Plan Review Reference Guide For On-Line Windows/Doors Permit

Without 25% Protection Exemption W A R N I N G

ON-LINE PERMITTING IS OFFERED AS A CONVENIENCE TO THE CONTRACTING COMMUNITY. WHEN PLANS, SPECIFICATIONS AND/OR OTHER PROJECT INFORMATION REQUIRES REVIEW BY THE BUILDING SERVICES STAFF, WE CAUTION AGAINST PROCEEDING WITH THE PROJECT UNTIL THE REVIEW HAS BEEN COMPLETED & APPROVED AND THE INSPECTION “ON HOLD” STATUS HAS BEEN UPDATED TO REMOVE THE INSPECTION HOLD. ISSUANCE OF THE PERMIT IN AN “ON HOLD” STATUS HALTS ANY INSPECTION REQUESTS; HOWEVER IT DOES NOT LIMIT THE CONTRACTOR FROM PROCEEDING WITH THE WORK. ALL WORK STARTED PRIOR TO REMOVAL OF THE HOLD IS THE SOLE RESPONSIBILITY OF THE CONTRACTOR. IT IS UNDERSTOOD THAT BY SUBMITTING THESE FORMS ELECTRONICALLY THAT THE LICENSED CONTRACTOR HAS REVIEWED THIS PERMIT PACKAGE FOR ACCURACY AND CODE COMPLIANCE.

Permit Package Prepared By: Contact Telephone # TURTLE GLAZING NOTE – WHERE REQUIRED, GLAZING INSTALLED SHALL MEET THE REQUIREMENTS FOR MARINE TURTLE

NESTING AREAS.

INSTRUCTIONS 1. Window and Door Permits applied for On-Line will automatically be placed in an “On Hold” status until this package is reviewed and approved.2. Do not use this package to submit engineered designs electronically. Engineered designs must be submitted and reviewed in our office.3. This Plan Review Package has been designed to be submit electronically through the use of a fillable pdf file format. You will enter all required

information and click all boxes necessary to illustrate and describe all window/door work to be completed. Additional specific instructions arelocated at the top of those pages where necessary.

4. A Plan View diagram of the structure must be scanned and electronically submitted with this package by attaching the scanned/pdf informationto the submittal email. A diagram should be provided for each floor. The diagram(s) must substantially comply with the examples providedand must contain all information required for the review of the completed package.

5. Please save an electronic copy for your records. You must include the “CW” Permit number in pdf-file name and attach the scanned pdf-file(fillable pdf & the scanned diagram(s)) to your email submittal, and email with the “CW” Permit number in the subject line andsend to: windowsdoorssubmit@pinellascounty.org

6. Fees may be adjusted according to the scope of work and number of required inspections as stated in the current Building Services Fee schedule.

GENERAL PROJECT INFORMATION

Permit Number CW - Date Submitted

Contractor Name License Number

Project Address

BUILDING TYPE

1 & 2 Family/Townhouse Condominium/Apartment Commercial

DESIGN PRESSURE VARIABLES

Building Mean Roof Height Risk Category I (135 MPH) II (145 MPH) III (155 MPH) IV (155 MPH)

Exposure B C D

Impact Protect ion (Impact Products Required- Check All That Apply)

Products To Be Installed

All Impact All Non-Impact Mix of Impact and Non-Impact

Impact- Panels, Shutters, Storm Fabric, etc. Wood Structural Panel Protection Per R301.2.1.2 or 1609.1.2 Exception #1

Customer has opening protection Existing protection approval #

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PRODUCT APPROVALS List Each Type of Window, Door and/or Impact Protection Shown On Diagram(s) Submitted

Manufacturer Series & Style FL# or NOA Impact Non-Impact

Opening Number(s)

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Window/Door Replacement Diagram (Example) Diagram Instructions

1. This diagram will be used to depict the location of the existing windows & doors and to identify which windows and/or doors are being replaced.2. Draw a Plan View outline of the structure. Scale is not required. The front of the structure faces the bottom of the sheet.3. Label and number all openings starting with the front door and continue clockwise around structure. 4. Mark the location of units to be replaced with an “X”. 5. Provide the Size (width x height) and Type (see key below) of all windows & doors to be replaced.6. Provide the Wall Zone and the component and cladding +/- pressures for each opening where the existing window or door is being replaced with

a new unit. (See pages 5 and 6)7. Provide a separate diagram for each Floor Level/Story. (See template provided on page 4) 8. Scan the Diagram(s) with page 1 & 2 of the submittal package and attach it to the email Plan Review Submission.

