insulation Blocks, Eoards
Blankets, Felts, Sleeving
and Pipe Fitting Covering
Silicone Rubber Caulking
Applicable
Federal Specification
Dehumidifer Capacity
(Pints/24 hours)
HH-I-521F
HH-I-1030B
HH-I-515D
HH-I-574B
HH-I-S85C
HN-I-524C
HH-I-530A
HH-I-5588
TT-S-001543A
Attachment 7, Page 41 of 53
Energy Buy-Back Weatherization
Program
Contract No: DE-MS79-818P� 9 1
Energy Conservation Agreemen
10/30/81
Caulking, single component:
polysulfide or polyurethane
Caulking, single component:
acrylic terpolymer
Cellulose Insulation
Cellulose Insulation Labeling
Requirements
Safety Specification for
Architectural Glazing
Materials
Glass Float or Plate,
Sheet, Figured (flat, for
glazing, mirrors or other uses)
Glass, Plate (float), Sheet,
Figured, and Spandrel (heat
strengthened and fully tempered)
TT-S-00230C
TT-S-00230C
CPSC Part 1209
CPSC Part 1404
CPSC Part 1201
DD-G-45SD
DD-G-14038
C. Miscellaneous Equipment and Material Specifications
TABLE 2
5ubject
Aluminum Combination Storm
Windows for External Appplication
Aluminum Windows
Wood Windows
Rigid Polyvinylchloride
Profile Extrusions
Aluminum Sliding Glass Doors
Aluminum Storm Doors
Applicable
Federal Specification
ANSI/AAMA
1002.10-1980
ANSI/AAMA302.9-1977
ANSI/NWMA I.S. 2-80
NBS/PS 26-70
ANSI/AAMA
402.9-1977
ANSI/AAMA 1102.7-1977
Attachment 7, Page 42 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816P9�791
Energy Conservation Agreement
10/30/81
Ponderosa Pine Doors
Douglas Fir, Western Hemlock,
and Sitka Spruce Doors and Blinds
Sealed, Insulating Glass Units
Dew/Frost Point of Sealed
Insulting Glass Units in
Vertical Postion, Test Method 4
Surface Burning Characteristics
of Building Materials
Moisture Absorption of Building Materials
Water Vapor Transmission of Thick
Materials
Low Voltage Room Thermostats
Residential Controls: Line
Voltage Room Thermostats
Dimensional Standard for Insulated
Steel Door Systems
Air Infiltration Standard for
Insulated Steel Door Systems
Installation Standard for Insulated
Steel Door Systems
Water Resistance Standard for
Insulted Steel Ooor Systems
Mechanical Performance Standard
for Insulated Steel Door Systems
Finish Performance Standard for
Insulated Steel Door Systems
Dehumidifiers
ANSI/NWMA I.S. 5-73
FHDA 7-79
Section 3
ASTM E-774-81
ASTM E-576-76
ASTM E-84-79
ASTM C-272-53
ASTM C-355-73
NEMA DC 3-1978
NEMA DC 15-1972
ISDSI-100-79
ISDSI-101
ISDSI-102
ISDSI-104
ISDSI-105
ISDSI-106
AHAM DH-1/ANSI
6149.1-1972
Attachment 7, Page 43 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816Pg(��9 1
Energy Conservation Agreement
10/30/81
117
AHAM 1980 Directory of
Certified Dehumidifiers
APPENDIX B REFERENCED ORGANIZATIONS
A
B
C
Edition No. 1
January 1980 or
latest revision
AAMA Architectural Aluminum Manufacturers Association;
35 East Wacker Drive; Chicago, Illinois 60601; (312) 782-8256.
AHAM Association of Home Appliance Manufacturers; 20 North.
Wacker Drive; Chicago, Illinois 60606; (312) 984-5800.
ANSI American National Standards Institute; 1430 Broadway;
New York, New York 10018; (212) 354-3300.
D. ASHRAE American Society of Heating, Refrigeration and
Airconditioning Engineers; 345 E..45th Street; New York, New
York 10017; (212) 644-7940.
E
F
G
H
I
ASTM American Society for Testing and Materials; 1916 Race
Street; Philadelphia, Pennsylvania 19103; (215) 299-5400.
CPSC U. S. Consumer Product Safety Commission;
1111 18th Street, NW.; Washington, D.C. 20207.
FHDA fir and Hemlock Door Association; Yeon Building,
Portland, Oregon 97204; (503) 224-3930.
FTC Federal Trade Commission; Pennsylvania Avenue at
6th Street NW.; Washington, D.C. 20580.
