Band I (Low VHF) TV Panel Arrays MHz. 606L Series BROADCAST ANTENNA SYSTEMS

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1 Band I (Low VHF) TV Panel Arrays MHz L Series The L series of panels are low wind load antennas suitable to provide a customized coverage for any single TV channel in Band I. Low wind load Pressurizable to dipole feed points Feed system radomes available for snow and ice conditions Temperature range -4 to + degrees C available Knocked down for easy transport Four sided array design Rugged galvanized steel construction Horizontal polarization - L Vertical polarization - LV Array design provides both directional and omnidirectional patterns as well as beam tilt and null fill to suit individual customer requirements, contact RFS for details The L (and LV) panel comprises two separate dipole and screen assemblies vertically spaced a half wavelength apart. Each assembly has a half wave dipole mounted on a screen with a 7/8 EIA input and must be mounted in pairs. Both the dipole and screen are made from galvanized steel tube for maximum strength and minimum wind load. The open construction of these panels permits easy inspection and maintenance after installation. The L (and LV) antenna can be arrayed to provide the required coverage for a particular service area. Array design is carried out by RFS engineers to provide both directional and omnidirectional patterns as well as beam tilt and null fill tailored to the customer s specification. Panels are fed through a power divider network which is usually fully pressurizable and designed to meet the power handling requirements of the array. As each half panel is rated at 5kW, high power ratings are easily achievable. To minimize shipping costs panels are supplied in knock down form with dipoles, screens, power dividers and interconnecting cables in separate packages. L L-2D 512

2 Band I (Low VHF) TV Panel Arrays MHz L Series SPECIFICATIONS L LV Frequency Range, MHz Polarization Horizontal Vertical Number of Channels Single Single Nominal Gain (Mid-band), dbd Half Power Beamwidth Azimuth, degrees 4 4 Return Loss, db 2 Vision, 23 across channel 2 Vision, 23 across channel Input Connector 2 x 7/8 EIA Flange / Panel 2 x 7/8 EIA Flange / Panel Power Rating per Input, kw 5 5 Impedance, ohms 5 unbalanced 5 unbalanced Weight, kg (lb) 13 (287) 13 (287) Mounting (Standard), mm (in) 8 x 1mm (5/8) bolts 8 x 1mm (5/8) bolts Recommended Spacing between Bays, cm (in) 273 (17) 273 (17) Effective Area Front (full antenna), sq m (sq ft) 1.38 (14.85) 1.38 (14.85) Effective Area Side (full antenna), sq m (sq ft).78 (8.39) 1.2 (12.9) Design Wind Speed (max), km/h (mph) 24 (15) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) 1-35 (1.5-5) Material - Insulators PTFE PTFE Material - Radiators Hot Dipped Galvanized steel Hot Dipped Galvanized steel Material - Reflecting Screen Hot Dipped Galvanized steel Hot Dipped Galvanized steel Note 1 Dimensions and weights are for Ch E3 (54 to 1 MHz). These figures will vary with the selected channel. E/Emax Vertical Horizontal Radiation Pattern L Antenna 513

3 Band I (Low VHF) TV Panel Arrays MHz 7L Series The 7L series of panels are similar to the L having a low wind load and suitable for providing a customized coverage for any single TV channel in Band I. Whereas the L is designed for four sided array design, the 7L has a broader beamwidth suitable for arrays mounted on triangular towers. Low wind load Pressurizable to dipole feed points Feed system radomes available for snow and ice conditions Temperature range -4 to + degrees C available Knocked down for easy transport Three sided array design Rugged galvanized steel construction Horizontal polarization Array design by RFS engineers provides both directional or omnidirectional patterns as well as beam tilt and null fill tailored to individual customer requirements, contact RFS for details The 7L panel comprises two separate dipole and screen assemblies vertically spaced a half wavelength apart. Each assembly has a half wave dipole mounted on a screen with a 7/8 EIA input and must be mounted in pairs. Both the dipole and screen are made from galvanized steel tube for maximum strength and minimum wind load. The open construction of these panels permits easy inspection and maintenance after installation. The 7L antenna can be arrayed to provide the required coverage for a particular service area. Array design is carried out by RFS engineers to provide both directional and omnidirectional patterns as well as beam tilt and null fill tailored to the customer s specification. Panels are fed through a power divider network which is usually fully pressurizable and designed to meet the power handling requirements of the array. As each half panel is rated at 5kW, high power ratings are easily achievable. To minimize shipping costs panels are supplied in knock down form with dipoles, screens, power dividers and interconnecting cables in separate packages. 7L 7L

4 Band I (Low VHF) TV Panel Arrays MHz 7L Series SPECIFICATIONS 7L Frequency Range, MHz Polarization Horizontal Number of Channels Single Nominal Gain (Mid-band), dbd 7. Half Power Beamwidth Azimuth, degrees 77 Return Loss, db 23 Vision, 2 across channel Input Connector 2 x 7/8 EIA Flange / Panel Power Rating per Input, kw 5 Impedance, ohms 5 unbalanced Weight, kg (lb) 12 (25) Mounting (Standard), mm (in) 8 x 1mm (5/8) bolts Recommended Spacing between Bays, cm (in) 273 (17) Effective Area Front (full antenna), sq m (sq ft) 1.28 (13.77) Effective Area Side (full antenna), sq m (sq ft) 1.8 (11.2) Design Wind Speed (max), km/h (mph) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) Material - Insulators PTFE Material - Radiators Hot Dipped Galvanized steel Material - Reflecting Screen Hot Dipped Galvanized steel Note 1 Dimensions and weights are for Ch E3 (54 to 1 MHz). These figures will vary with the selected channel. E/Emax Vertical Horizontal Radiation Pattern 7L Antenna 515

5 Band I and II (VHF) Yagi Antennas MHz YLV Series The YLV3 yagi antenna is suitable for use as an element in VHF transmitting arrays. By arranging a number of these elements around a suitable tower or mast an omnidirectional or a number of directional radiation patterns can be achieved. The YLV3 can also be used as a stand alone antenna. Suitable for use as an array element or for stand alone operation Engineered for transmission of both Digital and Analog TV/Radio Light weight and low wind All elements are DC grounded for lightning protection The antenna can be center mounted for single antenna applications or by an extended boom for mounting to tower or mast in an array configuration. Bracing kits are supplied as standard with antennas that require them. Mounting hardware is stainless steel. To facilitate package and transport, yagi antennas are transported as components. Detailed assembly instructions are provided. Mounting clamps and tower brackets are available to suit a range of tower types. Contact RFS with your requirements. 2547mm INPUT 'N' TYPE 183mm DRAIN HOLE Y23 Yagi Antenna YLV3 - Dimensions shown for the model covering MHz 51

6 Band I and II (VHF) Yagi Antennas MHz YLV Series SPECIFICATIONS YLV3 Frequency Range, MHz Polarization Horizontal Number of Channels Single channel up to 8 MHz Nominal Gain (Mid-band), dbd 4.2 Return Loss, db >21 (typically 2 across channel) Input Connector N type Power Rating per Input, kw Impedance, ohms 5 unbalanced Operating Temperature Range, degrees C -1 to +5 Weight, kg (lb) 17 (37) Dimensions (Height or Length), cm (in) 2 Dimensions (Width), cm (in) Dimensions (Depth), cm (in) 222. Effective Area Front (full antenna), sq m (sq ft) (4.95) Effective Area Side (full antenna), sq m (sq ft) 3 (1.4) Design Wind Speed (max), km/h (mph) 24 (15) Wind 5 m/sec Front, kn (lb) (155) Wind 5 m/sec Side, kn (lb) (45) Material - Support Pole / Mounting Stainless Steel Material - Radiators Series aluminum alloy Azimuth Radiation Pattern Single Antenna RADIATION PATTERN - Typical Azimuth Single antenna Azimuth Radiation Pattern 4-Antenna array RADIATION PATTERN - Typical Azimuth Array of four antennas on square mast 517

7 Band III (High VHF) TV Panel Arrays MHz 55, 5 Series This series of panel antennas is ideal for four sided array design to provide a customized coverage for single or multi-station use in Band III. Model 55 has a nominal gain of 8 dbd and can be used for horizontally polarized services. Model 5 is horizontally polarized and provides a nominal gain of 11dBd. Cyclone rated Rugged galvanized steel construction for maximum corrosion protection Stainless steel version available on request Low wind load Pressurizable coaxial feed Four sided array design Low VSWR full band operation Suitable for multi-station use, DAB and DTV High power rating Ideal array element allowing for a variety of horizontal radiation patterns to suit most requirements, contact RFS for details Medium power, unpressurized version available Temperature range -4 to + degrees C available Construction from thick walled tube and solid steel bar gives a heavy duty panel which is designed for operation in very harsh environments. This design also ensures ideal hot dip galvanizing for optimum corrosion protection. Colors are available for aviation visibility and even further corrosion protection. The coaxial feed system can be fully pressurized and features twin O ring seals on the feed point insulators. The panels are tolerant of light icing (radomes are available for use under heavy icing conditions down to -4 degrees C) and have a very low VSWR (typically less than 1.5:1) over the entire MHz band depending on the system configuration. These panels are ideal array elements having low sidelobes, low mutual couplings between panels and high power ratings across the full band. This results in complete antenna systems that have very wide VSWR and pattern bandwidth. The ability to utilize larger tower cross sections allows support for a top mounted UHF antenna such as the PHP or PVP UHF antenna arrays. This provides a powerful combination for delivering DTV and/or DAB systems customized to suit the coverage requirements of the customer. 5 Panel 5 Panel 518