Floor Level/Story # Typical Window Height From Grade Diagram # of

FRONT OF STRUCTURE Type Key

CIR = Circle, CSMT-L = Left Hinge Casement, CSMT-R = Right Hinge Casement, DH = Double Hung, ED = Entry Door, EYE = Eyebrow, EYEL = Eyebrow w/leg, FG = Fixed Glass, FRD = French Door, GC = Garden Door, GD = Garage Door, HR = Half Round, HRL = Half Round w/leg, PENT = Pentagon, PW = Picture Window, SGD = Sliding Glass Door, SH = Single Hung, TRAP = Trapezoid, REC = Rectangle

X

X

X

X

X

X

X

#3 #11 #2 #1

#4 36” x 80” ED

Zone 4 Garage

_____ + PSF _____ - PSF

#5 48” x 60” DH

Zone 5 Dining

_____ + PSF _____ - PSF

#6 48” x 60” DH

Zone 4 Kitchen

_____ + PSF _____ - PSF

#7 96” x 80” SGD

Zone 4 Living Room _____ + PSF _____ - PSF

#8 30” x 60” DH

Zone 5 Bedroom

_____ + PSF _____ - PSF

#9 30” x 24” DH

Zone 4 Bathroom

_____ + PSF _____ - PSF

#10 30” x 60” DH

Zone 5 Bedroom

_____ + PSF _____ - PSF

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Window/Door Replacement Diagram Template Diagram Instructions

1. This diagram will be used to depict the location of the existing windows & doors and to identify which windows and/or doors are being replaced. 2. Draw a Plan View outline of the structure. Scale is not required. The front of the structure faces the bottom of the sheet.3. Label and number all openings starting with the front door and continue clockwise around structure. 4. Mark the location of units to be replaced with an “X”. 5. Provide the Size (width x height) and Type (see key below) of all windows & doors to be replaced.6. Provide the Wall Zone and the component and cladding +/- pressures for each opening where the existing window or door is being replaced with a

new unit.7. Provide a separate diagram for each Floor Level/Story.8. Scan the Diagram(s) with page 1 & 2 of the submittal package and attach it to the email Plan Review Submission.

Floor Level/Story # Typical Window Height From Grade Diagram # of

FRONT OF STRUCTURE Type Key

CIR = Circle, CSMT-L = Left Hinge Casement, CSMT-R = Right Hinge Casement, DH = Double Hung, ED = Entry Door, EYE = Eyebrow, EYEL = Eyebrow w/leg, FG = Fixed Glass, FRD = French Door, GC = Garden Door, GD = Garage Door, HR = Half Round, HRL = Half Round w/leg, PENT = Pentagon, PW = Picture Window, SGD = Sliding Glass Door,

SH = Single Hung, TRAP = Trapezoid, REC = Rectangle

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TABLE R301.2 (2) INTERPOLATED for 145 MPH COMPONENT AND CLADDING LOADS FOR A BUILDING WITH A MEAN

ROOF HEIGHT OF 30 FEET LOCATED IN EXPOSURE B (ASD) (psf) a, b, c, d, e, f, Ultimate Design Wind Speed, Vult 145 mph

Wall Zone

Effective Wind Area psf psf

4 10sf +22.75 -244 20sf +21.7 -23.54 50sf +20.35 -21.54 100sf +19.3 -20.54 500sf +16.95 -18.55 10sf +22.75 -305 20sf +21.7 -285 50sf +20.35 -255 100sf +19.3 -23.55 500sf +16.95 -18.5

a) The effective wind area shall be equal to the span length multiplied by an effective width. This width shallbe permitted to be not less than one-third the span length. For cladding fasteners, the effective wind areashall be not greater than the area that is tributary to an individual fastener.

b) For effective areas between those given, the load shall be interpolated or the load associated with thelower effective area shall be used.

c) Table values shall be adjusted for height and exposure by multiplying by the adjustment coefficient inTable R301.2 (3).

d) See Figure R301.2 (7) for location of zones.e) Plus and minus signs signify pressures acting toward and away from the building surfaces.f) Table values have been multiplied by 0.6 to convert component and cladding pressures to ASD.