HVI Home Ventilating Institute; 4300-L Lincoln Avenue;
Rolling Meadows, Illinois 60008; (312) 359-8160.
J. IGCC Insulated Glass Certification Council; Attn: Claude
Robb; Industrial Park; Courtland, New York 13045;
(607) 753-6711.
K
L
ISDSI Insulated Steel Door Systems Institute; 1230 Keith
Building; Cleveland, Ohio 44115; (216) 241-7333.
NEC National Electric Code; NFPA; 470 Atlantic Avenue;
Boston, Massachusetts 02210; (617) 482-8755.
NEMA National Electrical Manufacturers Association;
2101 L. Street NW.; Washington, D.C. 20037.
Attachment 7, Page 44 of 53
Eneray Buy-Back Weatherization
Program
Contract No. DE-M579-816P�79 1
Energy Conservation Agreement
10/30/81
N. NFPA National Fire Protection Association: 470 Atlantic
Avenue; Boston, Massachusetts 02210; (617) 482-8755.
0. NWMA National Woodwork Manufacturers Association; 400 West
Madison Street; Chicago, Illinois 60606; (312) 782-6232.
P. RCS Residential Conservation Service (Program of the U.S.
Department of Energy).
Q. SIGMA Sealed Insulated Glass Manufacturers Association;
111 East Wacker Drive; Chicago, Illinois 60601; (312) 644-6610.
R. UBC Uniform Building Code; International Conference of
Building Officials; S360 South Workman Mill Road; Whittier,
California 90601; (213) 699-0541.
S. UL Underwriters Laboratory; 333 Pfinsten Road; Northbrook,
Illinois 60062; (312) 272-8800.
T. USDOE United States Department of Energy; Washington, D.C.
20585; (202) 252-5000
118. APPENDIX C 6LOSSARY
Air to Air Heat Exchanger A mechanical ventilation system which
preheats cold incoming air by transferring to it heat from the warm
outgoing air. Used to maintain the energy efficiency of a structure
while exhausting indoor air.
Air Turbine Attic ventilator with attached blades which allows
prevailing winds to spin turbine, which increases the volume of air
removed from attic space.
Attic Exhaust Fan A ventilating device connecting the attic space to
the residence's conditioned space that ventilates_by drawing cool outside
_:t air into the residence and exhausting warm inside air through attic
vents. Also known as a whole house fan.
Automatically Retractable Door Bottom Closure A form of
=,:e weatherstripping that is loaded so that it will seal between the
'1 door and the floor or threshold when the door is closed, but will retract
a as the door is opened to prevent its rubbing on the floor or carpet.
Batt/Blanket Insulation Flexible strips or rolls of pre-formed
insulation, with or without a vapor barrier facing.
Attachment 7, Page 45 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818f����1
Energy Conservation A9reemen
10/30/81
Blown Insulation Loose fill insulation blown in by special pneumatic
equipment.
Bottom Expander The bottom horizontal portion of a door frame used for
adjusting its overall height to fit an existing door jamb. A bottom
expander usually includes some type of weatherstripping.
Building Permit An authorization issued by county, city or state
officials allowing a specific type of construction at a particular
location.
Caulking A compound used to provide an airtight seal at the points of
contact between different types of building materials, thereby preventing
infiltration and heat loss.
Cellutose Insulation An insulation material treated with flame
retardant and made from used newsprint, paper�oard stack, or virgin wood
fiber.
Clock Setback Thermostat A device regulating the demand on the heating
or cooling system by automatically switching from one temperature or
control level. to another.
Cold Weather Vinyl (Weatherstripping) Vinyl which is designed to
remain pliable under cold weather conditions.
Conditioned Space The space within a building which is heated or
cooled by an active space heating system.
Coveraqe Label The label from a bag of loose fill insulation
describing the size of area, depth, weight, and R-Value that the material
will provide.
Crawl Space The space between the ground and rest of the residence
in residences constructed without basements, or "slabs on grade."
Cross Ventilation Placement of vent openings so that air flows in one
vent, over the insulated space and out the other. Occurs naturally due
to wind or thermal convection.
Critical Radiant Flux A measure of the fire exposure behavior of
building and insulation materials. It is determined thr.ough a standard
ASTM test method and reported in watts per square centimeter.
Dehumidifier A mechanical device which removes moisture vapor from the
air.
Attachment 7, Page 46 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-M579-816f��g1
Energy Conservation Agreement
10/30/81
Dormer A window set upright in a sloping roof; or, the roofed
projection in which this window is set.
Double Strength Glass Glass of higher physical strength, usuatly
1/8 inch in thickness.
