Cal. Civ. Code § 110-11-1-.04

The following amendments to codes are hereby adopted by the
Board of Community Affairs as amendments to the Georgia State Minimum Standard
Codes for Construction:

GEORGIA AMENDMENTS TO THE 1994 STANDARD BUILDING
CODE

· Add to Chapter 2, Definitions, a definition for Exterior
Insulation and Finish Systems (EIFS) to read as follows:

Chapter 2 - Definitions:

Exterior Insulation and Finish Systems (EIFS) - Exterior
Insulation and Finish Systems are non-load bearing exterior wall cladding
systems generally consisting of an insulation board, an adhesive and/or
mechanical attachment of the insulation board to the substrate, glass fiber
reinforcing mesh, a base coat on the face of the insulation board and an
aggregated polymer binder based finish coat.

· Said building code is further amended by adding a section
1403.10 to Chapter 14 to read as follows:

Chapter 14 - Exterior Wall Covering 1403 - Veneered
Walls

1403.10 Exterior Insulation and Finish Systems:

Exterior Insulation and Finish Systems (EIFS) on type III, V
and VI construction used on buildings with areas less than 5000 square feet of
gross floor area shall be installed according to this section. For other than
type III, V and VI construction, refer to the local jurisdiction's adoption of
methods, guidelines or procedures for the use of alternate materials or
methods. The contractor shall supply an Evaluation Report and the EIFS
manufacturer's installation and application instructions.

1403.10.1 Exterior Insulation and Finish System (EIFS) Class
PB shall conform to Appendix "I", Performance Requirements for Exterior
Insulation and Finish Systems.

1403.10.2 Wall Assemblies incorporating EIFS shall be
provided with a drainage system as recognized in a current model code
Evaluation Report and shall conform to Appendix "J", Requirements for
Drainage Installed with Exterior Insulation and Finish Systems.

1403.10.3 Wall assemblies incorporating EIFS shall
demonstrate drying potential as recognized in a current model code Evaluation
Report and in conformance with Appendix "K", Requirements for Drying
Potential for Exterior Insulation and Finish Systems.

1403.10.4 Installation of Exterior Insulation and Finish
Systems (EIFS) Class PB shall comply with ASTM PS 49, Standard Practice
for Application of Class PB Exterior Insulation and Finish Systems.
Where there is a conflict between ASTM PS 49 and other provisions of the code,
the more restrictive shall apply.

1403.10.5 Foam plastic insulation in Exterior Insulation and
Finish Systems (EIFS) shall conform to the requirements of Chapter 26, Sections
2603.1, 2603.2, 2603.3.

1403.10.6 Weather Resistive Barriers

The weather resistive barrier shall be asphalt saturated felt
weighing at least 14 lb. per hundred square feet, or conform to ASTM D226 Type
I or equal as determined by qualified testing. The barrier shall be free from
holes and breaks and shall be applied over studs or sheathing of all exterior
walls. Weather-resistant sheathing paper type barriers shall be applied
horizontally with the upper layer lapped over the lower layer not less than 2
inches (31 mm). Where vertical joints occur, the felt or paper shall be lapped
not less than 6 inches (152 mm). Approved surface applied type barriers shall
be monolithic and continuous and shall be applied in accordance with the
manufacturer's specifications and application instructions.

1403.10.7 Flashing for Exterior Insulation and Finish Systems
(EIFS)

Flashing shall be approved, corrosion resistive, and provided
in such a manner as to be leakproof and flashed to the exterior. Windows,
doors, louvers and other similar openings shall be flashed. Windows shall be
flashed at the top, sides and sills. Window heads shall be flashed to the
exterior, except that self-flashing windows having a continuous lap of not less
than 1 1/8 inches (28 mm) over sheathing material around the perimeter of the
opening, including corners, do not require additional flashing at the head.
Flashing shall be installed at the intersections of walls, including chimney
chase walls, with roofs, decks, balconies, porches, stairs, landings and
similar construction. The weather resistive barrier shall be continuous with
the weather resistive barrier behind wall coverings adjacent to the EIFS or
flashed to the exterior.

1403.10.8 Sealants for Exterior Insulation and Finish Systems
(EIFS)

Sealants shall be installed between EIFS and adjoining
construction or penetrations in accordance with ASTM C1193. Minimum 3/4 inch
wide sealant joints shall be installed at floor lines of wood framed floors.
Minimum 1/2 inch wide sealant joints shall be installed at perimeters of wall
openings such as for windows and doors. Sealants applied in a fillet
configuration shall be installed over bond breaker tape or other pre-formed
closed cell sealant backing. Sealants shall be installed so as not to block
weeps or other water drainage. Sealants shall conform to ASTM C920, grade NS,
Type M or S, Class 25. Sealants shall be tested in accordance with ASTMC 1135.
Minimum 50% elongation after conditioning shall be required.

· Said building code is further amended by adding figure
2304.1 to Chapter 23 as follows:

· Said building code is further amended by adding a section
2603.1.3 and section 2603.1.4 to Chapter 26 "Plastic" to read as
follows:

Chapter 26: Plastic

2603 Foam Plastic Insulation

Section 2603.1.3. In areas where hazard of termite damage is
very heavy, in accordance with Figure 2304.1, foam plastic including, but not
limited to, extruded or expanded polystyrene or polyiscyanorate shall not be
installed below grade on the exterior of foundation walls or below
grade on slab foundations.

Exceptions:

1) When approved protective membranes that separate the foam
plastics from the soil are provided.

2) Cold storage construction

3) Foam filled doors

4) Types I, II and IV construction

5) Interior side of basement walls

Section 2603.1. In areas where hazard of termite damage is
very heavy, in accordance with Figure 2304.1, clearance between earth and foam
plastics applied to the exterior wall shall not be less than 6 inches (152 mm).

· Said building code is further amended by adding ASTM
reference standards to Chapter 35 to read as follows:

Chapter 35 - Reference Standards

ASTM - Reference Standards

B117-94

Standard Practice for Operating Salt
Spray (Fog) Testing Apparatus

C297-94

Test method for Tensile Strength of Flat Sandwich
Constructions Flatwise Plane

C578-92

Standard Specification for Rigid, Cellular
Polystyrene Thermal Insulation

C1193-91

Standard Guide for Use of Joint Sealants

C1289-95

Standard Specification for Faced Rigid Cellular
Polyisocyanurate Thermal Insulation Board

D968-93

Standard Test Method for Abrasion Resistance of
Organic Coatings by Falling Abrasive

D2247-94

Standard Practice for Testing Water Resistance of
Coatings in 100% Relative Humidity

D3273-94

Standard Test Method for Resistance to Growth of Mold
on the Surface of Interior Coatings in an Environmental Chamber

D5035-90

Standard Test Method for Breaking Force and
Elongation of Textile Fabrics (Strip Force)

E331-93

Standard Test Method for Water Penetration of
Exterior Windows, Curtain Walls, and Doors by Uniform Static Air Pressure
Difference

G23-93

Standard Practice for Operating Light-Exposure
Apparatus (Carbon-Arc Type) With and Without Water for Exposure of Nonmetallic
Materials PS 49-96 Standard Practice for Application of Class PB Exterior
Insulation and Finish System

· Said Building Code is further amended by adding an Appendix
I to read as follows:

APPENDIX I

Performance Requirements For Exterior Insulation and
Finish Systems (EIFS)

The system and its components shall meet or exceed the
following performance standards.