TABLE R301.2 (3): HEIGHT & EXPOSURE ADJUSTMENT COEFFICIENTS FOR TABLE R301.2 (2)

EXPOSURE MEAN ROOF

HEIGHT B C D

15 1 1.21 1.47 20 1 1.29 1.55 25 1 1.35 1.61 30 1 1.4 1.66 35 1.05 1.45 1.7 40 1.09 1.49 1.74 45 1.12 1.53 1.78 50 1.16 1.56 1.81 55 1.19 1.59 1.84 60 1.22 1.62 1.87

FLORIDA BUILDING CODE - RESIDENTIAL, 6th EDITION (2017)

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θ ≤ 7°

7° < θ ≤ 45°7° < θ ≤ 27°

θ ≤ 7°

θ

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7° < θ ≤ 45° 7° < θ ≤ 27°

a

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a

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5

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GABLE ROOFS

GABLE ROOFSHIP ROOFS

WALLS

TABLE 301.2(4)

For SI: 1 foot = 304.8 mm, 1 mile per hour = 1.609 km/h, 1 psf = 47.88 N/m2.1. For door sizes or wind speeds between those given above the load may be interpolated, otherwise use the load associated with the lower door size.2. Table values shall be adjusted for height and exposure by multiplying by the adjustment coefficient in Table R301.2(3).3. Plus and minus signs signify pressures acting toward and away from the building surfaces.4. Negative pressures assume door has 2 feet of width in building’s end zone.5. Table values include the 0.6 load reduction factor.

Door Size ULTIMATE DESIGN WIND SPEED (Vult) DETERMINED IN ACCORDANCE WITH SECTION R301.2.1 (MPH–3 SECOND GUST)

Width(ft)

Height(ft) 100 mph 110 mph 120 mph 130 mph 140 mph 150 mph 160 mph 170 mph 180 mph 190 mph 200 mph

9 7 +9.6 -10.9 +11.4 -12.9 +13.7 -15.5 +16.1 -18.2 +18.5 -20.9 +21.3 -24.1 +24.3 -27.5 +27.6 -31.2 +30.6 -34.6 +34.2 -38.6 +38.0 -43.0

16 7 +9.2 -10.3 +10.9 -12.2 +13.1 -14.6 +15.5 -17.2 +17.7 -19.7 +20.4 -22.7 +23.3 -26.0 +26.4 -29.4 +29.3 -32.6 +32.7 -36.5 +36.4 -40.6

78 mph 85 mph 93 mph 101 mph 108 mph 116 mph 124 mph 132 mph 139 mph 147 mph 155 mph

Nominal Design Wind Speed (Vasd) converted from Vult per Section R301.2.1.3

Commercial Buildings, Condominiums or Apartment Buildings: How to determine Zone 5 widthThe building wall Zone 5 width (a = ___ ) for a commercial buildings, condominiums or apartment buildings that are not a 1 or 2 family dwellings or town-homes, shall be calculated based on ASCE 7:

a = 10 percent of least horizontal dimension or 0.4h, whichever is smaller, but not less than either 4% of least horizontal dimension or 3 ft.

Example: Building is 60 ft. wide x 200 ft. long x 36 ft. heightLeast horizontal dimension: 60 ft. x .10 = 6 ft.or 0.4h: 0.4 x 36 ft. = 14.4 ft. {so 6 ft. is smaller} But not less than either 4% of least horizontal dimension or 3 ft. .04 x 60 ft. = 2.4 ft. or 3 ft. {so use 6 ft.} In this example Zone 5 width: a = 6 ft.

For SI: 1 foot = 304.8 mm, 1 degree = 0.0175 rad.Note: a = 4 feet in all cases.

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FIGURE 301.2(7) COMPONENT AND CLADDING PRESSURE ZONES

NOMINAL (ASD) GARAGE DOOR WINDLOADS FOR A BUILDING WITH A MEAN ROOF HEIGHT OF 30 FEET LOCATED IN EXPOSURE B (PSF) 1, 2, 3, 4, 5

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600

Feet

1,50

0 Fe

et

Shoreline

D Terrain B or C Terrain

0 – 600 Feet from Shoreline

Design to Exposure D

600-900 Feetfrom Shoreline

Design to Exposure C

Exposure Category Diagram FBC 1609.4.2/3

The Exposure Category is determined based on the location of the structure in relation to the shoreline of open water (which is Surface Roughness D in the upwind direction for a distance of at least 5,000 feet), see the example in the diagram shown above. You can use the Pinellas County WEBGIS (PUBLIC) Viewer at the Internet address listed below or use an Internet mapping program with a measuring tools such as Google maps.

http://gis.pinellascounty.org/apps/WebGISPublic/

1,500 Feet from Shoreline Design to Exposure

B

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