HomeMy Public PortalAboutTYBRISA ST_23 (4)UG\
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CITY OF TYBEE ISLAND
CERTIFICATE OF OCCUPANCY
DATE COMPLETED: 04/01/2014
This Certificate issued pursuant to the requirements of the Standard Building Code
Certifying that at the time of issuance this structure was in compliance with the various
ordinances of the Jurisdiction regulating building construction or use.
PERMIT #:
PROPOSED USE:
OCCUPANCY TYPE:
CONTACT NAME
CONTACT ADDRESS
CONTACT CITY STATE ZIP
PROPERTY ADDRESS
APPROVED BY:
13 -0068
NEW COMMERCIAL BLDG — 2 UNITS
P
HAPPY NEWS LLC
PO BOX 2812
TYBEE ISLAND GA 31328
23 A & B TYBRISA
P. O. Box 2749 - 403 Butler Avenue, Tybee Island, Georgia 31328
(912) 786 -4573 - FAX (912) 786 -5737
www.cityoftybee.org
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Account Number 12-2000 -01
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General I Metered Non- Metered I Financial I Information I Comments I History I
Sery /Tbl 040 COM COMMERCIAL SINGLE Quantity
Status loff er Amount
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050 CC IGARBAGE -COM COMPACT
052 052 ISURCHARGE - GARBAGE
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U.S. DEPARTMENT OF HOMELAND SECURITY c:IEVATION CERTIFICATE OMB No. 1660 -0008
FEDERAL EMERGENCY MANAGEMENT AGENCY
National Flood Insurance Program Important: Read the instructions on pages 1 -9. Expiration Date: July 31, 2015
SECTION A - PROPERTY INFORMATION FOR INSURANCE COMPANY USE
Al. Building Owner's Name William Navon Policy Number:
A2. Building Street Address (including Apt., Unit, Suite, and /or Bldg. No.) or P.O. Route and Box No. Company NAIC Number:
23 Tybrisa Street
City Tybee Island State GA ZIP Code 31328
A3. Property Description (Lot and Block Numbers, Tax Parcel Number, Legal Description, etc.)
Lots 5, 6 & pts of lots 4 & 7 sub of lots 94 -97, ward 4
A4. Building Use (e.g., Residential, Non - Residential, Addition, Accessory, etc.) non - residential
A5. Latitude /Longitude: Lat. N 31 deg 59.5320 min Long. W 80 deg 50.9060 min Horizontal Datum: ❑ NAD 1927 ® NAD 1983
A6. Attach at least 2 photographs of the building if the Certificate is being used to obtain flood insurance.
A7. Building Diagram Number 1
A8. For a building with a crawlspace or enclosure(s): A9. For a building with an attached garage:
a) Square footage of crawlspace or enclosure(s) n/a sq ft a) Square footage of attached garage n/a sq ft
b) Number of permanent flood openings in the crawlspace b) Number of permanent flood openings in the attached garage
or enclosure(s) within 1.0 foot above adjacent grade n/a within 1.0 foot above adjacent grade n/a
c) Total net area of flood openings in A8.b n/a sq in c) Total net area of flood openings in A9.b n/a sq in
d) Engineered flood openings? ❑ Yes ® No d) Engineered flood openings? ❑ Yes ® No
SECTION B - FLOOD INSURANCE RATE MAP (FIRM) INFORMATION
B1. NFIP Community Name & Community Number 62. County Name B3. State
Tybee Island 135164 Chatham GA
B4. Map /Panel Number B5. Suffix B6. FIRM Index Date B7. FIRM Panel B8. Flood B9. Base Flood Elevation(s) (Zone
13051 CO326F F 9/26108 Effective /Revised Date Zone(s) AO, use base 3flood depth)
9/26/08 AE
B10. Indicate the source of the Base Flood Elevation (BFE) data or base flood depth entered in Item B9.
❑ FIS Profile ® FIRM ❑ Community Determined ❑ Other /Source:
B11. Indicate elevation datum used for BFE in Item 139: ❑ NGVD 1929 ® NAVD 1988 ❑ Other /Source:
B12. Is the building located in a Coastal Barrier Resources System (CBRS) area or Otherwise Protected Area (OPA)? ❑ Yes ® No
Designation Date: ❑ CBRS ❑ OPA
SECTION C - BUILDING ELEVATION INFORMATION (SURVEY REQUIRED)
Cl. Building elevations are based on: ❑ Construction Drawings* ❑ Building Under Construction* ® Finished Construction
*A new Elevation Certificate will be required when construction of the building is complete.
C2. Elevations - Zones Al-A30, AE, AH, A (with BFE), VE, V1 -V30, V (with BFE), AR, AR/A, AR/AE, AR/Al-A30, AR/AH, AR/AO. Complete Items C2.a -h
below according to the building diagram specified in Item A7. In Puerto Rico only, enter meters.
Benchmark Utilized: Vertical Datum: NAVD 1988
Indicate elevation datum used for the elevations in items a) through h) below. ❑ NGVD 1929 ® NAVD 1988 ❑ Other /Source:
Datum used for building elevations must be the same as that used for the BFE.
Check the measurement used.
a) Top of bottom floor (including basement, crawlspace, or enclosure floor)
b) Top of the next higher floor
c) Bottom of the lowest horizontal structural member (V Zones only)
d) Attached garage (top of slab)
e) Lowest elevation of machinery or equipment servicing the building
(Describe type of equipment and location in Comments)
f) Lowest adjacent (finished) grade next to building (LAG)
g) Highest adjacent (finished) grade next to building (HAG)
h) Lowest adjacent grade at lowest elevation of deck or stairs, including structural support
13.6
® feet
❑ meters
n/a _
® feet
❑ meters
n /a.
® feet
❑ meters
n /a.
® feet
❑ meters
13.6
® feet
❑ meters
12.9
® feet
❑ meters
14.9
® feet
❑ meters
n/a
® feet
❑ meters
SECTION D - SURVEYOR, ENGINEER, OR ARCHITECT CERTIFICATION
ELEVATION CERTIFICATE, page 2
IMPORTANT: In these spaces, copy the corresponding information from Section A. FOR INSURANCE COMPANY USE
Building Street Address (including Apt., Unit, Suite, and /or Bldg. No.) or P.O. Route and Box No. Policy Number:
23 Tybrisa Street 71 City Tybee Island State GA ZIP Code 31328 Company NAIC Number.
SECTION D - SURVEYOR, ENGINEER, OR ARCHITECT CERTIFICATION (CONTINUED)
Copy both sides of this Elevation Certificate for (1) community official, (2) insurance agent/company, and (3) building owner.
Comments A/C comp. is elev
C2.e) is bathroom plumbing.
Signature Date 2/5/14
SECTION E -13 ILDING ELEVATION INFORMATION (SURVEY NOT REQUIRED) FOR ZONE AO AND ZONE A (WITHOUT BFE)
For Zones AO and A (without BFE), complete Items E1 -E5. If the Certificate is intended to support a LOMA or LOMR -F request, complete Sections A, B,
and C. For Items E1 -E4, use natural grade, if available. Check the measurement used. In Puerto Rico only, enter meters.
E1. Provide elevation information for the following and check the appropriate boxes to show whether the elevation is above or below the highest adjacent
grade (HAG) and the lowest adjacent grade (LAG).
a) Top of bottom floor (including basement, crawlspace, or enclosure) is El feet El meters ❑above or below the HAG.
b) Top of bottom floor (including basement, crawlspace, or enclosure) is ❑ feet ❑ meters ❑ above or ❑ below the LAG.
E2. For Building Diagrams 6-9 with permanent flood openings provided in Section A Items 8 and /or 9 (see pages 8-9 of Instructions), the next higher floor
(elevation C2.b in the diagrams) of the building is ❑ feet ❑ meters ❑ above or ❑ below the HAG.
E3. Attached garage (top of slab) is ❑ feet ❑ meters ❑ above or ❑ below the HAG.
E4. Top of platform of machinery and /or equipment servicing the building is ❑ feet ❑ meters ❑ above or ❑ below the HAG.
E5. Zone AO only: If no flood depth number is available, is the top of the bottom floor elevated in accordance with the community's floodplain management
ordinance? ❑ Yes ❑ No ❑ Unknown. The local official must certify this information in Section G.
SECTION F - PROPERTY OWNER (OR OWNER'S REPRESENTATIVE) CERTIFICATION
The property owner or owner's authorized representative who completes Sections A, B, and E for Zone A (without a FEMA- issued or community- issued BFE)
or Zone AO must sign here. The statements in Sections A, B, and E are correct to the best of my knowledge.
Property Owner's or Owner's Authorized Representative's Name
Address City State ZIP Code
Signature Date Telephone
Comments
Check here if attachments.
SECTION G - COMMUNITY INFORMATION (OPTIONAL)
The local official who is authorized by law or ordinance to administer the community's floodplain management ordinance can complete Sections A, B, C (or E), and G
of this Elevation Certificate. Complete the applicable item(s) and sign below. Check the measurement used in Items G8 -G10. In Puerto Rico only, enter meters.
G1. ❑ The information in Section C was taken from other documentation that has been signed and sealed by a licensed surveyor, engineer, or architect who
is authorized by law to certify elevation information. (Indicate the source and date of the elevation data in the Comments area below.)
G2. ❑ A community official completed Section E for a building located in Zone A (without a FEMA- issued or community- issued BFE) or Zone AO.
G3. ❑ The following information (Items G4 -G10) is provided for community floodplain management purposes.
G4. Permit Number I G5. Date Permit Issued I G6. Date Certificate Of Compliance/Occupancy Issued
G7. This permit has been issued for: ❑ New Construction ❑ Substantial Improvement
G8. Elevation of as -built lowest floor (including basement) of the building: ❑ feet ❑ meters Datum
G9. BFE or (in Zone AO) depth of flooding at the building site: ❑ feet ❑ meters Datum
G10. Community's design flood elevation: ❑ feet ❑ meters Datum
Local Official's Name Title
Community Name Telephone
Signature Date
Comments
❑ Check here if attachments.
CCRAA r nQA_n_z'1 17/971 Replaces all previous editions.
ELEVATION CERTIFICATE, page 3 Building Photographs
See Instructions for Item A6.
IMPORTANT: In these spaces, copy the corresponding information from Section A. FOR INSURANCE COMPANY USE
Building Street Address (including Apt., Unit, Suite, and /or Bldg. No.) or P.O. Route and Box No. Policy Number:
23 Tybrisa Street
City Tybee Island State GA ZIP Code 31328 Company NAIC Number
If using the Elevation Certificate to obtain NFIP flood insurance, affix at least 2 building photographs below according to the instructions
for Item A6. Identify all photographs with date taken; "Front View" and "Rear View "; and, if required, "Right Side View" and "Left Side
View." When applicable, photographs must show the foundation with representative examples of the flood openings or vents, as indicated
in Section A8. If submitting more photographs than will fit on this page, use the Continuation Page.
Front View February 4, ZU14
J
R 4.. - ^
un
FEMA Form 086 -0 -33 (7/12) Replaces all previous editions.
ELEVATION CERTIFICATE, page 4 Building Photographs
Continuation Page
IMPORTANT: In these spaces, copy the corresponding information from Section A. FOR INSURANCE COMPANY USE
Building Street Address (including Apt., Unit, Suite, and /or Bldg. No.) or P.O. Route and Box No. Policy Number:
23 Tybrisa Street
City Tybee Island State GA ZIP Code 31328 Company NAIC Number:
If submitting more photographs than will fit on the preceding page, affix the additional photographs below. Identify all photographs
with: date taken; "Front View" and "Rear View"; and, if required, `Right Side View" and "Left Side View." When applicable, photographs
must show the foundation with representative examples of the flood openings or vents, as indicated in Section A8.
FEMA Form 086 -0 -33 (7/12) Replaces all previous editions.
U.S_ DEPARTMENT OF HOMELAND SECURITY FLOODPROOFI NG CERTIFICATE OMB No. 1660 -0008
FEDERAL EMERGENCY MANAGEMENT AGENCY Insurance Program National r9nr�d FOR NON- RESIDENTIAL STRUCTURES Expiration Date: July 31, 2015
The floodproofing of non - residential buildings may be permitted as an alternative to elevating to or above the Base Flood Elevation;
however, a floodproofing design certification is required. This form is to be used for that certification. Floodproofing of a residential building
does not alter a community's floodplain management elevation requirements or affect the insurance rating unless the community has been
issued an exception by FEMA to allow floodproofed residential basements. The permitting of a floodproofed residential basement requires a
separate certification specifying that the design complies with the local floodplain management ordinance.
BUILDING OWNER'S NAME I FOR INSURANCE COMPANY USE
W�LL�n.•r., t�LavoN
STREET ADDRESS (Including Apt., Unit, Suite, and /or Bldg. Number) OR P.O. ROUTE AND BOX NUMBER I POLICY NUMBER
OTHER DESCRIPTION (Lot and Block Numbers, etc.)
COMPANY NAIC NUMBER
CITY STATE ZIP CODE
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SECTION 1— FLOOD INSURANCE RATE MAP (FIRM) INFORMATION
Provide the following from the proper FIRM:
COMMUNITY
PANEL NUMBER
SUFFIX
OF FIRM INDEX
FIRM ZONE
BASE FLOOD ELEVATION
rNUMBER
1�51K�'T
t3o5tco32t��
pDATE
��2�— O�
prf_
(InAOZOnes,UseDepth)
Indicate elevation datum used for Base Flood Elevation shown above: ❑ NGVD 1929 L5'NAVD 1988 ❑ Other /Source:
SECTION II — FLOODPROOFING INFORMATION (By a Registered Professional Engineer or Architect)
Elevations are based on: ❑ Construction Drawings ❑ Building Under Construction finished Construction
Floodproofing Design Elevation Information:
Building is floodproofed to an elevation of 5 . 19— feet (In Puerto Rico only. meters). ❑ NGVD 1929 [! r AVD 1988 ❑ Other /Source:
(Elevation datum used must be the same as that used for the Base Flood Elevation. )
Height of floodproofing on the building above the lowest adjacent grade is 2 i0 feet (In Puerto Rico only: meters).
For Unnumbed A Zones Only:
Highest adjacent (finished) grade nextto the building (HAG) feet (In Puerto Rico only: meters)
/❑.NGVD 1929 ❑ NAVD 1988 ❑ Other /Source:
(NOTE: For insurance rating purposes, the building's floodproofed design elevation must be at least 1 foot above the Base Flood Elevation to receive rating credit. If the building
is floodproofed only to the Base Flood Elevation, then the building's insurance rating will result in a higher premium.)
SECTION III — CERTIFICATION (By a Registered Professional Engineer or Architect)
Non - Residential Floodproofed Construction Certification:
I certify that, based upon development and /or review of structural design, specifications, and plans for construction, the design and methods of construction
are in accordance with accepted standards ofpractice formeeting the following provisions:
The structure, together with attendant utilities and sanitary facilities, is watertight to the floodproofed design elevation indicated above, with
walls that are substantially impermeable to the passage of water.
All structural components are capable of resisting hydrostatic and hydrodynamic flood forces, including the effects of buoyancy, and anticipated
debris impact forces.
I certify that the information on this certificate represents my best efforts to interpret the data available. I understand that any false statement may be punishable
by fine or imprisonment under 18 U.S. Code, Section 1001.
CERTIFIER'S NAME LICENSE NUMBER (or Affix Seal)
ryNAf.K 4oswF_w PC 11-49 -
TITLE COMPANY NAME
�4a4tN��R j3o5w��� ��51`z N
ADDRESS CITY STATE ZIP CODE
103 A N N A-%-4 CLk . 31 it 1 a
SIGNATURE DATE PHONE
nn c 3 -to, t4 gt'L- MJ- 69
Copies should be made of this Certificate for: 1) community official, 2) Insurance agent /company, and 3) building owner.
FEMA Form 086 -0 -34 (7/12) REPLACES ALL PREVIOUS EDITIONS F -056
b0SWELL DESIGNSERVICES, IIvC.
103 NASSAU DRIVE
SA VANNAH, GEORGIA 3141 O
912-- 897 -6932
LAHBOSOBELLSOUTH. NET
23 Tybrisa Street - Island Styles - Flood Operation Plan/Standard Operating Procedures
Building Ouwer : William Navon
201 Mckenzie Street
Tybee Island, Georgia 31328
Tenant : Same as building owner
Managing Members: William Navon
201 Mckenzie Street
Tybee Island, Georgia 31328
General Manager : William Navon
201 Mckenzie Street
Tybee Island, Georgia 31328
On Call Person (not maintenance staff) : Wifun Navon
41 Mckenzie Street
71bee Island, Georgia 31328
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1. PURPOSE
This document outlines the actions and responsibilities required to maintain and protect the Island Styles Facility, hereafter to
be called the IS located at 23 A and B, Tybrisa Street, from a flood. This flood operation plan includes requirements for the
Emergency Action Plan, Annual Inspection and the Maintenance and Training Plan required to retain the Certificate of
Occupancy for the building.
2. EMERGENCY ACTION PLAN
The following steps are to be taken by the building owner of the IS during a flood.
A. Chain of Command
1. Responsibility: The primary responsibility for maintaining and carying out the flood emergency plan shall he with a
Member of the IS.
2. Notification: The primary responsibility for notification of a flood event lies with the IS, hereby named as the
manager. The manager twill monitor weather reporting agencies and be the main point of contact with emergency
management officials. In the event that the manager is unavailable the responsibility will lie with the assistant manager.
3. Preventative Action: The primary responsibility for ensuring the preventative actions are put into place shall lie with
the manager. He /She will coordinate the installation of all of the flood deterrent measures. In the event the primary
contact is unavailable, the assistant manager, aaill implement the preventative actions.
4. Maintenance Action: The primary responsibility for ensuring the maintenance action plan is maintained shall he with
the manager. He /She will coordinate annual installation drills, review and update contents and accuracy of the plan,
review storage and general condition of the flood deterrent measures and review the overall performance in ensuring
the safety of the building, its occupants and its content at least once per year. In the event that the Manager is
unavailable, the responsibility falls upon the assistant manager.
Procedures
1. Mornitor-ung and 'initial notification: Ongoing monitoring for potential flood events twill be the responsibility of the
Manager. The manager will subscribe to a weather alert service that issues automated warnings of potential flood
events on a 24/7 basis. Responsibility for maintaining and monitoring the weather alert system aaill fall to the Manger.
A flood aaill be considered as pending when an official "watch' or "warning" is issued by the National Weather Service
for any of the following:
a. Flood
b. Tropical Storm/Gale
c. Hurricane
2. Procedures: The following procedures shall be followed during a pending flood event:
5. DUTIES
On -call maintenance staff will execute the following activities upon notification from the Manager:
1. Door protection:
a. Go to storage location and locate necessary materials
b. Locate the door panels and brackets if not installed
c. Install brackets and set door panels with corresponding door in proper orientation
d. Verify neoprene seals are in place
e. Install door panels
2. Water Shutdown:
a. Verify all water valves (13) are in the off position
b. Locate the main shut -off valve located in the sidewalk near the northeast corner of unit B and shut off
3. Mechanical and Electrical Shutdown:
a. Turn off all Mechanical equipment by the disconnects (two for unti A and one for unit B).
b. Set main disconnect to the OFF position located outside the rear of the building.
4. Gas Supply
a. No action required.
6. ANNUAL INSPECTION, MAINTENANCE AND TRAINING PLAN
The manager(s) or assign will require an annual inspection, maintenance and training as follows:
1. Inspection and Maintenance: The owner recognizes that there shall be an annual routine inspection that these measures
remain viable. The following is an inspection schedule for the flood deterrents. The reports should be filled out annually
with the manager and filed at their home office. Every five years, the report, accompanied by the report of a registered
engineer and the staff reports from the previous years, will be filed with a summary cover letter to the Tybee Island
Planning and Zoning Dept., noting the condition and maintenance of the flood - proofing systems as outlined below.
a. Doors Protection:
i. Aluminum Plates: Annually inspect to verify that all panels are properly stored. Staff will annually install
the panels in accordance with the procedures listed above. Every five years, a registered engineer should
also inspect and report on the observed condition of the door protection system.
ii. Seals: Annually inspect all seals to ensure that seals remain resilient and watertight. Inspections should
note any cracks or defects in the gaskets. Replace seals if deemed necessary.
iii. Brackets and Bolts: Verify all bolts and brackets are present for all doors and properly stored and
secured. Replace missing or damaged bolts and replace damaged brackets if necessary.
b. Waterproofing: On an annual basis, the owner will water down the exterior wall and notice any water intrusion in
to the building. Inspections should note any cracking, damage areas or loss of adhesion. Every five years, an
engineer should also inspect and report on the observed condition of the waterproofing.
c. Interior Finishes: Annually review the interior finishes in the building to determine if there are any defects or
failures in the integrity of the surface. Inspections should note surface cracking, loss of adhesion and other
potential failure indicators.
d. Slab and Concrete Masonry Walls: Staff should provide an annual review and report any surface cracks, settling,
depressions or heave in the concrete slab and masonry walls. Every five years an engineer should also inspect and
report on the observed condition of the slab and walls.
e. Plumbing Systems:
i. Domestic Water System: Annually verify that all valves on sinks and toilets, etc. are in working
condition. Any defects should be corrected immediately.
ii. Fittings: Verify annually by use of a pressure test that all fittings remain watertight to a pressure of 40 psi.