Dry Rot A degradation of wood framing components caused by excessive
moisture.
Finish Materials A building material such as sheet rock or wood
paneling exposed to the living space and used to contain or hide
construction components.
Flame Resistant Permanency The property of a material to withstand
fire or give protection from it. It is characterized by the ability to
continue to perform a given structural function.
Flame Spread Ratin9 Used .to indicate the rate at which flame will
spread across the surface of a given material. The higher the number,
the faster the flame spread.
Flashing Sheet metal strips installed to prevent leakage over windows,
doors, etc., around chimneys and other roof details.
Frost Line The maximum depth in the.ground at which freezing wilt
typically occur in a given geographical area.
Furrin Thin strips of board fastened to the wall to provide an air
space for insulation and support for wall materials (such as gypsum
board) to be installed over the insulation.
Gable Vents Vents located in the wall section of the attic at or near
the peak of roof.
Glazin Glass or other transparent material (such as vinyl) used in
windows and doors. Also, the act of fitting a window with glass or
similar material.
Ground Cover Vapor Barrier A polyethylene sheet or similar material
having low water vapor permeance overlaying the ground within a crawl
space.
Gypsum Board Rigid.sheets of gypsum attached to the framing of a
building to provide a surface suitable for painting or other finishing.
(Note: Gypsum is a hydrated sulfate of calcium occurring naturally in
Attachment 7, Page 47 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BP �Q791
Energy Conservation Agreement
10/30/81
sedimentary rock.) Also referred to as sheetrock, dry wall, and
"gypboard".
Humidistat A device which measures the relative humidity present in
the air and controls the operation of a dehumidifier, similar to the way
a thermostat works to control temperature.
HVAC An abbreviation for heating, ventilating, and air-conditioning.
Interlocking Metal Weatherstripping A two-piece unit comprised of a
metal strip and interlocking metal retainer which creates an interlocking
airtight seal when the door is closed.
Infiltration Uncontrolled inward air leakage through cracks or
openings in building elements, windows, and doors.
Insulated Door An exterior door containing some 'type of effective
insulation and designed specifically to reduce heat loss through
conduction.
Insulation A material which restricts heat transfer from a hot object
to a cold object.
Jalousie-Type Glazing A window consisting of several slats of glass
(similar to venetian blinds) which open simultaneously by means of a
crank.
Joists Closely-spaced parallel beams supporting a floor or ceiling.
Knee Wall A short wall between an attic floor and sloping roof.
Knob and Tube Wiring A wiring method using knobs and tubes for the
support of simple insulated conductors, concealed in walls and ceilings.
Line Voltage Service potential normally provided by the Utility (i.e,
120, 240 and 480 volts).
Lite The glazed parts of a window, also called the window pane.
Loose Fill Insulation Insulation material (cellulose, mineral wool,
vermiculite) manufactured in a loose form which is usually blown or
poured into ptace.
Low Voltage Less than 50 volts. Low voltage is frequently used in
control signaling circuits, and landscape lighting.
Attachment 7, Page 48 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPQ�7 1
Energy Conservation AgrepiAMrt
10/30/81
Mechanical Ventilator A fan or other motor-driven unit used for
ventilating.
Multi-Glazi�g An arrangement of two or more •layers of glass used to
reduce heat loss by providing one or more insulating air spaces between
them.
Meeting Rail The frame located on one edge of an openable glazed lite
or screen which forms the center rail of a window or door system.
Usually interlocks with a companion rail.
Mineral Fiber Thermat insulation material composed of mineral
substances such as slag, rock and glass.
Net Free Area The net area of unencumbered vent (i.e., the area
without screens or louvers) which provides free air access.
Passive Ventilation Natural ventilation (using.no moving parts such as
fans, etc.) caused by temperature differences and convection.
Perimeter Insulation Insulation installed on the sidewalls of a crawl
space.
Perlite A glassy volcanic rock which expands when heated. Processed
perlite is used as loose fill insulation material or bound into slabs.
Perm Rating The unit of ineasurement of permeance to water vapor. It
is equivalent to one grain of water vapor passing through a membrane one
square foot in area when the vapor pressure across the area is one inch
of inercury. The lower this number, the smaller the amount of water vapor
that can pass through the membrane.
Polyisocyanurate A closed cell polymer foam pale yellow in color,
containing refrigerant gases instead of air. Similar to pnlyurethane.
Polystyrene A closed cell polymer foam containing a mixture of. air and
polymer gases. White or pale blue in color.
Polyurethane A closed cell polymer foam containing gases instead of
air.
Poured Insulation Loose insulation installed by spreading over a
surface.