1.0 System Performance

Characteristic

Test Method

Acceptance Criteria

1.1 Abrasion Resistance

ASTM D 968

No cracking, checking or loss film integrity at
528-quarts (500 liters) of sand

1.2 Accelerated Weathering

ASTM G 23

No deleterious effects*
after 2000 hours when viewed under 5X magnification

1.3 Freeze/Thaw Resistance

air dry at 120 degrees Fahrenheit minimum eight hours
total immersion in water at 70 degrees Fahrenheit to 80 degrees Fahrenheit for
eight hours then exposure to 20 degrees Fahrenheit for 16 hours.

10 cycles. No deleterious
effects* viewed under 5X magnification

1.4 Mildew Resistance

ASTM D3273

No growth supported during 28 day exposure
time

1.5 Salt Spray Resistance

ASTM B117

No deleterious effects* at
300 hour exposure

1.6 Tensile Adhesion

ASTM C297

No failure in the adhesive, Base coat or finish coat.
Minimum 5 PSI (34.5 kPa) Tensile strength before and after freeze/thaw and
accelerated weathering test.

1.7 Water Penetration

ASTM E331

No water penetration beyond the plane of the base
coat/ Insulation board interface after 15-minutes at 6.24 psf (299 Pa), or 20%
of positive design wind pressure, whichever is greater.

1.8 Water Resistance

ASTM D2247

No deleterious effects* at
14 day exposure.

1.9 Wind Load

ASTM E330

Withstand negative and positive wind loads required
by building code.

2.0 Component Performance

2.1 Physical Properties and

ASTM C578

Meets TYPE I Requirements for EPS

2.2 Physical Properties and

ASTM C 1289

Meets TYPE II Requirements for Polyisocyanuarate
Thermal Insulation Board

*No deleterious effects: no
cracking, checking, crazing, erosion, rusting, blistering, peeling or
delamination.

*Said Building Code is further amended by adding an Appendix
J to read as follows:

APPENDIX J

Requirements For Drainage Installed With Exterior
Insulation and Finish Systems (EIFS)

1.01

Scope:

These requirements cover the drainage of water from
wall construction incorporating EIFS and weather resistive barriers. Drainage
is provided to prevent water intrusion beyond the water resistive barrier and
to discharge water to the exterior.

2.01

Reference Documents

ASTM Standards

E 331 Standard Test Method for Water Penetration of
Exterior Windows, Curtain Walls, and Doors by Uniform Static Air Pressure
Difference.

3.01

Terminology

Description of Terms Specific to This
Standard:

3.01.1

Drainage: The collection and discharge of water
gravity flow.

4.01

Drainage of Water.

4.01.1

Walls incorporating EIFS and drainage shall be
constructed to collect incidental water at the exterior outside faces of a
weather resistive barrier and flashing. The wall assembly shall allow water
collected at the outside faces of the weather resistive barrier and flashing to
flow by gravity to the exterior.

4.01.2

The weather resistive barrier shall be integrated
with the flashing to prevent water intrusion to the interior.

4.01.3

Drainage shall be confirmed by testing in accordance
with ASTM E331 and Section 5.01.

5.01

Test Method For Determining The Drainage

Performance of Wall Assemblies Clad With Exterior
Insulation and Finish Systems (EIFS).

This test method consists of testing EIFS clad wall
assemblies for Drainage Performance by ASTM E331, Standard Test Method for
Water Penetration of Exterior Windows, Curtain Walls and Doors by Uniform
Static Air Pressure Difference, except as described otherwise herein.

5.01.1

Scope:

This test method evaluates the
drainage performance of EIFS when subjected to water applied in conjunction
with a positive uniform static air pressure.

5.01.2

Test Method: ASTM E331

5.01.3

Apparatus

ASTM E 331 for application of water and positive
uniform static air pressure and a catchment to collect and measure drained
water.

5.01.4

Test Specimen

5.01.4.1

The EIFS clad wall test specimens shall be a minimum
of 4'X8' (123 cm X 246 cm).

5.01.4.2

Minimum of four test specimens plus a control shall
be assembled and allowed to cure for 28 days prior to test. The test specimens
shall contain a fault. Dimensions and location of the fault are shown in figure
J-1.0.

5.01.4.3

The EIFS assemblies shall be installed with the
materials, details, and methods of assembly as required by the
manufacturer.

5.01.4.3.1

For acceptance of wall assemblies with wood-based
sheathing, the test wall shall include the sheathing to be accepted.

5.01.4.4

The supporting framework for the EIFS wall assemblies
shall be of wood or metal stud construction with framing spacing as required by
the manufacturer. The standard framing spacing is 16" (41 cm) o.c.

5.01.4.5

The test specimens shall be constructed to allow
observation of drainage.

5.01.5

Test Procedure.

5.01.5.1

Test pressure difference shall be minimum 6.24 pounds
per square foot.

5.01.5.2

Water delivery to the exterior surface shall be
uniform and at a rate of 5.0 Gallons per square foot hour.

5.01.5.3

Water and pressure duration shall be minimum 15
minutes.

5.01.5.4

Subject the four test specimens to the conditions in
5.1, and 5.3. Observe and Verify that specimens drain freely.

5.01.5.5

Allow each specimen to drain in the vertical
position.

5.01.5.6

After one hour of drainage, select one of the test
specimens; disassemble and verify drainage by observation. Note: Disassembly of
wall must assure inspection of all wall components. Any water accumulation
beyond incidental beading due to surface tension shall be reported.

6.01

REPORT.

6.01.1

Follow ASTM E331 Sections, 12.1.1, 12.1.2, 12.1.7,
12.1.9, 12.1.10, and 12.2 plus the following:

6.01.2

Observations from 5.4, 5.5, and 5.6.

6.01.3

Details of assembly, including a description of
components, mixing and application, thickness of components and a statement of
conformance to the manufacturer's application instructions.