Any defects should be corrected immediately.
f. Mechanical and Electrical Systems: Annually verify disconnects and other equipment is operational and provide
safe shut down of all electrical and mechanical systems to the facility. Replace or repair as necessary.
g. Gas supply system:
i. No action is required.
TRAINING
On an annual basis, the Manager or assign will conduct a training session for all employees assigned to implement the
flood - proofing measures. Tybee Island Planning and Zoning Dept. will be notified at least one week in advance of the
training session. The session should *include the following:
a. Review of potential dangers and hazards associated with occupying a building located within a floodplain.
b. Review of the physical flood - proofing measures required to secure the structure. Review the components and
processes required to install the active flood - proofing measures as well as an overview of the inactive measures already
put in place.
c. Review of the evacuation plan for staff associated with each unit of the building. This should also include a review and
confirmation of the alternate relocation sites and alternate travel routes.
d. Review annual and five -year inspection and maintenance reports.
DATE ISSUED: 03 -31 -2014
WORK DESCRIPTION
WORK LOCATION
OWNER NAME
ADDRESS
CITY, ST, ZIP
PHONE NUMBER
CONTRACTOR NAME
ADDRESS
CITY STATE ZIP
FLOOD ZONE
BUILDING VALUATION
SQUARE FOOTAGE
OCCUPANCY TYPE
TOTAL FEES CHARGED
PROPERTY IDENTIFICATION #
PROJECT VALUATION
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CITY OF TYBEE ISLAND
BUILDING PERMIT
ENGINEERING FEES
NEW CONSTRUCTION - COMMERCIAL
23 TYBRISA ST
ISLAND STYLE
SILVER WAVES INC / DBA
TYBEE ISLAND GA 31328
912- 786 -9596
ROCKBYINC
2700 GREGORY ST STE 130
SAVANNAH GA 31404
6031
U
$17,912.50
$285,000.00
PERMIT #: 130068
TOTAL BALANCE DUE: $ 350.00
It is understood that if this permit is granted the builder will at all times comply with the zoning, subdivision, flood control, building, tire, soil
and sedimentation, wetlands, marshlands protection and shore protection ordinances and codes whether local, state or federal, including all
environmental laws and regulations when applicable, subsequent owners should be informed that any alterations to the property must be
approved by the issuance of another building permit. Permit holder agrees to hold the City of Tybee Island harmless on any construction
covered by this permit.
This permit must be posted in a conspicuous location in the front of building and protected from the weather. If this permit is not posted work
will be stopped. The building contractor will replace curb paving and gutter broken during construction. This permit will be voided unless
work has begun within six months of the date of issuance.
Signature of Building Inspector or Authorized Agent:
P. O. Box 2749 - 403 Butler Avenue, Tybee Island, Georgia 31328
(912) 786 -4573 - FAX (912) 786 -9539
www.cityoftybee.org
CITY OF TYBEE ISLAND
403 Butler Ave
PO Box 2749
Tybee Island, GA 31328 -2749
Ph (912) 786 -4573 FAX (912) 786 -5832
Vendor #: 01- 002055
Issued to:
DAVIS ENGINEERING, INC
P 0 B OX 1 6 6 3
TYBEE ISLAND, GA 31328
PU► _CHASE ORDER
PO Number:, - 2 612 0
This number must appear on a re ated
correspondence, shipping papers and invoices.
Date: 0 3/ 3 1/ 2 0 1 4Requisition #: 1 4 - 2 6 1 2 0
Ship to:
CITY HALL
403 BUTLER AVENUE
TYBEE ISLAND, GA 31 32 8
F.O.B. Point - Tybee Island, GA Terms - Net 30 days
Authorized by
For the City of Tybee Island
I agree to provide the items /services listed on this
purchase order and accept the Purchase Order
Terms and Conditions that accompany this form.
Supplier Acknowledgement Date
Date
DAVIS ENGINEERING, INC.
P.O. Box 1663 Tybee Island, GA 31328
Tel. (912) 695 -7262 dkdbus@gmail.com
INVOICE
March 31, 2014
Invoice #21302102
Diane Otto City of Tybee Island P.O. Box 2749 Tybee Island, GA 31328
Phone (912) 786 -4573 Fax: (912) 786 -9539
RE: Tybrissa Island Style
03- -14 0.5 Site visit
03 -24 -14 1.0 Site visit, review of concurrence and report to Otto
03 -31 -14 0.5 Final site visit and concurrence
2.0 hours @ $175 = $350.00 Total Due This Invoice
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Dianne Otto
From: Downer Davis <dkdbus @gmail.com>
Sent: Monday, March 24, 2014 3:13 PM
To: Dianne Otto
Subject: Fwd: Island Styles on 16th St
Attachments: photo 1.JPG; photo 2.JPG
Subject: Island Styles on 16th St
As we discussed on the phone, my fpm site review revealed that mulch was adequately covering the disturbed
areas. While I understand the "vegetated" condition of the ordinance, I'm doubting that stabilization could be
provided by a suitable stand of grass without continuous rather intense soil enhancement, irrigation,
fertilization, etc... I find the use of pine straw mulch acceptable as stabilization in this small heavily shaded
area, but I yield to the preference of the City if vegetative ground cover is required.
Downer Davis
(912) 695 -7262
dkdbus(d,)rnail.com
Dianne Otto
From:
Joe Wilson
Sent:
Tuesday, April 01, 2014 7:20 AM
To:
Dianne Otto
Subject:
RE: Tybrisa 23 as- built.pdf
Yes
- - - -- Original Message---- -
From: Dianne Otto
Sent: Monday, March 31, 2014 3:51 PM
To: Joe Wilson
Subject: RE: Tybrisa 23 as- built.pdf
Joe -
So are you accepting this site? They are eager to get their C.O.
Dianne Otto, CFM
City of Tybee Island
Planning & Zoning Manager
Office: 912.472.5031
Fax: 912.786.9539
- - - -- Original Message---- -
From: Joe Wilson
Sent: Monday, March 31, 2014 9:27 AM
To: Dianne Otto; Downer K. Davis Jr.
Subject: RE: Tybrisa 23 as- built.pdf
10 -4, last time I talked to Walt Rocker he indicated he wasn't going to put them in and wanted to mitigate this.
- - - -- Original Message---- -
From: Dianne Otto
Sent: Monday, March 31, 2014 8:57 AM
To: Joe Wilson; Downer K. Davis Jr.
Subject: RE: Tybrisa 23 as- built.pdf
Joe - There are 6 trees planted along the rear buffer.
Downer - Attached is the as- built.
Dianne Otto, CFM
City of Tybee Island
Planning & Zoning Manager
Office: 912.472.5031
Fax: 912.786.9539
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BOSWELL DESIGN SERVICES, INC.
103 NASSAU DRIVE
SAVANNAH, GEORGIA 3141 O
912-897— 6932
LAHBOSOBELLSO UTH. NET
44-
March 19, 2014
Diane Otto
Planning and Zoning
Tybee Island, Georgia
Re: Island Styles Project
23 Tybrisa
Tybee Island, Georgia
Diane,
At the request of the Owner, we have inspected the project referenced above for
compliance with the approved site plan.
It was originally planed that site grading work was not to take place on this site.
The post construction condition for drainage remains unchanged from the pre
construction condition of the site. We have verified this with Tybee's review engineer.
The small area of disturbed earth on the south of the site is planned to be sodded and a
few small trees are to be planted. This will be evident on the as -built survey.
After the installation of the vegetation, it is our opinion that the project will be in
substantial compliance with the approved site plan including final stabilization.
Thank you for your assistance and please do not hesitate to contact us if you should
require more information. We may be reached at 897 -6932, fax to 897 -2287 or e -mail to
lahbos(d,)bellsouth.net.
Sincerely,
Mark Boswell
3 -19 - ►�
e m a.- \2rc�, -�fl �o�.J ✓ter
BUS/�/EGG DES /GN SER!/ /CES, /NC-
103 NASSAU DR /ME
5,#118 NAy GSORG /H 3M70 `��1�' ,'��9 ✓ r'�`'
912 897 -6932 8 p '��!?
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23 Tybrisa Street - Island Styles - Flood Operation Plaii/Standard Operating Procedures
Building Owner: William Navon
201 Mckenzie Street C�
TyGee Island, Georgia 31328
Tenant : Same as building owner
Managing Members: WilliamNavon
201 Mckenzie Street
TyGec Island, Georgia 31,928
General Manager: William Navon
201 Mckenzie Street
TyGee Island, Georgia 31328
On Gall Pcison (not maintenance stall) : William Na von
201 Mckenzie Street
TyGee Island, Georgia 31328
1. PURPOSE
"I'lnis document outlines the actions and responsibilities required to maintain and protect the Island Styles Facility, hereafter to
be called the IS located at 23 A and B, Tybrisa Street, lcom a flood. This flood operation plan includes requirements for the
Emergcrncy Action Plan, Annual Inspection and the Maintennauce and "Training Plan required to retain the Certificate of
Occupancy for the building.
2. EMERGENCY A(.'TION PLAN
The lollowiig steps are to be taken by the building owner of the IS during a flood.
A. Chain of Command
1. Responsibility: The primary responsibility for maintaining and carrying out the flood emergency plan shall lie with a
Member of the IS.
2. Notification: The primary responsibility for notification ol' a flood event lies with the IS, hereby named as the
manager. The manager will monitor weather reporting agencies and be the main point of contact with emergency
management officials. In the event that the manager is unavailable the responsibility will lie with the assistant manager.
3. Preventative Action: The primary responsibility for ensuring the preventative actions are put Tito place sliall lie with
the mannager. He /Slue will coordinate the installation of all of the flood deterrent measures. In the event the primary
contact is unavailable, the assistant manager, will implement tic prcvcnntativc actions.
4. Maintenance Action: The primary responsibility for ensuring the rnaintcnauce action plan is maintained sliall lie witli
the manager. He /Slnc will coordinate annual installation drills, review and update contents and accuracy of tic plan,
review storage and general condition of the flood deterrent measures and review the overall performance in ensuuinng
the safely of the building, its occupants :md its content at least once per year. In tic event that die Manager is
unavailable, the responsibility falls upon tic assisaut manager.
Procedures
1. Monitoring and initial notification: Ougoirng monitoring for potential flood events will be the responsibility of the
Manager. The manager will subscribe to a weather alert service that issues automated wannings of potential flood
events on a 24/7 basis. Responsibility [or malntainmg and monntonng the weather alert system will fall to the Manger.
A flood will be considered as pending when au ollicial "watch" or "warning" is issued by the National WeaQncr Service
for airy of the lollowiug:
a. Hood
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3. Plumbing Systems: All fittings Are flood- proofed rooms are equipped with wan glit collars to prevent water infiltration
and seepage. The main water line is outfitted with a backilow preventer. Waste lines have been fitted with backflow
prevention devices.
4. Mechanical and Electrical Systems: see above.
5. DUTIES
On-call maintenance staff will execute the following activities upon notification from the Manager:
1. Door protection:
a. Go to storage location and locate necessary materials
b. Locate the door panels and brackets if not installed
c. Install brackets and set door panels with corresponding door in proper orientation
d. Verify neoprene seals are in place
e. Install door panels
2. Water Shutdown:
a. Verify all water valves (13) are in the off position
b. Locate the main shut -off valve located in the sidewalk near the northeast corner of unit B and shut off
3. Mechanical and Electrical Shutdown:
a. Turn off all Mechanical equipment by the disconnects (two for unti A and one for unit B).
b. Set main disconnect to the OFF position located outside the rear of the building.
4. Gas Supply
a. No action required.
6. ANNUAL INSPECTION, MAINTENANCE AND TRAINING PLAN
The marrager(s) or assign will require ail amoral inspection, maintenance and trainning as follows:
1. Inspection and Maintenance: The owner recognizes that there shall be ail annual routine inspection that these measures
remain viable. The following is ail inspection schedule for the flood deterrents. The reports should be filled out annually
with the manager and filed at their home office. Every five years, the report, accompanied by the report of a registered
engineer and the staff reports from the previous years, will be filed with a summary cover letter to the Tybee Island
Planning and Zoning Dept., noting the condition and maintenance of the flood - proofing systems as outlined below.
a. Doors Protection:
i. Aluminum Plates: Annually inspect to verify that all panels are properly stored. Staff will annually install
the panels in accordance with the procedures listed above. Every five years, a registered engineer should
also inspect and report on the observed condition of the door protection system.
ii. Seals: Annually inspect all seals to ensure that seals remain resilient and watertight. Inspections should
note any cracks or defects in the gaskets. Replace seals if deemed necessary.
iii. Brackets and Bolts: Verify all bolts and brackets are present for all doors and properly stored and
secured. Replace missing or damaged bolts and replace damaged brackets if necessary.
b. Waterproofing: On ail annual basis, the owner will water down the exterior wall and notice any water intrusion in
to the building. Inspections should note any cracking, damage areas or loss of adhesion. Every five years, air
engineer should also inspect and report on the observed condition of the waterproofing.
c. Interior Finishes: Annually review the interior finishes in the building to deterrrinre if there are any defects or
failures inn the integrity of the surface. Inspections should note surface cracking, loss of adhesion and other
potential failure indicators.
d. Slab and Concrete Masonry Walls: Staff should provide an annual review and report any surface cracks, settling,
depressions or heave in the concrete slab and masonry walls. Every five years ail engineer should also inspect and
report on the observed condition of the slab and walls.
e. Plumbing Systems:
i. Domestic Water System: Annually verify that all valves on sinks and toilets, etc. are in working
condition. Any defects should be corrected immediately.
i. Fittings: Verify amorally by use of a pressure test that all fittings remain watertight to a pressure of 40 psi.
Any defects should be corrected immediately.
f. Mechanical and Electrical Systems: Annually verify disconnects and other equipment is operational and provide
safe shut down of all electrical and mechanical systems to the facility. Replace or repair as necessary.
g. Gas supply system:
i. No action is required.
7. TRAINING
Oil ail annual basis, the Manager or assign will conduct a training session for all employees assigned to implement the
flood - proofing measures. Tybee Island Planning and Zoning Dept. will be notified at least one week in advance of the
training session. The session should include the following:
a. Review of potential dangers and hazards associated with occupying a building located within a floodplain.
City of Tybee Island - Community Development Dept. �g_'s
Inspection Report
403 Butler Ave. - P.O. Box 2749 • Tybee Island, GA 31328 =
Phone 912.472 -5032 - Fax 912.786.9539 CODEICOUNCIL
cr MEMBER
Permit No. 3' l� l� b o Date Requested
Owner's Name Date Needed
Gen. ContractorT'A�5 C r Y "1� C—'+. Subcontractor
Contact Information
Project Address
II
Scope of Work h e � �- L n A- C 0VV%
Inspector �• "�""�(D Date of Inspection
Inspection \ A PassEl Fail E] Fee
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City of Tybee Island - Community Development Dept.
Inspection Report
403 Butler Ave. - P.O. Box 2749 - Tybee Island, GA 31328 SM. : w J�L
CODE ODE R NA
Phone 912.472-5032 - Fax 912.786.9539 C COUNCIL
MEMBER
Permit No. Date Requested z7'5//'3 Ay"
Owner's Name Date Needed �%211q L/4/
Gen. Contractor 0 V I L, L Subcontractor
Contact Information
ES
Project Address
Scope of Work
Inspector Date of Inspection
Inspection Pass it Fee
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City of Tybee Island - Community Development Dept.
Inspection Report
403 Butler Ave. • P.O. Box 2749 - Tybee Island, GA 31328
Phone 912.472 -5032 • Fax 912.786.9539
Permit No. �a Date Requested
Owner's Name �5� <7J�� /f _ Date Needed
Gen. Contractor �� �, //% Subcontractor
Contact Information
Project Address
Scope of Work
Inspector Date of Inspection
Inspection Pass Fail ❑ Fee
Inspection Pass ❑ Fail ❑ Fee
Inspection Pass ❑ Fail ❑ Fee
Inspection Pass ❑ Fail ❑ Fee
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Architectural Testing
Test Report
TRULITE GLASS & ALUMINUM SOLUTIONS
800 Fairway Drive, Suite 200
Deerfield Beach, Florida 33441
"Trulite Series -200 Narrow Stile, N.I. Door"
Architectural Testing, Inc. Report #: 67671.01 - 550 -44
www.archtest com
1701 Westfork Drive, Suite 106
Lithia Springs, Georgia 30122
P: 770.941.6916
F: 770.941.2930
Architectural Testing ARCHTEST.COM
Test Report #: 67671.01- 550 -44
Report Date: 04/19/2012
Test Record Retention End Date: 04/19/2016
Specimen #: 1
Page: 1 of 6
TRULITE GLASS & ALUMINUM SOLUTIONS
Trulite Series -200 Narrow Stile, N.I. Door
Test Report #: 67671.01 - 550-44
1.0 MANUFACTURER'S IDENTIFICATION
1.1 Name of Applicant: TRULITE GLASS & ALUMINUM SOLUTIONS
800 Fairway Drive, Suite 200
Deerfield Beach, Florida 33441
(954) 993 -6809
1.2 Contact Person: Bong Deato
2.0 LABORATORY IDENTIFICATION
2.1 HTL Lab Certifications: Miami -Dade County (09- 0720.02)
Florida Building Code (TST3892)
IAS (TL -338)
3.0 SCOPE OF WORK
3.1 Introduction
TRULITE retained Architectural Testing, Inc. (ATI) to conduct testing of their T 12 -02 Trulite Narrow Stile,
N.I. Door system per the requirements of ASTM E283, E330, and AAMA 1304. All testing was conducted
at ATI in Lithia Springs, Georgia.
3.2
Report Information
Table 3.1 provides the test dates and ratings for the unit tested.
Tnhla I 1 • Rcnnrt c—m-
S ecimen # T
Test Date
Performance Class
1
3/27 -28/12
+60/ -70 psf
Design Pressure
14.0 PRODUCT IDENTIFICATION
4.1 Product Type: Doors
4.2 Model Designation: Trulite Series -200 Narrow Stile N.I. Doors
4.3 Configuration: XX (out - swing)
4.4 Overall and Panel Sizes:,
Table 4.1 provides the frame and door panel sizes for this specimen.
4.5
Table 4.1: Specimen Frame /Panel Sizes
Frame Size I erable Door Panel Size
75 -1/2" w x 85-3/4" h Two (2) @ 35 -3/4" w x 83 -1/4" h
Drawing: This test report is incomplete if not accompanied by TRULITE
drawings labeled 712 -02 TRULITE SERIES -200 NARROW STILE,
N.I. DOOR" (Pages 01 — 07) bearing the ink stamp of ATI.
IBLE�CHARGE
CONDUCTED TESTS
E. Colo
l
an]. McKe e
19/12,,
4/19/12
Ray Hord
From: Jerris Bryant
Sent: Monday, December 30, 2013 3:01 PM
To: Ray Hord
Subject: FW: Island Styles: Glass Performance Values
Attachments: Island Styles Both.pdf; ATT00001.htm
FYI
From: Walt Rocker [ mailto:w.rocker(arockbyinc.com]
Sent: Monday, December 30, 2013 1:02 PM
To: Jerris Bryant
Subject: Fwd: Island Styles: Glass Performance Values
Please see attached
Sent from my iPhone
Begin forwarded message:
From: "Jamie L. Buhl" < estimatinz (a�allamericanglass.net>
Date: December 30, 2013 at 11:58:07 AM CST
To: <w.rocker(a)rockbyinc.com>
Subject: FW: Island Styles: Glass Performance Values
Walt,
Attached is the Glass Performance Ratings for Tybee Island. If you need anything else, please let me
know.
Thanks,
Jamie L. Buhl
Estimator
ALL AMERICAN GLASS
505 W Hwy 80
Pooler, Ga. 31322
912 - 450 -4527
912 - 450 -4555 (FAX)
From: Devin Gammon [ mailto:dgammon(abigamerica.com]
Sent: Monday, December 30, 2013 12:52 PM
To: Jim Bob Rackley
Cc: Jamie L. Buhl
Subject: RE: Island Styles: Glass Performance Values
Here you go, let me know if this will work.
Thanks!
Devin Gammon
Insulated Glass of America
Phone: (704) 917 -0880
Fax: (704) 917 -0885
E -Mail: dgammon @iaamerica.com
From: Jim Bob Rackley [ma ilto :JimBobCcbaIlamericang lass. net]
Sent: Monday, December 30, 2013 11:16 AM
To: Devin Gammon
Cc: Estimating (aAllAmericanGlass.net
Subject: Island Styles: Glass Performance Values
Devin,
On the attached work orders for the above subject project, would you be so kind as to send Clear
copies of the performance values for the Gray & Clear so I can hand over to city inspections office please,
sir?
Gray: SHGC .24
Clear: SHGC .27
Thank you, sir.
