Orange County NC Website
JULES COHEN & ASSOCIATES, P.C. <br /> CONSULTING ENGINEERS 38 <br /> WASHINGTON, D.C. 20036 <br /> Engineering Statement Page 2 <br /> Carrboro, North Carolina <br /> Site Descriotion <br /> The surveyed cellular site is located at 515 South Greensboro Street, Carrboro, Orange <br /> County, North Carolina. The geographic coordinates of the site, referenced to the 1983 North <br /> American Datum, are: 350 54'09"North Latitude, 790 04' 11" West Longitude. A 180-foot self- <br /> supporting tower has been erected at the site to support the KNKA293 base station antennas. Two <br /> Decibel Products, type DB810, transmitting antennas are mounted at the top of the tower with <br /> centerlines 187 feet above ground level (AGL). Six other antennas are mounted near the top of <br /> the tower, but these antennas are for receiving only. Access to the tower is restricted to <br /> authorized personnel by a fence with a lockable gate. <br /> Exoosure Standards <br /> As stated earlier, analysis of the data collected in this survey is based on two <br /> standards for human exposure to radio-frequency electromagnetic fields: ANSI C95.1-1982, the <br /> currently adopted FCC standard, and ANSVIEEE C95.1-1992, the revision of ANSI C95.1-1982. <br /> The FCC is in the process of changing its rules to incorporate the revised standard, ANSUIEEE <br /> C95.1-1992, in place of the current standard, ANSI C95.1-1982. It is expected that the FCC will <br /> incorporate the revised standard into its rules with few changes. <br /> ANSI= C95.1-1982 specifies maximum exposure in terms of frequency-dependent <br /> protection gudda . The protection guides are concerned with total whole-body absorption of radio- <br /> frequency awgy ova any 0.1-hour period. All of the radio-frequency sources at the KNKA293 <br /> cellular silwam in the 300 to 3000 megahertz(MHz) frequency range. The protection guide level <br /> for this frequency range fonds to an average equivalent plane wave power density that may <br /> be calculated using the formula. <br /> i <br /> S= <br /> 300 <br />