6.01.4

Photographic video documentation of test specimens,
including assembly, components, drainage verification, and samples removed in
5.6.

6.01.5

Detailed drawings of the test specimens.

6.01.6

A record of all points of water penetration to the
cavity and drainage performance.

* Said Building Code is further amended by adding an Appendix
K to read as follows:

APPENDIX K

Requirements For Drying Potential For Exterior
Insulation And Finish Systems (EIFS)

1.01

Scope These requirements cover the
potential for drying of wall construction incorporating EIFS and drainage.
Drying of water in excess of 1 ounce per square foot shall be confirmed by
testing in accordance with ASTM E331 and Section 2.01.

2.01

TEST METHOD

2.01.1

Follow Appendix "J", Requirements for Drainage
Installed with Exterior Insulation Finish Systems (EIFS), Section 5.01
through 5.01.5.6.

2.01.2

Allow three test specimens plus the control specimen
to dry in a conditioned space (73 degrees Fahrenheit ± 4 degrees at 50%
relative humidity) For 72 hours. {NOTE: These are usually the same test
specimens tested for drainage.}

2.01.3

After 72 hours of drying, cut three 12" X 12" samples
to include all components of the assembly except framing from each test
specimen and the control, as shown in figure K-1.0.

2.01.4

Record observations.

2.01.5

Immediately weigh each sample and place in an oven
controlled at 120 ± 10 degrees Fahrenheit until constant weight is obtained.
Record weight loss of each sample to the nearest .01 ounce.

2.01.6

Determine the average weight loss for the nine
samples (TSRM) from the test specimens. Determine the average weight loss for
the three control samples (CSBM).

3.01

TSRM - CSBM = SRM

TSRM - Average residual moisture in nine test samples
(oz.)

CSRM - Average background moisture in three control
samples (oz.)

SRM - Average residual moisture in system per square
foot; (ounce per square foot).

4.01

REPORT

A record of all weights as recorded in Section 2.01.5
and 2.01.6 to evaluate drying potential.

5.01

ACCEPTANCE

SRM (Average Residual Moisture in system per square
foot) shall not exceed 1 ounce per square foot.

GEORGIA AMENDMENTS TO THE 1995 CABO ONE AND TWO FAMILY
DWELLING CODE

*Add to Chapter 2, Definitions, a definition for Exterior
Insulation and Finish Systems (EIFS) to read as follows:

Chapter 2 - Building Definitions:

Exterior Insulation and Finish Systems (EIFS) - Exterior
Insulation and Finish Systems are non-load bearing exterior wall cladding
systems generally consisting of an insulation board, an adhesive and/or
mechanical attachment of the insulation board to the substrate, glass fiber
reinforcing mesh, a base coat on the face of the insulation board and an
aggregated polymer binder based finish coat.

*Said CABO code is further amended by adding a section
323.1.1 to Section 323 to read as follows:

Section 323 - Protection Against Termites:

Section 323.1.1: Foam Plastics: Foam plastics including, but
not limited to, extruded or expanded polystyrene or polyisocyanurate shall not
be installed below grade on the exterior of foundation walls or
below grade on slab foundations. In areas where the hazard of termite damage is
very heavy, according to Figure 301.2f, clearance between earth and foam
plastics applied to the exterior wall shall be not less than 6 inches (152
mm).

EXCEPTION: Interior side of basement walls.

*Said CABO code is further amended by adding a section 703.9
to chapter 7 "Wall Covering" to read as follows:

Chapter 7 - Wall Covering

703.9 - Exterior Insulation and Finish System
(EIFS)

703.9.1 Exterior Insulation and Finish Systems (EIFS) shall
conform to Appendix "G", Performance Requirements for Exterior Insulation
and Finish Systems (EIFS)

703.9.2 Wall assemblies incorporating EIFS shall be provided
with drainage as recognized in a current model building code Evaluation Report
and shall conform to Appendix "H" Requirements for Drainage Installed
With Exterior Insulation and Finish Systems (EIFS).

703.9.3 Wall assemblies incorporating EIFS shall demonstrate
drying potential as recognized in a current model building code Evaluation
Report and shall be in conformance with Appendix "I", Requirements for
Drying Potential for Exterior Insulation and Finish Systems
(EIFS).

703.9.4 Installation of Exterior Insulation and Finish
Systems (EIFS) Class PB shall comply with ASTM PS49, Standard Practice
for Application of Class PB Exterior Insulation and Finish System. Where
there is a conflict between ASTM PS49 and other provisions of the code, the
other provisions shall apply instead of ASTM PS49.

703.9.5 Foam plastic insulation in Exterior Insulation and
Finish Systems (EIFS) Class PB shall conform to the requirements of Chapter 3,
Sections 317.1, 317.1.1, 317.1.2, 317.2.1, and 317.3.

703.9.6 Weather Resistive Barriers

The weather resistive barrier shall be asphalt saturated felt
weighing at least 14 lb. per hundred square feet, or conform to ASTM D226 Type
I or equal as determined by qualified testing. The barrier shall be free from
holes and breaks and shall be applied over studs or sheathing of all exterior
walls. Weather-resistant sheathing paper type barriers shall be applied
horizontally with the upper layer lapped over the lower layer not less than 2
inches (31 mm). Where vertical joints occur, the felt or paper shall be lapped
not less than 6 inches (152 mm). Approved surface applied type barriers shall
be monolithic and continuous and shall be applied in accordance with the
manufacturer's specifications and application instructions.

703.9.7 Flashing for Exterior Insulating And Finish Systems
(EIFS) Flashing shall be approved, corrosion resistive, and provided in such a
manner as to be leakproof and flashed to the exterior. Windows, doors louvers
and other similar openings shall be flashed. Windows shall be flashed at the
top, sides and sills. Window heads shall be flashed to the exterior, except
that self-flashing windows having a continuous lap of not less than 1 1/8
inches (28 MM) over sheathing material around the perimeter of the opening,
including corners, do not require additional flashing at the head. Flashing
shall be installed at the intersections of walls, including chimney chase
walls, with roofs, decks, balconies, porches, stairs, landings and similar
construction. The weather resistive barrier shall be continuous with the
weather resistive barrier behind wall coverings adjacent to the EIFS or flashed
to the exterior.