8 Band III (High VHF) TV Panel Arrays MHz 55, 5 Series SPECIFICATIONS 55 5 Frequency Range, MHz Polarization Horizontal Horizontal Number of Channels Multichannel Multichannel Nominal Gain (Mid-band), dbd Half Power Beamwidth Azimuth, degrees Return Loss, db 2 2 Input Connector 7-1 DIN; 7/8 EIA Flange 7-1 DIN; 7/8 EIA Flange Power Rating, kw 2.7; 4 Note#1 2.7; 4 Note#1 Impedance, ohms 5 unbalanced 5 unbalanced Weight, kg (lb) 35 (77) 8 (177) Mounting (Standard), mm (in) 4 x 12mm (1/2) bolts 4 x 12mm (1/2) bolts Effective Area Front (full antenna), sq m (sq ft) 1 (4.45) 3 (8.9) Effective Area Side (full antenna), sq m (sq ft) 3 (5.9) 1. (11.38) Design Wind Speed (max), km/h (mph) 24 (15) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) 7/8 EIA Version 1 (15) 7/8 EIA Version Material - Insulators PTFE PTFE Material - Radiators Hot Dipped Galvanized steel Hot Dipped Galvanized steel Note#2 Material - Reflecting Screen Hot Dipped Galvanized steel Hot Dipped Galvanized steel Note#2 Note1 Power rating is limited by the input connector type. 2.7kW for 7-1 DIN, 4kW for 7/8" EIA Note2 Stainless steel version available on request E/Emax Vertical Horizontal Radiation Pattern 55 Panel 519

9 Band III (High VHF) TV Panel Arrays MHz 57, 58 series This series of panel antennas has been designed for three sided arrays and provides a customized horizontally polarized coverage for single or multistation use in Band III. Model 57 has a nominal gain of 7dBd and the 58 has a nominal gain of 1dBd. Suitable for single or dual channel use Three sided array design - lower cost Cyclone rated Rugged galvanized steel construction for maximum corrosion protection Low wind load Pressurizable coaxial feed Horizontal polarization Array design allows a variety of standard horizontal radiation patterns as well as customized patterns, contact RFS for details Medium power, unpressurized version available Temperature range -4 to + degrees C available Construction from thick walled tube and solid steel bar gives a heavy duty panel which is designed for operation in very harsh environments. This design also ensures ideal hot dip galvanizing for optimum corrosion protection. Colors are available for aviation visibility and even further corrosion protection. The coaxial feed system can be fully pressurized and features twin O ring seals on the feed point insulators. The panels are tolerant of light icing (radomes are available for use under heavy icing conditions down to -4 degrees C) and has a very low VSWR (typically less than 1.5:1) over the entire MHz band depending on the system configuration. These panels are ideal array elements for triangular mast with a 1.2m face and can provide omnidirectional patterns with less than ±1dB variation. By varying the number and positions of panels and feed amplitude/phase, patterns can be customized to optimize coverage over a given service area. The use of three panels around the structure offers significant cost and wind load reduction over four sided arrangements. 57 Panel 58 Panel 52

10 Band III (High VHF) TV Panel Arrays MHz 57, 58 series SPECIFICATIONS Frequency Range, MHz Operating Frequency Ranges, MHz , ,22-23 Number of Channels Multichannel Multichannel Nominal Gain (Mid-band), dbd Half Power Beamwidth Azimuth, degrees Return Loss, db Input Connector 7-1 DIN; 7/8 EIA Flange 7-1 DIN; 7/8 EIA Flange Power Rating, kw 2.7; 4 Note#1 2.7; 4 Note#1 Impedance, ohms 5 unbalanced 5 unbalanced Weight, kg (lb) 33 (73) 75 (1) Mounting (Standard), mm (in) 4 x 12mm (1/2) bolts 4 x 12mm (1/2) bolts Effective Area Front (full antenna), sq m (sq ft) (4.3) (8.1) Effective Area Side (full antenna), sq m (sq ft) (5.38) 1.1 (11.83) Design Wind Speed (max), km/h (mph) 24 (15) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) 7/8 EIA Version 1-35 (1.5-5) 7/8 EIA Version Pressurization Test, kpa (psi) 1 (15) 7/8 EIA Version 1 (15) 7/8 EIA Version Material - Insulators PTFE PTFE Material - Radiators Hot Dipped Galvanized steel Hot Dipped Galvanized steel Material - Reflecting Screen Hot Dipped Galvanized steel Hot Dipped Galvanized steel Note1 Power rating is limited by the input connector type. 2.7kW for 7-1 DIN, 4kW for 7/8" EIA E/Emax Vertical Horizontal Radiation Pattern 57 Panel 521

11 Band III (High VHF) TV/DAB Panel Arrays MHz 59, Series This series of panel antennas is ideal for four sided array design to provide a customized coverage for vertically polarized use in Band III. Model 59 has a nominal gain of 8dBd and the model has a nominal gain of 11dBd. Suitable for multi station use, DAB and DTV Vertical polarization Cyclone rated Rugged galvanized steel construction for maximum corrosion protection Low wind load Pressurizable coaxial feed Low VSWR full band operation Ideal array element allowing for a number of standard horizontal radiation patterns as well as customized patterns, contact RFS for details Medium power, unpressurized version available Temperature range -4 to + degrees C available Construction from thick walled tube and solid steel bar gives a heavy duty panel which is designed for operation in very harsh environments. This design also ensures ideal hot dip galvanizing for optimum corrosion protection. The coaxial feed system can be fully pressurized and features twin O ring seals on the feed point insulators. The panels are tolerant of light icing (radomes are available for use under heavy icing conditions down to -4 degrees C) and has a very low VSWR (typically less than 1.5:1) over the entire MHz band depending on the system configuration. 59 Panel These panels are ideal array elements having low sidelobes, low mutual couplings between panels and high power ratings across the full band. This results in complete antenna systems that have very wide VSWR and pattern bandwidth. The ability to utilize larger tower cross sections allows support for a top mounted UHF antenna such as our PHP or PVP UHF antenna arrays. This provides a powerful combination for delivering DTV and/or DAB systems customized to suit the coverage requirements of the customer. Panel

12 Band III (High VHF) TV/DAB Panel Arrays MHz 59, Series SPECIFICATIONS 59 Frequency Range, MHz Polarization Vertical Vertical Number of Channels Multichannel Multichannel Nominal Gain (Mid-band), dbd Half Power Beamwidth Azimuth, degrees 4 4 Return Loss, db 2 2 Input Connector 7-1 DIN; 7/8 EIA Flange 7-1 DIN; 7/8 EIA Flange Power Rating, kw 2.7; 4 Note#1 2.7; 4 Note#1 Impedance, ohms 5 unbalanced 5 unbalanced Weight, kg (lb) 35 (77) 8 (177) Mounting (Standard), mm (in) 4 x 12mm (1/2) bolts 4 x 12mm (1/2) bolts Effective Area Front (full antenna), sq m (sq ft) (4.3) (8.1) Effective Area Side (full antenna), sq m (sq ft) (5.38) 1.1 (11.83) Design Wind Speed (max), km/h (mph) 24 (15) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) 7/8 EIA Version 1 (15) 7/8 EIA Version Material - Insulators PTFE PTFE Material - Radiators Hot Dipped Galvanized steel Hot Dipped Galvanized steel Material - Reflecting Screen Hot Dipped Galvanized steel Hot Dipped Galvanized steel Note1 Power rating is limited by the input connector type. 2.7kW for 7-1 DIN, 4kW for 7/8" EIA Note2 The 59 antenna has been primarily designed as a vertically polarized array element where low levels of mutual coupling exist between vertically stacked radiators. It may be used as a horizontally polarized panel in situations where a single bay (or level) of panels is used. This will provide better array VSWR in that circumstance. Where multiple levels of horizontally polarized antennas are needed, the 55 panel is recommended. E/Emax Vertical Horizontal Radiation Pattern 59 Panel 523

13 Band III (High VHF) TV Panel Arrays MHz 1 Series Quadrant antennas provide a cost effective top or side mount TV antenna for omnidirectional coverage in Band III. Designed for high corrosion resistance and long life in harsh environments Includes top mounted hot dip galvanized support pole All solid outer, jacketed cables for high reliability Stainless steel radiators Omnidirectional coverage Horizontal polarization Available in low power (unpressurized) and medium power (pressurized) versions Quadrant antennas are ideal for low and medium power single channel Band III TV applications. Coverage is basically omnidirectional and may be altered somewhat by adjustment of the positions of the radiators on the RFS antenna test range. Each bay comprises two radiating elements to give approximately 3.5dBd gain. Up to six bays are available to meet higher gain needs. The antenna system may be operated with pressurized or unpressurized feeders

14 Band III (High VHF) TV Panel Arrays MHz 1 Series SPECIFICATIONS (ALL MODELS) Frequency Range, MHz Polarization Horizontal Number of Channels Single Return Loss, db 2 Vision, 23 across channel Input Connector 7/8 EIA Flange Power Rating, kw 5/bay unpressurized; 2.5/bay pressurized Impedance, ohms 5 unbalanced Base Diameter, mm (in) 33 (13-1/4) Mounting (Standard), mm (in) 8 x 2mm (3/4) bolts on 297mm (11-3/4) PCD Design Wind Speed (max), km/h (mph) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) Material - Insulators PTFE Material - Support Pole / Mounting Galvanized Steel Material - Radiators Stainless Steel SPECIFICATIONS Nominal Gain (Mid-band), dbd Weight, kg (lb) 9 (198) 19 (419) 275 () 75 (1488) Effective Area Front (full antenna), sq m (sq ft) 71 (9.4) 1.53 (1.5) (3.) 4.1 (44.8) Effective Area Side (full antenna), sq m (sq ft) 23 (8.9) (15.) 2.93 (29.) (42.4) Base Moment, knm (lb-ft) Base Shear, kn (lb) Azimuth Radiation Pattern Top View 525