THANK YOU SO MUCH
&immp &)v- C5&Fb" CUckL7
911anaging Business Partner
ALL AMERICAN GLASS CO., INC
505 W. HWY 80
POOLER, GA 31322
912- 450 -4527
912 - 450 -4555 (FAX)
GUARDIAN r-ERFORMANCE December's, 1013 Prepared for Jimmy Rackley
SUNGUARD`
By Hedrick, Jim
F,DVANCED ARCHITECTURAL GLASS I CALCULATOR jhedrick@igamerica.com
of A.d... Inc
Island Styles
LITE
GAP
LITE
Clear #1 - - - --
Thickness = 1/4" = 6mm #2 Guardian SunGuard® SNX 62/27
100% Air, 1/2" = 12mm
rotal Unit = 0.942 in / 23.927 mm
Default Make -up 03
LITE
GAP
LITE
#3 - - - --
#4 - - - --
Slope = 90'
Indoors
Outdoors
Gray (LBNL generic) #1 - - - --
Thickness = 1/4" = 6mm #2 - - - --
100% Air, 1/2" = 12mm
Clear #3 Guardian SunGuard® SNX 62/27
Thickness = 1/4" = 6mm #4 - - - --
total Unit = 0.944 in / 23.978 mm Slope = 90°
Indoors
Go
136.6
Go
91.4
Thermal
Stress
Guideline
( °F)
Caution
164.1
Go
107.4
Important Notes
Calculations and terms in this report are based on NFRC 2010. The performance values shown above represent NOMINAL
VALUES for the center of glass with no spacer system or framing. Slight variations may occur due to manufacturing tolerances, point
of manufacture, and type of instrumentation used to measure the optical properties.
For configurations which include ceramic frit coating, the actual values may vary significantly based upon the thickness and
composition of the frit. For configurations with diffuse optical properties the solar transmission is per ASTM 1084 -86. For
configurations with coatings laminated facing the PVB, there may be a noticeable color change. Guardian recommends that a full
size mock -up be approved.
Please note that the THERMAL STRESS GUIDELINE is only a rough reference to the thermal safety of a glazing. Other factors such
as the size of glass areas, shapes and patterns, glass thickness, glass damaged during shipping, handling or installation, orientation
of the building, exterior shading, overhangs /fins that reduce wind speed, and areas with high daily temperature fluctuations can all
SunGuardOO is a registered trademark of Guardian Industries Corp. Page 1 of 2
Transmission Reflectance
U -Value
Outboard
RHG
Make-
Make -up Name
Substrate &
Solar
winter Summer
(Btu /h
SC SHGC LSG
up
Coatin g
Visible LIV % Solar Visible Visible In
Ener
Night Day
r_ft2)
Light % Energy % Out % %
Out %y
(Btuthr -ft2- (Btulhr -ftz-
F)
Guardian
Default Make-
SunGuard®
0
up 01
SNX 62/27 on
62 6 23 11 12
39
0.29 0.27
65
0.31 0.27 2.30
Clear
Default Make-
Gray (LBNL
r
up 03
generic)
31 3 12 6 10
16
0.29 0.27
59
0.28 0.24 1.28
Calculation Standard: NFRC
2010
Default Make -up 01
Thermal
Stress
Outdoors
Guideline
( °F)
LITE
GAP
LITE
Clear #1 - - - --
Thickness = 1/4" = 6mm #2 Guardian SunGuard® SNX 62/27
100% Air, 1/2" = 12mm
rotal Unit = 0.942 in / 23.927 mm
Default Make -up 03
LITE
GAP
LITE
#3 - - - --
#4 - - - --
Slope = 90'
Indoors
Outdoors
Gray (LBNL generic) #1 - - - --
Thickness = 1/4" = 6mm #2 - - - --
100% Air, 1/2" = 12mm
Clear #3 Guardian SunGuard® SNX 62/27
Thickness = 1/4" = 6mm #4 - - - --
total Unit = 0.944 in / 23.978 mm Slope = 90°
Indoors
Go
136.6
Go
91.4
Thermal
Stress
Guideline
( °F)
Caution
164.1
Go
107.4
Important Notes
Calculations and terms in this report are based on NFRC 2010. The performance values shown above represent NOMINAL
VALUES for the center of glass with no spacer system or framing. Slight variations may occur due to manufacturing tolerances, point
of manufacture, and type of instrumentation used to measure the optical properties.
For configurations which include ceramic frit coating, the actual values may vary significantly based upon the thickness and
composition of the frit. For configurations with diffuse optical properties the solar transmission is per ASTM 1084 -86. For
configurations with coatings laminated facing the PVB, there may be a noticeable color change. Guardian recommends that a full
size mock -up be approved.
Please note that the THERMAL STRESS GUIDELINE is only a rough reference to the thermal safety of a glazing. Other factors such
as the size of glass areas, shapes and patterns, glass thickness, glass damaged during shipping, handling or installation, orientation
of the building, exterior shading, overhangs /fins that reduce wind speed, and areas with high daily temperature fluctuations can all
SunGuardOO is a registered trademark of Guardian Industries Corp. Page 1 of 2
SUNGUA P.ID` I CALRCUOLRATOR E
ADVANCED ARCHITECTURAL GLASS
I✓
of 11m -rlc, Inc
increase the probability of thermal breakage. The results shown are not for any specific glazing installation and do not constitute a
warranty against glass breakage.
Explanation of Terms
% Transmittance Visible is the percentage of visible light at normal incidence (90° to surface) directly transmitted through the glass.
Visible Light is defined as radiant energy in the wavelength range of 380 nm to 780 nm with III. D65 and CIE 2° observer
% Ultraviolet (UV) Transmittance is the percentage of ultraviolet light at normal incidence (90° to surface) directly transmitted
through the glass. Ultraviolet Light is defined as radiant energy from the sun having a wavelength range of 300 nm to 380 nm at
ASTM air mass of 1.5
% Solar Energy Direct Transmittance is the percentage of solar energy at normal incidence (90° to surface) directly transmitted
through the glass. Solar Energy is the radiant energy from the sun having a wavelength range of 300 nm to 2500 nm at ASTM air
mass of 1.5.
% Reflectance Visible Outdoors is the percentage of visible light at normal incidence directly reflected from the glass back
outdoors
• Reflectance Visible Indoors is the percentage of visible light at normal incidence directly reflected from the glass back indoors
• Solar Energy Reflected Outdoors is the percentage of solar energy at normal incidence directly reflected from the glass back
outdoors
U- Factor (also called U- Value) is the air -to -air thermal conductance of 39" high glazing and associated air films. Units are
Btu/hr .ft2.F. Winter -night = 12.3 mph wind at -0.4 °F outdoors and 69.8 °F still (no forced convection) indoor air. Summer = 0 sun, 6.15
mph wind at 89.6 °F outdoors and 75.2 °F still (no forced convection) indoor air.
Relative Heat Gain (RHG) is the total net heat gain to the indoors due to both the air -to -air thermal conductance and the solar heat
gain. The units are Btu/hr .ft2. RHG = [(Summer U- Value)(89.6 °F - 75.2 °F) + (Shading Coefficient)(200 Btu /hr -ft2)]
Shading Coefficient (SC) is the fraction of solar heat, direct (300 to 2500 nm) plus indirect (5 to 40 pm), transferred indoors through
the glass. For reference, 1/8" (3.1 mm) clear glass has a value of 1.00 (SC is an older term being replaced by the SHGC).
Solar Heat Gain Coefficient (SHGC) is the fraction of solar energy incident on the glazing that is transferred indoors both directly
and indirectly through the glazing. The direct gain portion equals the direct solar transmittance, while the indirect is the fraction of the
solar energy absorbed to the energy reradiated and convected indoors. No heat gain from warmer outdoor air is included. SHGC =
(Direct Solar Trans) + {[(Indirect Solar Heat Gain) - (Summer U- Value)(89.6 °F - 75.2 °F)] / (248.209 Btu /hr -ft2))
Light -to -Solar Gain (LSG) is the ratio of visible light gain to solar gain. LSG = (Visible Transmittance) / (SHGC)
This performance analysis is provided under license by Guardian Industries Corp. It is designed to assist the user in evaluating the
performance of the glass products identified on this report. Many factors may affect glass performance including glass size, building
orientation, shading, wind speed, type of installation, and other factors. With respect to non - Guardian products, this performance
analysis may be based on published information from the manufacturer that has not been independently verified by Guardian for
accuracy. The applicability and results of the analysis are directly related to user inputs and any changes in actual conditions can
have a significant affect on the results.
While Guardian has made a good faith effort to verify the reliability of this program, it may contain unknown programming errors that
could result in incorrect results. GUARDIAN DOES NOT PROVIDE ANY WARRANTY OR GUARANTEE REGARDING THE
ACCURACY OF THE INFORMATION IN THIS REPORT OR AGAINST GLASS BREAKAGE OR FOR ANY DIRECT OR INDIRECT
DAMAGES THAT MAY BE DUE TO THE USE OF THE PROGRAM.
SunGuard® is a registered trademark of Guardian Industries Corp. Page 2 of 2
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®�� \ HURRICANE TEST LABORATORY(® LLB Report #° 0347 - 0202 -04
TASTING AND EVALUATION SOLUTIONS . 0347 - 0732 -04
�,., www.htltest.com Specimen #: 2
A&
Test Date: 2/37,27/04
Page S: of S
17.0 APPLICABLE CODES, STANDARDS & TEST METHODS:
ASTM E330 - Standard Test Method for Structural Performance of Exterior Windows, Curtain Walls, and
Doors by Uniform Static Air Pressure Difference.
Florida Building Code Protocol TAS 201— Impact Test Procedures.
Florida Building Code Protocol TAS 202 — Criteria For Testing Impact and Non- Impact Resistant Building
Envelope Components. Using Uniform Static Air Pressure,
Florida Building Code Protocol TAS 203 — Criteria For Testing Products Subject To Cyclic Wind Pressure
Loading.
ASTM E1886 — Standard Test Method for Performance of Exterior Windows, Curtain Walls, Doors and
Storm Shutters Impacted by Missiles and Exposed to Cyclic Pressure Differentials.
ASTM E1996 — Standard Specification for Performance of Exterior Walls, Glazed Curtain Walls, Doors, and
Storm Shutters Impacted by Windbome Debris in Hurricanes.
18.0 LIST OF OFFICIAL OBSERVERS:
Vinu J. Abraham, P.E. — HTL
Urmilla Jokhu - Sowell, P.E. — HTL
Jose E. Colon, E.I. - HTL
Steve Ciavola — HTL
Stephen McBrayer — HTL
Ron Nixon — HTL
Fred Henderson — HTL
Michael Burriss — Surface Specialties
ENGINEER OF RECORD
12/ 13/ 004
Vinu J. Abraham, P.E.
FL Reg. # 53820
J41 HURRICANE TEST LABORATORY, 1LLC
TESTING AND EVALUATION SOLUTIONS
www.htitest.com
Aw-
15.0 CYCLIC LOAD TEST:
15.1 CYCLIC TEST PRESSURE:
Positive Design-Load
13 -32.5
s
65
sf
Ne ative Desi
n Load
165
psf
15.2 CYCLIC LOAD SPECTRUM:
15.2.1 POSITIVE CYCLIC LOAD SPECTRUM:
Report #:0347- 0202 -04
0347 - 0732 -04
Specimen #: 2
Teat Date: 2/3- 7/27/04
Page 4 of 5
# OF INWARD ACTING CYCLES /STAGE
13 -32.5
s
0 -39
s
32.5 -52
s
19.5 -65
s
3500
300
600
100
15.2.2 NEGATIVE CYCLIC LOAD SPECTRUM:
# OF OUTWARD ACTING CYCLES /STAGE
19.5 -65 32.5 -52 0 -39 13 -32.5
s s s
50 1050 50 3350
15.2.3 DEFLECTION DATA!
15.2.4
Geometric Center of Left Vertical Mullion
Load Net Deflection Permanent Set
Direction (in.) (in.) %Recovery
Positive 0.75 0.07 90.67
Negative 0.69 0.06 91.30
neuwrwc".
....r.r�r��w.
This sample was inspected carefully upon completion of the cyclic test for failures. As such,
this specimen was found to satisfy the cyclic test requirements of TAS 203 and ASTT1
E1886/E1996.
MISCELLANEOUS INFORMATION
16.0 CERTIFICATION & DISCLAIMER STATEMENT:
All tests performed on this test specimen were conducted in accordance with the specifications of the
applicable codes, standards & test methods listed below by the Hurricane Test Laboratory, LLC located at
6655 Garden Road, Riviera Beach, FL 33404. HTL does not have, nor does it intend to acquire or will it
acquire, a financial interest in any company manufacturing or distributing products tested at HTL. HTL is
not owned, operated or controlled by any company manufacturing or distributing products it tests. This
report is only intended for the use of the entity named in section 1.0 of this report. Detailed assembly
drawings showing wall thickness of all members, corner construction and hardware applications are on file
and have been compared to the test specimen submitted. A copy of this test report along with
representative sections of the test specimen will be retained of HTL for a period of three (3) years. All
results obtained apply only to the specimen tested and they do indicate compliance with the performance
requirements of the test methods and specifications listed in the following section.
ENGINEER OF RECORD
121131 004
Vinu J. Abraham, P.E.
FL Reg. # 53820
j HURRICANE TEST LABORATORY, LLC
TESTING AND EVALUATION SOLUTIONS
www.htitest.com
Report #: 0347 - 0202 -04
0347 - 0732 -04
/�.
^ Specimen #: 2
Test Date: ate: b/3 =7`27/04
Page 3 of S
Geometric Center Left Vertical Mullion
Load
(psf)
Net Deflection
(in.)
Permanent Set
(in.)
u/o Recovery
48.75
0.49
0.04
91.84
65
0.64
0.06
90.63
97.5
1.15
0.10
91.30
13.3 REMARKS:
Deflection data reported is the overall deflection between three points (longest unsupported span)
accounting for support movement. No signs of failure were found in any area of this test
specimen during the uniform static load test. As such, this specimen was found to satisfy the
uniform static load test requirements of TAS 202 and ASTM E330.
14.0 LARGE MISSILE IMPACT TEST:
14.1 TEST DATA:
Missi /e Length: 96.00 in.
Missi /e Weight: 9.51&
Impact
#
Velocity
(ft sec)
Glass
Temperature
F
X
Coordinate
in.
Y
Coordinate
in.
1
49.63
66
28.00
59.00
2
50.00
66
38.00
12.00
3
49.07
66
76.00
58.00
4
49.98
66
89.00
12.00
5
50.00
66
127.00
61.00
6
49.98
66
141.00
13.00
7
49.88
66
103.00
60.00
14.2 IMPACT LOCATIONS AND REMARKS.
Impact # 1 - 7 hit the intended targets
resulting in the recorded measurements.
There were no signs of penetration, rupture,
or opening after the large missile impact
test.
Upon completion of the large missile impact
test, this sample subsequently underwent
the cyclic load test as specified in TAS 203
and ASTM E1886/E1196.
ENGINEER OF RECORD
12/13/2o b4
Vinu J. Abraham, P.E.
FL Reg. # 53820
VM
�i� 1��.
f
S♦
ti
S'r
N
No
`1
ENGINEER OF RECORD
12/13/2o b4
Vinu J. Abraham, P.E.
FL Reg. # 53820
I
11F.L' jlIL HURRIC ANE VEST LABORATORY, LLC
TESTING AND EVALUATION SOLUTIONS
t ip www.htltest.com
TEST RESULTS
12.0 SUMMARY OF RESULTS:
Report #: 0347 - 0202 -04
0347 - 0732 -04
Specimen #: 2
`Pest Date: 2/3- 7/27/04
Page 2 of S
Test Method
Test Conditions
Test Conclusion
Static Load Test
+ 65 and — 65 psf
PASS
ASTM E330 and TAS 202
Desi n Pressure
PASS
Large Missile Impact Test
TAS 201 and ASTM E1886/E1996
9 -lb. missile @ 50 ft /sec
PASS
Cyclic Load Test
+ 65 and — 65 psf
1.07
(TA 203 and ASTM E1886/E1996)
Design Pressure
PASS
13.0 UNIFORM STATIC LOAD TEST RESULTS:
13.1 POSITIVE LOADS:
Load (psf)
Time (sec)
Result
48.75
33
PASS
65
33
PASS
97.5
30
PASS
Geometric Center Left Vertical Mullion
Load
(psf)
Net Deflection
(in.)
Permanent Set
(in.)
oho Recovery
48.75
0.50
0.00
100.00
65
0.65
0.00
100.00
97.5
1.07
0.00
100.00
13.2 NEGATIVE LOADS:
Load (psf)
Time (sec)
Result
48.75
33
PASS
65
33
PASS
97.5
30
PASS
ENGINEER OF RECORD
Wt�
12/13/ 004
Vinu J. Abraham, P.E.
FL Reg. # 53820
44
e �•1.
HURRICANE TEST LABORATORY, LLC
TESTING AND EVALUATION SOLUTIONS
www.htltest.com
MANUFACTURER'S IDENTIFICATION
Report #: 0347 -0202 -04
0347 - 0732 -04
Specimen 0: 2
Test Date: 2/3- 7/27/04
Page 7 of S
1.0 NAME OF APPLICANT: YKK AP AMERICA
7680 The Bluffs, Suite 100
Austell, GA 30168
(678) 838 -6000
1.0 CONTACT PERSON: Jose Archila
2.0 HTL TEST NOTIFICATION #: HTL04011
3.0 HTL LAB CERTIFICATION: Miami -Dade County (03- 0813.01); Florida Building Code (TST1527);
AAMA; WDMA; Keystone Certifications
PRODUCT IDENTIFICATION
4.0 Product Type: Aluminum Glazed Storefront System
5.0 Model Number: YHS -50
6.0 Performance Class: +65 / -65 psf
7.0 Overall Frame Size: 154" (w) x 120" (Ft)
8.0 Configuration: Fixed
9.0 Drawing. This test report is incomplete without the attached YKK AP AMERICA drawing # YHSSO -MU-02
bearing the raised seal of Hurricane Test Laboratory, LLC.
PRODUCT DESCRIPTION
10.0 Storefront Assembly: The test unit was fabricated and installed per Miami -Dade County NOA #02-
0215.16 with a glazing type modification as described below.
11.0 Glazing:
11.1 Glazing Material: The glazing material used for this system consisted of the following type:
• 9116" dear laminated glass with the following components:
- 1/4" Clear Hear Strengthened Glass
- 0.120" UVEKOL S (NOA #03- 0117.05)
- 1/4" Clear Heat Strengthened Glass
11.2 Glazing Method. The glass used in this test specimen was glazed as follows:
Interior Side: Using continuous strips of an extruded EPDM sponge gasket (Part #E2 -0084) and Dow.
Corning 995 Silicone Sealant.
Exterior Side: Using continuous strips of an extruded EPDM wedge gasket (Part #E2 -0083).
11.3 Daviiaht Opening:
ENGINEER OF RECORD
4JK_
1/6/20 5
Vinu J. Abraham, P.E.
FL Reg. # 53820
Da y1light Open n
Glass Bite
9/16"
3
48" (w) x 115" (h)
ENGINEER OF RECORD
4JK_
1/6/20 5
Vinu J. Abraham, P.E.
FL Reg. # 53820
YKK "YHS -50"
Aluminum Glazed
Storefront System
A
HURRICANE TEST LABORATORY, LLB Report #: 0347 - 0202 -04
if, TESTING AND EVALUATION SOLUTIONS
Specimen #: 1
www.htitest.com Test Date: 2/2_3/04
Page 4 of 4
ASTM E1996 — Standard Specification for Performance of Exterior Walls, Glazed Curtain Walls, Doors, and
Storm Shutters Impacted by Windborne Debris in Hurricanes.
17.0 LIST OF OFFICIAL OBSERVERS:
Vinu J. Abraham, P.E. — HTL
Urmilla Jokhu- Sowell, P.E. — HTL
Jose E. Colon, E.I. - HTL
Steve Ciavola — HTL
Stephen McBrayer — HTL
Ron (Nixon — HTL
Fred Henderson — HTL
Michael Burriss — Surface Specialties
(
ENGINEER OF RECORD
41yo- r
12/f3/2004
Vinu J. Abraham, P.E.
FL Reg. # 53820
U11 1' URRICANE TEST LABORATORY, LLC fgeport #: 0347 - ®202 -04
TESTING AND EVALUATION SOLUTIONS
Specimen #: i
www.htltest.com Test Date: 2/2_3/04
Ohl
Page 3 of 4
14.2 CYCLIC LOAD SPECTRUM:
14.2.1 POSITIVE CYCLIC LOAD SPECTRUM:
# OF INWARD ACTING CYCLES /STAGE
14.2.2
14.2.3
14 -35
0 -42
35 -56
21• --70
s
s
s
3500
300 600
100
NEGATIVE CYCLIC LOAD SPECTRUM:
#
OF OUTWARD ACTING CYCLES /STAGE
27 -90
45 -72
0 -54
18 -45
s
s
s
50
1050 50
3350
DEFLECTION DATA:
Geometric Center of Doors
Load
Net Deflection
Permanent Set
Permanent Set
Direction
(in.)
(in.)
Allowed (in.)
Positive
1.00
0.25
0.38
Negative
0.88
0.13
0.38
14.2.4 REMARKS:
This sample was inspected carefully upon completion of the cyclic test for failures. As such,
.this specimen was found to satisfy the cyclic test requirements of TAS 203 and ASTM
E1886/E1996.