703.9.7.1 Refer to Appendix "11" for typical weather
resistive barrier, flashing details, and installation details.

703.9.8 Sealants for Exterior Insulation and Finish Systems
(EIFS) Sealants shall be installed between EIFS and adjoining construction or
penetrations in accordance with ASTM C1193. Minimum 3/4 inch wide sealant
joints shall be installed at floor lines of wood framed floors. Minimum 1/2
inch wide sealant joints shall be installed at perimeters of wall openings such
as for windows and doors. Sealants applied in a fillet configuration shall be
installed over bond breaker tape or other pre-formed closed cell sealant
backing. Sealants shall be installed so as not to block weeps or other water
drainage. Sealants shall conform to ASTM C920, grade NS, Type M or S, Class 25.
Sealants shall be tested in accordance with ASTM C 1135 and PS49. Minimum 50%
elongation after conditioning shall be required.

* Said CABO code is further amended by adding to Table 703.4
the following:

Table 703.4 - Weather-Resistant Siding Attachment and
Minimum Thickness

SIDING MATERIAL

NOMINAL THICKNESS
(inches)

JOINT TREATMENT

SHEATHING PAPER
REQUIRED

NUMBER OR SPACING OF
FASTENERS

Exterior Insulation and Finish Systems (footnote
9)

3/4 Minimum 4 Maximum Thickness of Insulation
Board

(footnote 15)

yes (footnote 16)

Approved Corrosion Resistive Fastener or other
approved attachment (footnote 17)

Footnotes:

15. Sealant shall be applied in accordance with ASTM C
1193-91.

16. Weather resistant membrane shall be installed with
provisions for drainage, without exception, over wood, wood structural panels,
and sheathing of any type when installed on wood framing.

17. Insulation fastener type, number and spacing shall be as
established by testing in accordance with ASTM E330 and accepted engineering
practice, but insulation fastener spacing shall in all cases be a maximum of
either:

1) 12 inches center to center vertically and 16 inches center
to center horizontallyor

2) 8 inches center to center vertically and 24 inches center
to center horizontally.

* Said CABO code is further amended by adding ASTM reference
standards to Chapter 47 to read as follows:

Chapter 47 - Reference Standards

ASTM Standards

B117-94

Standard Practice for Operating Salt
Spray (Fog) Testing Apparatus

C297-94

Standard Test method for Tensile Strength of Flat
Sandwich Constructions Flatwise Plane

C920-87

Standard Specification for Elastomeric Joint
Sealants

C1135-90

Standard Test Method for Determining Tensile Adhesion
Properties of Structural Sealants

C1193-91

Standard Guide for Use of Joint Sealants

C1289-95

Standard Specification for Faced Rigid Cellular
Polyisocyanurate Thermal Insulation Board

D226-89

Standard Specification for Asphalt-Saturated Organic
Felt used in Roofing and Waterproofing

D968-93

Standard Test Method for Abrasion Resistance of
Organic Coatings by Falling Abrasive

D2247-94

Standard Practice for Testing Water Resistance of
Coatings in 100% Relative Humidity

D3272-94

Standard Test Method for Resistance to Growth of Mold
on the Surface of Interior Coatings in an Environmental Chamber

D5035-90

Standard Test Method for Breaking Force and
Elongation of Textile Fabrics (Strip Force)

E330-90

Standard Test Method for Structural Performance of
Exterior Windows, Curtain Walls, and Doors by Uniform Static Air Pressure
Difference

E331-93

Standard Test Method for Water Penetration of
Exterior Windows, Curtain walls, and Doors by Uniform Static Air Pressure
Difference

G23-93

Standard Practice for Operating Light-Exposure
Apparatus (Carbon-Arc-Type) With and Without Water for Exposure of Nonmetallic
Materials

PS 49-96

Standard Practice for Application of Class PB
Exterior Insulation and Finish System

*Said CABO Code is further amended by adding an Appendix G to
read as follows:

APPENDIX G

Performance Requirements For Exterior Insulation and
Finish Systems (EIFS)

The system and its components shall meet or exceed the
following performance standards.

1.0 System Performance

Characteristic

Test Method

Acceptance Criteria

1.1 Abrasion Resistance

ASTM D 968

No cracking, checking or loss of film integrity at
528-quarts (500 liters) of sand

1.2 Accelerated Weathering

ASTM G 23

No deleterious effects*
after 2000 hours when viewed under 5X magnification

1.3 Freeze/Thaw Resistance

Air dry at 120 degrees Fahrenheit minimum eight hours
total immersion in water at 70 degrees Fahrenheit to 80 degrees Fahrenheit for
eight hours then exposure to 20 degrees Fahrenheit for 16 hours. 10 cycles. No
deleterious effects* viewed under 5X
magnification

1.4 Mildew Resistance

ASTM D3273

No growth supported during 28 day exposure
time

1.5 Salt Spray Resistance

ASTM B117

No deleterious effects* at
300 hour exposure

1.6 Tensile Adhesion

ASTM C297

No failure in the adhesive, Base coat or finish coat.
Minimum 5 PSI (34.5 kPa) Tensile strength before and after freeze/thaw and
accelerated weathering test.

1.7 Water Penetration

ASTM E331

No water penetration beyond the plane of the base
coat/Insulation board interface after 15-minutes at 6.24 psf (299 Pa), or 20%
of positive design wind pressure, whichever is greater.

1.8 Water Resistance

ASTM D2247

No deleterious effects* at
14 day exposure.

1.9 Wind Load

ASTM E330

Withstand negative and positive wind loads required
by building code.

2.0 Component

Performance: 2.1 Physical Properties and Requirements
for EPS

ASTM C 578

Meets TYPE I

2.2 Physical Properties and Requirements for
Polyisocyanuarate Thermal Insulation Board

ASTM C 1289

Meets TYPE II

*No deleterious effects: no
cracking, checking, crazing, erosion, rusting, blistering, peeling or
delamination.

* Said CABO Code is further amended by adding an Appendix H
to read as follows:

APPENDIX H

REQUIREMENTS FOR DRAINAGE INSTALLED WITH EXTERIOR
INSULATION AND FINISH SYSTEMS (EIFS)

1.01 Scope:

These requirements cover the drainage
of water from wall construction incorporating EIFS and weather resistive
barriers. Drainage is provided to prevent water intrusion beyond the water
resistive barrier and to discharge water to the exterior.

2.01 Reference Documents

ASTM Standards E 331 Test Method for Water
Penetration of Exterior Windows, Curtain Walls, and Doors by Uniform Static Air
Pressure Difference.

3.01 Terminology

Descriptions of Terms Specific to This
Standard:

3.01.1 Drainage:

The collection and discharge of water gravity
flow.

4.01

Drainage of Water

4.01.1

Walls incorporating EIFS and drainage shall be
constructed to collect incidental water at the exterior outside faces of a
weather resistive barrier and flashing. The wall assembly shall allow water
collected at the outside faces of the weather resistive barrier and flashing to
flow by gravity to the exterior.