15 Band III (High VHF) TV Panel Arrays MHz 2 Series The 2 series has been designed for circularly polarized Band III TV/DAB applications or alternatively, combined horizontal and vertical applications in the MHz frequency range and is extremely useful as an antenna building block. Horizontal, vertical or circular polarization, depending on model Full band (174 23MHz) operation is possible High power handling capacity Designed for high corrosion resistance and long life in harsh environments Array design allows a variety of standard radiation patterns and customized patterns to suit customer requirements. Contact RFS for details Four dipoles are mounted in square configuration off a reflective screen to enable the horizontal and vertical components to be fed separately. It is possible to radiate separate services on horizontal, vertical or circular polarization using the one antenna system with a resultant saving on antenna and tower space and cost. The dipoles are fabricated from stainless steel for maximum corrosion protection. The screen is hot dipped galvanized to international standards. 2CP panels are available with either 2 or 4 input connectors while 2HP and 2VP panels are available with either 1 or 2 input connectors. All panels are available with either 7-1 DIN or 7/8 EIA flanged input connectors. The 7-1 DIN versions are un-pressurized. Contact RFS for details. 2 Antenna 52

16 Band III (High VHF) TV Panel Arrays MHz 2 Series SPECIFICATIONS 2CP 2HP 2VP Frequency Range, MHz ; Polarization Circular,Horizontal, Horizontal Vertical Vertical Number of Channels Multichannel Multichannel Multichannel Nominal Gain (Mid-band), dbd 4.5/ plane 4.5/ plane 4.5/ plane Half Power Beamwidth Azimuth, degrees Return Loss, db Input Connector 4 x 7-1 DIN; 4 x 7/8 2 x 7-1 DIN; 2 x 7/8 2 x 7-1 DIN; 2 x 7/8 EIA Flange,2 x 7-1 EIA Flange,1 x 7-1 EIA Flange,1 x 7-1 DIN; 2 x 7/8 EIA DIN; 1 x 7/8 EIA DIN; 1 x 7/8 EIA Flange Note#2 Flange Note#3 Flange Note#3 Power Rating per Input, kw 2.7; 4 Note#1 2.7; 4 Note#1 2.7; 4 Note#1 Impedance, ohms 5 unbalanced 5 unbalanced 5 unbalanced Weight, kg (lb) 5 (11) 5 (11) 5 (11) Mounting (Standard), mm (in) 4 x 12mm (1/2) bolts 4 x 12mm (1/2) bolts 4 x 12mm (1/2) bolts Effective Area Front (full antenna), sq m (sq ft).75 (8.7). (.4). (.4) Effective Area Side (full antenna), sq m (sq ft).7 (7.53). (.4). (.4) Design Wind Speed (max), km/h (mph) 24 (15) 24 (15) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) 1-35 (1.5-5) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) 1 (15) 1 (15) Material - Insulators PTFE PTFE PTFE Material - Radiators Stainless Steel Stainless Steel Stainless Steel Material - Reflecting Screen Hot Dipped Hot Dipped Hot Dipped Galvanized steel Galvanized steel Galvanized steel Note1 Power rating is limited by the input connector type. 2.7kW for 7-1 DIN, 4kW for 7/8" EIA Note2 2CP Model is available with quad or dual inputs Note3 2HP and 2VP models available with dual or single inputs E/Emax. E/Emax Vertical Polarization Horizontal Polarization Radiation Patterns per Plane of Polarization HRPs 18 Vertical Polarization Horizontal Polarization Radiation Patterns per Plane of Polarization VRPs 527

17 Band III (High VHF) TV Panel Arrays MHz 3 Series The 3 series has been designed for horizontally polarized VHF Band III TV applications. Digital TV compatible Horizontal polarization High power handling capacity Designed for high corrosion resistance and long life in harsh environments Each panel consists of two dipoles mounted in front of a plane reflector. The baluns are mounted in front of the reflector, and support the dipoles. The panel is fully radomed with a fiberglass reinforced plastic radome. The radiator assemblies may be fitted onto the backscreen in an inverted format when assembled as an array element. The dipole and screen element are fabricated from series aluminum for maximum corrosion protection. Each panel is fed by a single 7/8 EIA flange connector. 3 Antenna SPECIFICATIONS 3 Frequency Range, MHz Polarization Horizontal Number of Channels Multichannel Nominal Gain (Mid-band), dbd 7. Half Power Beamwidth Azimuth, degrees Return Loss, db > 2 array element,2 single element Input Connector 7/8 EIA Flange Power Rating, kw 4 Peak Voltage Rating, kv 2.7 Impedance, ohms 5 unbalanced Weight, kg (lb) 5 (11) Dimensions (Height or Length), cm (in) 12 (47-1/4) Dimensions (Width), cm (in) 12 (47-1/4) Dimensions (Depth), cm (in) (2) Mounting (Standard), mm (in) 8 x 1mm (3/8) bolts Effective Area Front (full antenna), sq m (sq ft) (9.7) Effective Area Side (full antenna), sq m (sq ft) 1.1 (11.8) Design Wind Speed (max), km/h (mph) 24 (15) Wind 5 m/sec Front, kn (lb) 3.51 (79) Wind 5 m/sec Side, kn (lb) 1.9 (427) Wind 5 m/sec Rear, kn (lb) 4.75 (17) Pressurization Operational, kpa (psi) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) E/Emax Vertical Horizontal Radiation Pattern

18 Band III (VHF) TV/DAB Sidemount Antennas MHz 18 Series These vertically polarized antennas for TV and DAB broadcasting applications are intended for use where low wind loadings are required. They are designed to be sidemounted to a tower leg or pole and optional mounting brackets are available for this purpose. Rugged construction for maximum corrosion protection Broadband operation Multichannel use if required Optional pressurization Low windload to minimize tower or mast costs Vertical polarization Temperature range -4 to + degrees C available The 18 series are fabricated from stainless steel and will handle up to 4kW input power per bay for standard models. Beam tilt and null fill can be provided on request. Radomes are available for the 18 series if required. Multiple element arrays are supplied as a complete package including power dividers and distribution cables. An optional input tuner ensures optimum VSWR performance after installation as it enables the effects of tower steelwork to be eliminated. The 18 series can be arrayed with up to or more bays as required. Horizontal radiation patterns can be modified on the RFS antenna test range if required, by adjusting the spacing between the antenna and tower. 18 Antenna Azimuth Pattern Support pole spaced 5 wavelength from tower. Azimuth Pattern Support pole spaced 1.1 wavelength from tower (reduced bandwidth). 529

19 Band III (VHF) TV/DAB Sidemount Antennas MHz 18 Series SPECIFICATIONS (ALL MODELS) Frequency Range, MHz Polarization Vertical Azimuth Radiation Pattern Omnidirectional + 3 db (Note#1) Return Loss, db Typically 2 over 5MHz, 3 single channel, field tunable Impedance, ohms 5 unbalanced Dimensions (Height or Length), cm (in) 9.5 (27-3/8) typical Dimensions (Width), cm (in) (2-3/8) Dimensions (Depth), cm (in) 1 (39-11/1) Mounting (Standard), mm (in) Clamping Dia. 43-7mm (1-3/4-3) Pressurization Operational, kpa (psi) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) SPECIFICATIONS Nominal Gain (Mid-band), dbd Input Connector 7-1 DIN ; 7/8 EIA Flange 7/8 EIA Flange ; 1-5/8 EIA 7/8 EIA Flange ; 1-5/8 EIA Flange Flange Power Rating, kw 4 8 Note#2 12 Note#2 Weight, kg (lb) 8 (18) 3 () 45 (99) Effective Area Front (full antenna), sq m (sq ft) Ant 1 (1.18) Note #3 Ant 2 (2.37) Note #3 Ant.33 (3.55) Note #3 Wind 5 m/sec Front, kn (lb) 3 (3) Note#5 () Note#4 #5.39 (9) Note#4 #5 SPECIFICATIONS Nominal Gain (Mid-band), dbd. 7.9 Input Connector 7/8 EIA Flange ; 1-5/8 EIA 7/8 EIA Flange ; 1-5/8 EIA Flange Flange Power Rating, kw 1 Note #2 2 Weight, kg (lb) 5 (143) 15 (231) Effective Area Front (full antenna), sq m (sq ft) Ant 4 (4.74) Note #3 Ant. (7.1) Note #3 Wind 5 m/sec Front, kn (lb) 2 (12) Note#4 #5.78 (18) Note#4 #5 Note 1 When antenna is mounted on a mast/tower with a face width of less than 15mm. Note 2 Input power is limited to 5 kw maximum if a 7/8" connector is used. Note 3 Connecting cables are not included in calculations -.3 meters squared per metre length should be allowed. Note 4 Power divider included and considered adjacent to antennas. Note 5 Calculated in accordance with AS , Part 2:" SAA Loading Code - Wind Forces". 53

20 Band IV/V (UHF) Dipole Arrays 47-8 MHz UD Series The UD series are vertically polarized antennas which are complementary to the CBS series of slot antennas. They are ideal for low powered UHF TV transposer applications. Broadband design for Digital TV or multichannel use Band IV (47-5MHz) and Band V (2-8MHz) versions available Designed for maximum corrosion protection Vertically polarized Cyclone rated Can be pressurized if required Low wind loading These dipole antennas are designed for broadband operation. Construction is of aluminum and the antenna is housed within a fiberglass radome which has been designed to survive wind speeds of 23 km/h (143mph). A range of dipole arrays (4 bay, 8 bay and 12 bay) are designed for various gain requirements. Dual inputs and custom VRPs are available as options. Custom azimuth patterns with a reduced backlobe are also available. Consult RFS for details. 8UD.. Typical Azimuth Radiation Pattern Standard Typical Azimuth Radiation Pattern Custom 531