MISCELLANEOUS INFORMATION
15.0 CERTIFICATION & DISCLAIMER STATEMENT:
All tests performed on this test specimen were conducted in accordance with the specifications of the
applicable codes, standards & test methods listed below by the Hurricane Test Laboratory, LLC located at
6655 Garden Road, Riviera Beach, FL 33404. HTL does not have, nor does it intend to acquire or will it
acquire, a financial interest in any company manufacturing or distributing products tested at HTL. HTL is
not owned, operated or controlled by any company manufacturing or distributing products it tests. This
report is only intended for the use of the entity named in section 1.0 of this report. Detailed assembly
drawings showing wall thickness of all members, corner construction and hardware applications are on file
and have been compared to the test specimen submitted. A copy of this test report along with
representative sections of the test specimen will be retained at HTL for a period of three (3) years. All
results obtained apply only to the specimen tested and they do indicate compliance with the performance
requirements of the test methods and specifications listed in the following section.
16.0 APPLICABLE CODES, STANDARDS & TEST METHODS:
Florida Building Code Protocol TAS 201 — Impact Test Procedures.
Florida Building Code Protocol TAS 203 — Criteria For Testing Products Subject To Cyclic Wind Pressure
Loading.
ASTM E1886 — Standard Test Method for Performance of Exterior Windows, Curtain Walls, Doors and
Storm Shutters Impacted by Missiles and Exposed to Cyclic Pressure Differentials.
ENGINEER OF RECORD
V
121 13 2004
Vinu J. Abraham, P.E.
FL Reg. # 53820
Ir.Z 4 \ HURRICANE TEST LARORATCIRY, LLC Report #: 0347 - 0202 -04
TESTING AND EVALUATION SOLUTIONS Specimen #: 1
www.htltest.com Test Date: 2/2 -3/04
Page 2 of 4
TEST RESULTS
12.0 SUMMARY OF RESULTS:
Test Method Test Conditions T
Large Missile Impact Test 9-lb. missile @ 50 ft /sec TAS 201 and ASTM E1886/E1996 Cyclic Load Test + 70 and �- 90 psf
(TA 203 and ASTM E1886/E1996) Design Pressure
13.0 LARGE MISSILE IMPACT TEST:
13.1 TEST DATA:
Missile Length. 96.00 in.
Missile Weiahfr 9_ S /hc
Impact
#
Velocity
(ft /sec)
Glass
Temperature
F
X
Coordinate
in.
Y
Coordinate
in.
1
49.09
72
55.00
52.00
2
49.00
72
60.00
16.00
3
49.00
72
39.00
48.00
4
50.00 1
72
40.00
97.00
5 1
49.00 1
72
17.00
6.00
13.2 IMPACT LOCATIONS AND REMARKS:
Impact # 1- 5 hit the intended targets
resulting in the recorded measurements.
There were no signs of penetration, rupture,
or opening after the large missile impact
test.
Upon completion of the large missile impact
test, this sample subsequently underwent
the cyclic load test as specified in TAS 203
and ASTM E1886/E1196.
14.0 CYCLIC LOAD TEST:
14.1 CYCLIC TEST PRESSURF!
Positive Design
Load
70
psf
N ative Design
Load
90
ptf '
ENGINEER OF RECORD
V 6K
12/13/2004
Vinu J. Abraham, P.E.
FL Reg. # 53820
MW
414
HURRICANE TEST LABORATORY, LLC
TESTING AND EVALUATION SOLUTIONS
www.htitest.com
MANUFACTURER'S IDENTIFICATION
Report #: 0347 - 0202 -04
Specimen #: 1
Test Date: 2r2-3/04
Page I of 4
1.0 NAME OF APPLICANT: YKK AP AMERICA
7680 The Bluffs, Suite 100
Austell, GA 30168
(678) 838 -6000
1.0 CONTACT PERSON: Jose Archila
2.0 HTL TEST NOTIFICATION #: HTL04011
3.0 HTL LAB CERTIFICATION: Miami -Dade County (03- 0813.01); Florida Building Code (TST1527);
AAMA; WDMA; Keystone Certifications
PRODUCT IDENTIFICATION
4.0 Product Type: Aluminum Out -Swing Entrance Door
5.0 Model Number: 35H
6.0 Performance Class: +70 / -90 psf
7.0 Overall Frame Size: 77" (w) x 120" (h)
8.0 Configuration:O/XX
9.0 Drawing: This test report is incomplete without the attached YKK AP AMERICA drawing # YHS50 -MU -02
bearing the raised seal of Hurricane Test Laboratory, LLC.
PRODUCT DESCRIPTION
10.0 Curtain Wall and Door Assembly: The test unit was fabricated and installed per Miami -Dade County
NOA #04- 0227.02 with a glazing type modification as described below.
11.0 Glazing:
11.1 Glazing Material: The glazing material used for this system consisted of the following type:
• 9/16" clear laminated glass with the following components:
- 1/4" Clear Hear Strengthened Glass
- 0.120" UVEKOL S (NOA #03- 1117.05)
- 1/4" Clear Heat Strengthened Glass
11.2 Glazing Method. The glass used in this test specimen was glazed as follows:
Interior Side: Using continuous strips of an extruded EPDM sponge gasket (Part #E2 -0085) and Dow
Corning 995 Silicone Sealant.
Exterior Side: Using continuous strips of an extruded EPDM wedge gasket (Part #E2- 0081).
11.3 Daviiuht Ouenina:
ENGINEER OF RECORD
v4e-
12/13/2004
Vinu J. Abraham, P. E.
FL Reg. # 53820
Daylight Opening
Glass Bite
2
26- 7/16" (w) x 83 -1/2" (h)
9/16"
1
70 -1/4" (w) x 19" (h)
9/16"
ENGINEER OF RECORD
v4e-
12/13/2004
Vinu J. Abraham, P. E.
FL Reg. # 53820
> Model
YKK AP's ProTek' Impact Resistant and Blast Mitigating Entrances
Redesigned Glazing Pocket
Glazings for A" to 1" can be accommodated with a variety of
glazing stops and gaskets.
Thermal Performance
Improved thermal performance can be achieved with
Insulating Glass. Entrances have been thermally tested
utilizing insulated glass with 0.29 center of glass "U" factor_
Integral Muntins ► -
For increased aesthetic possibilities Insulating Glass units
can be ordered with internal muntins.
Glazing Options
For reduced installation labor, dry glaze solutions (to 90 PSF) ■
are available. Wet and Dry Glaze options are available for
both hurricane impact and blast mitigation.
YM
CIP
Door Corner
Lifetime Warranty
Standard Entrances
• Singles: T -0" x T -0" & T -0" x 8' -0"
• Pairs: 6' -0" x T -0" & 6' -0" x 8' -0"
• Rixson Pivot, Butt Hung and Continuous Hinge
• Single and 3 -Point Locks for Single Doors,
5 -Point Locks for Pairs
• Rim and CVR Exit Devices
Custom Entrances
• Singles: Up to 4' -0" x 8' -0"
• Pairs: Up to 8'-0" x 8' -0"
• Pairs: Up to T -0" x 8'-0" with Rim Panic
• Standard and Custom Hardware
For additional information on architectural aluminum products offered by YKK AP America Inc. visit our web site at www.ykkap.com.
02011 YKK AP America Inc. is a subsidiary of Q YKK Corporation of America. 01- 5001 -02
pra' r��W
.e
YKK AP Hurricane & Blast Solutions
Protection You Can Count On
The industry's most durable hurricane impact / blast
mitigation entrance system just got better. In addition to
a comprehensive array of locking and hinging options, this
product is now available with 1" laminated insulating
glass. New mid rail and bottom rail options provide
design flexibility for the specifier.
YKK AP has also addressed ongoing maintenance in
abusive environments, such as schools and military bases.
To reduce maintenance costs choose either rim panic exit
devices combined with an impact rated aluminum
removable mullion or single point locks paired with flush
bolts on the inactive panel. These institutional grade
entrance systems provide maximum security under the
most demanding conditions without the need for steel
reinforcing. They also integrates with YHS storefront and
YHC curtain wall framing systems.
Model 35H entrances are Large and Small Missile Impact
resistant tested as well as Blast Mitigation Tested. With
the expansion of hardware and performance options, they
are your single source for hurricane resistant,
government, and DoD applications.
Product Benefits
• Large & Small Missile Impact — To 90 PSF
• Florida Product Approval — HVHZ
• Blast Mitigation Testing — ASTM F 1642 — Level 2
• YKK AP VersaJamV Door Frame
• Water Performance — ASTM E 331 —10.5 PSF
rte+...
a
Entrances I Storefronts I Curtain Walls I Sun Controls I Windows I Balcony Doors
YKK
cluality
® dinspi es-
Test Date: 6/25 -26/01 Job #: 0231- 0601 -01 Specimen #: 3 (C) Page #: 9
26.4 DEFLECTION DATA:
Location
B
D
H
INWARD (POSITIVE) LOAD
OUTWARD (NEGATIVE) LOAD
Max
Perm. Set
Recovery
Max
Perm. Set
Recovery
0.69
0.06
92.03
0.69
0.04
93.62
0.72
0.06
91.67
0.71
0.02
97.18
0.60
0.00
100.00
0.75
0.02
97.33
26.5 REMARKS:
This sample was inspected carefully upon completion of the cyclic test for failures. None were
found. As such, this specimen was found to satisfy the cyclic test requirements of SSTD 12 -99.
MISCELLANEOUS INFORMATION
27.0 CERTIFICATION & DISCLAIMER STATEMENT:
The test and the results summarized in this test report were conducted in accordance with the
specifications of the applicable codes, standards & test methods listed below by the Hurricane Test
Laboratory, Inc. located at 6655 Garden Road, Riviera Beach, FL 33404. This report is only intended for
the use of the entity named in section 1.0 of this report. The above results were secured by using the
designated test methods and they indicate compliance with the performance requirements of the
referenced specification.
28.0 APPLICABLE CODES, STANDARDS & TEST METHODS:
ASTM E283 - Standard Test Method For Determining The Rate of Air Leakage Through Exterior
Windows, Curtain Walls, and Doors Under Specified Pressure Differences.
ASTM E330 - Standard Test Method for Structural Performance of Exterior Windows, Curtain Walls, and
Doors by Uniform Static Air Pressure Difference.
ASTM E331— Standard Test Method for Water Penetration of Exterior Windows, Curtain Walls, and
Doors by Uniform Static Air Pressure Difference.
AAMA 101/I.S.2 -97 — Voluntary Specifications for Aluminum, Vinyl (PVC) and Wood Windows and
Glass Doors.
SSTD 12 -99 — SBCCI Test Standard For Determining Impact Resistance From Windborne Debris
29.0 LIST OF OFFICIAL OBSERVERS:
Vinu J. Abraham — HTL, Professional Engineer
Jose E. Colon — HTL, Test Engineer
Urmilla Jokhu- Sowell — HTL, Test Engineer
Terry Roberts — HTL, Technician
Chris Moody - YKK
ENGINEER OF RECORD
8/2/01
Vinu JA-1'-fiaham, P.E.
FL Reg. # 53820
Test Date: 6/25 -26/01 Job #: 0231 - 0601 -01 Specimen #: 3 (C)
25.2 IMPACT LOCATIONS AND REMARKS:
26.0 CYCLIC LOAD TEST:
26.1 CYCLIC TEST PRESSURE:
(Pd) )n = Pmax = 70 psf
(Pd) out= Pmax = 70 psf
26.2 CYCLIC LOAD SPECTRUM:
26.2.1 POSITIVE CYCLIC LOAD SPECTRUM:
Page #: 8
Impact # 1 — 6 hit the intended targets
resulting in the recorded
measurements. There were no signs of
penetration, rupture, or opening in
which air can pass on the glass lites
after the large missile impact test.
Upon completion of the large missile
impact test, this sample subsequently
underwent the cyclic load test as
specified by SSTD 12 -99.
# OF INWARD ACTING CYCLES /STAGE
1h
0 -42
(psf)
35 -56
(Psf)
21 -70
(Psf)
3500
A w
26.0 CYCLIC LOAD TEST:
26.1 CYCLIC TEST PRESSURE:
(Pd) )n = Pmax = 70 psf
(Pd) out= Pmax = 70 psf
26.2 CYCLIC LOAD SPECTRUM:
26.2.1 POSITIVE CYCLIC LOAD SPECTRUM:
Page #: 8
Impact # 1 — 6 hit the intended targets
resulting in the recorded
measurements. There were no signs of
penetration, rupture, or opening in
which air can pass on the glass lites
after the large missile impact test.
Upon completion of the large missile
impact test, this sample subsequently
underwent the cyclic load test as
specified by SSTD 12 -99.
# OF INWARD ACTING CYCLES /STAGE
14 -35
(Psf)
0 -42
(psf)
35 -56
(Psf)
21 -70
(Psf)
3500
300
600
100
26.2.2 NEGATIVE CYCLIC LOAD SPECTRUM:
# OF OUTWARD ACTING CYCLES /STAGE
21 -70 35 -56 0 -42 14 -35
(Psf) (Psf) (psf) (Psf)
50 1050 50 3350
26.3 DEFLECTION GAGE LOCATIONS:
ENGINEER OF RECORD
N 73/2/01
Vinu J. Abraham, P.E.
FL Reg. # 53820
B
D �
H
ENGINEER OF RECORD
N 73/2/01
Vinu J. Abraham, P.E.
FL Reg. # 53820
Test Date: 6/25 -26/01
25.0
Job #: 0231 - 0601 -01 Specimen #: 3 (C) Page #: 7
- 70 psf (33 seconds)
Location
Net Deflection
(in.)
Permanent Set
(in.)
% Recovery
(in.)
B*
0.13
0.00
100.00
D*
0.53
0.00
100.00
G*
0.47
0.00
100.00
- 105 psf (30 seconds)
Location
Net Deflection
(in.)
Permanent Set ,
(in.)
% Recovery
(in.)
B*
0.22
0.01
93.99
D*
0.84
0.02
98.21
G*
0.72
0.01
99.31
* NOTE: All deflection and permanent set values reported were taken at the geometric
center of the mullion. Additionally, all set values reported have pertinent support
movements accounted for.
24.3 REMARKS:
The static load test performed on this test specimen was completed on 6/25/01 and was
conducted according to the test procedure outlined in ASTM E330. No signs of failure were
observed in any area of this test specimen during the test. As such, this specimen was found to
satisfy the uniform load test requirements of ASTM E330.
MISSILE IMPACT TESTS:
25.1 LARGE MISSILE IMPACT TEST DATA:
Impact
#
Velocity
ft sec
Glass Temp.
°F
X Coordinate
in,
Y Coordinate
in.
1
49.73
86
152.00
56.00
2
49.48
86
173.00
12.00
3
49.48
86
93.00
53.00
4
49.12
86
112.00
8.75
5
49.53
--
122.00
54.25
6
49.41
--
31.25
46.75
ENGINEER OF RECORD
/
812101
Vinu J. braham, P.E.
FL Reg. # 53820
Test Date: 6/25 -26/01 Job #: 0231 - 0601 -01 Specimen #: 3 (C)
24.2 DEFLECTION DATA:
24.2.1 POSITIVE LOAD:
Page #: 6
+ 52.5 psf (33 seconds)
Location
Net Deflection
(in.)
Permanent Set
(in.)
% Recovery
(in.)
B*
0.10
0.01
92.72
D*
0.38
0.04
90.20
G*
0.38
0.01
96.71
+ 70 psf (33 seconds)
Location
Net Deflection
(in.)
Permanent Set'
(in.)
% Recovery
(in.)
B*
0.13
0.00
98.85
D*
0.51
0.01
98.73
G*
0.53
0.04
92.92
+ 105 psf (30 seconds)
Location
Net Deflection
(in.)
Permanent Set
(in.)
% Recovery
(in.)
B*
0.19
0.01
93.52
D*
0.82
0.01
99.39
G*
0.75
0.02
97.99
24.2.2 NEGATIVE LOAD:
- 52.5 psf (33 seconds)
Location Net Deflection Permanent Set % Recovery
(in.) (in.) (in.)
B* 0.09 0.01 92.11
D* 0.39 0.00 100.00
G* 0.85' 0.00 100.00
EN ,INFER OF RECORD
4 8/2/01
Vinu J. braham, P.E.
FL Reg. # 53820
Test Date: 6/25 -26/01 Job #: 0231 - 0601 -01 Specimen #: 3 (C) Page #: 5
21.0 TEST SEQUENCE:
a.
Air infiltration test at 1.57 psf and 6.24 psf.
b.
Uniform static load test at 50% of positive test pressure.
C.
Uniform static load test at positive design pressure.
d.
Uniform static load test at 50% of negative test pressure.
e.
Uniform static load test at negative design pressure.
f.
Water infiltration test at 15% of positive design pressure.
g.
Uniform static load test at 100% of positive test pressure.
h.
Uniform static load test at 100% of negative test pressure.
i.
Large Missile Impact Test.
j.
Positive Cyclic Load Test.
k.
Negative Cyclic Load Test.
22.0
23.0
24.0
AIR INFILTRATION TEST RESULTS (ASTM E2831:
Test Pressure
Measured
Allowed
Test
Cfm /ft2
Cfm /ft2
Completed
1.57 psf
0.10
0.30
6/25/01
Allowed
Completed
6.24 psf
0.12
N/A
WATER LEAKAGE TEST RESULTS:
Test
Test
Spray
Test
Test
Method
Pressure
Rate
Duration
Measured
Allowed
Completed
GPH ft 2
Min.
ASTM E331
12 psf
5.0
15.00
No Entry
No Entry
6/25/01
UNIFORM STATIC LOAD TEST RESULTS:
24.1 LOCATION OF DEFLECTION MEASUREMENTS:
#YL 1!
ENGINEER OF RECORD
8/2/01
Vinu J. braham, P.E.
FL Reg. # 53820
Test Date: 6/25 -26/01
19.0
20.0
Job #: 0231 - 0601 -01 Specimen #: 3 (C) Page #: 4
INSTALLATION
Following is a description of how this sample was installed in the test buck when viewed from the exterior
side:
Location
Anchor Description & Schedule
Frame Head
Each individual frame head member was attached to the wood opening using
1.57 psf & 6.24 psf
four (4), #24 x 4" FPH Wood screws (2 -1/4" min. embed). These fasteners
(ASTM E283)
were located in groups of two, adjacent to each vertical frame member and
were spaced 2" and 5" away from each head member end.
Frame Sill
Each individual frame sill member was attached to the sill flashing using four (4),
(ASTM E331)
#14 x 1 -1/2" PPH SMS (Type AB) fasteners. These fasteners were located in
groups of two, adjacent to vertical frame member and were spaced 1 -1/2" and
f 70 psf
3" away from each sill member end.
Sill Flashing
The continuous sill flashing used in along the bottom -of this sample was
attached to the wood opening using a single row of 3/8" x 3" Lag screws (2"
min. embedment) that were located 2" and 5" on either side of each vertical
(SSTD 12 -99)
frame member. NOTE: There was one (1) additional 3/8" x 3" Lag screw (2"
min. embedment) placed adjacent to the centerline of intermediate mullion
f 70 psf
location.
NOTE: There is a 3/8" shim space used around the perimeter of this test sample at the head and jamb
locations. See Drawing #YHS -50 F -I, Sheet A -3 for more information.
TEST RESULTS
SUMMARY OF RESULTS
Test Method
Test Conditions
Test Conclusion
Air Infiltration Test
1.57 psf & 6.24 psf
PASS
(ASTM E283)
Water Infiltration Test
12 psf
PASS
(ASTM E331)
Static Load Test
f 70 psf
PASS
(ASTM E330)
Design Pressure
Large Missile Impact Test
PASS
(SSTD 12 -99)
Cyclic Load Test
f 70 psf
PASS
(SSTD 12 -99)
Design Pressure
ENGINEER OF RECORD
8/2/01
Vinu 3 Abraham, P.E.
FL Reg. # 53820
Test Date: 6/25 -26/01 Job #: 0231 - 0601 -01 Specimen #: 3 (C) Page #: 3
perimeter bead of TREMCO Spectrum 2 sealant was applied on both the exterior side and centerline of
the sill flashing including all heads of the fasteners used to attach the sill flashing to the opening.
Second, the individual frame for the right bay was stacked on to the sill flashing and secured to the
opening. Third, the individual frame located in the center bay was stacked on to the sill flashing and
snapped to the individual frame already present in the right bay. Finally, the individual frame located in
the left bay was stacked into the opening and snapped to the individual frame already located in the
center bay. NOTE: A continuous bead of TREMCO Spectrum 2 sealant was applied at the interior joint
between each frame sill and the sill flashing.
14.0 Glazing:
14.1 Glazing Material: The glazing material used in all areas of this sample was 1- 5/16" (overall)
Insulating Glass (Glass Type F) produced by VIRACON and consisting of the following components:
- 1/4" heat strengthened glass
- 1 /2" air space
- 1/4" heat strengthened glass
- 0.100" Solutia Saflex® HP Interlayer
- 1/4" heat strengthened glass
NOTE: YKK AP America provided each specific makeup of insulating glass listed above to HTL. Only
the manufacturer and the overall thickness has been verified by HTL.
14.2 Glazing Method: Each glass lite used in this sample was glazed using the following (typical)
procedures:
Interior Side: Using a single row of 1/4" x 1/4" EPDM spacer gasket (Part #E2 -0084) followed by a 1/4"
x '/?"continuous bead of Dow Corning 995 silicone sealant.
Exterior Side: Using a continuous extruded EPDM wedge gasket (Part #E2- 0083).
14.3 Davliaht Oaeninq:
15.0 Weather - stripping: None used.
16.0 Hardware: None used.
17.0 Weep Holes:
Location
Location
Daylight Opening
Glass Bite
Glass Type
Frame Joint Sealant.