4.01.2

The weather resistive barrier shall be integrated
with the flashing to prevent water intrusion to the interior.

4.01.3

Drainage shall be confirmed by testing in accordance
with ASTM E331 and Section 5.01.

5.01

Test Method For Determining The Drainage
Performance of Wall Assemblies Clad With Exterior Insulation and Finish Systems
(EIFS).

This test method consists of testing EIFS clad wall
assemblies for Drainage Performance by ASTM E331, Standard Test Method for
Water Penetration of Exterior Windows, Curtain Walls and Doors by Uniform
Static Air Pressure Difference, except as described otherwise herein.

5.01.1

Scope: This test method evaluates the
drainage performance of EIFS when subjected to water applied in conjunction
with a positive uniform static air pressure.

5.01.2

Test Method ASTM E331

5.01.3

Apparatus ASTM E 331 for application of water and
positive uniform static air pressure and a catchment to collect and measure
drained water.

5.01.4

Test Specimen

5.01.4.1

The EIFS clad wall test specimens shall be a minimum
of 4' X 8' (123 cm X 246 cm)

5.01.4.2

Minimum of four test specimens plus a control shall
be assembled and allowed to cure for 28 days prior to test. The test specimens
shall contain a fault. Dimensions and location of the fault are shown in figure
H-1.0.

5.01.4.3

The EIFS assemblies shall be installed with the
materials, details, and methods of assembly as required by the
manufacturer.

5.01.4.3.1

For acceptance of wall assemblies with wood-based
sheathing, the test wall shall include the sheathing to be accepted.

5.01.4.4

The supporting framework for the EIFS
wall assemblies shall be of wood or metal stud construction with framing
spacing as required by the manufacturer. The standard framing spacing is 16"
(41 cm) o.c.

5.01.4.5

The test specimen shall be constructed to allow
observation of drainage.

5.01.5

Test Procedure:

5.01.5.1

Test pressure difference shall be minimum 6.24 pounds
per square foot (psf).

5.01.5.2

Water delivery to the exterior surface shall be
uniform and at a rate of 5.0 Gallons per square foot hour.

5.01.5.3

Water and pressure duration shall be minimum 15
minutes.

5.01.5.4

Subject the four test specimens to the conditions in
5.1, and 5.3. Observe and Verify that specimens drain freely.

5.01.5.5

Allow each specimen to drain in the vertical
position.

5.01.5.6

After one hour of drainage, select one of the test
specimens; disassemble and verify drainage by observation. Note: Disassembly of
wall must assure inspection of all wall components. Any water accumulation
beyond incidental beading due to surface tension shall be reported.

6.01

REPORT

6.01.1

Follow ASTM E331 Sections 12.1.1, 12.1.2, 12.1.7,
12.1.9, 12.1.10, and 12.2 plus the following:

6.01.2

Observations from 5.4, 5.5, and 5.7.

6.01.3

Details of assembly, including a description of
components, mixing and application, thickness of components and a statement of
conformance to the manufacturer's application instructions.

6.01.4

Photographic video documentation of test specimens,
including assembly, components, drainage verification, and samples removed in
5.8

6.01.5

Detailed drawings of the test specimens.

6.01.6

A record of all points of water penetration to the
cavity and drainage performance.

*Said CABO Code is further amended by adding an Appendix I to
read as follows:

APPENDIX I

Requirements For Drying Potential for Exterior
Insulation and Finish Systems (EIFS)

1.01

Scope:

These requirements cover the potential
for drying of wall construction incorporating EIFS and drainage. Drying of
water in excess of 1 ounce per square foot shall be confirmed by testing in
accordance with ASTM E331 and Section 2.01.

2.01

TEST METHOD

2.01.1

Follow Appendix "H", Requirements for Drainage
Installed with Exterior Insulation Finish Systems (EIFS), Section 5.01
through 5.01.5.6.

2.01.2

Allow three test specimens plus the control specimen
to dry in a conditioned space (73 degrees Fahrenheit ±4 degrees @ 50% Relative
Humidity) For 72 hours. {NOTE: These are usually the same test specimens tested
for drainage}.

2.01.3

After 72 hours of drying, cut three 12" X 12" (369 cm
X 369 cm) samples to include all components of the assembly except framing from
each test specimen and the control, as shown in figure 1-1.0.

2.01.4

Record observations.

2.01.5

Immediately weigh each sample and place in an oven
controlled at 120±10 degrees Fahrenheit until constant weight is obtained.
Record weight loss of each sample to the nearest .01 ounce.

2.01.6

Determine the average weight loss for the nine
samples (TSRM) from the test specimens. Determine the average weight loss for
the three control samples (CSBM).

3.01

TSRM - CSBM = SRM

TSRM - Average residual moisture in nine test samples
(oz.)

CSRM - Average background moisture in three control
samples (oz.)

SRM - Average residual moisture in system per square
foot; (ounce per square foot).

4.01

REPORT

A record of all weights as recorded in Section 2.01.5
and 2.01.6 to evaluate drying potential.

5.01

ACCEPTANCE

SRM (Average Residual Moisture in system per square
foot) shall not exceed 1 ounce per square foot.

GEORGIA AMENDMENT TO THE 1994 STANDARD PLUMBING
CODE

*Amend Section 507.8.4 of the 1994 Standard Plumbing Code to
read as follows:

507.8.4 The discharge from the relief valve shall be piped
full size separately to the outside of the building or to an indirect waste
receptor so that any discharge can cause no personal injury or property damage
and can be readily observed by the building occupants. In no case shall the
discharge from a relief valve be trapped.

EXCEPTION: In basements or one and two family dwellings, the
discharge from the relief valve may be piped upward when necessary. A thermal
expansion control devise shall be installed in accordance with Section 613.2.1.
An elbow shall be placed to the valve outlet and provisions shall be made at
the low point for positive drainage.

*Said Plumbing Code is further amended by deleting in its
entirety section 613.2 Thermal Expansion Control, and substituting the
following in lieu thereof:

613.2 Thermal Expansion Control

If water is heated and stored in a consumer's system and the
system has been closed by the installation of a backflow preventor or a
pressure reducing valve, a thermal expansion control device shall be installed
at an accessible location and in accordance with manufacturer's installation
instruction. The device shall limit thermal expansion of the water being heated
to not more than 80 pounds per square inch (552 kPa) static pressure at any
fixture on the system. A potable water expansion tank or auxiliary relief valve
set at 80 PSI (552 kPa) shall be acceptable.

The auxiliary relief valve shall be in addition to the eater
heater safety relief valve. This thermal expansion control device shall be
designed and trimmed for repeated operation. The valve shall have a minimum
one-half inch pipe size. It shall be installed in accordance with
manufacturer's installation instructions.