21 Band IV/V (UHF) Dipole Arrays 47-8 MHz UD Series SPECIFICATIONS 4UD 8UD 12UD Frequency Range, MHz Operating Frequency Ranges, MHz 47-5, , ,2-8 Polarization Vertical Vertical Vertical Number of Channels Multichannel Multichannel Multichannel Nominal Gain (Mid-band), dbd Return Loss, db Input Connector 7/8 EIA Flange 7/8 EIA Flange 7/8 EIA Flange Power Rating, kw Impedance, ohms 5 unbalanced 5 unbalanced 5 unbalanced Weight, kg (lb) 23 (51) 35 (77) Band IV;33 (73) 5 (143) Band IV;5 (123) Band V Band V Dimensions (Height or Length), cm (in) 24 (94) 4 (181) Band IV;3 1 (24) Band IV;53 (142) BandV (29) Band V Mounting (Standard), mm (in) 8 x 2mm (3/4) bolts on 8 x 2mm (3/4) bolts on 8 x 2mm (3/4) bolts on a 292mm (11-1/2) PCD a 292mm (11-1/2) PCD a 292mm (11-1/2) PCD Effective Area Front (full antenna), sq m (sq ft) (4.3) 4 (1) 1.34 (14.4) Design Wind Speed (max), km/h (mph) 23 (144) 23 (144) 23 (144) Wind 5 m/sec Front, kn (lb) 7 (11) 1.12 (25) 1.59 (3) Pressurization Operational, kpa (psi) 1-35 (1.5-5) 1-35 (1.5-5) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) 1 (15) 1 (15) Material - Radome fiberglass fiberglass fiberglass Material - Support Pole / Mounting aluminum/silver plated aluminum/silver plated aluminum/silver plated brass/stainless steel brass/stainless steel brass/stainless steel Material - Radiators aluminum/silver plated aluminum/silver plated aluminum/silver plated brass/stainless steel brass/stainless steel brass/stainless steel 532

22 Band IV/V (UHF) TV Panel Arrays 47-8 MHz PHP, PVP Series The PHP and PVP broadband panels are designed as building blocks for integration into complex antenna arrays or they can be used individually for simple antenna systems. Both models cover their associated transmitting bands without field adjustment. Fully re-engineered for Digital TV Corrosion resistant aluminum (optional stainless steel) construction with fiberglass radome PHP model - horizontal polarization PVP model - vertical polarization Low wind loading Cyclone rated Full band operation High power rating Array design allows a variety of horizontal radiation patterns with or without vertical beam tilt and null fill, contact RFS for details Temperature range -4 to + degrees C available Standard antennas are pressurizable and have a 7/8 EIA input connector. The input connector is orientated vertically and a capacitive probe is supplied at the input. Panels can also be supplied with dual 7/8 EIA or single 1-5/8 EIA connectors to achieve the full 5kW power rating. 7-1 DIN input connectors are also available for low power, unpressurized operation. Radomes for individual panels are supplied in white and orange as standard and other Colors are available. Array design can provide any of an almost infinite variety of horizontal patterns, with or without vertical beam tilt and null fill. Omnidirectional radiation characteristics can be achieved by mounting any number of panels around a suitably sized supporting structure. With a five panel configuration climbing access can be provided within the tower, a higher power rating for each level can be attained and, because of the larger cross section tower, higher gains can be achieved with less mechanical deflection due to windload. PHP4 (Four sided) Array PVP Antenna Panel 533

23 Band IV/V (UHF) TV Panel Arrays 47-8 MHz PHP, PVP Series SPECIFICATIONS PHP PVP Frequency Range, MHz Polarization Horizontal Vertical Number of Channels Multichannel Multichannel Nominal Gain (Mid-band), dbd Half Power Beamwidth Azimuth, degrees Return Loss, db Input Connector 7-1 DIN; 7/8 EIA Flange; 1-5/8 EIA 7-1 DIN; 7/8 EIA Flange; 1-5/8 EIA Flange Flange Power Rating, kw 2.5 Note # Note # 1 Impedance, ohms 5 unbalanced 5 unbalanced Weight, kg (lb) 11.5 (2) 12 (2) Mounting (Standard), mm (in) 4 x 12mm (1/2) bolts 4 x 12mm (1/2) bolts Effective Area Front (full antenna), sq m (sq ft).35 (3.77) 5 (4.84) Effective Area Side (full antenna), sq m (sq ft).33 (3.55).35 (3.7) Design Wind Speed (max), km/h (mph) 24 (15) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) 7/8 EIA Version 1-35 (1.5-5) 7/8 EIA Version Pressurization Test, kpa (psi) 1 (15) 7/8 EIA Version 1 (15) 7/8 EIA Version Material - Radome fiberglass fiberglass Material - Insulators PTFE PTFE Material - Radiators Corrosion resistant aluminum Corrosion resistant aluminum (optional Stainless Steel) (optional Stainless Steel) Material - Reflecting Screen Corrosion resistant aluminum Corrosion resistant aluminum Colour White or Red radome standard, White or Red radome standard, other upon request other upon request Note 1 Power rating is limited by input connector.5kw version available with dual 7/8" EIA inputs or single 1-5/8" EIA input. E/Emax E/Emax Vertical Horizontal Radiation Pattern PHP 18 Vertical Horizontal Radiation Pattern PVP 534

24 Band IV/V (UHF) Superturnstile Antennas MHz STA Series A new ultra-slim and lightweight superturnstile UHF broadcast antenna supports the entire US and European UHF bands (47 to 82 MHz). This antenna exhibits pattern circularity that competing, higher priced, point antennas struggle to achieve. The profile of our new superturnstile is less than that of competing UHF broadband antennas. This has resulted in a significant reduction in wind loading and weight, providing broadcasters with enormous flexibility when considering installation on existing loaded towers. Ideal low cost and wind load solution Ideal for many low, medium and high power broadcast applications. Exhibits pattern ripple of better than ±1.5 db across the entire UHF band Low drag profile underpins the antenna s high wind speed rating and low wind load characteristics Uniquely cost-effective Single rod lightning protection, fully DC grounded STA Antenna Azimuth Radiation Pattern Angle of Depression (degrees) Elevation Pattern STA4 535

25 Band IV/V (UHF) Superturnstile Antennas MHz STA Series SPECIFICATIONS STA4 STA8 STA12 STA1 Frequency Range, MHz Polarization Horizontal Horizontal Horizontal Horizontal Number of Channels Multichannel Multichannel Multichannel Multichannel Nominal Gain 1 (Mid-band), dbd Azimuth Radiation Pattern Omnidirectional Omnidirectional Omnidirectional Omnidirectional Return Loss 2, db >2 across >2 across >2 across >2 across frequency range frequency range frequency range frequency range Input Connector Options 3 1-5/8 EIA 1-5/8 EIA 1-5/8 EIA 3-1/8 EIA Impedance, ohms 5 unbalanced 5 unbalanced 5 unbalanced 5 unbalanced Mounting (Standard) Base Flange Base Flange Base Flange Base Flange Mount Mount Mount Mount Radome diameter, mm (in) 32 (12.) 32 (12.) 32 (12.) 55 (21.7) Length, m (ft) 2.84 (9.3) 4.8 (15.7).9 (22.) 9. (29.5) Weight, kg (lb) 5 (11) 14 (39) 23 (57) 32 (75) Wind Speed (max), km/h (mph) 24 (15) 24 (15) 24 (15) 24 (15) Input Power Average (max), kw Low power version Medium power version Note 1 Includes all internal losses, including internal cable attenuation and loss due to null fill. Note 2 Can be optimized in in operating channels by tuning. Note 2 Radome diameter, weight and connector options are specified for low power version Angle of Depression (degrees) Elevation Pattern STA Angle of Depression (degrees) Elevation Pattern STA Angle of Depression (degrees) Elevation Pattern STA1

26 Band IV/V (UHF) TV Slot Antennas 47-8 MHz CBS Series Slot antennas are a popular method of providing versatile antennas for UHF TV broadcasting applications. They offer extremely low wind loading characteristics and thus, low cost support structures. They are also aesthetically pleasing, having a low profile while maintaining great strength for the most severe weather conditions. The RFS CBS series of slot antennas were developed for Band IV and V antenna applications, offering bandwidths up to 11MHz for multichannel operation. Copper/brass construction - stainless steel mounting interface Horizontal polarization Low wind loading Fully pressurized Multichannel operation is possible Temperature range -4 to + degrees C available These antennas offer many advantages over comparable panel arrays. Of compact cylindrical construction they are ideal for use in situations where low wind loadings are a primary concern. Mounting to a single leg of a tower structure is possible and on site assembly, erection and aligning are relatively simple. Minimal maintenance is required. Also available is a CBS7LP for low powered Band V repeater applications. The CBS7LP is of special lightweight construction with a simple 38mm stainless steel pole for mounting. It is rated to 2W maximum (type N input connector). An improved VSWR over one or two channels can be provided by an additional tuning unit that is connected to the input terminal of the antenna. Having a 7/8 EIA flange input (excepting the CBS7LP), plus the totally sealed fiberglass radome, these antennas are fully pressurizable and may be operated unpressurized by removal of a drain plug. They are base mounted, have considerable aesthetic appeal and have been designed to survive cyclonic conditions. The standard CBS series is also available as a dual stack antenna (designated 2CBS series) with two CBS radiators stacked in a single fiberglass radome. Dual inputs are available on the 2CBS series as an option. CBS7 E/Emax Typical Azimuth Radiation Pattern. Vertical Horizontal SPECIFICATIONS (ALL MODELS) Polarization Horizontal Return Loss, db 2 Note #1 Null Fill (minimum), % 5 Beam Tilt, degrees 1 Impedance, ohms 5 unbalanced Material - Radome fiberglass Material - Radiators Brass Colour Radome colour white or grey Note 1 Better than 2dB over limited bandwidth with optional extra tuning unit. 537

