Wind Load Surface Area definition

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Wind Load Surface Area means the Flat Plate Equivalent Area, as defined in ANSI TIA standards, of any appurtenance (excluding all mounts, platforms, cables and other non-operating equipment) at ninety degrees (90º) perpendicular to wind direction, possessing the characteristics of flat material, with associated drag factors. Licensor/Licensee shall be responsible for the costs of all structural modifications to the Tower, including the costs of related Government Approvals or other approvals, to support the Allowed Wind Load Surface Area. In the event that Licensee has used the Allowed Wind Load Surface Area and an installation of Communication Facilities within the Primary RAD Space will require structural modifications to comply with the Structural Standards, Licensee will pay Licensor for the portion of the structural modifications that is necessary to support Licensee’s loading in excess of the Allowed Wind Load Surface Area. In the event that Licensee has used the Allowed Wind Load Surface Area and an installation of Communication Facilities within the Additional RAD Space will require structural modifications to comply with the Structural Standards, Licensee may, in its sole discretion, pay Licensor either (i) the portion of the structural modifications that is necessary to support Licensee’s loading in excess of the Allowed Wind Load Surface Area; or (ii) an incremental increase in Rent in accordance with Section 4(d) of this Agreement. In no event shall Licensee be responsible for Tower modification costs to support the installations of other licensees or for the Tower to comply with applicable law so long as Licensee’s installation is within the Allowed Wind Load Surface Area.

Examples of Wind Load Surface Area in a sentence

Schedule 9(c) attached hereto contains sample calculations of the Wind Load Surface Area for hypothetical configurations of Communications Equipment; provided that the example calculations set forth in Schedule 9(c) are intended as examples only and not as a limitation or prescription on the configurations of the actual T-Mobile Communications Equipment.
To the extent that any piece of Additional Equipment causes the Aggregate Wind Load Surface Area of all Verizon Communications Equipment in a RAD center that is not located in Verizon’s Primary Tower Space to exceed the number of square inches permitted to Verizon Collocator with respect to such RAD center under Section 9(d)(ii)(A)(2), Verizon Collocator shall pay additional rent in an amount equal to the additional rent calculated under Exhibit G for such Additional Equipment.
To the extent that any piece of Additional Equipment causes the Aggregate Wind Load Surface Area of all Verizon Communications Equipment in Verizon’s Primary Tower Space to exceed the number of square inches permitted to Verizon Collocator in connection with Verizon’s Reserved Amount of Tower Equipment, Verizon Collocator shall pay additional rent in an amount equal to the additional rent calculated under Exhibit G for such Additional Equipment.
Subject to available space, each such additional RAD center will be allocated 10 vertical feet of space and an allowance of 15,000 square inches of Wind Load Surface Area for Communications Equipment placed inside such additional RAD center.
Exhibit E attached hereto contains sample calculations of the Wind Load Surface Area for hypothetical configurations of Communications Equipment; provided, however, that the example calculations set forth in Exhibit E are intended as examples only and not as a limitation or prescription on the configurations of the actual AT&T Communications Equipment.
In the event that TENANT has used the Allowed Wind Load Surface Area and an installation of Communication Facilities within the Primary RAD Space will require structural modifications to comply with the Structural Standards, TENANT will pay OWNER for the portion of the structural modifications that is necessary to support TENANT’s loading in excess of the Allowed Wind Load Surface Area.
In no event shall TENANT be responsible for Tower modification costs to support the installations of other tenants or for the Tower to comply with applicable law so long as TENANT’s installation is within the Allowed Wind Load Surface Area.
In the event that Licensee has used the Allowed Wind Load Surface Area and an installation of Communication Facilities within the Primary RAD Space will require structural modifications to comply with the Structural Standards, Licensee will pay Licensor for the portion of the structural modifications that is necessary to support Licensee’s loading in excess of the Allowed Wind Load Surface Area.
In no event shall Licensee be responsible for Tower modification costs to support the installations of other licensees or for the Tower to comply with applicable law so long as Licensee’s installation is within the Allowed Wind Load Surface Area.
In the event that Lessee has used the Allowed Wind Load Surface Area and an installation of Communication Facilities will require structural modifications to comply with the Structural Standards, Lessee shall pre-pay the expense for the portion of the structural modifications that is necessary to support Lessee’s loading in excess of the Allowed Wind Load Surface Area.