GEORGIA AMENDMENT TO THE 1995 CABO MODEL ENERGY CODE
WITH GEORGIA SUPPLEMENTS AND AMENDMENTS

*Add the following footnote to Table 502.2 1a of the 1995
CABO Model Energy Code, to be designed as footnote 5 and renumber the remaining
footnotes:

" 5. Slab edge insulation is not required
for unheated slabs in areas of very heavy termite infestation probability as
shown in Figure 4 contained in Chapter 8."

* The 1995 CABO Model Energy Code with Georgia Supplements
and Amendments is further amended by deleting in their entirety the table
concerning 3500 Heating Degree Days and 4500 Heating Degree Days in
Chapter 6 of the Georgia Supplements and Amendments and
substituting in lieu thereof the following:

Climate Zone 3500 HDD or less (Greater
Atlanta Area) Low-rise residential WOOD FRAMING No
Foam Insulation shall be installed within 6" of the ground on the outside of
any wall (for detached one and two family dwellings
only

Option No.

Flat Ceiling Insulation R-value

Wall R-value

Window & Door Area

Window U-value R-value

Floor R-value

Masonry Basement Wall R-value

Double pane metal with thermal break

35A67

R-30

R-13

12.8%

0.67 (R-1.49)

R-19

R-5

35B67

R-30

R-14

13.4%

0.67 (R-1.49)

R-19

R-5

35C67

R-30

R-15

13.9%

0.67 (R-1.49)

R-19

R-5

35D67

R-30

R-16

14.5%

0.67 (R-1.49)

R-19

R-5

35E67

R-30

R-17

14.9%

0.67 (R-1.49)

R-19

R-5

35F67

R-30

R-19

15.4%

0.67 (R-1.49)

R-19

R-5

Double pane wood or vinyl

35A56

R-30

R-13

15.8%

0.56 (R-1.79)

R-19

R-5

35B56

R-30

R-14

16.5%

0.56 (R-1.79)

R-19

R-5

35C56

R-30

R-15

17.0%

0.56 (R-1.79)

R-19

R-5

35D56

R-30

R-16

17.7%

0.56 (R-1.79)

R-19

R-5

35E56

R-30

R-17

18.2%

0.56 (R-1.79)

R-19

R-5

35F56

R-30

R-19

18.9%

0.56 (R-1.79)

R-19

R-5

Double pane wood or vinyl low-e

35A52

R-30

R-13

17.3%

0.52 (R-1.92)

R-19

R-5

35B52

R-30

R-14

18.1%

0.52 (R-1.92)

R-19

R-5

35C52

R-30

R-15

18.6%

0.52 (R-1.92)

R-19

R-5

35D52

R-30

R-16

19.3%

0.52 (R-1.92)

R-19

R-5

35D52

R-30

R-17

19.9%

0.52 (R-1.92)

R-19

R-5

35F52

R-30

R-19

20.5%

0.52 (R-1.92)

R-19

R-5

Double pane wood or vinyl, low-e, inert gas

35A47

R-30

R-13

19.5%

0.47 (R-1.92)

R-19

R-5

35B47

R-30

R-14

20.4%

0.47 (R-1.92)

R-19

R-5

35C47

R-30

R-15

20.9%

0.47 (R-1.92)

R-19

R-5

35D47

R-30

R-16

21.7%

0.47 (R-1.92)

R-19

R-5

35E47

R-30

R-17

22.3%

0.47 (R-1.92)

R-19

R-5

35F47

R-30

R-19

23.0%

0.47 (R-1.92)

R-19

R-5

Double pane wood or vinyl, low-e, inert gas &
1/2" air space or triple pane

35A43

R-30

R-13

21.7%

0.43 (R-2.33)

R-19

R-5

35B43

R-30

R-14

22.7%

0.43 (R-2.33)

R-19

R-5

35C43

R-30

R-15

23.2%

0.43 (R-2.33)

R-19

R-5

35D43

R-30

R-16

24.1%

0.43 (R-2.33)

R-19

R-5

35E43

R-30

R-17

24.7%

0.43 (R-2.33)

R-19

R-5

35F43

R-30

R-19

25.6%

0.43 (R-2.33)

R-19

R-5

High performance double pane low-e, inert gas &
1/2" air space

35A35

R-30

R-13

28.3%

0.35 (R-2.58)

R-19

R-5

35B35

R-30

R-14

29.4%

0.35 (R-2.58)

R-19

R-5

35C35

R-30

R-15

30.0%

0.35 (R-2.58)

R-19

R-5

35D35

R-30

R-16

30.9%

0.35 (R-2.58)

R-19

R-5

35E35

R-30

R-17

31.7%

0.35 (R-2.58)

R-19

R-5

35F35

R-30

R-19

32.7%

0.35 (R-2.58)

R-19

R-5

Note 1. May use R-19 on sloped ceilings and under HVAC up to
25% of ceiling Area.

Note 2. Wall R-value is R-value of cavity insulation plus
stabilized (aged) R-value of sheathing rounded down to a whole number. 25% of
exterior gross wall area may have plywood, OSB or gypsum (garage walls).

Note 3. Total area of all windows and doors in conditioned
areas.

Note 4. Window and Door U-values are per U-value Default
Table For Windows, Glazed Doors, Non-Glazed Door & Skylights or approved
Testing Lab label. Door U-value shall be equal to or less than window U-values
(up to 1% of openings U-value may be excluded (i.e. less than Table U-value) to
allow for decorative glazing, fancy doors or skylights.

Note 5. R-value of insulation installed between floor
joists.

Note 6. Use only if floor is not insulated or basement is
conditioned. All doors and windows are included in window area. Stud walls
shall be insulated same as Wall R-value. This applies to both "Code" basement
walls (50% below grade) and walls in daylight basements that are less than 50%
below grade. Code approved insulation be let exposed, all other insulation
shall be covered with 1/2" gypsum (or other approved 15 minute thermal
barrier).

Local Building Officials may develop additional tables for
their area.

You are deemed to comply with the 1996 Georgia Energy Code if
you build using one of these options.

Climate Zone 4500 HDD or less (North
GA & Mountains) Low-rise residential WOOD FRAMING
No Foam Insulation shall be installed within 6" of the ground on the outside of
any wall (for detached one and two family dwellings
only

Option No.