27 Band IV/V (UHF) TV Slot Antennas 47-8 MHz CBS Series SPECIFICATIONS CBS4 CBS5 CBS CBS7 Frequency Range, MHz Nominal Gain (Mid-band), dbd Input Connector 7/8 EIA Flange 7/8 EIA Flange 7/8 EIA Flange 7/8 EIA Flange Power Rating, kw Weight, kg (lb) 38 (84) 35 (77) 25 (55) 19 (42) Dimensions (Height or Length), cm (in) 2 (12) 24 (91) 2 (79) 18 (71) Base Diameter, mm (in) 33 (13-1/4) 33 (13-1/4) 33 (13-1/4) 215 (8-1/2) Mounting (Standard), mm (in) 8 x 22mm (7/8) 8 x 22mm (7/8) 8 x 22mm (7/8) 8 x 22mm (7/8) holes on a 292mm holes on a 292mm holes on a 292mm holes on a 178mm (11-1/2) PCD (11-1/2) PCD (11-1/2) PCD (7) PCD Effective Area Front (full antenna), sq m (sq ft) 4 (5.8) 9 (5.3) (4.3) 1 (2.3) Wind 5 m/sec Front, kn (lb) (14) (13) 7 (11) 5 () Pressurization Operational, kpa (psi) 1-35 (1.5-5) 1-35 (1.5-5) 1-35 (1.5-5) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) 1 (15) 1 (15) 1 (15) Material - Support Pole / Mounting Base Flange - Base Flange - Base Flange - Base Flange - Stainless steel Stainless steel Stainless steel Stainless steel SPECIFICATIONS CBS7LP CBS8 2CBS4 2CBS5 Frequency Range, MHz Nominal Gain (Mid-band), dbd Input Connector N type 7/8 EIA Flange 7/8 EIA Flange 7/8 EIA Flange Power Rating, kw Weight, kg (lb) 14 (31) 1 (35) 114 (251) 15 (232) Dimensions (Height or Length), cm (in) 18 (71) 18 (71) 54 (213) 49 (191) Base Diameter, mm (in) See Mounting 215 (8-1/2) 33 (13-1/4) 33 (13-1/4) (Standard) Mounting (Standard), mm (in) Mount to 48mm 8 x 22mm (7/8) 8 x 22mm (7/8) 8 x 22mm (7/8) (1-13/1) nominal holes on a 178mm holes on a 292mm holes on a 292mm stainless steel (7) PCD (11-1/2) PCD (11-1/2) PCD pipe Effective Area Front (full antenna), sq m (sq ft) 1 (2.3) 2 (2.4) 1.1 (11.8) 9 (9.) Wind 5 m/sec Front, kn (lb) 5 () () Pressurization Operational, kpa (psi) Unpressurized 1-35 (1.5-5) 1-35 (1.5-5) 1-35 (1.5-5) Pressurization Test, kpa (psi) N/A 1 (15) 1 (15) 1 (15) Material - Support Pole / Mounting Mounting pole - Base Flange - Base Flange - Base Flange - Stainless steel Stainless steel Stainless steel Stainless steel SPECIFICATIONS 2CBS 2CBS7 2CBS8 Frequency Range, MHz Nominal Gain (Mid-band), dbd Input Connector 7/8 EIA Flange 7/8 EIA Flange 7/8 EIA Flange Power Rating, kw Weight, kg (lb) 75 (15) (132) ) Dimensions (Height or Length), cm (in) 42 (15) 42 (15) 4 (158) Base Diameter, mm (in) 33 (13-1/4) 33 (13-1/4) 33 (13-1/4) Mounting (Standard), mm (in) 8 x 22mm (7/8) 8 x 22mm (7/8) 8 x 22mm (7/8) holes on a 292mm holes on a 292mm holes on a 292mm (11-1/2) PCD (11-1/2) PCD (11-1/2) PCD Effective Area Front (full antenna), sq m (sq ft) 1 (9.7) 5 (4.8) 1 (9.7) Wind 5 m/sec Front, kn (lb) Pressurization Operational, kpa (psi) 1-35 (1.5-5) 1-35 (1.5-5) 1-35 (1.5-5) Pressurization Test, kpa (psi) 1 (15) 1 (15) 1 (15) Material - Support Pole / Mounting Base Flange - Base Flange - Base Flange - Stainless steel Stainless steel Stainless steel 538

28 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RD Series The RD Series of wideband UHF antennas are lightweight in design, yet rugged in approach. They solve the critical question of using a single UHF antenna for multichannel Analog and DTV Broadcasting. Multichannel operation Wide bandwidth/ Low VSWR Power rating up to 1kW Average Top or Side mount Light weight/ Low wind load Single or Dual input Customized Vertical Pattern Multi pattern capacity Utilizing slot cavity geometry, the RD series antenna is capable of wideband, low VSWR transmission for up to 12 MHz. This capability makes it possible for stations to utilize a single antenna for Analog and DTV channel allocation and relocation assignments which fall within 12 MHz of each other. Cavities are segmented into four groups. A unique one-piece aluminum extrusion integrates the antenna cavity and tower mounting backstructure, providing each four bay section with greater strength and power handling. Considering the requirements of tomorrow s broadcasting needs, the RD Series antenna combined with HELIFLEX transmission line, provides an alternative systems solution to heavy, stacked, slotted antennas and panel array antennas, minimizing tower load and maximizing tower space. The RD antenna can also be used in various stacked arrangements especially in situations where adjacent channel combining may not be desired. By stacking an RD antenna either atop a panel antenna or another RD, increased channel capacity is obtained without pattern degradation as occurs in some other systems where an external feed is used to the top antenna. SPECIFICATIONS (ALL MODELS) Polarization Number of Channels Azimuth Radiation Pattern Impedance, ohms Horizontal Multichannel A, B, G, H, OM, SK, Other Patterns on request. 5 unbalanced 539

29 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RD Series Ordering Information RD 32 A H T XY X Y Beam Tilt* Null Fill Mounting T Top Mount S Side Mount L Side Mount - no pipe Size of input connector 7/ / / /1-1/ /1 (75 ohms) D Dual Input -1/8 Power Rating L Low power M Medium Power H High Power E Extra High Power Operating Frequency Band MHz Pattern Type A-, B-, G-, H-, OM, SK Number of Bays 4, 8, 12, 1, 24, 32 Antenna Model RD Broadband UHF RD Series Standard Power Rating Low Power Medium Power High Power NTSC/PAL Avg Input NTSC/PAL Avg Input NTSC/PAL Avg Input RD4 3 kw 2 kw 1-5/8" EIA, 5Ω kw 4 kw 3-1/8" EIA, 5Ω 14 kw 1 kw 3-1/8" EIA, 5Ω RD8 kw 4 kw 1-5/8" EIA, 5Ω 11 kw 8 kw 3-1/8" EIA, 5Ω 29 kw 2 kw 2 4-1/2" IEC, 5Ω RD12 9 kw kw 3-1/8" EIA, 5Ω 17 kw 12 kw 3-1/8" EIA, 5Ω 43 kw 3 kw -1/8" EIA, 5Ω RD1 11 kw 8 kw 3-1/8" EIA, 5Ω 23 kw 1 kw 3-1/8" EIA, 5Ω 57 kw 4 kw -1/8" EIA, 5Ω RD24 17 kw 12 kw 3-1/8" EIA, 5Ω 34 kw 24 kw -1/8" EIA, 5Ω 8 kw kw 1-1/8" EIA, 5Ω RD32 23 kw 1 kw 3-1/8" EIA, 5Ω 45 kw 32 kw -1/8" EIA, 5Ω 8 kw kw 3-1/8" EIA, 5Ω Note 1 Power ratings are for single input models. Dual cavity versions can provide higher power ratings. Contact RFS for details. Note 2 Connector types and impedance may be varied to suit customer requirements, contact RFS for details. Note 3 8 kw ave power option available with 7-3/1, 75 ohm input connector. 54

30 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RD Antenna - A Pattern Data RD Pattern & Cavity Group Specifications Cavity Group Frequency (MHz) Azimuth Pattern Gain 1.7 (2.3 db) MECHANICAL SPECIFICATIONS Cavity Group Frequency Range Height m (ft) Height m (ft) Weight Kg (lb) RD8 - Gain 12.2 dbd (x 1.) (1.7) 4.97 (1.3) 45 (99) 254 (559) 2.9 (31.9) 2.31 (24.9) (14.7) 4.39 (14.4) 49 (9) 23 (518) 2. (28.) 2.2 (21.7) (13.) 3.84 (12.) 373 (82) 218 (479) 2.11 (22.7) 1.5 (17.2) (11.5) 3.38 (11.1) 35 (77) 25 (451) 1.85 (19.9) 1.4 (15.1) RD12 - Gain 13. dbd (x 22.9) (24.8) 7.44 (24.4) 818 (18) 357 (78) 4.43 (47.7) 3.47 (37.3) (21.8).43 (21.1) 741 (13) 33 (725) 3.88 (41.8) 3.3 (32.) (19.2) 5.73 (18.8) 523 (115) 33 () 3.15 (33.9) 2.4 (25.8) (1.8) 5.3 (1.5) 477 (15) 283 (23) 3.7 (39.7) 2.1 (22.) RD1 - Gain 14.7 dbd (x 29.5) (32.8) 9.91 (32.5) 149 (31) 478 (152).22 (7.) 4.2 (49.8) (28.8) 7.77 (28.5) 95 (199) 441 (97) 5.43 (58.5) 4.3 (43.4) (25.3) 7. (25) 855 (188) 4 (892) 4.18 (45.) 3.2 (34.4) (22.3).71 (22) 5 (133) 38 (835) 3.8 (39.) 2.81 (3) RD24 - Gain 1.3 dbd (x 42.7) (5.) (48.) 284 (3) 83 (177) 9.85 (1.).93 (74.) (44.) 13.1 (42.7) 2318 (51) 747 (144) 8.2 (88.3). (5.2) (38.7) (37.5) 179 (395) 94 (152).9 (72.) 4.8 (51.7) (34.2) 1.3 (32.9) 149 (31) 5 (1442) 5.8 (3.1) 4.2 (45.2) RD32 - Gain 17.5 dbd (x 5.2) (.) 19. (4.5) 549 (119) 17 (238) 14.3 (151.) 9.24 (99.5) (58.) (5.9) 4 (88) 12 (224) (132.1) 8.7 (8.9) (51.1) (49.9) 34 (7) 931 (247) 9.3 (1.7).4 (8.9) (44.9) (43.8) 275 (595) 879 (1934) 8.22 (88.5) 5. () Weight Kg (lb) Effective Area (CaAc) sq m (sq ft) Effective Area (CaAc) sq m (sq ft) Top Mount Side Mount Top Mount Side Mount Top Mount Side Mount RD4 - Gain 9.5 dbd (x 8.9) (8.7) 2.5 (8.2) 234 (515) 1 (22) 1.5 (1.1) 1.15 (12.4) (8.7) 2.23 (7.3) 227 (5) 91 (2) 1.3 (14.).9 (1) (.8) 1.95 (.4) 2 (44) 82 (18) 1.7 (11.5) (8.) (.8) 1.71 (5.) 19 (43) 7 (1) 7 (1).7 (7.5) Note: 1. Expected Pattern variation for the RD Series is typically less than +/- 5% for a MHz bandwidth. 2. Weights are based on the high power model (LP and MP will be lighter). Typical Effective Area (CaAc) values are with wind to front of antenna and no ice. 541

