Master Permit No.
Contractor's Name
Process No.
Job Address
Municipality
County
State
Type of Solar Array
Solar Panel Manufacturer
Solar Module Model No.
Florida Solar Energy Center Certification No.
Structural Support Type
Support Spacing
Provide Roof Top Location of the Solar Modules
P(1) Field of Roof
(P) 2 Perimeter of Roof
Perimeter Width (a')
Solar Modules Shall Not Be Installed in (P) 3 Corners of any Roof or Roof
Section
Calculated Roof Uplift Pressures per ASCE -10
Calculated P(1) pressure (psf)
Calculated P(2) pressure (psf)
Prescriptive Steep Slope Roof Uplift Pressures per RAS-127 ¹
Prescriptive Low Slope Roof Uplift Pressures per RAS-128 ²
Roof Slope
Roof Mean Height (ft)
¹ RAS-127 steep slope roofs 2:12 & ² RAS-128 low slope roofs < 2:12
Test Protocols for High-Velocity Hurricane Zones
New Roof (requires separate roof permit)
Re-Roof (requires separate roof permit)
Existing Roof
Page 1 of 3
City of Miami Beach HVHZ Electronic Solar Permit Form
Wind Exposure Category per ASCE-10
Exposure C
Exposure D
Roof Type
Deck Type
Select Solar Array Type
Select Roof Deck Type
Select Roof Type
Select Prescriptive P (1) Pressures
Select Prescriptive P (2) Pressures
Minimum 2.5" Embedment, Pilot Hole Required
Angle Support Stand-Off
S Clamps (Standing Seam Metal Roofs )
Other Mount Type
Mount Spacing Field P (1)
Mount Spacing Perimeter P (2)
Other Mount Type
Roof Top Solar Array Attachment
Is the Solar Array Installed Parallel to the Roof Surface?
Yes No
Is the Solar Array Installed Inclined to the Roof Surface?
Yes
No
a. Solar Module Size
c. Total Installed Modules
d. Total Area of Installed Modules {b xc} (ft²)
e. Total weight of Modules & Attachment Rails (lbs.)
f. Total Number of Roof Attachment Points
Weight per Attachment Point {e ÷ f} (lbs.)
Roof Top Mounting Bracket Type
b. Module Area (ft²)
Page 2 of 3
Solar Module Weight (lbs.)
Solar Rack System
City of Miami Beach HVHZ Electronic Solar Permit Form
Select Fastener Type
Provide # of Fasteners Per Mount
Support Rail Height Above Finished Roof Surface
Provide # Support Rails in Field P(1)
Provide # Support Rails in Perimeter P (2)
PVL Product Control Approval No.
PVL Manufacturer
PVL Model No.
* Roof System Product Approval Number
* With PVL Module Listed as an Approved Component
* PVL Maximum Design Pressure
* From Roof System Product Approval
Does the Roof System Have a Class "A" Fire Rating with the PVL as a Tested Component?
Yes
No
A Separate Roof Permit is Required for Adhered PVL Modules
PVL Modules Shall Not be Installed in Zone (P) 3 Corners of any Roof or Roof Section
Provide Roof Top Location of the PVL Modules
P(1) Field of
Roof
(P) 2 Perimeter of
Roof
Perimeter Width (a')
Calculated Roof Uplift Pressures per ASCE -7
Prescriptive Steep Slope Roof Uplift Pressures per RAS-127 ¹
Prescriptive Low Slope Roof Uplift Pressures per RAS-128 ²
Calculated P(1) pressure (psf)
Calculated P(2) pressure (psf)
¹ RAS-127 steep slope roofs 2:12 & ² RAS-128 low slope roofs < 2:12
Test Protocols for High-Velocity Hurricane Zones
Photovoltaic Laminate Modules (PVL) Adhered Directly to Roof Systems
Page 3 of 3
Wind Exposure Category per ASCE-10
Exposure
C
Exposure D
Roof System Type
City of Miami Beach HVHZ Electronic Solar Permit Form
Print Form
Reset Form
Select Prescriptive P (1) Pressures
Select Prescriptive P (2) Pressures