Flat Ceiling Insulation R-value

Wall R-value

Window & Door Area

Window U-value R-value

Floor R-value

Masonry Basement Wall R-value

Double pane metal with thermal break

35A67

R-38

R-13

10.4%

0.67 (R-1.49)

R-19

R-7

35B67

R-38

R-14

11.1%

0.67 (R-1.49)

R-19

R-7

35C67

R-38

R-15

11.5%

0.67 (R-1.49)

R-19

R-7

35D67

R-38

R-16

12.1%

0.67 (R-1.49)

R-19

R-7

35E67

R-38

R-17

12.6%

0.67 (R-1.49)

R-19

R-7

35F67

R-38

R-19

13.1%

0.67 (R-1.49)

R-19

R-7

Double pane wood or vinyl

35A56

R-38

R-13

12.8%

0.56 (R-1.79)

R-19

R-7

35B56

R-38

R-14

13.7%

0.56 (R-1.79)

R-19

R-7

35C56

R-38

R-15

14.1%

0.56 (R-1.79)

R-19

R-7

35D56

R-38

R-16

14.8%

0.56 (R-1.79)

R-19

R-7

35E56

R-38

R-17

15.4%

0.56 (R-1.79)

R-19

R-7

35F56

R-38

R-19

16.0%

0.56 (R-1.79)

R-19

R-7

Double pane wood or vinyl low-e

35A52

R-38

R-13

14.20

0.52 (R-1.92)

R-19

R-7

35B52

R-38

R-14

14.9%

0.52 (R-1.92)

R-19

R-7

35C52

R-38

R-15

15.4%

0.52 (R-1.92)

R-19

R-7

35D52

R-38

R-16

16.1%

0.52 (R-1.92)

R-19

R-7

35D52

R-38

R-17

16.8%

0.52 (R-1.92)

R-19

R-7

35F52

R-38

R-19

17.4%

0.52 (R-1.92)

R-19

R-7

Double pane wood or vinyl, low-e, inert gas

35A47

R-38

R-13

15.8%

0.47 (R-1.92)

R-19

R-7

35B47

R-38

R-14

16.8%

0.47 (R-1.92)

R-19

R-7

35C47

R-38

R-15

17.3%

0.47 (R-1.92)

R-19

R-7

35D47

R-38

R-16

18.2%

0.47 (R-1.92)

R-19

R-7

35E47

R-38

R-17

18.8%

0.47 (R-1.92)

R-19

R-7

35F47

R-38

R-19

19.6%

0.47 (R-1.92)

R-19

R-7

Double pane wood or vinyl, low-e, inert gas &
1/2" air space or triple pane

35A43

R-38

R-13

17.7%

0.43 (R-2.33)

R-19

R-7

35B43

R-38

R-14

18.7%

0.43 (R-2.33)

R-19

R-7

35C43

R-38

R-15

19.3%

0.43 (R-2.33)

R-19

R-7

35D43

R-38

R-16

20.2%

0.43 (R-2.33)

R-19

R-7

35E43

R-38

R-17

20.9%

0.43 (R-2.33)

R-19

R-7

35F43

R-38

R-19

21.7%

0.43 (R-2.33)

R-19

R-7

High performance double pane low-e, inert gas 1/2"
air space

35A35

R-38

R-13

23.0%

0.35 (R-2.58)

R-19

R-7

35B35

R-38

R-14

24.2%

0.35 (R-2.58)

R-19

R-7

35C35

R-38

R-15

24.9%

0.35 (R-2.58)

R-19

R-7

35D35

R-38

R-16

25.9%

0.35 (R-2.58)

R-19

R-7

35E35

R-38

R-17

26.7%

0.35 (R-2.58)

R-19

R-7

35F35

R-38

R-19

27.8%

0.35 (R-2.58)

R-19

R-7

Note 1. May use R-19 on slope ceilings and under HVAC up to
25% of ceiling Area

Note 2. Wall R-value is R-value of cavity insulation plus
stabilized (aged) R-value of sheathing rounded down to a whole number. 25% of
exterior gross wall area may have plywood, OSB or gypsum (garage walls).

Note 3. Total area of all windows and doors in conditioned
areas.

Note 4. Window and Door U-values are per U-value Default
Table For Windows, Glazed Doors, Non-Glazed Doors & Skylights or approve
Testing Lab label. Door U-value shall be equal to or less than window U-values
(up to 1% of openings U-value may be excluded (i.e less than Table U-value) to
allow for decorative glazing, fancy doors or skylights.

Note 5. R-value of insulation installed between floor
joists.

Note 6. Use only if floor is not insulated or basement is
conditioned. All doors and windows are included in window area. Stud walls
shall be insulated same as Wall R-value. This applies to both "Code" basement
walls (50% below grade) and walls in daylight basements that are less than 50%
below grade. Code approved insulation may be left exposed, all other insulation
shall be covered with 1/2" gypsum (or other approved 15 minutes thermal
barrier).

You are deemed to comply with the 1996 Georgia Energy Code if
you build using one of these options.

The "Deemed to Comply" Approach

3500 HDD (Greater Atlanta Area) SINGLE STEP ENERGY CODE
COMPLIANCE You are "deemed to comply" with the Georgia State Energy
Code for Buildings if your structure meets the following
conditions.

1. Your building shall be a one or two family detached
dwelling

2. Your building shall not be larger in size than 5,000
square feat of conditioned floor space

3. Your building site must be located in an area of the state
where climatic conditions shown in Chapter 3 of The Energy
Code are 3500 Heating Degree Days (HDD) or less

4. Your building is three stories or less in height

5. You shall not make any substitutions of any kind for
R-values listed below

6. Your window and door openings shall not exceed 19.0% of
the gross (conditioned space) wall area

7. You shall comply with the Energy Code
requirements for limiting air infiltration

8. Equipment efficiencies required by the Energy
Code shall be observed

-Openings in gross wall area

19.0% Maximum

-Ceiling
insulation*

R-30

-Floor Insulation

R-13

-Wall insulation, Fiberglass Batts

R-13

-Insulating Sheathing

R-3

-Basement Masonry wall insulation

R-7

-Slab Perimeter
Insulation***

R-0

-Windows, Double Pane or Single pane with Storm
Window

R-1.79 (U-0.56)

All R-values shall be printed on the actual insulation and be
stabilized R-values

These R-values may result in some degree of "over-design".
This was done so this method could apply to almost all one and two family
residential construction built in Georgia (except mountains). If you must
change one or more of the R-values listed to a lower R-value, then do not use
this method. No substitutions are allowed here.

Instead, you may use one of the other methods to show
compliance, such as the Climate Zone Table or Tradeoff Worksheet. You may use
one of the "Chapter Approaches" of the actual CABO Model Energy
Code 1995 Edition.

At the time a permit is requested, you shall state how you
plan to meet the Georgia State Energy Code. When using this
method you are not required to turn in any additional paperwork.