31 Band IV/V (UHF) TV Slot Antennas RD Antenna - B Pattern Data MHz RD Pattern & Cavity Group Specifications Cavity Group Frequency (MHz) Azimuth Pattern Gain 2.5 (4.dB) 542 MECHANICAL SPECIFICATIONS Cavity Group Frequency Range Height m (ft) Height m (ft) Weight Kg (lb) Weight Kg (lb) Effective Area (CaAc) sq m (sq ft) Effective Area (CaAc) sq m (sq ft) Top Mount Side Mount Top Mount Side Mount Top Mount Side Mount RD4 - Gain 11.2 dbd (x 13.2) (8.7) 2.5 (8.2) (57) 113. (25) 2. (22.2) 1.72 (18.5) (8.7) 2.23 (7.3) 25. (55) 13.2 (227) 1.82 (19.) 1.48 (15.9) (.8) 1.95 (.4) (475) 92.3 (23) 1.37 (14.8) 1.11 (11.9) (.8) 1.71 (5.) (45) 84.5 (18) 1.24 (13.3) 7 (1) RD8 - Gain 13.9 dbd (x 24.5) (1.7) 4.97 (1.3) 59.1 (112) (19) 4.9 (44.) 3.44 (37.) (14.7) 4.39 (14.4) 43. (12) 2. (572) 3.53 (38.) 2.95 (31.8) (13.) 3.84 (12.) (92) 238. (525) 2.72 (29.3) 2.21 (23.8) (11.5) 3.38 (11.1) 39 (8) (491) 2.39 (25.7) 1.94 (2) RD12 - Gain 15.3 dbd (x 33.9) (24.8) 7.44 (24.4) 99 (218) (87).11 (5.8) 5.15 (55.4) (21.8).43 (21.1) 89.1 (178) 3.4 (8) 5.3 (57.) 4.44 (47.8) (19.2) 5.73 (18.8) (128) (735) 4.7 (43.8) 3.32 (35.7) (1.8) 5.3 (1.5) (11) 311. (84) 3.57 (38.4) 2.91 (31.3) RD1 - Gain 1.4 dbd (x 43.7) (32.8) 9.91 (32.5) (422) (1172) 8.4 (91.1).87 (73.9) (28.8) 7.77 (28.5) (29) 49. (178) 7.32 (78.8) 5.92 (3.7) (25.3) 7. (25) (23) (984) 5.41 (58.2) 4.42 (47.) (22.3).71 (22) 83.4 (184) 41. (915) 4.74 (51.1) 3.87 (41.7) RD24 - Gain 18. dbd (x 3.1) (5.) (48.) (929) 885. (1947) (149.9) 1.3 (11) (44.) 13.1 (42.7) 28.4 (591) 821. (18) (122.8) 8.87 (95.5) (38.7) (37.5) 213. (47) 75.4 (14) 8.52 (91.7).3 (71.4) (34.2) 1.3 (32.9) (38) 71. (152) 7.48 (8) 5.82 (2.) RD32 - Gain 19.2 dbd (x 83.2) (.) 19. (4.5) (1371) (28) (25.7) (147.8) (58.) (5.9) (195) 11. (242) 1.3 (172.) (127.4) (51.1) (49.9) (797) (2231) 118 (127.) 8.84 (95.2) (44.9) (43.8) 284 (25) (294) 1.34 (111.3) 7.75 (83.4) Note: 1. Expected Pattern variation for the RD Series is typically less than +/- 5% for a MHz bandwidth. 2. Weights are based on the high power model (LP and MP will be lighter). Typical Effective Area (CaAc) values are with wind to front of antenna and no ice.

32 Band IV/V (UHF) TV Slot Antennas RD Antenna - G Pattern Data MHz RD Pattern & Cavity Group Specifications Cavity Group Frequency (MHz) Azimuth Pattern Gain 3. (4.8dB) MECHANICAL SPECIFICATIONS Cavity Group Frequency Range Height m (ft) Height m (ft) Weight Kg (lb) Weight Kg (lb) Effective Area (CaAc) sq m (sq ft) Effective Area (CaAc) sq m (sq ft) Top Mount Side Mount Top Mount Side Mount Top Mount Side Mount RD4 - Gain 12. dbd (x 15.9) (8.7) 2.5 (8.2) 234 (515) 17 (235) 1.39 (15.) 1.5 (11.3) (8.7) 2.23 (7.3) 227 (5) 97 (214) 1.2 (13.) 2 (9.9) (.8) 1.95 (.4) 2 (44) 87 (192) 9 (1.7).72 (7.8) (.8) 1.71 (5.) 195 (43) 8 (17) 9 (9.) (.7) RD8 - Gain 14.7 dbd (x 29.5) (1.7) 4.97 (1.3) 45 (99) 28 (589) 2.7 (29.7) 2.11 (22.7) (14.7) 4.39 (14.4) 49 (9) 248 (54) 2.42 (2.) 1.84 (19.8) (13.) 3.84 (12.) 373 (82) 229 (53) 1.9 (21.1) 1.45 (15.) (11.5) 3.38 (11.1) 35 (77) 215 (472) 1.9 (18.2) 1.24 (13.4) RD12 - Gain 1.1 dbd (x 4.7) (24.8) 7.44 (24.4) 818 (18) 378 (831) 4.12 (44.4) 3.1 (34.) (21.8).43 (21.1) 741 (13) 349 (77) 3.1 (38.9) 2.7 (29.7) (19.2) 5.73 (18.8) 523 (115) 319 (72) 2.92 (31.4) 2.1 (23.3) (1.8) 5.3 (1.5) 477 (15) 298 (55) 2.53 (27.2) 1.87 (2) RD1 - Gain 17.3 dbd (x 53.7) (32.8) 9.91 (32.5) 149 (31) 5 (1112) 5.82 (2.) 4.22 (45.4) (28.8) 7.77 (28.5) 95 (199) 4 (12) 5.8 (54.7) 3.8 (39.) (25.3) 7. (25) 855 (188) 427 (94) 3.87 (41.7) 2.89 (31.1) (22.3).71 (22) 5 (133) 399 (877) 3.3 (3.2) 2.49 (2.8) RD24 - Gain 18.8 dbd (x 75.9) (5.) (48.) 284 (3) 844 (1857) 9.21 (99.1).32 (8.) (44.) 13.1 (42.7) 2318 (51) 78 (1728) 7.7 (82.) 5.5 (59.5) (38.7) (37.5) 179 (395) 72 (1598).22 (7.) 4.34 (4.7) (34.2) 1.3 (32.9) 149 (31) 84 (155) 5.41 (58.2) 3.74 (4.3) RD32 - Gain 2. dbd (x 1.) (.) 19. (4.5) 549 (119) 1131 (2488) (142.2) 8.43 (9.7) (58.) (5.9) 4 (88) 153 (231) 1.72 (115.4) 7.37 (79.3) (51.1) (49.9) 34 (7) 974 (2143) 8.73 (94.) 5.78 (2.2) (44.9) (43.8) 275 (595) 917 (218) 7.17 (77.2) 4.99 (53.7) Note: 1. Expected Pattern variation for the RD Series is typically less than +/- 5% for a MHz bandwidth. 2. Weights are based on the high power model (LP and MP will be lighter). Typical Effective Area (CaAc) values are with wind to front of antenna and no ice. 543