More Definitions of Wind Load Surface Area

Wind Load Surface Area means the Flat Plate Equivalent Area, as defined in ANSI TIA standards, of any appurtenance (excluding all mounts, platforms, cables and other non-operating equipment) at ninety degrees (90º) perpendicular to wind direction, possessing the characteristics of flat material, with associated drag factors. Lessor shall be responsible for the costs of all structural modifications to the Tower, including the costs of related government approvals, to support the Allowed Wind Load Surface Area. In the event that Lessee has used the Allowed Wind Load Surface Area and an installation of Communication Facilities (as defined below) within the Primary RAD Space will require structural modifications to comply with the Structural Standards (as defined below), Lessee will pay Lessor for the portion of the structural modifications that is necessary to support Lessee’s loading in excess of the Allowed Wind Load Surface Area. LESSEE shall notify LESSOR’S authorized agent and secure written approval for LESSEE, its employees, contractors or consultants to proceed prior to installing, replacing or modifying any equipment including antennas and cabling that cause additional loading to be consumed on the Tower at the Communications Facility. Said notice shall be given to LESSOR at least forty-eight (48) hours in advance prior to commencement of scheduled work. In the event that Lessee has used the Allowed Wind Load Surface Area and an installation of Communication Facilities will require structural modifications to comply with the Structural Standards, Lessee shall pre-pay the expense for the portion of the structural modifications that is necessary to support Lessee’s loading in excess of the Allowed Wind Load Surface Area. In no event shall Lessee be responsible for Tower modification costs to support the installations of other tenants or for the Tower to comply with applicable law so long as Lessee’s installation is within the Allowed Wind Load Surface Area.

Wind Load Surface Area means with respect to each antenna, remote radio unit or other tower mounted equipment, the area in square inches determined by multiplying the two largest dimensions of the length, width and depth of such antenna, remote radio unit or other tower mounted equipment, excluding all mounts and Cables. “Zoning Laws” means any zoning, land use or similar Laws, including Laws relating to the use or occupancy of any communications towers or property, building codes, development orders, zoning ordinances, historic preservation laws and land use regulations. “19 Year Lease Sites” means the Sites set forth on Schedule 1-A hereto. “20 Year Lease Sites” means the Sites set forth on Schedule 1-B hereto. “21 Year Lease Sites” means the Sites set forth on Schedule 1-C hereto. “22 Year Lease Sites” means the Sites set forth on Schedule 1-D hereto. “23 Year Lease Sites” means the Sites set forth on Schedule 1-E hereto. “24 Year Lease Sites” means the Sites set forth on Schedule 1-F hereto. “25 Year Lease Sites” means the Sites set forth on Schedule 1-G hereto. 8 “26 Year Lease Sites” means the Sites set forth on Schedule 1-H hereto. “27 Year Lease Sites” means the Sites set forth on Schedule 1-I hereto. “28 Year Lease Sites” means the Sites set forth on Schedule 1-J hereto. “29 Year Lease Sites” means the Sites set forth on Schedule 1-K hereto. “30 Year Lease Sites” means the Sites set forth on Schedule 1-L hereto. “31 Year Lease Sites” means the Sites set forth on Schedule 1-M hereto. “32 Year Lease Sites” means the Sites set forth on Schedule 1-N hereto. “33 Year Lease Sites” means the Sites set forth on Schedule 1-O hereto. “34 Year Lease Sites” means the Sites set forth on Schedule 1-P hereto. “35 Year Lease Sites” means the Sites set forth on Schedule 1-Q hereto. Any other capitalized terms used in this Agreement shall have the respective meanings given to them elsewhere in this Agreement.

Wind Load Surface Area means with respect to each antenna, RRU or other tower mounted equipment other than all mounts and Cables, the area in square centimeters calculated as follows:

Wind Load Surface Area means with respect to each antenna, RRU or other tower mounted equipment other than all mounts and Cables, the area in square centimeters calculated as follows: (i) adding together for each such piece of Tower equipment the height of each such piece of Tower equipment multiplied by the larger of (a) its width or (b) its depth; (ii) for cylinder shaped equipment use length x diameter to calculate surface area; and (iii) for round microwave dishes use a formula to calculate the area of a circle equal to A=π[(d/2)]^2 where “d” is the diameter of the dish antenna; provided, however, Wind Load Surface Area shall not take into account any RRU or other Tower mounted equipment that is located directly behind antennas or other Tower mounted equipment that is included within the Wind Load Surface Area calculation.