Prenun A window or door unit manufactured with the frame already
fitted.
Attachment 7, Page 49 of 53
Energy Buy-Back Weatherization
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Contract No. DE-MS79-816P�Q�'91
Energy Conservation Agreement
10/30/81
Pressure/Friction Channels Spring- or tension-loaded channels in the
moving parts of a window. Allows window openings to be variable without
latches or other supports.
Prime Window The original window to which a storm window or
multiglazing is added to provide greater thermal resistance.
Radon Radioactive gaseous element produced in the disintegration of
radium. Radon occurs naturally in soils in trace amounts.
R-Value Unit of resistance to heat flow, expressed as temperature
difference required to cause heat to flow through a unit area of a
building component or material at a rate of one heat unit per hour.
Recessed Fixture An electrical fixture (usually a light) mounted
recessed within a wall or ceiling.
Recess Soffit A ceiling soffit containing recessed fixtures. (See
soffit.)
Rock Wool Thermal insulation material composed of threads or filaments
of slag, produced by reprocessing the residual materials from metals
smelting.
Safety Glass Glass laminated with a plastic sheeting to prevent
shattering.
Sashes The parts of a window, generally moveable, in which panes of
glass are set.
Sealed Insulating Glass A window unit with panes sealed together at
the factory. During the process the air between the panes is dried, so
condensation is prevented inside the unit. (Also known as multi-glazing.)
Sealer (wood) A paint, lacquer, varnish, or similar material applied
to exposed or fresh-cut wood to prevent degradation.
Sinale Strength Glass Standard 1/16"-thick panes of glass.
Set Back Periods The period during which time-controlled thermostats
reduce the demand on a heating or cooling system, by changing the
set-point temperatures.
Slab on Grade Housing construction type having a concrete slab poured
directly on the ground. The foundation extends below the frost line, and
the slab forms the base for the building floor.
Attachment 7, Page 50 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81BPq(�7 9 1
Energy Conservation AgreeMe`fi!
10/30/81
Soffit The area between the end of the roof overhang and the edge of
the residence or more generally, the underside of any architectural
feature, usually not structural.
Soffit Vent An attic vent located in the soffit under the eaves of the
roof overhang.
Storm Window A unit consisting of glazing installed in a window
opening either inside or outside a prime window, creating an insulatirtg
air space to reduce heat flow.
Sweep A vertical, flat, flexible weatherstripping attached to the base
of a door.
Tempered Glass Glass that has been treated so that when broken it
forms many bead-like pieces with no jagged edges.
Thermal Break or Barrier A non-metallic material positioned between
metallic components of windows to prevent a direct path of heat loss
through thermal conduction.
Thermostat A device for automatically controlling a heating or cooling
system through regulation of interior air temperature.
Thermal Cbnductance See U-Value.
Threshold A piece of wood, stone, metal, etc., placed on the�doorsill,
or part stepped over when passing through the door.
Unconditioned Space Space within a building which is not heated or
cooled by an active system; or, the outside.
U-Value Measurement of the thermal conductive capacity of a material.
It is the reciprocal of the R-Value. The amount of heat flow in Btu's
per hour per square foot per degree fahrenheit temperature difference on
either side of a body.
Vapor Barrier A film, laminated duplex paper, aluminum foil, paint
coating or other material which restricts the movement of water vapor
from an area of high vapor pressure to one of lower pressure. Material
with a perm rating of 1.0 or less is normally considered as vapor barrier.
Ventilation Baffling Rigid material installed at ventilation points or
recessed fixtures in the attic to keep loose insulating materials from
blocki.ng or sloughing into the area.
Attachment 7, Page 51 of 53
Energy Buy-Back Weatherization
Program 50791
Contract No. DE-MS79-S16P
Energy Conservation Agreement
10/30/81
Vermiculite An expanded mineral insulation consisting of a mica-like
substance which expands when heated. The resulting granules are
generally used as loose fill insulation.
Water Pipe Heaters Electric resistance wire encased in plastic which
can be wrapped around water pipes in unconditioned spaces to prevent
freezing.
Wind Loads The pressure exerted on windows and other large areas from
the force of the wind.
Weatherstripping Meterial such as vinyl, foam, or metal strips
installed to prevent air infiltration through cracks around moveable
portions of windows and doors.
Whole House Plenum An enclosed (non-ventilated) and insulated crawl
space used as a return or supply duct for a f^rced air heating/cooling
system.
