3. Maximum Square Feet Permitted . The maximum area of any wall-mounted antenna shall be no greater than 40 square feet, measured as the total square feet around each individual antenna and supporting structure when viewed looking horizontally and directly at the antenna. The maximum area of all antennas on a building wall shall not exceed 100 square feet. iii. Rooftop Antenna or Tower . A rooftop antenna or tower shall be mounted on the outside of a building that extends vertically beyond the highest point of the building or structure roof and in compliance with the following:
1. Height Restriction . The antenna or tower shall not extend more than three (3) feet above the highest point of the building or structure roof.
2. Setback Requirement . The minimum setback for a roof top antenna or tower shall be 20 feet from the front of the building and 10 feet from the side and rear of the building. 3. Corner Lot Setback . Facilities mounted on buildings on a corner lot shall be setback 20 feet from the front of the building and 20 feet from whichever side faces a public street. If the building is set back more than 50 feet from the public street the corner lot setback requirement shall not apply. iv. Freestanding Tower Less Than or Equal to 50 Feet . The height of the ground mounted tower is measured from its base (finished grade) to its highest point and: 1. Minimum Setback for Residential . The minimum setback from a property line adjoining residential zoned property, including property across a public street, whether developed or undeveloped, shall be 250 feet measured from the base of the tower to the property line. 2. Minimum Setback for Nonresidential . The minimum setback from a property line adjoining nonresidential zoned property shall be 100% of the tower’s maximum height. 3. Minimum Lot Area . The minimum zoning lot size for the freestanding telecommunication tower on a residential zoned property shall be three (3) acres.
v. Freestanding Tower Greater Than 50 Feet . The height of the ground mounted tower is measured from its base to its highest point and:
Made with FlippingBook interactive PDF creator