33 Band IV/V (UHF) TV Slot Antennas RD Antenna - H Pattern Data MHz RD Pattern & Cavity Group Specifications Cavity Group Frequency (MHz) Azimuth Pattern Gain 3. (4.8) 544 MECHANICAL SPECIFICATIONS Cavity Group Frequency Range Height m (ft) Height m (ft) Weight Kg (lb) RD4 - Gain 12. dbd (x 15.9) (8.7) 2.5 (8.2) (515) 1 (235) 1.39 (15.) 1.5 (11.3) (8.7) 2.23 (7.3) (5) 97.3 (214) 1.2 (13.) 2 (9.9) (.8) 1.95 (.4) 2. (44) 87.3 (192) 9 (1.7).72 (7.8) (.8) 1.71 (5.) (43) 8 (17) 9 (9.) (.7) RD8 - Gain 14.7 dbd (x 29.5) (1.7) 4.97 (1.3) 45. (99) 27.7 (589) 2.7 (29.7) 2.11 (22.7) (14.7) 4.39 (14.4) 49.1 (9) (54) 2.42 (2.) 1.84 (19.8) (13.) 3.84 (12.) (82) 228. (53) 1.9 (21.1) 1.45 (15.) (11.5) 3.38 (11.1) 35. (77) (472) 1.9 (18.2) 1.24 (13.4) RD12 - Gain 1.1 dbd (x 4.7) (24.8) 7.44 (24.4) (18) (831) 4.12 (44.4) 3.1 (34.) (21.8).43 (21.1) 741. (13) 348. (77) 3.1 (38.9) 2.7 (29.7) (19.2) 5.73 (18.8) (115) (72) 2.92 (31.4) 2.1 (23.3) (1.8) 5.3 (1.5) (15) (55) 2.53 (27.2) 1.87 (2) RD1 - Gain 17.3 dbd (x 53.7) (32.8) 9.91 (32.5) (31) 55.5 (1112) 5.82 (2.) 4.22 (45.4) (28.8) 7.77 (28.5) 94.5 (199) 4.4 (12) 5.8 (54.7) 3.8 (39.) (25.3) 7. (25) (188) (94) 3.87 (41.7) 2.89 (31.1) (22.3).71 (22) 4.5 (133) 398. (877) 3.3 (3.2) 2.49 (2.8) Weight Kg (lb) Effective Area (CaAc) sq m (sq ft) Effective Area (CaAc) sq m (sq ft) Top Mount Side Mount Top Mount Side Mount Top Mount Side Mount RD24 - Gain 18.8 dbd (x 75.9) (5.) (48.) 283. (3) (1857) 9.21 (99.1).32 (8.) (44.) 13.1 (42.7) (51) (1728) 7.7 (82.) 5.5 (59.5) (38.7) (37.5) (395) 72.4 (1598).22 (7.) 4.34 (4.7) (34.2) 1.3 (32.9) (31) 84.1 (155) 5.41 (58.2) 3.74 (4.3) RD32 - Gain 2. dbd (x 1.) (.) 19. (4.5) (119) 1131 (2488) (142.2) 8.43 (9.7) (58.) (5.9) 4. (88) (231) 1.72 (115.4) 7.37 (79.3) (51.1) (49.9) (7) (2143) 8.73 (94.) 5.78 (2.2) (44.9) (43.8) (595) (218) 7.17 (77.2) 4.99 (53.7) Note: 1. Expected Pattern variation for the RD Series is typically less than +/- 5% for a MHz bandwidth. 2. Weights are based on the high power model (LP and MP will be lighter). Typical Effective Area (CaAc) values are with wind to front of antenna and no ice.

34 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RD Antenna - OM Pattern Data RD Pattern & Cavity Group Specifications Cavity Group Frequency (MHz) Azimuth Pattern Gain 1.7 (2.3dB) MECHANICAL SPECIFICATIONS Cavity Group Frequency Range Height m (ft) Height m (ft) Weight Kg (lb) Weight Kg (lb) Effective Area (CaAc) sq m (sq ft) Effective Area (CaAc ) sq m (sq ft) Top Mount Side Mount Top Mount Side Mount Top Mount Side Mount RD4 - Gain 9.5 dbd (x 8.9) (1.7) 2.5 (8.2) (515) 12.7 (22) 1.39 (15.) 1.11 (12.) (9.7) 2.23 (7.3) (5) 94.1 (27) 1.2 (13.) 7 (1) (8.8) 1.95 (.4) 2. (44) 85.5 (188) 9 (1.7).78 (8.4) (8.1) 1.71 (5.) (43) 77.7 (171) 9 (9.).75 (8.1) RD8 - Gain 12.2 dbd (x 1.) (18.7) 4.97 (1.3) 45. (99) 2 (572) 2.7 (29.7) 2.23 (24.) (1.7) 4.39 (14.4) 49.1 (9) (533) 2.42 (2.) 1.93 (2) (15) 3.84 (12.) (82) 225 (495) 1.9 (21.1) 1.5 (1.8) (13.5) 3.38 (11.1) 35. (77) 29. (41) 1.9 (18.2) 1.51 (1.2) RD12 - Gain 13. dbd (x 22.9) (2.7) 7.44 (24.4) (18) 3 (85) 4.12 (44.4) 3.35 (3.1) (23.8).43 (21.1) 741. (13) (747) 3.1 (38.9) 2.9 (31.2) (21.1) 5.73 (18.8) (115) 313. (9) 2.92 (31.4) 2.35 (25.3) (18.9) 5.3 (1.5) (15) 29 (39) 2.53 (27.2) 2.25 (24.2) RD1 - Gain 14.8 dbd (x 3) (34.7) 9.91 (32.5) (31) 489. (177) 5.82 (2.) 4.47 (48.1) (3) 7.77 (28.5) 94.5 (199) (1) 5.8 (54.7) 3.8 (41.) (27.3) 7. (25) (188) 42 (924) 3.87 (41.7) 3.13 (33.7) (24.3).71 (22) 4.5 (133) (85) 3.3 (3.2) 2.99 (32.2) RD24 - Gain 1.3 dbd (x 42.7) (51.4) (48.) 283. (3) 82 (185) 9.21 (99.1).7 (72.1) (45.5) 13.1 (42.7) (51) 77.7 (189) 7.7 (82.) 5.79 (2.3) (4.3) (37.5) (395) (1574).22 (7.) 4.9 (5) (35.7) 1.3 (32.9) (31) 9.1 (1472) 5.41 (58. 2) 4.51 (48.5) RD32 - Gain 17.5 dbd (x 5.2) (7.4) 19. (4.5) (119) (2418) (142.2) 8.93 (9.2) (59.) (5.9) 4. (88) (224) 1.72 (115.4) 7.72 (83.1) (52.) (49.9) (7) (2111) 8.73 (94.).2 (7.4) (4.5) (43.8) (595) (1975) 7.17 (77.2).1 (4.7) Note: 1. Expected Pattern variation for the RD Series is typically less than +/- 5% for a MHz bandwidth. 2. Weights are based on the high power model (LP and MP will be lighter). Typical Effective Area (CaAc) values are with wind to front of antenna and no ice. 545

35 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RD Antenna - SK Pattern Data RD Pattern & Cavity Group Specifications Cavity Group Frequency (MHz) Azimuth Pattern Gain 2.2 (3.4dB) 54 MECHANICAL SPECIFICATIONS Cavity Group Frequency Range Height m (ft) Height m (ft) Weight Kg (lb) Weight Kg (lb) Effective Area (CaAc) sq m (sq ft) Effective Area (CaAc) sq m (sq ft) Top Mount Side Mount Top Mount Side Mount Top Mount Side Mount RD4 - Gain 1. dbd (x 11.5) (8.7) 2.5 (8.2) (51) 78. (173) 1.5 (1.1) (7.) (8.7) 2.23 (7.3) 225. (495) 7 (15) 1.3 (14.) 7 (.1) (.8) 1.95 (.4) (435) 2.7 (138) 1.7 (11.5) 2 (4.5) (.8) 1.71 (5.) (425) 57.3 (12) 7 (1).3 (3.9) RD8 - Gain 13.3 dbd (x 21.4) (1.7) 4.97 (1.3) (98) 23. (519) 2.9 (31.9) 1.31 (14.1) (14.7) 4.39 (14.4) 44.5 (89) 22. (484) 2. (28.) 1.14 (12.3) (13.) 3.84 (12.) 38.2 (81) 24.1 (449) 2.11 (22.7) 4 (9.) (11.5) 3.38 (11.1) (7) 193. (42) 1.85 (19.9).72 (7.8) RD12 - Gain 14.7 dbd (x 29.5) (24.8) 7.44 (24.4) (1785) 33. (72) 4.43 (47.7) 1.9 (21.1) (21.8).43 (21.1) (115) 3 (74) 3.88 (41.8) 1.71 (18.4) (19.2) 5.73 (18.8) (1135) (21) 3.15 (33.9) 1.24 (13.4) (1.8) 5.3 (1.5) 47 (135) 2.4 (58) 3.7 (39.7) 1.1 (11.8) RD1 - Gain 15.9 dbd (x 38.9) (32.8) 9.91 (32.5) 14. (38) (972).22 (7.) 2.2 (28.2) (28.8) 7.77 (28.5) (197) 41. (92) 5.43 (58.5) 2.28 (24.5) (25.3) 7. (25) (18) (832) 4.18 (45.) 1. (17.9) (22.3).71 (22) (131) 35.8 (785) 3.8 (39.) 1.4 (15.7) RD24 - Gain 17.4 dbd (x 55.) (5.) (48.) 285. (27) 748. (147) 9.85 (1.) 3.92 (42.2) (44.) 13.1 (42.7) (57) 71. (1542) 8.2 (88.3) 3.42 (3.8) (38.7) (37.5) (392) 52.7 (143).9 (72.) 2.5 (2.9) (34.2) 1.3 (32.9) (37) 21.4 (137) 5.8 (3.1) 2.18 (23.5) RD32 - Gain 18. dbd (x 72.4) (.) 19. (4.5) (1189) 13. (228) 14.3 (151.) 5.23 (5.3) (58.) (5.9) (879) 94. (28) (132.1) 4.55 (49.) (51.1) (49.9) 34 (9) (1927) 9.3 (1.7) 3.33 (35.8) (44.9) (43.8) 27. (594) 833. (1834) 8.22 (88.5) 2.92 (31.4) Note: 1. Expected Pattern variation for the RD Series is typically less than +/- 5% for a MHz bandwidth. 2. Weights are based on the high power model (LP and MP will be lighter). Typical Effective Area (CaAc) values are with wind to front of antenna and no ice.

