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Licensee (Owner): FOX TELEVISION STATIONS, LLC (Fox Television Stations) Service Designation: DTV Full Service Digital TV Station Channel: 24 530 - 536 MHz Construction Permit (Expires 04/15/2020) File Number: 0000072366 Facility ID Number: 22211 Application ID Number: 25076ff36896b6270168a097274b0b19 CDBS Application ID: 2021304
Location: Willis Tower (IL) 41° 52' 44.1" N (41.878917) Latitude 87° 38' 10.2" W (-87.636167) Longitude (NAD83)
Polarization: Elliptical (E) Horizontal Vertical Effective Radiated Power (ERP): 1000 500 kW ERP TV Zone: 1 Feet Meters Antenna Height Above Average Terrain: 1706' 520m Antenna Height Above Ground Level: 1701' 518.67m Antenna Height Above Mean Sea Level: 2296' 700.07m
Directional Antenna ID No.: 1004975 Pattern Rotation: 0° Elec. Beam Tilt: 0.75° Antenna Make: DIELECTRIC Antenna Model: TFU-14ETT/VP-R C210 Relative Field values for directional antenna Relative Field polar plot Relative field values do not include any pattern rotation that may be indicated above.
Licensee (Owner): FOX TELEVISION STATIONS, LLC (Fox Television Stations) Service Designation: DTV Full Service Digital TV Station Channel: 24 530 - 536 MHz Special Temporary Authority (Expires 08/29/2024) File Number: 0000238234 Facility ID Number: 22211 Application ID Number: 25076ff38d31a332018d5ac04ace511d CDBS Application ID: 2053244
Location: Willis Tower (IL) 41° 52' 44" N (41.878889) Latitude 87° 38' 8" W (-87.635556) Longitude (NAD83)
Polarization: Horizontal (H) Horizontal Vertical Effective Radiated Power (ERP): 435.5 kW ERP TV Zone: 1 Feet Meters Antenna Height Above Average Terrain: 1671' 509.5m Antenna Height Above Ground Level: 1667' 508.1m Antenna Height Above Mean Sea Level: 2262' 689.5m
Directional Antenna ID No.: 1007168 Pattern Rotation: 0° Elec. Beam Tilt: 1° Antenna Make: RFS Antenna Model: PHP24C Relative Field values for directional antenna Relative Field polar plot Relative field values do not include any pattern rotation that may be indicated above.
Licensee (Owner): FOX TELEVISION STATIONS, LLC (Fox Television Stations) Service Designation: DTV Full Service Digital TV Station Channel: 24 530 - 536 MHz Special Temporary Authority (Expires 08/29/2024) File Number: 0000238406 Facility ID Number: 22211 Application ID Number: 25076ff38d31a332018d5abeb5d550e4 CDBS Application ID: 2053595
Location: John Hancock Tower (IL) 41° 53' 56.1" N (41.898917) Latitude 87° 37' 23.2" W (-87.623111) Longitude (NAD83)
Polarization: Elliptical (E) Horizontal Vertical Effective Radiated Power (ERP): 1000 288 kW ERP TV Zone: 1 Feet Meters Antenna Height Above Average Terrain: 1368' 417.07m Antenna Height Above Ground Level: 1368' 417m Antenna Height Above Mean Sea Level: 1960' 597.7m
Directional Antenna ID No.: 1006509 Pattern Rotation: 0° Elec. Beam Tilt: 0.95° Antenna Make: DIELECTRIC Antenna Model: TFU-24WB/VP-R C160 OS Relative Field values for directional antenna Relative Field polar plot Relative field values do not include any pattern rotation that may be indicated above.
Licensee (Owner): FOX TELEVISION STATIONS, LLC (Fox Television Stations) Service Designation: DTV Full Service Digital TV Station Channel: 31 572 - 578 MHz Licensed File Number: 0000235116 Facility ID Number: 22211 Application ID Number: 25076f918cb224e1018ccb16d1390b89 CDBS Application ID: 2053910
Location: Willis Tower (IL) 41° 52' 44.1" N (41.878917) Latitude 87° 38' 10.2" W (-87.636167) Longitude (NAD83)
Polarization: Elliptical (E) Horizontal Vertical Effective Radiated Power (ERP): 1000 ? kW ERP TV Zone: 1 Feet Meters Antenna Height Above Average Terrain: 1558' 475m Antenna Height Above Ground Level: 1555' 474m Antenna Height Above Mean Sea Level: 2150' 655.4m
49.5 kW TPO - 0.4 dB line loss + 13.45 dB antenna gain = 1000 kW ERP 16.95 dBk TPO - 0.4 dB line loss + 13.45 dB antenna gain = 30 dBk ERP
Directional Antenna ID No.: 87036 Pattern Rotation: 0° Elec. Beam Tilt: 0.75° Antenna Make: AND Antenna Model: ATW14H3H-ETC2-31H Relative Field values for directional antenna Relative Field polar plot Relative field values do not include any pattern rotation that may be indicated above.