* Sloped ceilings, such as
cathedral & tray ceilings, which require batt insulation, and HVAC
platforms may be insulated with R-19 batts, provided the R-19 batts do not
exceed 25% of the total ceiling area and provided the flat portion of the
ceilings is insulated to R-30.

** Plywood, OSB, or gypsum on
garage walls may be used on 25% of opaque wall to meet corner
bracing/structural requirements.

*** Unheated slabs, for heated
slab consult local Building Official

The "Deemed to Comply" Approach 4500 HDD or
Less (Mountains of North Georgia) SINGLE STEP ENERGY CODE COMPLIANCE

You are "deemed to comply" with the Georgia State
Energy Code for Buildings if your structure meets the following
conditions.

1.Your building shall be a one or two family detached
dwelling

2. Your building shall not be larger in size than 5,000
square feet of conditioned floor space

3. Your building site must be located in an area of the state
where climatic conditions shown in Chapter 3 of The Energy
Code are 4500 Heating Degree Days (HDD) or less

4. Your building is three stories or less in height

5. You shall not make any substitutions of any kind for
R-values listed below

6. Your window and door openings shall not exceed 17.8% of
the gross (conditioned space) wall area

7. You shall comply with the Energy Code
requirements for limiting air infiltration

8. Equipment efficiencies required by the Energy
Code shall be observed

-Openings in gross wall area

17.8% Maximum

-Ceiling
insulation*

R-30

-Floor Insulation

R-19

-Wall insulation, Fiberglass Batts

R-13

-Foam Sheathing
Insulation**

R-4

-Basement Masonry wall insulation

R-8.5

-Slab Perimeter
Insulation***

R-4

-Windows, Double Pane or Single pane with Storm
Window

R-1.92 (U-0.52)

All R-values shall be printed on the actual insulation and be
stabilized R-values

These R-values may result in some degree of "over-design".
This was done so this method could apply to almost all one and two family
residential construction built in south Georgia. If you must change one or more
of the R-values listed to a lower R-value, then do not use this method.
No substitutions are allowed here.

Instead, you may use one of the other methods to show
compliance, such as the Climate Zone Table or Tradeoff Worksheet. You may use
one of the "Chapter Approaches" of the actual CABO Model Energy Code
1995 Edition.

At the time a permit is requested, you shall state how you
plan to meet the Georgia State Energy Code. When using this
method you are not required to turn in any additional paperwork.

* Sloped ceilings, such as
cathedral & tray ceilings, which require batt insulation, may be insulated
with R-19 batts, provided the R-19 batts do not exceed 25% of the total ceiling
area and provided the flat portion of the ceilings is insulated to R-38.

** May use Plywood/OSB for corner
and required wall bracing 20% of gross wall area.

*** Unheated slabs, for heated
slab use R-8 insulation. May eliminate slab-on-grade insulation by increasing
the wall R-value by R-1 or increasing ceiling insulation from R-30 to
R-38.

The "Deemed to Comply" Approach 4500 HDD
(Mountain Area) SINGLE STEP ENERGY CODE COMPLIANCE

You are "deemed to comply" with the Georgia State
Energy Code for Buildings if your structure meets the following
conditions.

1. Your building shall be a one or two family detached
dwelling

2. Your building shall not be larger in size than 5,000
square feet of conditioned floor space

3. Your building site must be located in an area of the state
where climatic conditions shown in Chapter 3 of The Energy
Code are 4500 Heating Degree Days (HDD) or less

4. Your building is three stories or less in height

5. You shall not make any substitutions of any kind for
R-values listed below

6. Your window and door openings shall not exceed 16.2% of
the gross (conditioned space) wall area

7. You shall comply with the Energy Code
requirements for limiting air infiltration

8. Equipment efficiencies required by the Energy
Code shall be observed

-Openings in gross wall area

16.1% Maximum

-Ceiling
insulation*

R-38

-Floor Insulation

R-19

-Wall insulation, Fiberglass Batts

R-13

Insulating Sheathing

R-3

-Basement Masonry wall insulation

R-7

-Slab Perimeter
Insulation***

R-0

-Windows, Double Pane or Single pane with Storm
Window

R-1.92 (U-0.52)

All R-values shall be printed on the actual insulation and be
stabilized R-values

These R-values may result in some degree of "over-design".
This was done so this method could apply to almost all one and two family
residential construction built in Georgia (except mountains). If you must
change one or more of the R-values listed to a lower R-value, then do not use
this method. No substitutions are allowed here.

Instead, you may use one of the offer methods to show
compliance, such as the Climate Zone Table or Tradeoff Worksheet. You may use
one of the "Chapter Approaches" of the actual CABO Model Energy
Code 1995 Edition

At the time a permit is requested, you shall state how you
plan to meet the Georgia State Energy Code.

When using this method you are not required to turn in any
additional paperwork.

* Sloped ceilings, such as
cathedral & tray ceilings, which require batt insulation and HVAC Platforms
may be insulated with R-19 bars, provided the R-19 batts do not exceed 25% of
the total ceiling area and provided the flat portion of the ceilings is
insulated to R-38.

** Plywood, OSB or gypsum on
garage walls may be used on 25% of opaque wall to meet corner
bracing/structural requirements.

*** Unheated slabs, for heated
slab consult the Local Building Official

*The 1995 CABO Model Energy Code with Georgia Supplements and
Amendments is hereby further amended by amending Section 702.1.3 of Chapter 7
to read as follows:

702.1.3

Modify 402.3.2 by adding the
following: "Slab perimeter insulation shall be done in accordance with the
trade-off procedures of this Chapter or ASHRAE published procedures."

* The 1995 CABO Model Energy Code with Georgia Supplements
and Amendments is hereby further amended by revising figure 3 in Chapter 8 and
by adding a figure 4 to Chapter 8 and renumbering the remaining figures as
follows:

ANNUAL FARENHEIT (Celsius) HEATING DEGREE DAYS (in thousands)
(65° F. BASE) 1Insulation shall be installed at least the minimum distance
shown in the table below measured from the top of the slab. 2Slab edge
insulation is not required for unheated slabs in areas of very heavy termite
infestation probability as shown in Figure 4 contained in Chapter 8.

For SI: 1 h*ft.2. °F./Btu = 0.176
m2. k/W. °F. = 1.8°C. ÷ 32.

HEATING DEGREE DAYS MINIMUM DISTANCE

HEATED

500-5,999

24 inches

SLABS

[GREATER -THAN OR EQUAL
TO]6,000

48 inches

UNHEATED

2,500-5,999

24 inches

SLABS

[GREATER -THAN OR EQUAL TO] 6,000

48 inches

FOR SI: 1 inch = 25.4 mm