36 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RD Series Angle of Depression (degrees) Elevation Pattern 4 Bay Vertical Directivity 5.21 (7.1 dbd) Beam Tilt (deg) Angle of Depression (degrees) Elevation Pattern 8 Bay Vertical Directivity 9.77 (9.9 dbd) Beam Tilt (deg) Note# Angle of Depression (degrees) Elevation Pattern 12 Bay Vertical Directivity (11.27 dbd) Beam Tilt (deg) Note# Angle of Depression (degrees) Elevation Pattern 1 Bay Vertical Directivity (12.44 dbd) Beam Tilt (deg) Note# Angle of Depression (degrees) Angle of Depression (degrees) Elevation Pattern 24 Bay Vertical Directivity 25.3 (14.4 dbd) Beam Tilt (deg).75 Note#1 Elevation Pattern 32 Bay Vertical Directivity 32.9 (15.17 dbd) Beam Tilt (deg).75 Note#1 Note 1 Different Beam tilt and Null fill can be specified at time of order 547

37 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RO Series The RO series is typically supplied in a top mount configuration, with two service ladders and removable radome panels. The antenna is easily adapted to a variety of tower mounting requirements. A lifting lug is provided to lift the antenna into position. Lightning rods and beacon mounts are supplied. Typical beam tilts of to 3 degrees are available in 5 degree increments with degrees on the 8, 12 and 1 bay models and.75 degrees on the 24, 28 and 32 bay models as standard. Typical Null Fills of % to 3% are also available in 5% increments. Standard Null Fills are indicated in the Vertical Radiation Patterns. Very smooth omni-directional radiation pattern Multichannel operation Wide bandwidth/ Low VSWR Power rating up to kw Average Top mount Low wind load Fully enclosed in a cylindrical radome The RO series is typically supplied in a top mount configuration, with two service ladders and removable radome panels. The antenna is easily adapted to a variety of tower mounting requirements. A lifting lug is provided to lift the antenna into position. Lightning rods and beacon mounts are supplied. Typical beam tilts of to 3 degrees are available in 5 degree increments with degrees on the 8, 12 and 1 bay models and.75 degrees on the 24, 28 and 32 bay models as standard. Typical Null Fills of % to 3% are also available in 5% increments. Standard Null Fills are indicated in the Vertical Radiation Patterns. RO H XY X Y Beam Tilt* Null Fill 1.7. Size of input connector 7/ / / /1-1/ /1 (75 ohms) Power Rating L Low power M Medium Power H High Power Operating Frequency Band MHz Number of Bays 8, 12, 1, 24, 28, 32 Antenna Model RO Broadband UHF RO Series Azimuth Pattern Gain 1.2 ( db) SPECIFICATIONS (ALL MODELS) Polarization Impedance, ohms 18 RO Series Ordering Information Horizontal 5 unbalanced 548

38 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RO Series Standard Power Ratings Model Low Power Medium Power High Power Max Input Max Input Max Input Connector Connector Size Connector Size Power (Avg) Power (Avg) Power (Avg) Size RO8 4 kw 1 5/8 EIA 8 kw 3 1/8 EIA 2 kw 4 1/1 RO12 kw 3 1/8 EIA 12 kw 3 1/8 EIA 3 kw 1/8 EIA RO1 8 kw 3 1/8 EIA 1 kw 3 1/8 EIA 4 kw 1/8 EIA RO24 12 kw 3 1/8 EIA 24 kw 1/8 EIA kw 1/8 EIA RO28 14 kw 3 1/8 EIA 28 kw 1/8 EIA 1 kw 1/8 EIA RO32 1 kw 3 1/8 EIA 32 kw 1/8 EIA 1 kw 1/8 EIA Note 1: Higher power option available with 7-3/1, 75 ohm input connector. Contact RFS for details. Cavity Group Frequency Range Specifications Cavity Group Frequency Range (MHz) Pattern Bandwidth (MHz) Return Loss (db) > , , > , 14 74, > , 74 74, >2 Expected Pattern Variation for the RO Series is typically less than +/- 5% for a MHz bandwidth Cavity Group Frequency Range Height m (ft) Weight Kg (lb) Effective Area (CaAc) sq m (sq ft) Radome Diameter cm (in) RO8 - Gain 1 dbd (x 1) (18.) 13 (3) 3.32 (35.7) (28) (1.7) 1591 (35) 2.97 (32) (28) (14.9) 1455 (32) 2.53 (27.2).4 (2) (13.4) 141 (31) 2.27 (24.4).4 (2) RO12 - Gain 11.8 dbd (x 15.1) (27.1) 2273 (5) 4.83 (52) (28) (24.2) 2182 (48) 4.31 (4.4) (28) (21.) 1955 (43) 3.4 (39.2).4 (2) (19.3) 199 (42) 3.2 (35.1).4 (2) RO1 - Gain 12.9 dbd (x 19.5) (35.) 299 (4).34 (8.3) (28) (31.7) 2773 (1) 5.5 () (28) (28.2) 25 (55) 4.77 (51.3).4 (2) (25.2) 249 (53) 4.25 (45.8).4 (2) RO24 - Gain 14.5 dbd (x 28.2) (52.) 59 (112) 9.3 (1) (28) (4.7) 459 (11) 8.32 (89.) (28) (41.5) 413 (91) 7. (75.4).4 (2) (3.9) 3773 (83).23 (7.1).4 (2) RO28 - Gain 14.8 dbd (x 3) (1.1) 3 (14) 18 (117.1) (28) (54.2) 5773 (127) 9. (14) (28) (48.1) 5182 (114) 8.13 (87.5).4 (2) (42.) 454 (1) 7.23 (77.8).4 (2) RO32 - Gain 15.7 dbd (x 37.2) (9.) 754 (1) (133.4) (28) (1.8) 791 (15) 11. (118.4) (28) (54.8) 5773 (127) 9.25 (99.).4 (2) (48.7) 554 (122) 8.22 (88.5).4 (2) Note: Weights are based on the high power model (LP and MP will be lighter). Typical Effective Area (CaAc) values are with wind to front of antenna and no ice. Two service ladders are included. 549

39 Band IV/V (UHF) TV Slot Antennas 47-8 MHz RO Series Angle of Depression (degrees) 8 Bay Vertical Directivity 9. (9.8dBd) Beam Tilt (deg) Note# Angle of Depression (degrees) 12 Bay Vertical Directivity 13.8 (11.4 dbd) Beam Tilt (deg).75 Note# Angle of Depression (degrees) 1 Bay Vertical Directivity 18.2 (12. dbd) Beam Tilt (deg) Note# Angle of Depression (degrees) 24 Bay Vertical Directivity 2.9 (14.3 dbd) Beam Tilt (deg).75 Note# Angle of Depression (degrees) 28 Bay Vertical Directivity 2.8 (14. dbd) Beam Tilt (deg).75 Note#1 Note 1 Different Beam tilt and Null fill can be specified at time of order Angle of Depression (degrees) 32 Bay Vertical Directivity 35.5 (15.5 dbd) Beam Tilt (deg).75 Note#1

40 Band V (UHF) TV Panel Arrays MHz PHP1S Series The PHP1S broadband panel is designed as a building block for integration into complex antenna arrays or can be used individually for simple antenna systems. This panel covers upper Band V frequency range without field adjustment. Engineered for digital or analogue TV Corrosion resistant aluminum construction with luran radome Horizontal polarization Low wind loading Cyclone rated High power rating Array design allows a variety of horizontal radiation patterns with or without beam tilt and null fill, contact RFS for details Standard antennas are pressurizable and have a 7/8 EIA input connector. A capacitive probe is supplied at the input. Panels can also be supplied with dual 7/8 EIA connectors to achieve 4.4kW power rating. 7-1 DIN and N type input connectors are also available for low power situations without the capacitive probe. Radomes for individual panels are supplied in white luran as standard. Also available in orange. PHP1S Panel Array design can provide any of an almost infinite variety of horizontal patterns, with or without vertical beam tilt and null fill. Omnidirectional radiation characteristics can be achieved by mounting any number of panels around a suitably sized supporting structure. Horizontal radiation patterns for four panels around a 4 mm square. These are plotted for 75MHz, 8MHz and 8MHz. Panels can also be mounted 1 around on an 8mm square column. PHP1S Panel 551

41 Band V (UHF) TV Panel Arrays MHz PHP1S Series SPECIFICATIONS (ALL MODELS) Frequency Range, MHz Polarization Horizontal Number of Channels Multichannel Nominal Gain (Mid-band), dbd 11 Half Power Beamwidth Azimuth, degrees Return Loss, db > 2 Impedance, ohms 5 Mounting (Standard), mm (in) 4 x 1mm (3/8 ) bolts Effective Area Front (full antenna), sq m (sq ft) 4 (2.58) Effective Area Side (full antenna), sq m (sq ft) (1.72) Design Wind Speed (max), km/h (mph) 24 (15) Pressurization Operational, kpa (psi) 1-35 (1.5-5) Note#2 Pressurization Test, kpa (psi) 1 (15) Material - Radome Luran Material - Insulators PTFE Material - Radiators Corrosion resistant aluminum Material - Reflecting Screen Corrosion resistant aluminum SPECIFICATIONS PHP1SN PHP1S4 PHP1S Input Connector N socket 7-1 DIN 7/8 EIA Power Rating, kw Note#1 2.2 Note#1 Weight, kg (lb) 3.7 (8) 3.7 (8) 5.5 (12) Note 1 Double power version available with dual 7/8 EIA inputs. Note 2 7/8 EIA version only. E/Emax Vertical Horizontal Radiation Pattern Radiation Pattern - 4 panels on 4 mm column (75MHz, 8MHz, 8MHz) 552

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