TREMCO Spectrum 2 Sealant.
1
Left bay, bottom row.
57 -1/2" x 42 -3/8"
9/16"
F
1
Left bay, top row.
57 -1/2" x 57 -1/2"
9/16-
F
1
Center bay.
57-1/2" x 102 -3/8"
9/16-
F
1
Ri ht bay.
57 -1/2" x 102 -3/8"
9/16"
F
15.0 Weather - stripping: None used.
16.0 Hardware: None used.
17.0 Weep Holes:
18.0 Sealant's Used:
Location
Location
Description
6
Two per bay, located in sill flashing 8" away
from each vertical frame member.
3/8" diameter weep hole.
18.0 Sealant's Used:
Location
Sealant
Perimeter Sealant
TREMCO Spectrum 2 Sealant.
Structural Glazing Sealant
Dow Corning 995 Structural Silicone Sealant
Frame Joint Sealant.
TREMCO Spectrum 2 Sealant.
ENGINEER OF RECORD
8/2/01
Vinu Abraham, P.E.
FL Reg. # 53820
Test Date: 6/25 -26/01 Job #: 0231- 0601 -01 Specimen #: 3 (C) Page #: 2
(4), #12 x 1 -1/4" PPH SMS (Type AB) fasteners. NOTE: At the intermediate horizontal location, each
end of the intermediate horizontal was square cut, butted against the vertical frame member and secured
in place using three (3), #12 x 1 -1/4" PPH SMS (Type AB) fasteners that passed through the vertical and
threaded into the intermediate horizontal member's screw splines. NOTE: There were two (2), 6 -112"
long anchor fillers (Part #Ei -1073) used per head and sill member that were located at either end of the
head and sill member and was snap assembled to the adjacent framing member. Additionally, the
removable glass stop used at the sill and intermediate horizontal member locations was cut 1/32" in
length less than the D.L.O. and snap assembled to the adjacent framing member.
Frame Joint Sealant: Each frame joint was sealed using a bead of Tremco Spectrum 2 Sealant. See
Drawing #YHS -50 F -I for the location of the sealant used.
11.0 Center Bay Individual Frame Assembly: The frame used in the center bay of this sample was
fabricated using the following aluminum extrusions:
12.0
13.0
Description
Part #
Overall Cross Section
Alloy
Frame Head
E9 -0651
2.500"
x 5.000"
x 0.079"
6063 T'S
Frame Sill
E9 -0652
2.500"
x 4.969"
x 0.079"
6063 -T5
Intermediate Mullion
E9 -0654
2.500"
x 5.000"
x 0.091"
6063 -T5
Intermediate Mullion Filler
E9 -0655
0.799"
x 3.898"
x 0.079"
6063 -T5
Frame Head Sill Anchor Filler
E1 -1073
0.886"
x 3.898"
x 0.079"
6063 -T5
Removable Glass Stops
E9 -0658
1.437"
x 1.593"
x 0.047"
6063 -T5
The following procedures (typical) were utilized when assembling this individual frame:
Frame Corner Construction: At each frame corner, the vertical frame member ran through while the
horizontal frame member was square cut, butted, and mechanically fastened to the vertical using four
(4), #12 x 1 -1/4" PPH SMS (Type AB) fasteners. NOTE: There were two (2), 6 -1/2" long anchor fillers
(Part #E1 -1073) used per head and sill member that were located at either end of the head and sill
member and was snap assembled to the adjacent framing member. Additionally, the removable glass
stop used at the sill member location was cut 1/32" in length less than the D.L.O. and snap assembled to
the adjacent framing member.
Frame Joint Sealant: See section 10.0 of this report.
Right Bay Individual Frame Assembly: The frame used in the right bay of this sample was fabricated
using the following aluminum extrusions:
Description
Part #
Overall Cross Section
Alloy
Frame Head
E9 -0651
2.500"
x 5.000"
x 0.079"
6063 -T5
Frame Sill
E9 -0652
2.500"
x 4.969"
x 0.079"
6063 -T5
Intermediate Mullion
E9 -0654
2.500"
x 5.000"
x 0.091"
6063 -T5
Jamb Mullion
E9 -0654
2.500"
x 5.000"
x 0.091"
6063 -T5
Frame Head Sill Anchor Filler
E1 -1073
0.886"
x 3.898"
x 0.079"
6063 -T5
Removable Glass Stops
E9 -0658
1.437"
x 1.593"
x 0.047'
6063 -T5
The following procedures (typical) were utilized when assembling this individual frame:
Frame Corner Construction: See Section 11.0 for details on the construction of this individual frame.
Frame Joint Sealant: See section 10.0 of this report.
Overall Frame Assembly: The first step in the assembly of the overall sample was to place a
continuous sill flashing (Part #E9 -0616) across the entire width of the opening. NOTE: A continuous
ENGINEER OF RECORD
8/2/01
Vinu 3. Abraham, P.E.
FL Reg. # 53820
Hurricane Test laboratory, Inc.
Windows / Doors / Storefronts / Curtain Walls / Skylights / Shutters / EIFS / Metal Building Systems
Test Date: 6/25 -26/01 Job #: 0231 - 0601 -01 Specimen #: 3 (C)
MANUFACTURER'S IDENTIFICATION
Internet:
www.hurricanetest.com
E -Mail:
Info @hurricanetest.com
6655 Garden Road
Riviera Beach
Florida 33404
Phone: (561) 881 -0020
Fax: (561) 881 -0075
Page #: 1
1.0 NAME OF APPLICANT: YKK AP AMERICA
5630 Gwaltney Drive
Atlanta, GA 30336
2.0 CONTACT PERSON: Jose Archila
3.0 HTL LAB CERTIFICATION: SBCCI (TL9704A)
PRODUCT IDENTIFICATION
4.0 Product Type: Aluminum Store -front Glazing System
5.0 Model Number: YKK AP America YHS 50 F -I
6.0 Performance Class: +70/ -70 PSF
7.0 Overall Size: 182 -1/2" (w) x 108" (h)
8.0 Vent Size: N/A
9.0 Configuration: This sample consisted of three individual frames that were each assembled separately
and snapped together to form an overall frame that was three bays wide - See Drawing #YHS -50 F -I,
Sheet A -3, for an elevation of this sample. Each of the bays in this sample was configured as follows:
PRODUCT DESCRIPTION
10.0 Left Bay Individual Frame Assembly: The frame used in the left bay of this sample was fabricated
using the following aluminum extrusions:
Description
Location
# of Fixed
Glass Lites
Glass Type
Frame Head
Left Bay
2
F
Center Bay
1
F
Right Bay
1
F
PRODUCT DESCRIPTION
10.0 Left Bay Individual Frame Assembly: The frame used in the left bay of this sample was fabricated
using the following aluminum extrusions:
Description
Part #
Overall Cross Section
Alloy
Frame Head
E9 -0651
2.500"
x 5.000"
x 0.079"
6063 -T5
Frame Sill
E9 -0652
2.500"
x 4.969"
x 0.079"
6063 -T5
Intermediate Horizontal
E9 -0653
2.500"
x 4.969"
x 0.071"
6063 -T5
Jamb Mullion
E9 -0651
1 2.500"
x 5.000"
x 0.079"
6063 -T5
Jamb Mullion Filler
E9 -0655
0.799"
x 3.898"
x 0.079"
6063 -T5
Intermediate Mullion Filler
E9 -0655
0.799"
x 3.898"
x 0.079"
6063 -T5
Frame Head /Sill Anchor Filler
El-1073
0.886"
x 3.898"
x 0.079"
6063 -T5
Removable Glass Stops
E9 -0658
1.437'
x 1.593"
x 0.047'
6063 -T5
The following procedures (typical) were utilized when assembling this individual frame:
Frame Corner Construction: At each frame corner, the vertical frame membaw ran through while the
horizontal frame member was square cut, butted, and mechanically fastened to the vertical using four
ENGINEER OF RECORD
8/2/01
Vinu . Abraham, P.E.
FL Reg. # 53820
FLORIDA I GEORGIA I TEXAS Test Report #: 0231 - 1203 -08
CORPORATE OFFICE Specimen #: 1 - 6
6655 Garden Road
Riviera Beach, FL 33404
HTL IHTLTEST.COM 561.881.0020
APPENDIX A:
YKK AP AMERICA, INC.'s drawing # MU -YHS 50
19 SHEETS
FLORIDA I GEORGIA I TEXAS Test Report #: 0231 - 1203 -08
CORPORATE OFFICE Specimen #: 1 - 6
6655 Garden Road Page: 23 of 23
Riviera Beach, FL 33404
HTL IHTLTEST.COM 561.881.0020
10.0 CERTIFICATION AND DISCLAIMER STATEMENT
All tests performed on these test specimens were conducted in accordance with the specifications of the
applicable codes, standards and test methods listed below by HTL, LLC. HTL, LLC does not have, nor
does it intend to acquire or will it acquire, a financial interest in any company manufacturing or
distributing products tested at HTL. HTL Is not owned, operated or controlled by any company
manufacturing or distributing products it tests. This report is only intended for the use of the entity
named In Section 1.0 of this report. Detailed assembly drawings showing wall thickness of all members,
comer construction and hardware applications are on file and have been compared to the test specimens
submitted. A copy of this test report along with representative sections of the test specimens will be
retained at HTL for a period of three (3) years. All results obtained apply only to the specimens tested
and they do indicate compliance with the performance requirements of the test methods and
specifications listed in the following section.
11.0 APPLICABLE CODES, STANDARDS, AND TEST METHODS
Florida Building Code TAS 201 -94 — Impact Test Procedures
Florida Building Code TAS 202 -94 — Criteria for Testing Impact & Nonimpact Resistant Building Envelope
Components using Uniform Static Air Pressure
Florida Building Code TAS 203 -94 — Criteria for Testing Products Subject to Cyclic Wind Pressure Loading
ASTM E283 -04 — Standard Test Method for Determining Rate of Air Leakage through Exterior Windows,
Curtain Walls, and Doors Under Specified Pressure Differences Across the Specimen
ASTM E330 -02 — Standard Test Method for Structural Performance of Exterior Windows, Doors, Skylights
and Curtain Walls by Uniform Static Air Pressure Difference
ASTM E331 -00 — Standard Test Method for Water Penetration of Exterior Windows, Skylights, Doors, and
Curtain Walls by Uniform Static Air Pressure Difference
ASTM E1886 -05 — Standard Test Method for Performance of Exterior Windows, Curtain Walls, Doors, and
Impact Protective Systems Impacted by Missile(s) and Exposed to Cyclic Pressure Differentials
ASTM E1996 -06 — Standard Specification for Performance of Exterior Windows, Curtain Walls, Doors and
Impact Protective Systems Impacted by Windbome Debris in Hurricanes
AAMA 1304 -02 — Voluntary Specification for Forced Entry Resistance of Side - Hinged Door Systems
12.0 WITNESSES (ALL OR PARTIAL)
Vinu J. Abraham, P.E.
CEO
HTL, LLC
Kristin Norville, E.I.
Assistant Operations Manager
HTL, LLC
Freddie Henderson
Technician
HTL, LLC
John Spallina
Technician
HTL, LLC
Veron Wickham
Technician
HTL, LLC
Howard Bennett
Technician
HTL, LLC
Martin Gibbard
Technician
HTL, LLC
Alan Rule
Technician
HTL, LLC
Eli Rosario
Technician
HTL, LLC
Laray Allison
Testing Technician
YKK AP AMERICA, INC.
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8.7.4 Conclusion - Cyclic Load Test
At approximately 200 cycles into the a stage the left storefront lite of Specimen 1 deglazed at
mid - center. The lite was covered with plywood and testing was continued. Upon completion of
the cyclic load test, HTL carefully inspected the test specimens for failures. HTL observed no
further signs of failure; as such, these test specimens satisfy the cyclic load test requirements of
Florida Building Code TAS 203 and ASTM E1886/1996.
9.0 SUMMARY
Table 9.1 provides a summary of the test results for YKK AP America, Inc.'s YHS 50 FI Storefront w /35H
Door.
Table 9.1: Sum ary of Test Results
Specimen
Test Method
Test Conditions
Test Conclusion
1&2
Air Infiltration Test
1.57 psf & 6.24
PASS
ASTM E 283 and TAS 202
psf
1&2
Water Infiltration Test
12.00 psf
PASS
ASTM E 331 and TAS 202
1, 5 &6
Static Load Test
+70.00/ -70.00 psf
PASS
ASTM E 330 and TAS 202
Design Pressure
2
Static Load Test
+57.10/ -55.00 psf
ASTM E 330 and TAS 202
Design Pressure
PASS
3
Static Load Test
+50.00/ -50.00 psf
ST
AM E 330 and TAS 202
Design Pressure
PASS
1 & 2
Forced Entry Resistance Test
3001b
PASS
AS 202 and AAMA 1304
1
Large Missile Impact Test
--
PASS
AS 201 and ASTM E 1886E 1996 )
(w/exception of left storefront lite
3, 5 & 6
Large Missile Impact Test
_
PASS
AS 201 and ASTM E 1886E 1996
2&4
Small Missile Impact Test
_
PASS
AS 201 and ASTM E 1886E 1996
1
Cyclic Load Test
+70.00 1-70.00 psf
PASS
AS 203 and ASTM E 1886E 1996
Design Pressure
(w/exception of left storefront lite
5 & 6
Cyclic Load Test
+70.00/ -70.00 psf
PASS
AS 203 and ASTM E 1886E 1996
Design Pressure
2 & 4
Cyclic Load Test
+57.10/ -57.10 psf
PASS
AS 203 and ASTM E 1886E 1996
Design Pressure
3
Cyclic Load Test
+50.00/ -50.00 psf
PASS
AS 203 and ASTM E 1886E 1996
Design Pressure
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8.7.2 Test Spectrum - Cyclic Load lest
Tables 8.8 and 8.9 provide the positive and negative test spectrum respectively.
Table 8.8: Positive Load Test Spectrum
Table 8.9: Neoative Load Test SDectrum
Specimen #
Stage
1
2
3
4
Specimen #
Number of Cycles
3500
300
600
100
1 5 & 6
Pressure Range (psf)
14.00 - 35.00
0-42.00
35.00 - 56.00
21.00 - 70.00
2 & 4
11.42 - 28.55
0-34.26
28.55 - 45.68
17.13 - 57.10
3
10.00 - 25.00
0-30.00
25.00 - 40.00
15.00 - 50.00
Table 8.9: Neoative Load Test SDectrum
Specimen #
Stage
5
6
7
8
Number of Cycles
50
1050
50
3350
1 5 &6
Pressure Range (psf)
21.00 - 70.00
35.00 - 56.00
0-42.00
14.00 - 35.00
2 & 4
17.13 - 57.10
28.55 - 45.68
0-34.26
11.42 - 28.55
3
15.00 - 50.00
25.00 - 40.00
0-30.00
10.00 - 25.00
8.7.3 Deflection Results - Cyclic Load Test
Table 8.10 shows the cyclic test results for each test specimen.
Table 8.10: Cyclic Load Test Results
Specimen
#
Location
Inward Positive Load
Outward (Nec
ative Load
Measured
Permanent Set
in.
Allowable
Permanent Set
in.
Measured
Permanent Set
in.
Allowed
Permanent Set
in.
B
0.125
0.216
0.000
0.216
E
0.063
0.216
0.200
0.216
1
H
0.125
0.168
0.137
0.168
3
0.250
0.336
0.188
0.336
C
0.125
0.240
0,140
0.240
G
0.125
0.240
0.125
0.240
2
3
0.125
0.168
0.125
0.168
L
0.125
0.336
0.125
0.336
3
B
0.125
0.240
0.100
0.240
B
0.031
0.240
0.031
0.240
4
E
0.031
0.240
0.031
0.240
B
0.063
0.240
0.063
0.240
5
E
0.062
0.240
0.063
0.240
6
B
0.063
0.240
0.050
0.240
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8.7 Cyclic Load Test
8.7.1 Deflection Gage Locations - Cyclic Load Test
Figures 8.10 and 8.11 show the deflection gage locations used in the cyclic load test for
Specimens 1 and 4. Please refer to Figures 8.1 through 8.4 in Section 8.3.1 for Specimens 2, 3, 5
and 6.
Ei = Plywood
Figure 8.10: Deflection Gage Locations Cyclic Load Test — Specimen 1
B
E
yr rrr i � i rr r
\
r;.r,,r�;irr,.rrr
Ei = Plywood
Figure 8.10: Deflection Gage Locations Cyclic Load Test — Specimen 1
B
E
Figure 8.11: Deflection Gage Locations Cyclic Load Test — Specimen 4
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8.6.2 Test Results - Small Missile Impact Test
HTL used ten (10) ball bearings with a 5/16" nominal diameter, each weighing between 1.90 and
2.10 grams. Table 8.7 provides the test results for the small missile impact test
Table 8.7: Small Missile Impact Test Results
Specimen
#
Impact
#
Missile
Length
in.
Missile
Velocity
sec
Glass
Temp.
°F
X 1
Coord.
in.
Y 2
Coord.
in.
2
1
N/A
130.89
74.0
8.50
11.50
2
130.64
32.00
61.00
3
130.58
8.50
111.50
4
130.40
92.00
112.00
5
130.89
92.00
61.00
6
130.28
69.00
11.50
7
130.22
129.00
112.00
8
130.76
165.25
102.50
9
130.34
199.00
112.00
4
1
N/A
131.55
78
9.00
6.00
2
131.25
29.00
57.Ob
3
131.07
47.00
108.00
4
130.82
82.50
57.00
5
130.04
102.00
57.00
6
131.01
102.00
6.00
7
131.62
156.00
108.00
8
130.46
137.00
57.00
9
130.34
156.00
6.00
'Measured from the left side of test specimen.
ZMeasured from the bottom of test specimen.
8.6.3 Conclusion- Small Missile Impact Tes
The small missiles impacted the intended targets and HTL carefully inspected each Impact
location. HTL observed no signs of penetration, rupture, or opening after the small missile
impact test; as such, these test specimens satisfy the small missile requirements of the Florida
Building Code TAS 201 and ASTM E 1886/E 1996.
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8.6 Small Missile Impact Test
8.6.1 Small Missile Impact Locations
Figures 8.8 and 8.9 show the impact locations for the specimens tested.
93 04 07 � 90
�1 06
Figure 8.8: Small Missile Impact Locations — Specimen 2
30
740
02
4050
08
1
60
9
Fiqure 8.9: Small
Missile Impact Locations
— Snedmen 4
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8.5.2 Test Results - Large Missile Impact Test
Table 8.6 provides the large missile impact test results.
Table 8.6: Large Missile Impact Test Results
Specimen
p #
Impact
#
Missile
Weight
Missile
Length
in.
Missile
Velocity
ft/sec
Glass
Temp.
°F
X
Coord.l
in.
Y
Coord.2
in.
1
1
8lbs
14 oz
92
49.15
810
28.50
53.50
2
50.14
10.00
12.50
3
72.00
13.00
4
94.00
56.00
5
r4998
167.00
96.50
6
198.00
97.50
3
1
4 oz
92
49.88
70'0
48.50
59.00
2
50.05
41.00
14.00
3
49.15
76.50
58.50
4
49.60
73.50
11.50
5
49.96
N/A
1 32.00
59.50
5
1
9 Ibs
0 oz
92
49.79
77.4
21.50
57.50
2
49.88
34.00
13.00
3
49.49
76.00
13.00
4
49.79
65.00
58.00
5
49.92
107.50
60.50
6
49.55
110.50
106.50
6
1
bs
3lOZ
92
50.65
N/A
56.00
60.50
'Measured from the left side of test specimen.
2Measured from the bottom of test specimen.
8.5.3 Conclusion - Large Missile Impact Test
The large missile impacted the intended targets and HTL carefully inspected each impact location.
HTL observed no signs of penetration, rupture, or opening after the large missile impact test; as
such, these test specimen the large missile requirements of the Florida Building Code TAS 201
and ASTM E1886/1996 Level D.
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Figure 8.6: Large Missile Impact Locations — Specimens 3 & 5
1
Figure 8.7: Large Missile Impact Locations — Specimen 6
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6
10
4-0
20
30
Figure 8.6: Large Missile Impact Locations — Specimens 3 & 5
1
Figure 8.7: Large Missile Impact Locations — Specimen 6
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8.3.4 Conclusion — Uniform Static Load Test
HTL observed no signs of failure in any area of these test specimens during the uniform static load
test. In addition, each specimen met the deflection and permanent set requirements; as such,
these test specimens satisfy the uniform static load test requirements of ASTM E 330 and TAS 202.
8.4 Forced Entry Resistance Test
8.4.1 Results — Forced Entry Resistance Test
The test specimens were tested in accordance with all applicable sections of TAS 202 and AAMA
1304. Table 8.5 provides the results for the forced entry resistance test
W
Table 8.5: Force Entry Resistance Test Results
Specimen #
Test Method
I Test Conditions
Test Condusion
1&2
TAS 202 and AAMA 1304
1 3001b
PASS
8.4.2 Conclusion - Forced Entry Resistance Test
In accordance with the requirements of this test method, HTL technicians were unable to cause
the doors to open. As such, these test specimens satisfy the requirements of SFBC 3603.2 (B) 5
(per my template) or AAMA 1304 -02 (per data sheet) or TAS 202 (per quote).