Attachment 7, Page 52 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-81B��9 1
Energy Conservation Agreement
10/30/81
BONNEVILLE/UTILITY
SPECIFICATION
100. TABLE OF CONTENTS
Section Title
101 SCOPE
102
103
104
105
106
107
101. SCOPE
DEFINITIONS
GENERAL PROUISIONS
REFERENCED SPECIFICATIONS
SPECIFIC REQUIREMENTS
INSTALLATION INSTRUCTIONS
PACKAGING REQUIREMENTS
This specification covers the technical requirements for
anti-infiltration gaskets suitable for use on a variety of
different types of wall receptacles. These gaskets shall be
fabricated of resilient foam material with holes prepunched in
locations corresponding to the standard dimensions of electrical
switches and outlets.
102. DEFINITIONS
Bonneville Bonneville Power Administration
Utility An electric utility which sells electric power to
consumers in the region and which has executed an
Energy Conservation Agreement with Bonneville and
is participating in the Home Energy Efficiency
Program covered by that agreement.
Page
1
1
1
2
2
2
2
103. GENERAL PROVISIONS
A. The gaskets supplied shall be of new materials, complete and
suitable for the purpose specified.
Attachment 7, Page 53 of 53
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816P9O'7g 1
Energy Conservation Agreemenf
10/30/81
6. The gaskets supplied shall be used to form a tight seal between
wall electrical boxes and their covers so as to reduce air
infiltration through those openings.
104. REFERENCED SPECIFICATIONS
TESTS FOR FLAMMABILITY OF PLASTIC MATERIALS UL 94
105. SPECIFIC REQUIREMENTS
A. The gaskets supplied shall be fabricated of foam sheet material
with closed cells on at least one face. The gaskets or the
material from which they are,fabricated shall be tested for
fire retardancy and Underwriters laboratories Listed.
B. Gaskets shall be supplied which are precut and fully compatible
with at least the following electrical device types: 1) Single
switch, and 2) single receptacle.
C. Quantities of each type to be furnished will be specified in
the bid schedule.
106. INSTALLATION INSTRUCTIONS
A. �The vendor shall furnish instruction materials in bulk
quantities specified in the bid schedule. Instructions should
include promotional data explaining potential savings possible
from gasket installation and safety precautions regarding
de-energizing circuits prior to installation. Instructions
shall also include information on the methods to be used to
fabricate other cover configurations such as double switch,
double receptacle, etc.
107. PACKAGING REQUIREMENTS
A. Gaskets shall be furnished in cartons, separated by type so
that individual home needs can be conveniently withdrawn by
utility personnel.
(WP-PCI-OOOic)
i
Attachment 8, Page 1 of 1
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-818fL3O791
Energy Conservation Agreement
10/30/81
Reimbursement
Utility Administrative Costs. Bonneville shall pay the
Utility $160 for the Utility's costs incurred in administering
the provisions of this Program Exhibit, exclusive of
advertising and Energy Analyst and Inspector training costs,
upon the Utility's certification that any of the Measures 1,
2, or 3 of Section B of Attachment 1 or either of Measures 1
or 2 of Section C of Attachment 1 have been installed in a
Residence pursuant to Attachment 1 and meet or exceed the
specifications in Attachment 7(Completed Job). Only one
Administrative Cost Payment shall be made for each Residence
under this Program.
Advertising. Bonneville shall pay the Utility for
advertising costs incurred in the Program up to $10.00 per
Completed Job. Bonneville sh�ll pay only for Program-specific
advertising under this Program.
Training. Bonneville shall pay the Utility, in accordance
with section 8 of the Energy Conservation Agreement, the
actual training costs, not to exceed $100 per day and not to
exceed a total of $1000, for each Energy Analyst or Inspector
trained in accordance with Attachment 4, upon certification to
Bonneville that the Energy Analyst or Inspector has
successfully completed the appropriate examination specified
in Attachment 4. Bonneville shall pay no more than $1000 for
the training costs bf any Energy Analyst or Inspector who
receives training pursuant to the provisions of this Program.
(WP-PCI-OOOlc)
Attachment 9, Page 1 of 1
Energy Buy-Back Weatherization
Program
Contract No. DE-MS79-816P90791
Energy Conservation Agreement
10/30/81
Reimbursement Calculation
Consumer Incentive
1. In accordance with section 7(c), Bonneville shall pay the
Utility at the fixed rate of 29.24 per estimated total annual
kilowatthour saved by the Measures installed, or the actual
cost of installing those measures, whichever is less. The
amount of the payment shall not include any amount for labor
of the consumer.
2. The Consumer incentive may be spread to all installed Measures
so long as the authorized level of reimbursement as described
above is not exceeded for the Residence, regardless of the use
of funds according to section 8.
(WP-PCI-OOOlc)
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