Large Missile Impact Test
8.5.1 Large Missile Impact Locations
Figures 8.5 through 8.7 show the impact locations for the specimens tested.
1 \
2
4\\o
{e 3
\9k
Figure 8.5: Large Missile Impact Locations — Specimen 1
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8.3.3 Negative Uniform Static Load Test Results
Table 8.4 provides the negative uniform static load test results for the locations presented in
Section 8.3.1.
Table 8.4: Negative Uniform Static Load Test Results
Specimen
#
Gage
Location
Load
s
Defl ection in.
Permanent
Set in,
Measured
Allowed
Measured
Allowed
B
-52.50
0.381
0.600
0.004
0.216
-70.00
0.509
0.600
0.000
0.216
- 105.00
0.742
N/A
0.000
0.216
1
E
-52.50
0.314
0.600
0.000
0.216
-70.00
0.507
0.600
0.000
0.216
- 105.00
0.735
N/A
0.003
0.216
H
-52.50
0.056
0.467
0.000
0.168
-70.00
0.232
0.467
0,000
0.168
- 105.00
0.494
N/A
0.000
0.168
J
-52.50
0.210
N/A
0.003
0.336
-70,00
0.245
N/A
0.000
0.336
- 105.00
0.331
N/A
0.002
0.336
2
C
-41.25
0.491
0.667
0.001
0.240
-55.00
0.648
0.667
0.002
0.240
-82.50
0.911
N/A
0.007
0.240
G
-41.25
0.423
0.667
0.001
0.240
-55.00
0.635
0.667
0.002
0.240
-82.50
0.964
N/A
0.013
0.240
J
-41.25
0.165
0.467
0.003
0.168
-55.00
0.222
0.467
0.005
0.168
-82.50
0.330
N/A
0.000
0.168
L
-41.25
0.144
N/A
0.004
0.336
-55.00
0.184
N/A
0.005
0.336
-82.50
0.268
N/A
0.008
0.336
3
B
-37.50
0.365
0.667
0.013
0.240
-50.00
0.520
0.667
0.022
0.240
-75.00
0.758
N/A
0.026
0.240
5
B
-52.50
0.412
0.667
0.000
0.240
-70.00
0.547
0.667
0.002
0.240
- 105.00
0.814
N/A
0.003
0.240
E
-52.50
0.412
0.667
0.001
0.240
-70.00
0.553
0.667
0.003
0.240
- 105.00
0.819
N/A
0.008
0.240
6
B
-52.50
0.370
0.667
0.003
0.240
-70.00
0.494
0.667
0.008
0.240
- 105.00
0.725
N/A
0.010
0.240
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Pry
YKK AP Hurricane & Blast Solutions
SYSTEM DESCRIPTION:
YHS 50 A is a high performance storefront system
designed for insulating glass 1" to 1- 5/16" thick and
tested to meet the most demanding conditions. With
varied infill and components, YHS 50 Fl can meet the
requirements for Impact Resistance, Blast Mitigation
or both. The system features the Model 35H entrance
door with maximum - security dead bolts or optional
exit devices for egress requirements.
OPTIONS & FEATURES:
• Large & Small Missile
• Small Missile is Dry Glazed
• Large Missile is Wet or Dry Glazed
• ASTM E 1886 / 1996, TAS 201 — 203
• Tested to +/- 70 psf *
Florida State -Wide Product Approval
• Approved for High Velocity Hurricane Zone
• Blast Mitigation
• YHS 50 Fl meets UFC 4- 010 -01
prescriptive standard in accordance with
2007 revisions.
• Model 35H - "Low Hazard" per ASTM F
1642 Test Q 6 psi / 41 psi -ms
*Contact YKK AP Engineering for Job Specific
Wind Load analysis at higher levels.
Entrances I Storefronts I Curtain Walls I Sun Controls I Windows I Balcony Doors
YKK .
apWIN
Inspres
CSI MASTERFORMAT SECTION NUMBER 08 41 13
CSI MASTERFORMAT SECTION TITLE ALUMINUM -FRAMED ENTRANCES &r STOREMONTS
YKK AP PRODUCT SERIES MODEL 35H IMPACT RESISTANT AND BLAST
MITIGATING ENTRANCES
PART 1 GENERAL
Furnish all necessary materials, labor, and equipment for the complete installation of the aluminum swing doors, door
frames, hardware, and storefront framing system as shown on the drawings and specified herein.
1.01 SUMMARY
A. Section includes: Aluminum Swing Doors, including:
1. YKK AP Model 35H Impact Resistant and Blast Mitigating Heavy Duty Swing Doors.
2. YKK AP Model 35H Impact Resistant and Blast Mitigating Heavy Duty Swing Doors for Insulating Glass -
B. Related Sections:
1. Glass: Contact YKK AP for approved glass types.
2. Glazing: Structural silicone sealant.
3. Single Source Requirement: All products listed below shall be by the same manufacturer.
a. Section 08 32 13 Sliding Aluminum= Framed Glass Doors.
b. Section 08 44 13 Glazed Aluminum Curtain Walls.
c. Section 08 44 33 Sloped Glazing Assemblies.
d. Section 08 51 13 Aluminum Windows.
1.02 SYSTEM PERFORMANCE DESCRIPTION
A. Performance Requirements: Aluminum swing doors shall meet all requirements of ASTM E 1886, ASTM E 1996 and
South Florida Building Code Protocols TAS 201, TAS 202, and TAS 203 and comply with the following specific
performance requirements indicated.
1. Air Infiltration (Single Acting Butt Hinges, Continuous Hinges, or Offset Pivots): Air infiltration shall be tested in
accordance with ASTM E 283 at static pressure of 1.57 PSF (75 Pa). Infiltration shall not exceed 0.50 CFM/FT2 for
single door or 1.00 CFM/FT2 for pair doors.
2. Water Infiltration: No uncontrolled water other than condensation on indoor face of any component tested in
accordance with ASTM E 331 at a test pressure differential of 10.5 psf (503 Pa). Water test to be performed
immediately after design pressure test. Standard 35H Entrances are intended for 1 st floor applications.
3. Structural: Door corner structural strength shall be tested per YKK AP's dual moment test procedure and certified
by an independent testing laboratory to ensure corner integrity and weld compliance. Certified test procedures and
results are available upon request.
4. Structural Uniform Load Test:
a. Doors:
1) Positive Pressure:
70 PSF — For Air Only or Air and Water Threshold; monolithic glazing.
90 PSF — For Air Only Threshold, 70 PSF — Air and Water Threshold; insulating glazing.
2) Negative Pressure: 90 PSF
5. Forced Entry Resistance: Tests performed simultaneously with 300 lb. forces applied to the active door panel
within 3" of the locks in the direction that would tend to open the door while 150 lb. forces are applied in both
perpendicular directions to the 300 lb. force simultaneously.
6. Thermal Performance: When tested in accordance with AAMA 1503 and NFRC 102:
a. Condensation Resistance Factor (CRFr): A minimum of 28.
b. Thermal Transmittance U Value: 0.77 BTU /HR/FT2 / °F or less.
1.03 SUBMITTALS
A. General: Prepare, review, approve, and submit specified submittals in accordance with "Conditions of the Contract"
and Division 1 Submittals Section. Product data, shop drawings, samples, and similar submittals are defined in
"Conditions of the Contract ".
B. Product Data: Submit product data for each entrance series specified.
C. Substitutions: Whenever substitute products are to be considered, supporting technical data, samples, and test reports
must be submitted ten (10) working days prior to bid date in order to make a valid comparison.
D. Shop Drawings: Submit shop drawings showing layout, profiles, and product components, including anchorage,
accessories, and finish colors.
E. Samples: Submit verification samples for colors. Minimum 2' /z inch by 3 inch (61mm by 73 mm) samples
on actual aluminum substrates indicating full color range expected in installed system.
F. Quality Assurance /Control Submittals:
1. Test Reports: Submit certified test reports showing compliance with specified performance characteristics and
physical properties.
2. Installer Qualification Data: Submit installer qualification data.
G. Close -out Submittals:
1. Warranty: Submit executed warranty documents specified herein, endorsed by YKK AP authorized official and
installer.
2. Project Record Documents: Submit project record documents, including operation and maintenance data for
installed materials in accordance with Division 1 Project Close -out (Project Record Documents) Section.
1.04 QUALITY ASSURANCE
A. Qualifications:
1. Installer Qualifications: Installer experienced (as determined by contractor) to perform work of this section who
has specialized in the installation of work similar to that required for this project. If requested by Owner, submit
reference list of completed projects.
2. Manufacturer Qualifications: Manufacturer capable of providing field service representation during
construction process.
B. Mock -Ups (Field Constructed): Install at project site a job mock -up using acceptable products and manufacturer
approved installation methods. Obtain Owner's and Architect's acceptance of finish color, and workmanship standard.
1. Mock -Up Size:
2. Maintenance: Maintain mock -up during construction for workmanship comparison; remove and legally dispose of
mock -up when no longer required.
3. Incorporation: Mock -up may be incorporated into final construction upon Owner's approval.
C. Pre - Installation Meetings: Conduct pre - installation meeting to verify project requirements, substrate conditions,
manufacturer's installation instructions, and manufacturer's warranty requirements.
1.05 PRODUCT CONDITIONS / SITE CONDITIONS
A. Field Measurements: Verify actual measurements /openings by field measurements before fabrication; show recorded
measurements on shop drawings. Coordinate field measurements, fabrication schedule with construction progress to
avoid construction delays.
1.06 WARRANTY
A. Project Warranty: Refer to "Conditions of the Contract" for project warranty provisions.
B. Manufacturer's Warranty: Submit, for Owner's acceptance, manufacturer's standard warranty document executed by an
authorized company official.
1. Warranty Period: Manufacturer's one (1) year standard warranty commencing on the substantial date of completion for
the project provided that the warranty, in no event, shall start later than six (6) months from the date of shipment by
YKK AP America Inc.
EDITOR NOTE. Longer warranty periods are available at additional cost.
PART 2 PRODUCTS
It is the intent of this specification to have a single source responsibility for the supply of the aluminum doors and framing
systems on this project. Any deviation from the acceptable manufacturers listed below must be approved in writing by the
architect at least ten (10) days prior to bid date.
2.01 MANUFACTURERS (Acceptable Manufacturers/Products)
A. Acceptable Manufacturers: YKK AP America Inc.
270 Riverside Parkway, Suite A
Austell, GA 30168
Telephone: (678) 838 -6000; Fax: (678) 838 -6001
1. Impact Resistant and Blast Mitigating Entrances:
YKK AP Model 35H Impact Resistant and Blast Mitigating Entrances.
a. 35H Description: 3 -7/8" (98.36 mm) Door Stile, 2 -3/8" thick.
2. Corner Construction: Fabricate door comers joined by concealed reinforcement secured with screws and sigma
deep penetration welding.
3. Glazing: Manufacturer's standard glazing stops with EPDM glazing gaskets to prevent water infiltration at the
exterior and structural silicone sealant for wet glazing, EPDM silicone compatible gasket for dry glazing with fixed
stops at the interior.
4. Weather - stripping: Manufacturer's standard elastomer type in replaceable rabbets for stiles and rails.
5a. Standard Hardware:
(1 -1/2 to 2) pair of Grade 1 mortised butt hinges per leaf. Ball bearing 4 -1/2" x 4" NRP Stainless
Steel US32D finish.
(1) Adams Rite® MS 1850 three point hookbolt lock on active leaf or single door. (1) Adams Rite two point Iock on
inactive leaf.
(2) H -4202 Keyed cylinders (H -4204 tbumbtum on inside optional).
Type "A" standard YKK AP push/pull (Type "C" 1" diameter tubular push/pull is optional).
LCN 4040 surface mounted closer (hold open optional).
(1) Adams E9 -0503 mill finish (air only) threshold.
5b.Optional Hardware:
Rixsona offset pivots.
Roton® 780 -226HD continuous hinge(s).
Select® SL 27HD continuous hinge(s).
MS 1850 Single Point (Active) with Flush Bolts (Inactive)
MS 2180 Flush Bolts (Inactive) with either MS 1850 Single or 3 point
Von Duprin® Rim Panic (98 / 99 series).
Sargent® Rim Panic — WS- AD8500.
Corbin Russwin® Rim Panic ED4200.
Yale® Rim Panic 7250 M.
FalconTM (Dor- O- Matica) HS2390 CVR.
FalconTM (Dor- O- Matic ®) HS 1690 CVR.
FalconTM (Dor- O- Matic®) 1490 CVR.
Sargent AD 8400 CVR.
2.02 MATERIALS
A. Extrusions: ASTM B 221 (ASTM B 221M), 6063 -T5 Aluminum Alloy.
B. Aluminum Sheet:
1. Anodized Finish: ASTM B 209 (ASTM B 209M), 5005 -1-114 Aluminum Alloy, 0.050" (1.27 mm)
minimum thickness.
2. Painted Finish: ASTM B 209 (ASTM B 209M), 3003 -1114 Aluminum Alloy, 0.080" (1.95) mm)
minimum thickness.
2.03 ACCESSORIES
A. Manufacturer's Standard Accessories:
1. Fasteners: Zinc plated steel concealed fasteners; Hardened aluminum alloys or AISI 300 series less steel exposed
fasteners, countersunk, finish to match aluminum color.
2. Perimeter Sealant: Non - skinning type, AAMA 803.3.
3. Glazing: Setting blocks, edge blocks, and spacers in accordance with ASTM C 864, shore durometer hardness as
recommended by manufacturer. Glazing gaskets in accordance with ASTM C 864.
4. Glazing Adhesive: Dow Corning® 995 Structural Silicone Sealant.
2.04 FABRICATION
A. Shop Assembly: Fabricate and assemble units with joints only at intersection of aluminum members with uniform
hairline joints; rigidly secure, and sealed in accordance with manufacturer's recommendations.
1. Hardware: Drill and cut to template for hardware. Reinforce frames and door stiles to receive hardware in
accordance with manufacturer's recommendations.
2. Welding: Conceal welds on aluminum members in accordance with AWS recommendations or methods
recommended by manufacturer. Members showing welding bloom or discoloration on finish or material distortion
will be rejected.
2.05 FINISHES AND COLORS
A. YKK AP America Anodized Plus® Finish:
CODE DESCRIPTION
YS1N* Clear Anodized Pluse
YH3N Champagne Anodized Plus®
YB1N Medium Bronze Anodized Plus®
YB5N* Dark Bronze Anodized Pluse
YK1N* Black Anodized Plus®
YW3N White Anodized Plus*
M Mill Finish
* Indicates standard finish usually carried as inventory.
Anodized Plus® is an advanced sealing technology that completely seals the anodic film yielding superior durability
(See AAMA 612).
B. Anodized Finishing: Prepare aluminum surfaces for specified finish; apply shop finish in accordance with the following:
1. Anodic Coating: Electrolytic color coating followed by an organic seal applied in accordance with the requirements
of AAMA 612 -02. Aluminum extrusions shall be produced from quality controlled billets meeting AA- 6063 -T5.
a. Exposed Surfaces shall be free of scratches and other serious blemishes.
b. Extrusions shall be given a caustic etch followed by an anodic oxide treatment and then sealed with an organic
coating applied with an electrodeposition process.
c. The anodized coating shall comply with all of the requirements of AAMA 612 -02: Voluntary Specifications,
Performance Requirements and Test Procedures for Combined Coatings of Anodic Oxide and Transparent Organic
Coatings on Architectural Aluminum. Testing shall demonstrate the ability of the finish to resist damage from
mortar, salt spray, and chemicals commonly found on construction sites, and to resist the loss of color and gloss.
d. Overall coating thickness for finishes shall be a minimum of 0.7 mils.
C. High Performance Organic Coating Finish:
1. Fluoropolymer Type: Factory applied two -coat 70% Kynar resin by Arkema or 70% Hylar resin by Solvay Solexis,
fluoropolymer based coating system, Polyvinylidene Fluoride (PVF -2), applied in accordance with YKK AP
procedures and meeting AAMA 2605 specifications.
2. Colors: Selected by Architect from the following:
a. Standard coating color charts.
b. Custom coating color charts.
c. Color Name and Number:
D. Finishes Testing:
1. Apply 0.5% solution NaOh, sodium hydroxide, to small area of finished sample area; leave in place for sixty
minutes; lightly wipe off NaOh. Do not clean area further.
2. Submit samples with test area noted on each sample.
PART 3 EXECUTION
3.01 MANUFACTURER'S INSTRUCTIONS / RECOMMENDATIONS
A. Compliance: Comply with manufacturer's product data, including product technical bulletins, installation instructions,
and product carton instructions. The latest installation instructions for this product are available at www.ykkap.com.
3.02 EXANIINATION
A. Site Verification of Conditions: Verify conditions (which have been previously installed under other sections) are
acceptable for product installation in accordance with manufacturer's instructions.
1. Verify location of preset anchors, perimeter fasteners, and block -outs are in accordance with shop drawings.
3.03 PREPARATION
A. Adjacent Surfaces Protection: Protect adjacent work areas and finish surfaces from damage during product installation.
1. Aluminum Surface Protection: Protect aluminum surfaces from contact with lime, mortar, cement, acids, and other
harmful contaminants.
3.04 INSTALLATION
A. General: Install manufacturer's system in accordance with shop drawings, and within specified tolerances.
3.05 FIELD QUALITY CONTROL
A. Manufacturer's Field Services: Upon request, provide manufacturer's field service consisting of site visit for inspection of
product installation in accordance with manufacturer's instructions.
3.06 ADJUSTING AND CLEANING
A. Adjusting: Adjust swing doors for operation in accordance with manufacturer's recommendations.
B. Cleaning: The General Contractor shall clean installed products in accordance with manufacturer's instructions
prior to owner's acceptance, and remove construction debris from project site. Legally dispose of debris.
C. Protection: The General Contractor shall protect the installed product's finish surfaces from damage during construction.
END OF SECTION
Document Number 01- 3001 -03
This document supersedes all previous versions.
CSI MASTERFORMAT SECTION NUMBER 084113
CSI MASTERFORMAT SECTION TITLE ALUMINUM - FRAMED ENTRANCES AND STOREFRONT
YKK AP PRODUCT SERIES YKK AP YHS 50 FI SERIES
PART 1 GENERAL
Furnish all necessary materials, labor, and equipment for the complete installation of the aluminum storefront system as
shown on the drawings and specified herein.
1.01 SUMMARY
A. Section includes: Aluminum Storefront Systems
1. YKK AP Series YHS 50 FI Impact Resistant Storefront System (Insulated Glazing)
B. Related Sections:
1. Sealants: Dow Corning® 995 Structural Silicone Sealant.
2. Glass and Glazing: Refer to Division 8 Glass and Glazing Section for glass and glazing requirements.
3. Single Source Requirement: All products listed below shall be by the same manufacturer.
a. Section 08 32 13 Sliding Aluminum - Framed Glass Doors.
b. Section 08 51 13 Aluminum Windows.
c. Section 08 44 13 Glazed Aluminum Curtain Walls.
d. Section 08 44 33 Sloped Glazing Assemblies.
1.02 SYSTEM DESCRIPTION
A. Performance Requirements: Provide aluminum curtain wall systems that comply with performance requirements
indicated, as demonstrated by testing manufacturer's assemblies in accordance with South Florida Building Code Test
Protocols TAS 201, TAS 202 and TAS 203.
1. Air Infiltration: Completed storefront systems shall have 0.06 CFM/FT2 (1.10 m3/h•m2) maximum allowable
infiltration when tested in accordance with ASTM E 283 at differential static pressure of 6.24 psf (299 Pa).
2. Water Infiltration: No uncontrolled water when tested in accordance with ASTM E 331 at test pressure differential of:
12 PSF (575 Pa) (or when required, field tested in accordance with AAMA 503). Fastener Heads must be seated and
sealed against Sill Flashing on any fasteners that penetrate through the Sill Flashing.
3, Wind Loads: Completed storefront system shall withstand wind pressure loads normal to wall plane indicated:
a. Exterior Walls:
1) Positive Pressure: 70 psf.
2) Negative Pressure: 70 psf.
4. Deflection: Maximum allowable deflection in any member when tested in accordance with ASTM E 330 with
allowable stress in accordance with AAMA Specifications for Aluminum Structures.
a. Without Horizontals: L /175 or 3/4" (19.Imm) maximum..
b. With Horizontals: L /175 or
L/240 + 1/4" (6.4mm) for spans greater than 13' -6" (4.1m) but less than 40' -0" (12.2m).
5. Thermal Movement: Provide for thermal movement caused by 180 degrees F. (82.2 degrees C.) surface
temperature, without causing buckling stresses on glass, joint seal failure, undue stress on structural elements,
damaging loads on fasteners, reduction of performance, or detrimental effects.
1.03 SUBMITTALS
A. General: Prepare, review, approve, and submit specified submittals in accordance with "Conditions of the Contract"
and Division 1 Submittals Sections. Product data, shop drawings, samples, and similar submittals are defined in
"Conditions of the Contract."
B. Product Data: Submit product data for each type storefront series specified.
C. Substitutions: Whenever substitute products are to be considered, supporting technical data, samples and test reports
must be submitted ten (10) working days prior to bid date in order to make a valid comparison.
C. Shop Drawings: Submit shop drawings showing layout, profiles, and product components, including anchorage,
accessories, finish colors and textures.
D. Samples: Submit verification samples for colors on actual aluminum substrates indicating full color range expected
in installed system
E. Quality Assurance / Control Submittals:
1. Test Reports: Submit certified test reports showing compliance with specified performance characteristics and
physical properties.
2. Installer Qualification Data: Submit installer qualification data.
F. Closeout Submittals:
1. Warranty: Submit warranty documents specified herein.
2. Project Record Documents: Submit project record documents for installed materials in accordance with Division 1
Project Closeout (Project Record Documents) Section.
1.04 QUALITY ASSURANCE
A. Qualifications:
1. Installer Qualifications: Installer experienced (as determined by contractor) to perform work of this section who
has specialized in the installation of work similar to that required for this project. If requested by Owner, submit
reference list of completed projects.
2. Manufacturer Qualifications: Manufacturer capable of providing field service representation during
construction process.
1.05 PROJECT CONDITIONS / SITE CONDITIONS
A. Field Measurements: Verify actual measurements /openings by field measurements before fabrication; show recorded
measurements on shop drawings. Coordinate field measurements, fabrication schedule with construction progress to
avoid construction delays.
1.06 WARRANTY
A. Project Warranty: Refer to "Conditions of the Contract" for project warranty provisions.
B. Manufacturer's Warranty: Submit, for Owner's acceptance, manufacturer's standard warranty document executed by an
authorized company official.
1. Warranty Period: Manufacturer's one (1) year standard warranty commencing on the substantial date of completion
for the project provided that the warranty, in no event, shall start later than six (6) months from the date of shipment
by YKK AP America Inc.
EDITOR NOTE. Longer warranty periods are available at additional cost.
PART 2 PRODUCTS
It is the intent of this specification to have a single source responsibility for the supply of the aluminum doors and framing
systems on this project. Any deviation from the acceptable manufacturers listed below must be approved in writing by the
architect at least ten (10) days prior to bid date.
2.01 MANUFACTURERS (Acceptable Manufacturers /Products)
A. Acceptable Manufacturers: YKK AP America Inc.
270 Riverside Parkway, Suite A
Austell, GA 30168
Telephone: (678) 838 -6000; Fax: (678) 838 -6001
1. Storefront System: YKK AP YHS 50 FI Impact Resistant Storefront System.
B. Storefront Framing Systems:
1. Description: Center set, exterior flush glazed; jambs and vertical mullions continuous; head, sill, intermediate
horizontal attached by screw spline joinery. Continuous and wept sill flashing.
2. Components: Manufacturer's standard extruded aluminum mullions, entrance doors, framing, and indicated shapes,
perimeter anchor fillers and steel reinforcing as required.
3. Glazing: Manufacturer's standard glazing stops with EPDM glazing gaskets to prevent water infiltration at the
exterior and Dow Corning® 995 Structural Silicone Sealant with fixed stops at the interior.
2.02 MATERIALS
A. Extrusions: ASTM B 221 (ASTM B 221M), 6063 -T5 Aluminum Alloy.
B. Aluminum Sheet:
1. Anodized Finish: ASTM B 209 (ASTM B 209M), 5005 -1-114 Aluminum Alloy, 0.050" (1.27 mm)
minimum thickness.
2. Painted Finish: ASTM B 209 (ASTM B 209M), 3003 -1-114 Aluminum Alloy, 0.080" (1.95 mm)
minimum thickness.
2.03 ACCESSORIES
A. Manufacturer's Standard Accessories:
A. Manufacturer's Standard Accessories:
1. Fasteners: Zinc plated steel concealed fasteners; Hardened aluminum alloys or AISI 300 series stainless steel
exposed fasteners.
2. Glazing: Setting blocks, edge blocks, and spacers in accordance with ASTM C 864, shore durometer hardness as
recommended by manufacturer; Glazing gaskets in accordance with ASTM C 864.
3. 0.050 Aluminum Sill Flashing End Dams featuring 3 point attachment.
2.04 RELATED MATERIALS (Specified In Other Sections)
A. Glass: Refer to Division 8 Glass and Glazing Section for glass materials.
2.05 FABRICATION
A. Shop Assembly: Fabricate and assemble units with joints only at intersection of aluminum members with uniform
hairline joints; rigidly secure, and sealed in accordance with manufacturer's recommendations.
1. Hardware: Drill and cut to template for hardware. Reinforce frames and door stiles to receive hardware in
accordance with manufacturer's recommendations.
2. Welding: Conceal welds on aluminum members in accordance with AWS recommendations or methods
recommended by manufacturer. Members showing welding bloom or discoloration on finish or material distortion
will be rejected.
2.06 FINISHES AND COLORS
A. YKK AP America Anodized Plus® Finish:
CODE DESCRIPTION
YSIN* Clear Anodized Plus®
YH3N Champagne Anodized Plus®
YB1N Medium Bronze Anodized Plus®
YB5N* Dark Bronze Anodized Plus®
YKIN* Black Anodized Plus®
YW3N White Anodized Plus®
M Mill Finish
* Indicates standard finish usually carried as inventory.
Anodized Plus® is an advanced sealing technology that completely seals the anodic film yielding
superior durability (See AAMA 612).
B. Anodized Finishing: Prepare aluminum surfaces for specified finish; apply shop finish in accordance with the following:
I. Anodic Coating: Electrolytic color coating followed by an organic seal applied in accordance with the requirements
of AAMA 612. Aluminum extrusions shall be produced from quality controlled billets meeting AA- 6063 -T5.
a. Exposed Surfaces shall be free of scratches and other serious blemishes.
b. Extrusions shall be given a caustic etch followed by an anodic oxide treatment and then sealed with an organic
coating applied with an electrodeposition process.
c. The anodized coating shall comply with all of the requirements of AAMA 612: Voluntary Specifications,
Performance Requirements and Test Procedures for Combined Coatings of Anodic Oxide and Transparent
Organic Coatings on Architectural Aluminum. Testing shall demonstrate the ability of the finish to resist
damage from mortar, salt spray, and chemicals commonly found on construction sites, and to resist the loss of
color and gloss.
d. Overall coating thickness for finishes shall be a minimum of 0.7 mils.
C. High Performance Organic Coating Finish:
1. Type Factory applied two -coat 70% Kynar resin by Arkema or 70% Hylar resin by Solvay Solexis, fluoropolymer
based coating system, Polyvinylidene Fluoride (PVF -2), applied in accordance with YKK AP procedures and
meeting AAMA 2605 specifications.
2. Colors: Selected by Architect from the following:
a. Standard coating color charts.
b. Custom coating color charts.
c. Color Name and Number:
D. Finishes Testing:
1. Apply 0.5% solution NaOh, sodium hydroxide, to small area of finished sample area; leave in place for sixty
minutes; lightly wipe offNaOh; Do not clean area further.
2. Submit samples with test area noted on each sample.
PART 3 EXECUTION
3.01 MANUFACTURER'S INSTRUCTIONS / RECOMMENDATIONS
A. Compliance: Comply with manufacturer's product data, including product technical bulletins, installation instructions,
and product carton instructions. Latest Installation Manual can be found at www.ykkap.com.
3.02 EXAMINATION
A. Site Verification of Conditions: Verify conditions (which have been previously installed under other sections) are
acceptable for product installation in accordance with manufacturer's instructions.
1. Verify location of preset anchors, perimeter fasteners, and block -outs are in accordance with shop drawings_
3.03 PREPARATION
A. Adjacent Surfaces Protection: Protect adjacent work areas and fimish surfaces from damage during product installation.
1. Aluminum Surface Protection: Protect aluminum surfaces from contact with lime, mortar, cement, acids, and other
harmful contaminants.
3.04 INSTALLATION
A. General: Install manufacturer's system in accordance with shop drawings, and within specified tolerances.
1. Shim and brace aluminum system before anchoring to structure.
2. Provide sill flashing at exterior storefront systems. Extend extruded flashing continuous with slice joints; set in
continuous beads of sealant.
3. Verify storefront system allows water entering system to be collected in gutters and wept to exterior.
Verify metal joints are sealed in accordance with the manufacturer's instructions.
4. Seal metal to metal storefront system joints using sealant recommended by system manufacturer.
3.05 FIELD QUALITY CONTROL
A. Manufacturer's Field Services: Upon request, provide manufacturer's field service consisting of site visit for
inspection of product installation in accordance with manufacturer's instructions.
B. Field Test: Conduct field test to determine watertightness of storefront system. Conduct test in accordance
with AAMA 501.2.
3.06 ADJUSTING AND CLEANING
A. Adjusting: Adjust swing doors for operation in accordance with manufacturer's recommendations.
B. Cleaning: The General Contractor shall clean installed products in accordance with manufacturer's instructions prior to
owner's acceptance, and remove construction debris from project site. Legally dispose of debris.
C. Protection: The General Contractor shall protect the installed product's finish surfaces from damage during construction.
END OF SECTION
02- 3007 -02
FLORIDA I GEORGIA I TEXAS
CORPORATE OFFICE
6655 Garden Road
Riviera Beach, FL 33404
HTL561.881.0020
HTLTEST.COM
Test Report #: 0231- 1203 -08
Specimen #: 1 - 6
Page: 13 of 23
8.3.2 Positive Load Test Results
Table 8.3 provides the positive uniform static load best results for the deflection gage locations
shown in Section 8.3.1. The deflection reported Is the overall deflection between three points
(longest unsupported span) which accounts for support movement.
Table 8.3: Positive Uniform Static Load Test Results
Specimen
#
Gage
Location
Load
s
Defl ection (in.)
Permanent
Set in.
Measured
Allowed
Measured
Allowed
B
+52.50
0.382
0.600
0.001
0.216
+70.00
0.511
0.600
0.001
0.216
+105.00
0.001
N/A
99.74
0.216
E
+52.50
0.354
0.600
0.000
0.216
+70.00
0.487
0.600
0.001
0.216
+105.00
0.000
N/A
100.00
0.216
1
H
+52.50
0.170
0.467
0.002
0.168
+70.00
0.230
0.467
0.000
0.168
+105.00
0.002
N/A
99.12
0.168
1
+52.50
0.206
N/A
0.008
0.336
+70.00
0.275
N/A
0.012
0.336
+105.00
0.008
96.12
0.336
2
C
+42.83
0.513
0.000
0.240
+57.10
0.666
t
0.001
0.240
+85.65
1.021
0.006
0.240
G
+42.83
0.495
0.667
0.004
0.240
+57.10
0.664
0.667
0.005
0.240
+85.65
1.009
N/A
0.011
0.240
1
+42.83
0.169
0.467
0.007
0.168
+57.10
0.230
0.467
0.004
0.168
+85.65
0.374
N/A
0.002
0.168
L
+42.83
0.144
N/A
0.006
0.336
+57.10
0.198
N/A
0.007
0.336
+85.65
0.314
N/A
0.008
0.336
3
B
+37.50
0.356
0.667
0.007
0.240
+50.00
0.500
0.667
0.009
0.240
+75.00
0.776
N/A
0.015
0.240
5
B
+52.50
0.400
0.667
0.000
0.240
+70.00
0.532
0.667
0.004
0.240
+105.00
0.819
N/A
0.011
0.240
E
+52.50
0.397
0.667
0.001
0.240
+70.00
0.540
0.667
0.008
0.240
+105.00
0.821
N/A
0.008
0.240
6
B
+52.50
0.381
0.667
0.003
0.240
+70.00
0.498
0.667
0.008
0.240
+105.00
0.744
N/A
0.013
0.240
ENGINEER OF RECORD
0__�
711312ON
REPORT WRITER
7/1
9 1 GEORGIA I TEXAS
CORPORATE OFFICE
6655 Garden Road
Riviera Beach, FL 33404
561.881.0020
HTLTEST.COM
Test Report #: 0231 - 1203 -08
Specimen #: 1- 6
Page: 12 of 23
Figure 8.3: Deflection Gage Locations Uniform Static Load Test — Specimens 3 & 5
B
Figure 8.4: Deflection Gage Locations Uniform Static Load Test — Specimen 6
ENGINEER OF RECORD
V(��'
7/13/2009
REPORT WRITER
7/13/2009
9 FLORIDA I GEORGIA I TEXAS Test Report #: 0231- 1203 -08
CORPORATE OFFICE Specimen #: 1 - 6
6655 Garden Road Page: 11 of 23
Riviera Beach, FL 33404
HTL561.881.0020
HTLTFST.COM
8.3 Uniform Static Load Test
8.3.1 Deflection Gage Locations
Figures 8.1 through 8.4 show the deflection gage locations for the uniform static load test
Figure 8.1: Deflection Gage Locations Uniform Static Load Test — Specimen 1
Figure 8.2: Deflection Gage Locations Uniform Static Load Test — Specimen 2
ENGINEER OF RECORD RE RIFER
7/13/2009 7/13/2009
9 I GEORGIA I TEXAS
CORPORATE OFFICE
6655 Garden Road
Riviera Beach, FL 33404
561.881.0020
HTLTEST.COM
8.0 TEST RESULTS
8.1 Air Infiltration Test
8.1.1 Results — Air Infiltration Test
Table 8.1 provides the test results of the air infiltration test.
Table 8.1: Air Infiltration Test Results
Test Report #: 0231- 1203 -08
Specimen #: 1- 6
Page: 10 of 23
Specimen
#
Test Pressure
Measured
cfm/
Allowed
cfrn
1
Doors
+1.57
0.089
0.40
+6.24
0.281
NIA
1
Storefront — w/o doors
+1.57
0.004
N/A
+6.24
0.025
0.06
2
Doors
+1.57
0.027
0.40
+6.24
0.033
N/A
2
Storefront —w/o doors
+1.57
0.001
N/A
1 +6.24
1 <0.001
1 0.06
8.1.2 Conclusion — Air Infiltration Test
HTL observed a measured air infiltration less than the allowed air infiltration through the test
specimen; as such, these test specimens satisfy the requirements of ASTM E 283 and TAS 202.
8.2 Water Infiltration Test
8.2.1 Results — Water Infiltration Test
Table 8.2 provides the results for the water infiltration test conducted per the requirements of
ASTM E 331 and TAS 202.
Table 8.2: Water Infiltration Test Results
Specimen
Test Pressure
Spray Rate
Test Duration
Conclusion
#
h ftz
minutes
1&2
Storefront — w/o doors
12
5.0
15
No Entry
8.2.2 Conclusion — Water Infiltration Test
HTL observed zero (0) water infiltration through these test specimens; as such, these test
specimens satisfy the requirements of ASTM E 331 and TAS 202.
ENGINEER OF RECORD
7/13/2009
REPORT WR]TER
7/13/2009
FLORIDA I GEORGIA 1 TEXAS Test Report #: 0231 - 1203 -08
7 CORPORATE OFFICE Specimen #: 1 - 6
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HTLTEST. COM
7.0 TEST SEQUENCE
Table 7.1 provides a summary of the test sequence for each test specimen tested.
Table 7.1: Test Sequence
Test Specimen 1
Test Specimen 2
Test Specimen 3
Test Specimen 4
1. Air Infiltration Test
1. Air Infiltration Test
1. Positive Pre -Load
1. Small Missile Impact
(Doors)
(Doors)
2. Positive Design Load
2. Positive Cyclic Load
2. Air Infiltration Test
2. Air Infiltration Test
3. Positive Overload
3. Negative Cyclic Load
(Storefront - without
(Storefront - without
4. Negative Pre -Load
doors)
doors)
5. Negative Design Load
3. Positive Pre -Load
3. Positive Pre -Load
6. Negative Overload
4. Positive Design Load
4. Positive Design Load
7. Large Missile Impact
5. Negative Pre -Load
5. Negative Pre -Load
8. Positive Cyclic Load
6. Negative Design Load
6. Negative Design Load
9. Negative Cyclic Load
7. Water Infiltration Test
7. Water Infiltration Test
(Storefront)
(Storefront)
8. Positive Overload
8. Positive Overload
9. Negative Overload
9. Negative Overload
10. Large Missile Impact
10. Forced Entry Resistance
11. Positive Cyclic Load
11. Small Missile Impact
12. Negative Cyclic Load
12. Positive Cyclic Load
13. Negative Cyclic Load
Test Specimen 5
Test Specimen 6
1. Positive Pre -Load
1. Positive Pre -Load
2. Positive Design Load
2. Positive Design Load
3. Positive Overload
3. Positive Overload
4. Negative Pre -Load
4. Negative Pre -Load
5. Negative Design Load
5. Negative Design Load
6. Negative Overload
6. Negative Overload
7. Large Missile Impact
7. Large Missile Impact
8. Positive Cyclic Load
8. Positive Cyclic Load
9. Negative Cyclic Load
9. Negative Cyclic Load
ENGIN R OF RECORD REPO R
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CORPORATE OFFICE Specimen #: 1- 6
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HTLTEST.COM
5.8 Sealants Used
Table 5.5 provides a summary of the sealants used in each test specimen
Table 5.5: Sealant Details
Location
Sealant Description
Perimeter Sealant
Tremco@ Spectrem 2® silicone sealant
Frame Joint Sealant
Tremco ®S ectrem 2® silicone sealant
Glazing Sealant
Dow Comin R 995 Silicone Sbvctural Glazing Sealant
6.0 PRODUCT INSTALLATION
Table 6.1 provides a detailed summary of the product installation. The rough opening allowed for a 3/8"
shim space at the head and jambs. Each anchor into wood had a minimum embed depth of 1 -1/2"
inches. All fastener heads were seated using Tremcop Spectrem 28 silicone sealant.
Table 6.1: Product Instailatinn retails
Elevation #
Substrate
Location
.
Fastener Description
Fastener Schedule
1&2
N/A
Left Jamb
0
None used
N/A
1
Wood
Right Jamb
8
5/16" x 5" Ta cons
5 -1/2" from each end and at 15"
maximum on center thereafter
2
Wood
Right Jamb
9
1/4" x 5" Ta cons
1
Wood
Sill Flashin
6
5/16" x 2" Ta cons
—
1 -1/2 "1 4-1/2" and 7 -1/2" on either side
of the centerline of the door leaves
2
Wood
Threshold
6
1/4" x 2" Ta cons
1
Wood
Sill Flashing
18
5/16" x 2" Ta cons
1 -1/2", 4 -1/2" and 7 -1/2" from each
vertical
Head
18
16w x 3" Tapcons
2
Wood
Sill Flashing
18
_W
1/4" x 2" Tapcons
Head
18
1/4" x 3" Tapcons
3 4 5& 6
N/A
Jambs
0
None used
N/A
3
Wood
Sill Flashing
12
1/4" x 2" Tapcons
1-1/2" and 4-1 2" from each vertical
Head
12
1/4"' x 3" Tapcons
1-1/2" and 4-1/2" from each vertical
4&5
Steel
Sill Flashing
12
1/4" x 2" Elco® DHIFlex®
1 -1/2" and 4-1/2" from each vertical
Head
12
1/4" x 3" Elco® DriiFlex
6
Steel
Sill Flashing
8
t 1/4" x 2" Elco® DrilFlex®
Head
8
1 114" x 3" Elw@ DrilFlex®
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5.5
5.6
Elevation #
Location
Glazin Material T
Sheet
Glass Bite
5
1
Al storefront
5
9/16"
1
B1 storefront
1
Ci storefront
6
2
Ci storefront
6
916°
Hardware
YKK standard hardware was utilized on Elevations 1 and 2.
Weather Stripping
Table 5.3 provides a summary of the weather stripping used in the test specimens.
Table 5.3: Weather Stripping Details
Elevation #
Location
Description
1 & 2
Threshold adjacent to Interior of door bottom rail
Dual durometer PVC bulb gasket
(Part # E2 -0051)
1 & 2
Frame lambs adjacent to interior of door stile
1
Intermediate horizontal adjacent to interior of door
top rail
1&2
Double row on intermediate horizontal adjacent to
door top rails
Pile weatherstrip (Part # E2 -0062)
1&2
Active lock stile adjacent to inactive leaf
18& 2
Exterior of Inactive lock stile adjacent to active leaf
pile weatherstrip (Part # E2 -0087)
2
Interior of inactive lock stile adjacent to active leaf
1
Interior of inactive lock stile adjacent to active leaf
Silicone rubber astragal gasket
Part # E2 -0093
6
Double row in female expansion mullion
Silicone rubber astragal gasket
Part # K2 -2441
5.7 Weep Holes
Table 5.4 provides a summary of the weep holes used in the test specimens.
Table 5.4: WeeD Hole Details
Elevation #
Location
Spacing
Descri tion
All
Sill flashing
Two (2) per location, two (2) per bay, spaced 8" away
from each vertical frame member
3/8" diameter
weeD hole
1
Door threshold
Three (3) per location, spaced 2" from each end and 2"
six 6 total
1/4" diameter
weep hole
Sill flashing @ doors
..apart
Three 3 per location adjacent to weep holes in threshold
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Glass Type G1: 1 -5/16" thick (nominal) insulated laminated glass consisting of the following
components:
- 1/a" heat strengthened glass
- 112" air space
- 1/4" heat strengthened glass
- 0.060" Soluda Saflex& PVB Interiayer (Miami -Dade NOA #06 -0216.06)
- 1/4" heat strengthened glass
5.4.2 Glazing Method
Each glass lite was glazed using the following (typical) procedures:
5.4.2.1 Fixed Lites (Elevations 1. 3, 5-&j6
Interior Side: Using continuous strips of EPDM spacer gasket (Part #E2 -0084) followed by a
1/4" x 7116" continuous bead of Dow Coming& 995 Silicone Structural Glazing Sealant
Exterior Side: Using continuous strips of EPDM wedge gasket (Part #E2 -0083)
5.4.2.2 Fixed Lites (Elevations 2 & 4)
Interior Side: Using continuous strips of EPDM dry glaze gasket (Part #E2 -0088)
Exterior Side: Using continuous strips of EPDM wedge gasket (Part #E2 -0083)
5.4.2.3 Doors
Interior Side: using a single row of 1/4" x 7/16" EPDM spacer gasket (Part #E2 -0085)
followed by a 1/4" x 1/2" continuous bead of Dow Corning® 995 Silicone Structural
Glazing Sealant
Exterior Side: Using continuous strips of EPDM wedge gasket (Part #E2 -0083)
5.4.3 Daylight Opening and Glass Bite
Table 5.2 provides the quantity and type of glass lites for each mock -up. The table also indicates
which sheet of YKK AP AMERICA, INC.'s drawing # MU -YHS 50 to see for the glass type location
and the daylight opening of each mock -up.
Table 5.2: Glass TVDe Details
Elevation #
Glazing Material Type
Sheet
Glass Bite
1
1
Ci storefront
1
9/16"
1
Al (storefront)
1
1
B1 storefront
1
2
A doors
1
2
1
G1 storefront
2
9/16"
2
Fi storefront
2
2
A doors
2
3
2
D1 storefront
3
9/16"
1
El storefront
4
1
Fl storefront
4
9/16"
2
G1 storefront
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REPORT WRITER
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7 I GEORGIA I TEXAS Test Report #: 0231 - 1203 -08
CORPORATE OFFICE Specimen #: 1- 6
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561.881.0020
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Glass Type Al: 1- 5/16" thick (nominal) insulated laminated glass consisting of the following
components:
- 1/4" heat strengthened glass
- 1/2" air space
- 1/4" heat strengthened glass
- 0.075" Solutia Vanceva"m composite interlayer (Miami -Dade NOA #08 -0520.08)
- '/4" heat strengthened glass
Glass Type B1: 1-5/16" thick (nominal) insulated laminated glass consisting of the following
components:
- 1/4" heat strengthened glass
- 1/2" air space
- 1/4" heat strengthened glass
- 0.090" DuPont SenbyGlas® Plus ionopiast intetlayer (Miami -Dade NOA #07- 1116.04)
- 1/4" heat strengthened glass
Glass Type Cl: 9116" thick (nominal) insulated laminated glass consisting of the following
components:
- 1/4" heat strengthened glass
- 1 /2" air space
- 1/4" heat strengthened glass
- 0.100" Solutia Saflex® HP PVB Interlayer (Miami -Dade NOA # 08- 0206.01)
- 1/4" heat strengthened glass
Glass Type D1: 1 -5/16" thick (nominal) insulated laminated glass consisting of the following
components:
- 1/4" heat strengthened glass
- 1/2" air space
- 1/4" heat strengthened glass
- 0.090" DuPont Butacite® PVB Interlayer (Miami -Dade NOA #05- 1208.02)
- 1/4" heat strengthened glass
Glass Type E1: 9/16" thick (nominal) insulated laminated glass consisting of the following
components:
- 1/4" heat strengthened glass
- 1 /2" air space
- 1/4" heat strengthened glass
- 0.090" Solutia Saflexp PVB Interiayer (Miami -Dade NOA #06- 0216.06)
- 1/4" heat strengthened glass
Glass Type F1: 1 -5/16" thick (nominal) insulated laminated glass consisting of the following
components:
- 1/4" heat strengthened glass
- 1/2" air space
- 1/4" heat strengthened glass
- 0.060" DuPont Butadtep PVB Interlayer (Miami -Dade NOA #05- 1208.02)
- 1/4" heat strengthened glass
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561.881.0020
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5.1.3 Threshold Assembly (Elevation 1)
The threshold attachment (Part # E9-0503) was secured to the threshold (Part # E9 -0502) using
seven (7), #10 x 1 /2" FH SMS.
5.1.4 Frame Joint Sealant
Each frame joint was sealed using a bead of Tremco® Spectrem 2® silicone sealant
5.1.5 Glass Stops
The removable glass stops were slide fit to the adjacent framing member.
5.1.6 Anchor Fillers
There was one (1), 9" long anchor filler (Part #Ei -1073) located at each end of each head and
sill member. These anchor fillers were snap assembled to the adjacent framing member. The 2-
1/2" long anchor fillers used at the jambs (Part # E1 -1068 - Elevations 1 & 2 only) were snap -fit
to the adjacent frame member at each anchor location.
5.1.7 Mullion /Jamb Fillers
The doorjamb mullion (Part # E9 -0656) and intermediate mullion /jamb (Part # E9 -0655) filters
were snap fit to the adjacent framing member. These fillers were additionally secured using a
single row of fasteners [ #10 x 1" FH MS (Type F) for Part # E9 -0656 and #10 x 1/2" FH MS (Type
F) for Part # E9 -0655] spaced 9" on center.
5.1.8 Pocket Filler @ Transom
The pocket filler (Part # E9 -0515) was snap fit to the door jamb mullion.
5.2 Operable Leaf Construction
There was a pair YKK 35H Entrance Doors installed into the right bay of Elevations 1 and 2 in accordance
with YKK's published installation instructions. HTL verified the door construction per YKK AP AMERICA,
INC.'s drawing # MU -YHS 50 (sheets 9 and 10) located in Appendix A.
5.3 Reinforcement (Elevation 6,)
The intermediate mullion assembly was reinforced with a 118" x 4" x 113 -3/8" (long) steel bar. This steel
bar was attached to the female expansion mullion using a double row of 1/4 -20 x 3/4" HWH MS (Type F)
spaced @ 9" on center - (staggered).
5.4 Glazina Details
5.4.1 Glazing Materials
Glass Type A: 9/16" thick (nominal) laminated glass consisting of the following components:
1/4" heat strengthened glass
0.075" Solutia VancevaTM composite interlayer (Miami -Dade NOA #08 -0520.08)
'/4" heat strengthened glass
ENGINEER OF RECORD
AV'r-
7/13/2009
REPORT WRITER
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9 I GEORGIA I TEXAS Test Report #: 0231- 1203 -08
CORPORATE OFFICE Specimen #: 1 - 6
6655 Garden Road Page: 3 of 23
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561.881.0020
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5.0 PRODUCT DESCRIPTION
5.1 Frame Construction
The framing members were fabricated using the aluminum extrusions defined in Table 5.1.
Table 5.1: Aluminum Extrusion Details
Description
Part #
Overall Cross - Section
AJ12)LTem22r
Frame Head Jambs
E9 -0651
5.000"
x 2.500"
x 0.079"
6063 -T6
Sill Flashing
E9 -0619
2.500"
x 5.000"
x 0.091"
6063 -T5
Frame Sill
E9 -0652
4.969"
x 2.500"
x 0.079"
6063 -T5
Threshold Elevation 1
E9 -0502
5.323"
x 0.875"
x 0.110"
6063 -T5
Threshold Attachment Elevation 1
E9 -0503
3.512"
x 0.433"
x 0.110"
6063 -T5
Threshold Elevation 2
E9 -0487
4.500"
x 0.504"x
0.110"
6063 -T5
Intermediate Horizontal
E9 -0517
4.969"
x 3.000"
x 0.094"
6063-T5
Left Jamb Intermediate Mullion
E9 -0654
2.500"
x 5.000"
x 0.091"
6063 -T6
Door Jamb Mullion
E9 -0504
3.000"
x 5.000"
x 0.197"
6063 -T6
Door Jamb Mullion Filler
E9 -0656
1.390"
x 3.898" x 0.079"
6063 -T5
Female Expansion Mullion Elevation 6
E9 -0688
1.281"
x 5.000"
x 0.091"
6063 -T6
Male Expansion Mullion Elevation 6
E9 -0689
1.875"
x 5.000"
x 0.091"
6063 -T6
Intermediate Mullion Jamb Filler
E9 -0655
0.799"
x 3.898"
x 0.079"
6063 -T5
Glass Stops @ Sill
. E9 -0658
1.630"
x 1.437"
x 0.047'
6063T5
Exterior Glass Stop @ Transom
E9 -0506
0.874"
x 1.000"
x 0.047"
6063 -T5
Pocket Filler @ Transom
E9 -0515
1.039"
x 3.514"
x 0.059"
6063 -T5
Anchor Filler @ Head & Sill
E1 -1073
0.886" x 3.898"
x 9.000" long
6063 -T5
Anchor Filler @ Jambs
E1 -1068
0.886"
x 3.898"
x 2.500" long
6063 -T5
5.1.1 Typical Frame Comer'Construction
At each frame corner, the vertical frame member ran through while the horizontal frame member
ends were square cut, butted, and mechanically fastened to the vertical using four (4), #12 x 1-
1/4" PH SMS (Type AB). At the door frame members the corners were fastened using # 12 x 1"
PH SMS (Type AB) fasteners, three (3) at the transom bar (Elevations 1 and 2) and two (2) at
the threshold (Elevation 1 only).
5.1.2 Sill Flashing
The first step In the assembly of the overall sample was to place a continuous sill flashing (Part #
E9 -0619) across the entire width of the opening. This extrusion was notched or modified at the
door locations. A continuous perimeter bead of Tremco@ Spectrem 2@ silicone sealant was
applied on both the exterior side and centerline of the sill flashing. Each frame sill was attached
to the sill flashing using two (2), #14 x 1 -1/2" PH SMS (Type AB) spaced 1 -1/2" and 3" from
each vertical. The threshold on Elevation 1 was attached to the sill flashing using eight (8), #14
x 1 /2" PH SMS (Type AB). These fasteners were spaced 1 -1/2" and 3" from each door frame
Jamb and on each side of the door centerline. A continuous bead of Tremco® Spectrem 2@
silicone sealant was applied in the raceway (or interior leg of the modified extrusion on Elevation
1) of the sill flashing prior to overall frame assembly. NOTE: There was an end dam (Part # Ei-
1050 attached to each end of the sill flashing using two (2), #12 x 5/8" PH SMS.
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4.3 Performance Class: Table 4.1 provides the performance class for each specimen
number.
4.4 Overall Size & Configuration:
4.5 Quantity & Size of Operable Leaves:
4.6
4.7
Table 4.1: Specimen Performance Class
Elevation
SDedmen #
Performance Class
1 5& 6
1 5& 6
+70.00/-70.00 psf Design Pressure
2
2
+57.10/-55.00 psf Design Pressure
3
3
+%00/-50.00 psf Design Pressure
4
4
+57.10 -57.10 psf Design Pressure
Table 4.2 provides the overall size for each mock-up/specimen
number. The table also indicates which sheet of YKK AP
AMERICA, INC.'s drawing # MU -YHS 50 to see for the
configuration of each mock -up.
Table 4.2: Specimen Overall Size
Elevation
Specimen #
Overall Size
Sheet
1
1
209" w x 108" h
1
2
2
209" w x 120" h
2
3
3
92-1/2" w x 120"
3
4
4
164-1/2- w h
4
5
5
�1200"
128 -1 2" w 0" h
5
6
6
110 -3 4" w " h
6
Table 4.3 provides the quantity and size of the door leaves for
each mock -up /specimen number.
Table 4.3: Door Leaf Quantity & Size
Elevation
Se2cimen #
# of Leaves
Leaf Size Nominal
1
1
2
42" w x 84" h
2
2
2
42" w x 84" h
345 &6
345 &6
None
NA
Drawing: This test report is incomplete if not accompanied by YKK AP
AMERICA, INC.'s drawing # MU YHS 50 (sheets 1 through 19)
bearing the ink stamp of Hurricane Test Laboratory, LLC.
Sample Source: Samples provided by YKK AP AMERICA, INC.
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YKK AP AMERICA, INC.
YHS 50 FI Storefront w /35H Door
Test Report #: 0231- 1203 -08
1.0 MANUFACTURER'S IDENTIFICATION
1.1 Name of Applicant: YKK AP AMERICA, INC.
332 Firetower Road
Dublin, Georgia 31021
Voice: (478) 277 -2549
Fax: (478) 277 -2500
1.2 Contact Person: Shane Tanner /Chris Moody
2.0 LABORATORY IDENTIFICATION
2.1 HTL Test Notification: HTLO8050
2.2 HTL Lab Certifications: Miami -Dade County (05- 1014.01); Florida Building Code;
(TST1527); IAS (TL -244); AAMA; WDMA; Keystone Certificate;
Texas Department of Insurance
3.0 SCOPE OF WORK
3.1 Introduction
YKK AP AMERICA, INC. retained HTL, LLC to conduct Florida Building Code standard testing on their YHS
50 FI Storefront w /35H Door system.
3.2 Report Information
Table 3.1 provides the test dates for each mock -up and specimen number.
Table 3.1: Specimen Test Dates
Elevation
S men #
Test Date
1
1
1/5/09 — 1/8/09
2
2
121608 - 121808
3
3
1/6/09 — 3/25/09
4
4
121608 - 121708
5
5
1509 -12109
6
6
121708 - 121808
4.0 PRODUCT IDENTIFICATION
4.1 Product Type: Storefront (with and without Door)
4.2 Model Designation: YHS 50 FI Storefront w /35H Door
ENGINEER OF RECORD
Vinu J. Abr ham, P.E.
FL Reg. #53820
7/13/2009
Z RE RIFER
ela Abramczyk
7/13/2009
> YHS 50 F1
Impact Resistant and Blast Mitigation Storefront System Specifications
1.01 SUMMARY
A. Section includes: Aluminum Storefront Systems
1. YKK AP Series YHS 50 A Impact Resistant Storefront System (Insulated Glazing)
B. Related Sections:
1. 08410 35H Impact Resistant Heavy Duty Swing Doors.
2. Glass: Contact YKK AP for approved glass types.
3. Glazing: Dow Corning® 995 Structural Silicone for large missile.
1.02 SYSTEM DESCRIPTION
A. Performance Requirements: Provide aluminum storefront systems that comply with performance requirements indicated,
as demonstrated by testing manufacturers assemblies in accordance with Florida Building Code Protocol TAS -201, TAS -202
and TAS -203.
1. Air Infiltration: Completed storefront systems shall have 0.06 CFM /FT2 (1.10 m3 /h.m2) maximum allowable infiltration when
tested in accordance with ASTM E 283 at differential static pressure of 6.24 psf (299 Pa).
2. Water Infiltration: No uncontrolled water when tested in accordance with ASTM E 331 (or when required, field
tested in accordance with AAMA 503) at test pressure differential of: 12 PSF (575 Pa). Fastener Heads must be
seated and sealed against Sill Flashing on any fasteners that penetrate through the Sill Flashing.
3. Wind Loads: Completed storefront system shall withstand wind pressure loads normal to wall plane indicated:
a. Exterior Walls:
1) Positive Pressure: 70 psf.
2) Negative Pressure: 70 psf.
4. Deflection: Maximum allowable deflection in any member when tested in accordance with ASTM E 330 with allowable stress
in accordance with AAMA Specifications for Aluminum Structures.
a. L/175 or 3/4" (19.1mm) maximum.
5. Thermal Movement: Provide for thermal movement caused by 180 degrees F. (82.2 degrees C.) surface temperature, without
causing buckling stresses on glass, joint seal failure, undue stress on structural elements, damaging loads on fasteners,
reduction of performance, or detrimental effects.
2.01 MANUFACTURERS
A. Acceptable Manufacturers: YKK AP America Inc.
1. Storefront System: YKK AP YHS 50 FI Impact Resistant Storefront System.
B. Storefront Framing Systems:
1. Description: Center set, exterior flush glazed; jambs and vertical mullions continuous; head, sill, intermediate horizontal attached
by screw spline joinery. Continuous and wept sill flashing.
2. Components: Manufacturer's standard extruded aluminum mullions, entrance doors, framing, and indicated shapes, perimeter
anchor fillers and steel reinforcing as required.
3. Glazing: Manufacturer's standard glazing stops with EPDM glazing gaskets to prevent water infiltration at the exterior
and Dow Corning 995 Structural Silicone Adhesive with fixed stops at the interior for large missile. EPDM interior gasket for
small missile and non - impact applications.
2.02 MATERIALS
A. Extrusions: ASTM B 221 (ASTM B 221M), 6063 -T5 and 6063 -T6 Aluminum Alloy.
2.03 ACCESSORIES
A. Manufacturer's Standard Accessories:
1. Fasteners: Zinc plated steel concealed fasteners; Hardened aluminum alloys or AISI 300 series stainless steel exposed fasteners.
2. Glazing: Setting blocks, edge blocks, and spacers in accordance with ASTM C 864, shore durometer hardness as recommended
by manufacturer; Glazing gaskets in accordance with ASTM C 864.
3. 0.050 Aluminum Sill Flashing End Dams must have 3 point attachment.
2.06 FINISHES
A. Anodic Coating: Electrolytic color coating followed by an organic seal applied in accordance with the requirements of AAMA 612.
B. High Performance Organic Coating Finish: Type Factory applied two -coat 70% Kynar resin by Arkema or 70% Hylar resin by Solvay
Solexis, fluoropolymer based coating system, Polyvinylidene Fluoride (PVF -2), applied in accordance with YKK AP procedures
and meeting AAMA 2605 specifications.
For additional information on architectural aluminum products offered by YKK AP America Inc. visit our web site at www.ykkap.com.
02012 YKK AP America Inc. is a subsidiary of 49 YKK Corporation of America. 02- 5007 -02
6�(
2009 IECC
COMcheck Software Version 3.9.0
Envelope Compliance Certificate
Section 1: Project Information
Project Type: New Construction
Project Title: ISLAND STYLES
Construction Site.
23 TYBRISSA
TYBEE ISLAND, GA
R co
MAR 13 2014 Sd
DEPT. OF BUILDING SAFETY
& REGULATORY SERVICES
Owner /Agent: Designer /Contractor:
MARK BOSWELL
BOSWELL DESIGN
Section 2: General Information
Building Location (for weather data): Savannah, Georgia
Climate Zone: 2a
Building Type for Envelope Requirements: Non - Residential
Vertical Glazing / Wall Area Pct.: 9%
Activity T Floor Area
Office 6300
Section 3: Requirements Checklist
Envelope PASSES: Design 2% better than code.
Climate-Specific Requirements:
�Z�l
':;Of L- TT'910 -ro I AP-
o7ni I, -a j
Component Name /Description Gross Cavity Cont. Proposed Budget
Area or R -Value R -Value U- Factor U- Factorial
Perimeter
Koot is Metal Building, Standing Seam
6300
0.0
1 9 0
0.051
0.055
Exterior Wall 1: Metal Building Wall
1700
1JQ
13.0
0.046
0.093
Window 1: Metal Frame:Double Pane with Low -E, Clear, SHGC
240
—
0.280
0.24, PF 3.00
0.750
Window 2: Metal Frame:Double Pane, Clear, SHGC 0.27, PF 100
240
—
–
0280
Door 1: Glass (> 50% glazing):Metal Frame, Entrance Door, SHGC
105
—
—
0.500
0.750
1.100
1.00, PF 3.00
Exterior Wall 2: Metal Building Wall
1700
13.0
13.0
0.046
0.093
Door 2: Insulated Metal, Swinging
42
—
-
0.500
0.700
Exterior Wall 3: Metal Building Wall
1672
13.0
13.0
0.046
0.093
Exterior Wall 4: Metal Building Wall
1672
13.0
1`3_0
0.046
0.093
Floor 1: Slab- On- Grade:Unheated
6300
—
-_
—
—
(a) Budget U- factors are used for software baseline calculations ONLY, and are not code requirements.
Air Leakage, Component Certification, and Vapor Retarder Requirements:
M/1 - All joints and penetrations are caulked, gasketed or covered with a moisture vapor - permeable wrapping material installed in accordance
with the manufacturer's installation instructions.
R12. Windows, doors, and skylights certified as meeting leakage requirements.
� /Component R- values & U- factors labeled as certified.
LJx• No roof insulation is installed on a suspended ceiling with removable ceiling panels.
ther' components have supporting documentation for proposed U- Factors.
6. Insulation installed according to manufacturer's instructions, in substantial contact with the surface being insulated, and in a manner that
achieves the rated R -value without compressing the insulation.
Project Title: ISLAND STYLES Report date: 03/12114
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COM CHECK.cck Page 1 of 2
Stair, elevator shaft vents, and other outdoor air intake and exhaust openings in the building envelope are equipped with motorized
dampers.
U', 8. Cargo doors and loading dock doors are weather sealed.
9. Recessed lighting fixtures installed in the building envelope are Type IC rated as meeting ASTM E283, are sealed with gasket or caulk.
Section 4: Compliance Statement
Compliance Statement: The proposed envelope design represented in this document is consistent with the building plans, specifications
and other calculations submitted with this permit application. The proposed envelope system has been designed to meet the 2009 IECC
requirements in COMcheck Version 3.9.0 and to comply with the mandatory requirements in the Requirements Checklist.
MASZ-V- jpot� t�it,� _�� �, 1�0-Q I
Name - Title Signature Date
Project Title: ISLAND STYLES Report date: 03/12/14
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COM CHECK.cck Page 2 of 2
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